ML101590755
| ML101590755 | |
| Person / Time | |
|---|---|
| Site: | Palo Verde  |
| Issue date: | 06/12/2009 |
| From: | Eroh M Arizona Public Service Co |
| To: | Campbell C, Casey R, Robertson M Office of Nuclear Reactor Regulation, State of AZ, Dept of Environmental Quality |
| References | |
| 291-04144-MPE/HCL, P-153-04, STN 50-528 | |
| Download: ML101590755 (199) | |
Text
Martin P. Eroh Acting Department Leader Tel. 623-393-6688 Mail Station 762_._
Environmental Fax 623-393-5442 PO Box 52034 Palo Verde NuclearGenerating Station e-malt Martin,Eroh@aps,corn Phoenix,Arizon:_
',-q72-2034 ID#:291-04144-MPE/HCL June 12, 2009 CERTIFIEDMAIL - RETURN RECEIPTREQUESTED ArizonaDepartmentofEnvironmentalQuality 1110West WashingtonStreet Phoenix,Arizona85007 Attention:
Ms. CynthiaS. Campbell Ms. MicheleI. Robertson Mr. Robert C. Casey
Reference:
Aquifer Protection Permit No. P-100388 Consent Order Docket Number P-153-04
Dear Ms. Campbell,
Ms. Robertson, and Mr. Casey:
FINAL CORRECTIVE ACTION PLAN REPORT FOR 80-ACRE WSR Arizona PublicServiceCompany(APS) isprovidinga copyof the final correctiveactionreport for the repairstothe80-AcreWater StorageReservoir. All requiredmonitoringandrepairsto the reservoirhave been completed.An outsideconsultantwas commissionedto review relevantreportsandmonitoringdataand preparethe final correctiveactionreport.A copyof the reportis attached. Duetothe extensiveamountof monitoringdatacollected,a separateCD is alsoenclosedthat containsthe informationelectronically.
The submissionof thisreportfulfillsthe requirementssetforth intheConsentOrder(Docket NumberP-153-04) issuedon November15, 2004. APS respectivelyrequeststhatthe Consent Order be terminated.
If youhave anyconcernsor requireadditionalinformation,pleasecontactmeat (623) 393-6688 or Mr. Harvey Lesanat (623) 393-6490.
Sincerely, MPE/HCL/hsc Enclosure cc:
CarroletteJ. Winsted,ADEQ
113#:
291-04144-MPFJHCL June12,2009
I I
iI i
TABLE OF CONTENTS
{
FOR THE i
I PALOVERDENUCLEARGENERATINGSTATION iI CONSTRUCTION WATER POND - FOR POND 2 REHABILITATION 1
CONSTRUCTION SPECIFICATIONS ARIZONA PUBLIC SERVICE COMPANY DIVISION 1 GENERAL REQUIREMENTS SECTION 010 t0
SUMMARY
OF WORK SECTION 01040 COORDINATION SECTION 01050 SURVEYING AND FIELD ENGINEERING SECTION 01300 SUBMITTALS SECTION 01400 QUALITY CONTROL SECTION 01500 TEMPORARY CONSTRUCTION FACILITIES AND CONTROLS DIVISION 2 SITEWORK SECTION 02140 TEMPORARY DIVERSION AND CONTROL OF WATER SECTION 02150' SITE CLEARING AND GRUBBING SECTION 02200 EARTHWORK SECTION 02776 HDPE LINER II t
Palo Verde Nuclear Generating Station February 2009 Construction Water Pond - for Pond 2 1
URS Job No. 23445525 Rehabilitation ConstructionSpecifications Arizona Public Service Company P :ARIZONA PLIBLIC_SFRVICE_PALO VEROE FACILITY_VAPORATION POND 2\\CONSTRUCTION POND\\SPFCS-COA\\SPECS-FINAL OOC
SECTION 01010
SUMMARY
OF WORK 1.0 GENERAL 1.01 BRIEF PROJECT DESCRIPTION A.
The Arizona Public Service Company (Ov_ner) Construction Water Pond - for Pond 2 Rehabilitation (Pond)
Project is a proposed construction water pond located at the Palo Verde Nuclear Generating Station (PVNGS) approximately 45 miles west of Phoenix, Arizona. The proposed Pond site will be located north of the existing Evaporation Pond 2. URS has prepared Drawings and technical documents for the construction of the Pond. The average elevation of the site is approximately 928 feet above mean sea level.
1.02 LOCATION A.
The project site is located in Maricopa County. Distances to the site from major cities are as follows:
Phoenix 45 miles Gila Bend 25 miles Wintersburg 2 miles 1.03 EXISTING SITE CONDITIONS A.
The layoutof the proposed Pond is shown on the Drawings. Access to the proposed Pond siteshall be coordinatedwith the Owner during the precxmstluctionmeetings.
t B.
There may be overheadutilities (poles and lines) in the path of project access roads.
Considerdtionshall be made duringgeneralsite access, equipmentmobilization and demobilization, and earthworkhauling to preserve functions of the utilities.
Coordinationof relocationand interruptedserviceshall'be madewith the Owner.
1.04 CONTRACTOR'SUSE OFPROPERTY A.
The Contractorshallhaveaccess to the site as directedby the Owner.
B.
Use of the site is limitedto actualwork andthe storage of materialsrelatedto this contract.
C.
The Contractorshallassumefullresponsibilityfor theprotectionandsafekeepingof equipmentandmaterialson or offthe sitethat arerelatedto thiscontract.
PaloVerdeNuclearGeneratingStation February2009 ConstruclkmWaterPoNd-ForPond2 URSJobNo.23445525 Rehabilitation 01010-1 ConstructionSpecifications Arizona Public Service Company P:_,RIZONA PUBLICSERV/CE_PALO_VERDE_FACILITY_EVAPORATION POND2_,ONSTRUCTIONPONI_._-CS-CQA_SPECS-FINAL.DOC
1.05 WORK SEQUENCE A.
It is anticipatedthat an Owner's representativewill be onsite on a full time basis to manage the constructionof the Pond and provide construction quality assurance (CQA) and construction materials testing (CMT). The Owner will conduct coordinationof the sequenceof work forthe separatecontracts.
B.
The Contractor shall be responsible for planning, scheduling, and otherwise executing the work in a mannerthat meets the requirementsof the Drawings and Specificationsforthis project.
1.06 BROAD SCOPE A.
This articledescribesthe projectin generaland providesan overview of the intentof the work to be performed under this Contract.The Contractor shall review 1.07, Narrow Scope, for a more detailed description, and the entire set of Contract Documents shall be reviewed to gain a thorough understanding of the detailed project requirements.
B.
Contractorshall be responsible for obtaining all permits associatedwith conslxuction of the Pond.
C.
Contractorshall provideall equipment,materials, and resourcesfor dewatexingthe surfaceand subsurfaceflows in the constructionareas.Dewateringactivities shallbe Ib closely coordinatedwith the Owner.
D.
Contractorshall provide all labor, equipment, and materialsfor the site work and constructionof the Pond.
E.
Contractor shall provide all labor, equipment, and materials for temporary utilities, roads, storage, and other facilities necessary for the construction of the Pond.
F.
Contractor shall perform the work in accordance with the Contract Documents: APS ContractDocuments, Drawings, ConstructionSpecifications,ConstructionQuality Assurance Plan, reference design reports, subsequent addenda, and approved shop
[
drawings andsubmittals.
G.
Throughoutconstruction,the Contractorshall maintainone set of red-line(as-built) fidd drawingsto show the structm-esas-construct_. These Drawings shall remain onsite duringthe projectfor periodicreview by the Ownerand/or Engine_,. Upon completion of each construction activity, the red-line (as-built) drawings with revised survey data shall be submitted to the Owner and/or Engineer for incorporationinto RecordDrawings.
H.
The Owner may elect to award separate contracts for the work described in these Specifications.Details on responsibifities of the various parties doing the work will be furtheroutlinedupon award(s)ofcontraets by APS.
iI Palo VerdeNuclearGe_era&_ Slalion February2001]
I Cons_
Water Pond - For Pond 2 URS Job No. 23445525 I
RehabiBtation 01010-2 Cons_
_edficatJons I
Arizona _
Service Company P:_ARIZOI__PUI_IC_SE_ALO_VERDE_FACR_APORATION POND_CONSTR_
PONDtSPIEC.S-ODA_SPIECS-FINAUDOC
1.07 NARROW SCOPE A.
This article describes the project in more detail and provides the Contractor with the intent of the work to be performed under this Contract. The Contractor shall review the entiresetof ContractDocmnentsto identifyall work,detail,andspecifications.
B.
Contractor shall construct temporary stormwater diversion channels (as needed) to divertexistingstormwaterflows aroundtheconstructionsite.
C.
Contractorshallbe responsiblefor all surveyingassociatedwith the construction of the Pond.
- i D.
Contractor shall perform all necessary earthwork in accordance with the Contract Documents, Drawings, Construction Specifications, and Construction Quality Assurance Plan.
i E.
Contractor shall install all components of the liner system.
i F.
Contractor shall be responsible for the installation and construction of the i
stormwaterdiversionchannels/berms/swaleslocated aroundthe perimeterof the site i
in accordancewith the ContractDocuments, Drawings, ConstructionSpecifications, and ConstructionQualityAssurance Plan.
G.
Contrador shall be responsible for stockpiling of excess spoils from the Pond excavationat alocationIplmrovedby theOwner.
H.
Contractorshall perform Dust Control activities in acco_ance with the sitewide DustControlPlan.
I.
The Contractor shall be responsible for the installation and/or construction of all appurtenant featmes of the Pond.
J.
The Contractor shall be responsible for the procurement, storage and handling of all construction materials unless otherwise directed by the Owner.
K.
The Contractor shall be responsible for site security unless otherwise directed by the Owner.
1.08 OWNER PROVIDED MATERIALS AND FACILITIES A.
Unsuitable earth and rock spoils shall be disposed of at an approved facility or as specifiedby the Owner.
B.
Owner.Clear
& grub spoils shallbe disposed of at an approved facility or as specified by the END OF SECTION PaloVerdeNuclearGeneratingStation February2009 Constmcl_onWaterPond-ForPond2 URSJobNo.23445525 Rehabililal_n 01010-3 Construction Sl_=_ificatJons Adzona Public Service Company P:_ARIZONA_PUBLIC_SIERVICLCWALO_VERI__FACIL_APORATIONPOND2_RUCTION PONI_SPE_S-CQA\\SPECS-FINAL.DOC
SECTION 01040 COORDINATION 1.0 GENERAL I.
1.01 DESCRIPTION OF WORK A.
The Contractorshall coordinatesite access, material delivery and supply, material storage and handling, construction,and instiection to assure efficient and orderly completion of the project.
B.
The Contractorshall notifythe Ownerin writingwhen coordinationof the Owner's orother Contractors"activitiesis required, l!l C.
The Contractorshall give the work the constant attentionnecessary to facilitate i
progress thereof and shall cooperate with the Owner and o_er Contractor(s)
[
activities as required.
D.
The Owner may wish to award multiple contractsforthe overall constructionof the Pond.
E.
The Owner will provide coordination information and contact information for all responsible parties at the site during the construction kick-ofgmeeting.
END OF SECTION PaloVerdeNuclearGeneratingStation February2009 Water Pond-ForPond2 URSJobNo. 23445525 Rehabilitation 01040-1 ConstructionSpecifications ArizonaPubrtcServiceCompany P:LatRIZONA__SF-.RVICLL'_ALO VERDE_FAO_APORATION POND2_.CONSTRUCTIONPOND_.RI_CS-CQA_=ECS4FINALDOC
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SECTION 01050 SURVEYING AND FIELD ENGINEERING 1.0 GENERAL 1.01
SUMMARY
A.
This section includes general requirementsfor survey work to be performedby the Contraaor.
1.
The Contractor shall be responsible for establishing survey controlfor the project. Palo Verde has multiple established benchmarks throughoutthe site.
The Contractor shall coordinate with the Owner to establish survey control for the site that is tied in to the PVNGS benchmarks.
2.
The Contractor shall provide adequate construction survey monuments within proximity to the project site from which all site survey control can be i"
established.
I 3.
Set offset stakes, slope stakes, and grade stakes for field layout of features of the Work, andmaintain and presewe all stakes and other markers as required i
to complete the Work.
!J 4.
Perform surveys for interim measurement of pay quantifies if in disagree-I meritwith Owner's estimates, i
5.
Perform surveys to record as-builtconditions of the project.
B.
The Owner and/or Engineerreserves the rightto perform any desired checking and correction of the Contractor's staveys but this does not relieve the Contractorof the responm'bilityforadequate performance of the Work.
1.02 QUALIFICATIONS OF SURVEYOR A.
Field layout and as-built survey shall be performed by orunder the supervision of a land surveyor registered in Arizona, acceptable to the Owner.
1.03 SUBMITTALS A.
The Contractorshall, at the request of the Owner, submit documentation to verify accuracy of the engineering work.
2.0 PRODUCTS Not Used.
1" l
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2009 Codnsl]'udJon WaterPond-ForPond2 01050-1 URSJobNo. 23445525 Rehabilitation ConstructionSpecif_ttons ArizonaPublicServiceCompany P:_Af_IZONA PI..IBLIC SIE_AILO
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3.0 EXECUTION 3.01 SURVEY REFERENCE POINTS A.
Locations of existing benchmarks and other horizontal and vertical control points will be provided by the Owner.
B.
Prior to construction, verify with the Owner the locations of site reference points and survey control points for the project. Notify the Owner if survey control points are damaged upon discovery.
Also notify the Owner of any damage caused by Contractor, then repair or replace control points at no additional cost to Owner.
C.
The Contractor shall locate and protect control points prior to starting site work and preserve all permanent reference points during construction.
D.
The Contractor shall report to the Owner when any control point is lost or destroyed, or requires relocation because of necessary changes in grades or locations.
3.02 PROJECT SURVEY REQUIREMENTS A.
Provide instruments and other survey equipment that is accurate, suitable for the surveys required in accordance with recognized professional standards, and in proper condition and adjustment at all times.
Perform work under the direct supervision of a land surveyor registered in the State of Arizona. Provide the Owner with cah'bration certificates for all equipment utilized during construction. Submit certificates under provisions of Section 01300.
B.
Record storeys in field notebooks and provide copies of such records tothe Owner at intervals required by the Owner. Furnish each field notebook to the Owner when filled or completed.
Electromc notes may be used if printouts are furnished to the Owner and if the format of the printed information is approved by the Owner.
C.
The Ownd-may at any time use line and grade points and markers established by the Contractor. The Contractor's surveys are a part of the Work and may be checked by the Ownerorrepresentativesof theOwneratanytime.TheContractoris resporm'ble for (1) any lines, grades, or measurements, which do not comply with specified design criteria or proper tolerances, or which are otherwise defective, and (2) for any resultant defects in the Work. The Contractor will be required to conduct re-surveys or check surveys to correct errors indicated by review of the field notebooks or otherwise detected at no extra cost.
D.
As constructionproceeds, check everyelement for line, level, andpkanb.
E.
Locations of existing utilities shown on the Drawings are approximateand shall be field verified by the Contractorprior to construction as required to complete the Work. Record Drawingsof discovered utilities shall be submittedto the Owner.
Palo Verde Nuclear Generaling Station February 2009 Construction Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 01050-2 ConstructionSpedficalions Arizona Public Service Company P:_.RIZONA_PUBUC SE]_"u_CE_ALO_
VERDIE_FACIL I'I'Y_"VAPORATION POND2_CONSTRUCTION PONERSPECS-CQALSPIECS4:
INAIL.DOC
F.
The Contractor shall maintain a complete, accurate log of all control and survey work as it progresses.
G.
On request of the Owner, the Surveyor shall submit documentation to verify t
accuracyof field engineeringwork.
H.
RecordDrawingsshall bepreparedat a scale acceptableto the Owner.
I.
Surveyor shall submit as-built dimensions, locations, angles, and elevations of construction and site work in electronic fort-nat.All dectrortic submittals shall be made in MieroStation, Version 8 unless otherwisedirected by the Owner.
3.03 SURVEYS FOR LAYOUT AND PERFORMANCE OF WORK A.
Perform surveys for layout and performance of the Work, reduce the field notes, make necessary calculations, and prepare Drawings necessary to carry out such Work.
3.04 SURVEYS FOR RECORD DRAWINGS AND MEASUREMENT FOR PAYMENT A.
When the Specifications require itmas of work to be measured by surveying methods, the Contractorwill performthe surveys and performnecessary calculations to determinepayment quantifies.The Owner may performindependent checks.
B.
Items requiring surveys for determining pay quantities are listed in the Contract Documents.
C.
Contractorshallmaintain a currentcopy of Drawings on-site.
3.05 SURVEYING ACCURACY AND TOLERANCES IN SETTING OF SURVEY STAKES A.
Performcontrol traversefield surveys and computations to an accuracy of at least 1:10,000.
B.
The tolerances applicable in setting survey stakes are set forth below. Such tolerances do not supersede stricter tolerances required by the Drawings or Specifications, and do not otherwise relieve the Contractor of responsibility for measurementsin compliance therewith.
Type of Mark Horizontal Position Elevation I
Permanent referencepoints 1in 10,000
+0.01 fi General excavationand earthwork 1in 2,000
+0.10 fl C.
Tolerances for elevations shown on the Drawings are :L0.10 foot fi-om those i
specitied onthe Drawings.
I W
Paloverde NuclearGeneratingStation February2009 ConstrudJonWaterPond-ForPond2 01050-3 URSJobNo.23445525 Rehabilitation ConstructionSpecifications Arizona Public Service Company P:_RIZONA PUBLIC_SERVICE_ALO VERDE FACILIT_EVAPORATION POND 2_CDNS'rRUCTION POND_PECS-CQA'tSPECS-FINAL.DOC
3.06 COORDINATION WITH ARIZONA PUBLIC SERVICE COMPANY A.
Keep the Ownm-informedon progr_s of survgywork to allow the Ownersufficient time and ample opportunity to verify survey work without inconvenience or delay to Contractor.
END OF SECTION
,It, 1"I.
PaloVerdeNuclearGenerating Station February 2009 ConslmcfionWaterPond - ForPond 2 URSJob No.23445525 01050-4 Rehabilitation ConstructionSpecifications Arizona Public Service Company P:_RIZONA_PUBLIC_SlERVICL=_PALO VERDE_FACIL_AF_RATION POND 2_CONSTIRUCI'K]_
__\\5PIECS-FINALDOC
SECTION 01300 SUBMITTALS 1.0 GENERAL 1.01 RELATED WORK SPECIFIED ELSEWHERE A.
Division 1-GeneralRequirements i
B.
Division2-Site Work 1.02 SUBMrVI'AL CONTROL A.
Submit to the Owner a control document listing and scheduling all required submittal items. The Owner shall approve the formatof this schedule. The control document shall show the date a submittal is to be provided and the fi;equencyof repetitivesubmittals.The list shallinclude but is not limited to the following:
1.
HDPE Liner Shop Drawings 2.
Red-Line Field Drawings 3.
Progress QC Reports for ]-IDPELiners 4.
Concrete Mix Design 5.
Manufacturer's Literature HDPE liner 6.
Material Samples (if requestedby the Engineer and/or Owner)
HDPE liner 7.
Guarantees/Warranties HDPE liner B.
Noworkshallbeginpriortotheapprovalofthe submittalcontrolschedule.
2.0 PRODUCTS A.
Submittals shall be organized, stapled, bound, and/or tabbed as appropriate for easy rcfetellce.
PaloVerde NuclearGeneratingStation February2009 Consb'uclJon Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitalion 01300-1 ConstruclJonSpecifications Arizona Public Service Company P:_:_IZ)DNA PUBLIC_SERV1CE_ALO_VIERO_E FACIt._APORATION POND 2_CO_TION POND_PECS-CQA_SPECS_IIN_L.DOC
B.
A title page, cover letter, or standardtransmittal form shall accompany each submittal.
C.
Submit five (5) copies of each for review and approval. Two copies will be returned withone of the followingstandardstampedrtanarks:
1.
Furnishas submitted; 2.
Furnishas noted; 3.
Revise andresubmit; 4.
Rejected; 5.
Engineer's review not required; 6.
Information only.
D.
All submittals shallbear the following information:
Date ContractNumber ProjectTitle andLocation k
Contractor/Subcontractor's Name Supplier's Name Manufacturer's Name i
Specification Section and Paragraph Numbers i-Drawing andDetailNumbers i+
SubmittalControlNumbea, E.
Submittalsshall reference the appropriatesection and its detailedcontent.Questions regarding any submittalsshall be directed to the Owner for contentandschedule of delivery.
F.
Limit submittal items to one specification section per submittal. Submit for each item as required in the technical sections.
PaloVerdeNuclearGeneralJngStation February2009 Conslruclion Warm-Pond - Foe"Pond 2 URS,lob No. 23445525 RebabilitalJon 01300-2 Consb'udkmSpecifications Arizona Public Service Company P:_e_RIZONA_PtJBt IC SERVlCL_PAL0 VERDE F&ClL_APORATION POND 2_CONSTRUCTION PONO_\\SPE_INAL.DOC
G.
If a submittal is returned for correction or is not satisfactory and is disapproved by the Owner and/or Engineer, the Contractor shall resubmit the corrected material in the same quantity, as specified for the original submittal, for approval within a maximum of five (5) calendar days after receipt by the Contractor of the disapproved material.
3.0 EXECUTION 3.01 GENERAL A.
All submittals are required under these Contract Documents and regarded as essential to the succ_sful completion of the Project. Exceptions to submittals are at the Owner's discretion.
B.
The Contractor shall submit for approval all Shop Drawings called for under the various sections of these Specifications.
These shop drawings shall be completed and detailed. If approved by the Owner each copy of the Drawings will be identified as having received such approval by being so marked and dated.
Make any corrections required by the Owner.
C.
Each Shop Drawing submitted for approval shall have, in the lower right hand comer just above the title, a white space 3 inches wide x 3 inches tall in which the Owner can indicate the action taken.
3.02 EQUIPMENT PRODUCT DATA A.
Submit information for proposed permanent equipment for approval prior to purchase. Provide vendor name, Specifications, cut sheets, performance data and laboratory test data, and manufactured warranties and guarantees.
B.
Once equipment is approved, procured, and installed, the Contractor shall provide all i
final equipmentinstruction and operationandequipmentmanuals as applieable.
3.03 INSPECTION AND TEST CERTIFICATES A.
Inspection and test certificates,required for demonstrating proof of compliance of materials with specification requirernents shall be executed in two copies. Each certificate shall be signed by an official authorized to certify on behalf of the manufacturing company and the quantity and date or dates of shipment or delivery to which the certificates apply. Copies of laboratory test reports submitted with certificates shall contain the name and address of the testing laboratory and the date or dates of the tests to which the report applies.Certification will not be construed as relieving the Contractor from furnishing satisfactory material, if, after tests are performed on selected samples, the material is found not to meet the specific requirements.
U Palo Verde Nuclear Generating Station February 2009 Construdion Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 01300-3 ConstructionSpedfications PublicService Company P:_ARIZONA_PUBI.IC SERVICE_ALO_VERDE_FACILI_APORATION POND2_3ONSTRUCTION POND_PECS-CQA_SPIECS-FINALDOC I
3.04 RED-LINE FIELDDRAWINGS A.
The Contractorshall furnishmarked-uporRed-lineField Drawingsto the Ownerfor approvalimmediatelyfollowingeachmajorphaseof construction.
TheseDrawings shallbe maintainedcurrentbythe Contractorandreadilyaccessibleby theOwner.
B.
The Contractor shall describe and dimension, on the Drawings, vertical and horizontal locations of all buried work that hasbeen done as part of this Contract.
C.
Show on the Drawings, the locations of con.eealeditems such as, but not limited to, the key trenches and the limits of excavation.
D.
The Contractor shall show on the Drawings, all deviations from the Contract Drawings.
3.05 CONCRETE MIX DESIGNS A.
Provideconcretedesignmixes in accordancewith ACI 318-83 for eachmix utilized.
Include supplier name, admixtures and quantity, maximum aggregate size and percentages used, cementifions content, air content, and compressive strength in accordance with ASTM C39. Mix design shall be approved by the Owner and/or Engineerprior to placement of concrete.
B.
Notify the Owner, in writing, of the manufacturers and specific brand names of all admixtures to be used. Admixtures will conform to their,respective ASTM criteria for acceptance.
C.
The Contractor shall provide for information to the Owner, a copy of the batch ticket providing the information identified in ASTM C685 for all concrete used for permanent work.
3.06 HDPE LINER SHOP DRAWINGS, CERTIFICATIONS, AND REPORTS A.
Submita summary of the manufacturer's experience with the manufacture of 60-rail HDPE lining material and lining systems. As a minimum, the manufacturer shall have 2 years of continuous experience with in excess of 5 million square feet of similar HDPE liner manufactured.
B.
The Contractor shall provide manufacturer's Shop Drawings of the liner layoutplan and details for the Owner's review and approval prior to liner proeurenaent. Detail alljointing, liner system and liner anchorage.
C.
Submit a summary of the Lining Subcontractor's experience with the placement of 60-mil HDPE. As a minimum, the Lining Subcontractor shall have 2 years of contiimous installation experience with in excess of 1million square feet of HDPE liner installed.
PaloVerdeNuclearGeneralJngStation February2009 t.
ConstnJt:tJonWater Pond - For Pond 2 URS Job No. 23445525 I
Rehabilitation 01300-4 Construction Specifications I
ArizonaPublicServiceCompany P:_,RIZONA_PUBLIC_SERVI_ALO_VERDE FAC_VAPORATION POND 2_CONSTRUCTION POND_SPECS CQA_SPECS-FINAL.DOC EI.
D.
The Lining Subcontractor's approved construction layout drawings shall specify all componentsand details required to meet these Specifications.The responsibility of the Owner, Contractor,and the Lining Subcontractorshallbe clearly defined.
E.
Provide manufacturer testing results with the following frequency:
1.
Density-two perresinbatchnumber 2.
Tensile Properties-one per1,000 feet of manufacturedsheet 3..
Carbon Black - two per resin batch n_mber thickness-one per 1,000 feet of manufactured sheet 4.
Volatile Loss - Certificationby resin supplier with each resin batch F.
Submit test results to the Owner for approvalprior to delivery of the HDPE liner to the job site. The Owner may allow the use of alternate testing methods with prior approval.
G.
Submit to the Owner a peel strength value and the test procedure used to determine the peel strength 30 days before delivering liner to the site. The approved value will be used to evaluate fieldseam quality.
H.
The liner Subcontractor shall submit written certification to the General Contractor k
that the foundation on which the geosynthetic materials are to be installed is acceptable and in accordance with verification and inspection provisions in Section 02776. Install no liner until a copy of this certification is furnished to and accepted by the Owner.
I.
Submitto the Owner copies of daily field notes, quality control test results, panel installationsandlayout,andrepairlogs.
J.
Submit testing and QC report on shop fabricated systems such as pipe boots.
Describe in detail the methodof testing conductedin the shop and all results and repairsif needed.
END OF SECTION Palo Verde Nuclear General_ngStation February 2009 ConstructionWater Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 01300-5 Construction Specifications Arizona Public Service Company P:_RIZONA_PUBLIC_SERVlCL_,PALO_VERDE FACR._VAPORATIONPONO2_CONSTRUCTION PONDLSPECS-COA\\,SF'ECS-FINALDOC
SECTION 01400 i
QUALITY CONTROL i
1.0 GENERAL i.
1.01 DESCRIPTION I
A.
The quality controlrequiredfor lifts projectfocuses on the resources and methods employedby the Contractor,thatof the.responm'bilityof the Contractor,to execute the work in generalaccordancewith the ContractDocuments.The scope of testing by the CQA Consultantis furtherdescribedin the ConstructionQualityAssurance (CQA) Plan, a separatedocument from the ConstructionSpe_fications. Overall definitionand executionof ConstructionQualityAssurance (CQA) is also described inthe CQA Plan.
B.
The Owner may elect to accept the CQA testing results in lieu of requiring separateformalqualitycontrolperformedby the Contractor.Underthis condition, the Contractor will accept the CQA testing results and will remain responsible for controlling quality of the Work. In addition, the Contractor can elect to provide his/her own quality control testing, but the CQA testing results will dictate the overall quality and dictate the acceptance of the Work.
1.02 RELATED WORK SPECIFIED ELSEWHERE A.
All work applicable to this project.
B.
CQA Plan (separate document).
I 1.03 QUALITY CONTROL I
i A.
The Contractor shallestablish and continuously provide a quality control system to perform sufficient inspection and tests of all items of work, including that of subcontractors, to ensure conformance to applicable Specifications and Drawings with respect to thematerials, methods,workmanship, construction, finish, functional performance, and identification.This controlshallbe established for all construction, except where the Technical Provisions of the contract provide for specific control inspections, tests or other means to be performed by the Owner or his designated representative. The Contractor's control system shall specifically include the surveillanceandtestsrequiredin the Specifications.
B:
The Contractor's quality control system is the means by which he assures himself that his construction complies with the requirements of the Drawings and Specifications. The controls shall be adequate to cover all construction operations andshouldbe keyed to theproposedconstructionsequence.
U Palo Verde Nudear Gener_ng Station February 2009 Consln,mtionWaterPond-ForPond2 URSJobNo.23445525 Rehabilitation 01400-1 Construction Specifications Arizona Public Service Company P:'_:_IZONA PUBLIC
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C.
The Contractor's job supervisory staff may be used for quality control, supplemented as'necessary by additional personnel for surveillance, special technicians, or testing facilities to provide capability for the controls required by the Specifications.Prior approvalis requiredfor facilities, equipmenLand personnel used bythe Contractorin performingthe specified tests.
D.
The Contractoris subjectto the consequenceof rejected workandall qualitycontrol inspectionsand tests shall be recordedby the Owner orhis designated representative including,but not limited to, the specific items requiredin the Specifications.A quality control report to include a description of project activities, QC tests, and recordsof correctiveaction taken shall be furnishedby the Owner,his designated representative,orCMTfirm as adaily fieldreport.
E.
If recurringdeficiencies in anitemoritems indicatethatthe qualitycontrolsystem is i.
not adequate,suchcorrectiveactions will be taken as directedby the Owner orhis designatedrepresentative.
F.
In the event the Contractorfails to satisfactorily perform any requiredinspections andtests;to submittimely, complete, andfactualreportsandtestdata;orotherwise comply with the QC provisions, the Owner or his designated representative may provide these services fromanother source and all costs for providing these services will be deducted frompayments due the Contractor.
1.04 NOTICES ib A.
Additional inspection and tests required due to detL-ctivework or ill-timed notices may be initiated by Owner or his designated representative and will be at Contractor's expense.
1.05 PROJECT COOPERATION A.
Providerepresentativesof the Owner,Engineer,CQA Consultantand CMT firm accessto the Work at all timesand at all locationswherework is in progressto observeandperformconformancetestingin accordancewiththeCQAPlan.
B.
Allowthe Owneror his designatedrepresentativeor their representativesaccessand timeto conductQualityAssurance(QA)samplingor testing.Frequencies,time,and locationsof QA inspectionsortestingwillfollowthe QualityControlrequirements in general,but will ultimatelybe at the Owneror his designatedrepresentative's discretion.QualityAssuranceSamplingortestingmayincludecompactionof soils, soil gradationsor other materialproperties,andgeosynthetieconformanceand/or installation.Allowingthe Owneror his designatedrepresentativeto performQA inspections and testingdoes not precludethe Contractorfrom ensuringquality control.TheContractorpossessescompleteresponsibilitytothequalityof work.
ENDOF SECTION PaloVerdeNudear GeneralingStalion February2009
" Conslruclion Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 01400-2 Constructio_Specifications Arizona Public Service Company P:V_RIZONA PUBLICSERVICE_PALO_VERDE
.FACILI'I'Y_-VAPORAlrlON POND 2\\CONSTRUCTION POND\\.SPECS_QA_PECS-4:INAL.DOC
SECTION 01500 TEMPORARY CONSTRUCTION FACILITIES AND CONTROLS 1.0 GENERAL 1.01
SUMMARY
DESCRIPTION A.
This Section provides the requirements for temporary construction facilities and controls for the entire project. The scope of facilities and controls is both explicitly defined by these Specifications and at the disoretion of the Contractor's selection of methods and approach.
B.
Temporary facilities and controls shall be provided to complete the required Work and to provide safety and protection of the Environment.
1.02 SECTION INCLUDES A.
Related Sections B.
Access C.
Construction Water D.
Fugitive Dust Control E.
Surface Water Control F.
Work Limits G.
Temporary Lighting H.
Petroleum. Products I.
Site Security l
1.03 RELATED SECTIONS A.
Entire Project 1.04 ACCESS A.
The Owner will provide general access to the site.. The Contractor shall not construct any staging are,as, temporary facilities, haul roads, or access roads without the approval of the Owner. Coordinate with the Owner and/or Engineer prior to constructing temporary roads (or widening existing) to resolve conflicts with plant operations or the design intent.
Palo Verde Nuclear Generating Station February 2009 Consl3ructionWaterPond-ForPond2 URSJobNo.23445525 RehabatlaUon 01500-1 Cons_n
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1.05 CONSTRUCTION WATER A.
The Contractor shall provide a construction water supply source (if required by the Owner) capable of providing sufficient volume for dust control on haul roads, moistureconditioning of borrow material to be placed as fill, andfor maintaining
[
moisture as required for in-place fill soils, i4 B.
The Contractor must supply temporary pumps, trucks, stands, tanks, towers, i
piping, and/or reservoirs necessary to provide an adequate supply of water to fulfill the conditions of this Contract.
1.06 FUGITIVE DUST CONTROL A.
During the performance of the Work defined by these Specifications or any operations appurtenant thereto, whether on right-of-way provided by the Owner or elsewhere, the Contractor shall:
1.
Furnish all labor, equipment, materials, and means required to perform proper and efficient measures to reduce the dust nuisance.
2.
Prevent dust, which has originated from earthwork activities such as excavation, screening, hauling ro_ites, and fill placement.
3.
Control dust to a degree acceptable to the appropriate Federal and State agencies, andto the Owner.
i 4.
Work may be temporarily stopped by the Engineel:or Owner if proper dust i
control is not implemented or maintained, i
B.
The Contractor shall secure the necessary permits for temporary facilities, iI including air/dust permits for the screening plant, highway traffic plans, water hydrantusage, etc.
C.
The Contractor shall allow for dust control duringscreeningand loading/hauling operations, in compliance with the air/dust permit the Contractor is required to obtain.
1.07 SURFACE WATER CONTROL A.
Surface water control shall be integral to the requirements of Section 02140.
1.08 WORK LIMITS A.
Confine apparatus, equipment, the storage of materials, and the operation of workmen to the limits indicated by law, ordinances, permits, or as directed by the Owner.
PaloVerdeNud_
Genera!ingStalion February2009 Conslxuc_n Water Pond-For Pond 2 01500-2 URS Job No. 23445525 i
Rehabilita'don ConstructionSpecifications ArizonaPublicServiceCompany P:_ARIZONA PUBLIC SERVICIE_ALO VERDIE_FACI_APORATION POND 2_CONSTRUCTION PON[]_PIECS-COA_PIECS--FINAL.DOC
!I.
B.
Avoid unreasonably encumbering the premises with materials or equipment.
C.
Avoid interfering with the Owner's or other Contractor's operations (if applicable).
D.
Do not conduct construction activities that present a hazard to the Owner's i
personnel and equipment or to thepublic, i
E.
Use existing roads whenever possible. Widening and/or improving existing dirt access roads may be conducted upon approval of the Owner.
F.
Minimize construction of new roads.
G.
Keep the site neat, tidy, and free of waste materials or rubbish.
H.
If existing facilities become damaged by the Contractor, the Contractor shall pay all expenses to repair or replace such facilities to the satisfaction Qfthe Owner, at no cost to the Owner.
1.09 TEMPORARY LIGHTING A.
The Contractor shall provide and maintain lighting for general construction purposes, as necessary.
B.
The Contractor shall provide and maintain lighting for general safety at 24-hour manned pump locations, hazards adjacent to access roads and as otherwise necessary.
C.
Maintain lighting, as necessary, at key areas of the site such as equipment parking lineups for security.
i 1.10 PETROLEUM PRODUCTS A.
Contractor is responsible for providing fuel and dispensing equipmenl/service unless otherwise determined by the Owner.
B.
Store and dispense fuel, lubricating oils, and chemicals in such a manner as. to prevent or contain spills, and prevent said materials from reaching local streams or groundwater. Portable fuel storage tanks Shall have secondary containment adequate to contain 125 percent of the contents. Petroleum storage facilities shall be appropriately marked with signs and placards.
C.
The Contractor shall fuel construction equipment from portable storage tanks and/or tanker trucks in a location and manner so as to prevent the spill and run-off of fuel during the fuel transfer.
P_I_
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D.
In the event a petroleumproductspill occurs, the Contractorshall notify the Ownerimmediately.The Owner/Contractorshall then discussthe requirements andresponsibilityforreportingthespilltothe appropriateauthorities.
E.
Disposeof wastein accordancewith Stateandlocalregulations.
F.
Keep MaterialSaf_y Data Sheets(MSDS) on file at the site forall petroleum productsandotherhazardousmaterials.
1.11 SITESECURITY(ifrequiredby theOwner)
A.
The Contractorshallprovide24-hoursitesecurityas requiredbytheOwner.
2.0 PRODUCTS Not Used.
3.0 EXECUTION Not Used.
END OF SECTION It, W:_II_DJ_
PaloVerdeNuclearGeneratingStatkm February2009 Con_
Water Pond - For Pond 2 URS Job No. 23445525 Rehal_itation 01500-4 Cons_
ArizonaPublicSen_iceCompany P:_ARIZ__PUBLIC_ $ERVICE_PALO_VERDE_FACILITY_APORATIONPONDL;'_CON_TRUC]'ION PONO_PIECS-CQA\\SPECS-FINAL.DOC
SECTION 02140 TEMPORARY DIVERSION AND CONTROL OF WATER 1.0 GENERAL 1.01 RELATEDWORK SPECIFIEDELSEWHERE A.
All Sections 1.02 SCOPE OF WORK A.
All temporary diversion and control of water shall be in accordance to the Sitewide Construction StormwaterPollution Prevention Plan (SWPPP).
B.
Provide for the temporary diversion and control of surface and ground water at the project areas. The flows will include water originating upstream of the proposed Pond as well as from adjacent streams and/or sheet flows.
C.
Provide for the dewatering of all work sites immediately prior to and during construction. Maintain the ground-water level below the surface of the bottom of excavationsthroughouttheperiodof constructionas requiredto perform the Work.
Maintainall workareasfreefromwater and sediment.
e.
D.
All collected water shall be muted downstream away from the construction activities.
E.
Contractor'sdiversionand controlplan shall complywith theOwner's requirements forcontainmentand controlof sitewater.
1.03 QUALITYCONTROL A.
Streamflow records are relevant for flows occurring at the project site. Annual rainfall data from local or state Climatology offices or applicable United States Geological Surveys may be useful in evaluating the potential time of year and magnitude of rainfallandrunoff.
I B.
The Contractoris responsible for the dewatering of the projectarea. Control the rate and effect of dewatering in such a manner as to avoid all objectionablesettlement iI and subsidence of the site and adjacentpermanent structures as determined by the II" Owner and to assure the integrity of the finished work.
C.
Where critical structures or facilities exist immediately adjacent to areas of proposed dewatering, establish reference points and observe at frequent intervals to detect any settlement that may develop. Conduct the dewatering operation in a manner that will PaloVerdeNudear GeneralingStation February2009 ConslmcliooWaterPond-ForPond2 URSJobNo.23445525 02140-1 Rehabilitation ConstnJctionSpecifications Arizona PublicServiceCompany P:_RIZONA_PUBLIC.$ERVICE_ALO_VIERDE_FACILITY_IEVAPORATION POND2K:.ONS'fRUCTIONPO_OA\\SPIECS--FINALDOC
protect adjacent s_uctmies and facilities. Cost of repairing all damage to adjacent structuresand facilities shall be the sole responsibility of the Contractor.
D.
Protect all ongoing and completed work fromoperating and storm water flows.
1.04 SUBMITTALS A.
Submit a dewatefing, diversion and control of water plan prior to construction activitiesif requiredby theOwner:
2.0 PRODUCTS 2.01 EQUIPMENT A.
Before operations begin, sufficient equipment shall be available on-site to assure that the operation and adequacy of the diversion, control and/or dewatering system can be continuously maintained. The Contractor shall be responsible for providing temporary power supply.
3.0 EXECUTION 3.01 METHODS A.
Perform all permanent construction in areas free from water. During and after periods of rain,intermittent showers may be expected. The Contractor is solely responsible for the protection of Work against damage or delay from waterfiow. At all locations where construction work is ata lower elevation than the elevation of the natural stream or ground water at the time of doing the Work, suitable water control measures shall be constructed to allow diligent performance of the Work.
B.
Construct temporary pond, trenches, ditches, channels, diversion dikes, cofferdams, and any other aptn'oveddewatering and water control structureprior to work.
C.
Furnish, install,maintain,and operateall necessary pumping and other equipment for removal of waterfrom the various parts of the Work and for maintainingthe pond foundation and other parts of the Work free from water as required for constructing each part of the Work.
E D.
Select methods of dewatering that do not destroy or weaken the strength of the in-situ material under or alongside the excavation.
E.
Perfom) diversion control anddewatering before execution of all Work.
F.
Dispose of water in a manner that does not cause injury to public or private property
[1l and is consistent with Regulatory and Owner's requirements.
i END OF SECTION
[I Palo V_lo Nuclear Gmmca{in9,_alion February2009 ConstmclionWator Pond-ForPond2 02140-2 URSJobNo_23445525 RehabilitaUon ConstructionSpedfications i
Arizona PublicService Company i
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SECTION 02150 SITECLEARINGAND GRUBBING 1.0 GENERAL 1.01
SUMMARY
DESCRIPTION A.
This section describes the general requirements and Specifications for clearing debris, trash, and existing material/equipment within the Work limits.
B.
Grubbing of native vegetation and/or weeds and discarding into a stockpile and transporting offsite, at a designated location on the property.
1.02 RELATED SECTIONS A.
Section 02200 - Earthwork.
2.0 PRODUCTS Not Used.
3.0 EXECUTION 3.01 CLEARING AND GRUBBING A.
The Contractor will be responsible for verifying utility location, marking utilities and protecting utilities throughout construction.
B.
The Contractor shall coordinate clearing debris and material/equipment with the Owner.
C.
Clear and grub arearequired for access to site and execution of Work as shown on the Drawings or requiredby these Specifications. Extension of clear and grub areas shall be coordinated and approvedby the Owner.
D.
Remove trees, shrubs, and other vegetation growth within the required areas.
Remove stumps and roots fromliner subgradeand fill soils.
E.
Remove man-made structures, including concrete, piping, and culverts from both above and below ground surfaceswithin the work site.
F.
Clearmiscellaneousmetal andwood debrisfromfill and borrowareas.
I G.
Clear and grub waste shall be segregated from potential borrow material/fill
].
stockpiles.
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H.
All clearing shall extend laterally beyond excavation and embankment slopes a minimum of 10 foet and be completed prior to the startof any grading operations.
3.02 REMOVAL AND DISPOSAL A.
Cigarand grubbedvegetation shall be either chipped and spread on-site or disposed of at apre-approvedfacility as directedby the Owner.
B.
Wastematerialcleared from the site shall be removed and disposedof as directedby theOwner.
C.
Burningvegetationwastefromclearingandgrubbingoperationsis prolfibitedunless express(written)permissionis givenfromanauthorizedrepresentativeof Owner.
D.
Constructiondebrissuehas steelandconcreteshallbe removedanddisposedof at a locationdesignatedby the Owner.
ENDOF SECTION i
E-Pa/oVerdeNude="GeneratingStation February2009 ConstruOlionWaterPond-ForPond2 URSJobNo.23445525 i
Rehabilitation 02150-2 ConstructionSpecifications Arizona Public Service Company i
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SECTION 02200 EARTHWORK 1.0 GENERAL 1.O1 RELATED WORK SPECIFIED ELSEWHERE A.
All work is applicableto this section.
1.02 GENERAL REQUIREMENTS A.
This section describes general requirements for all types of earthwork and is applicable to all required earthwork. Earthworkincludes but is not limited to:
Excavation FoundationPreparation t
Subgrade Preparation J
Anchor TrenchExcavation i
Grading Structural Fill AppropriateDisposal of all Unsuitable Materials B.
The Contractor is solely responsible for the safety of all temporary cuts and fills.
i Slope lines indicated on the Drawings for temporary cuts do not represent the actual slope to whichthe excavation must be made to safely perform the Work.
C.
Excavate permammt cuts to the slope lines indicated.
D.
Excavation shall be performed in a manner, which will not impair the finished surface or subgrade. Excavation or overcut made outside the lines indicated on the Drawings or staked in the field shall be refilled with materials approved by the Owner, at the expense of the Contractor, except where such overcut is directed or specified by theOwner.
E.
Use equipment, tools, and machines to perform the work covered by this section as approved by the Owner. Maintain in satisfactoryworking condition at all times all equipment, tools and machines. Excavating and/orequipment used in the areasfrom which fill and borrow materials are obtained shall be capable of producing the necessary blending required to consistently meet the specified gradation PaloVerdeNuclearGenecatingStation Febmaw200g ConstructionWaterPond-ForPond2 URSJobNo.23445525 Rehalm]italion 02"200-1 Coostruction S_l_olr_
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_CS-O)A_._alEI_a4:IN/_d_.DOC
requirements. Compaction equipment shall be suitable for consistently producing uniform soil densities.
F.
The limits of excavations are as indicated on the Drawings, except that limits may be increased or decreased by the Owner if; m the opimon of the Owner, the conditions encountered warrant such modification. Except as otherwise directed, excavate to the profiles and sectionsshown on the Drawings.
G.
Conduct all excavation operations in such a manner that permanent improvements will not be damaged or subjected to settlement or horizontal movement. Repair any damage to permanent Workdue to settlement or horizontalmovement resulting from excavation operations at the Contractor's expense.
H.
Provide necessary QC for survey layout to establish construction control.
I.
Contractor shall employ necessary dust control measures throughout all site/earth work activities in conformance with required dust/air quality permits, i
1.03 QUALITY CONTROL TESTS i
A.
The Contractor is responsible for executing Work in general accordance with these Specifications and the Contractor's QC Plan, which should encompass the appropriatemethods, equipment, and workmanship for each type of work dement and phase. Quality Control shall be implementedby the Contractor in the course of daily activities that are carried out by its Engineer and foremen, including reading the Drawings and Specifications, communicating to the crew, andrepresentatives of the Owner, Engineer or their designated representatives, and CQA Consultant.
B.
The Contractor is responsible for meeting the performance and material Specifications outlined in the Specifications and as tested using the procedures, test methods, and frequencies outlined m the CQA Plan.
C.
The CQA Plan outlines CQA conformance testing in the laboratory and field to verify compliance with performance Specifications relating to earthwork, including compaction and gradation.The CQA Consultantcontracteddirectlyto the Owner shall implementthe CQA Plan.
I D.
The laboratory Optimum Moisture Content (OMC) and Maximum Dry Density (MDD) will be determined following the Moisture-Density Relationship Standard Proctor Test Method (Proctor Curve), ASTM D 698.
E.
The in-place field density shall be determined by the Sandcone Field Test Method, ASTM D 1556, and Nuclear Density Gauge Field Test Method,ASTM D 2922.
"i F.
Conformance testing for sieve size and gradation of fine and coarse aggregate shall be determined by the Particle Size Analysis Method, ASTM C 136.
PaloVerdeNuclearGeneratingStation February2009 ConstruclionWaterPond-ForPond2 URSJobNo.23445525 Rehabilitation 02200-2 ConstructionSpecifications ArizonaPublicServiceCompany P:V_.RIZONA_PUBLIC_SERVICLCM:>ALO VERDE FACILIT_EVAPORATION POND 2_CONSTRUCTION PONI_SPECS-CQA_.,qPECSJ:INAL.DOC
I G.
Conformance testing for sieve size and gradation of soft materials shall be determinedby the ParticleSize Analysis Method, ASTM D 422. The specifications do not include requirementsfor gradationsfiner than the No. 200 sieve, therefore, Hydrometeranalysis is not requiredunlessrequestedby the Ownerand/orEngineer.
H.
Classificationof Soils shallbe determinedby ASTM D 2487.
1.04 QUALITY ASSURANCETESTS i.
A.
Laboratory and field-testing shall be performed by the CQA/CMT finn in accordancewiththe methods listedin Article 1.03 of thisSection.
B.
Field Quality Assurance testing shall he performed by the CQA/CMT firm following the frequencyand distributionSpecifications describedin Article 1.03 of this Section,oratthe CQA representative'sdiscretion.Frequencies,distribution,and locationsof assurancetestingshallbe determinedin the field.
C.
CQA testing shall conform to the requirements specified in the CQA Plan.
1.05 EXCAVATION SAFETY A.
Comply with the occupational, safety, and health requirements of the State of Arizona.
B.
Provide necessary materia}s and shore and brace temporary excavations to prevent slope failure and adjacent surface settlement, to provide safety, and to protect public and private property from damage during construction.
C.
Perform waste operations within the areas designated and in such a manner as to maintain a safeworking condition for personnel and equipment 1.06 DRAWING CALLOUTS A.
All permanent work cut and fill slopes arecalled out on the Drawingsuse a ratio of horizontaldistance to vertical distance(e.g., 3:l H:V).
2.0 PRODUCTS 2.01 STRUCTURAL FILL (ON-SITE BORROW)
I I.
A.
Structuralfill materialsshallconsistof soil materials excavated fromthe site.
iI B.
Structural fill material shall be free of vegetative matter and other deleterious substances.
C.
Structuralfill materialshall be used for all embankmentfill operationsas well as anchortrenchandutilitytrenchfill.
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D.
Structuralfill shall conform to the gradationlisted in these specifications or as approvedby the Ownerand/orEngineer.
E.
The structuralfill material shall be tested in accordance with ASTM D 422 and conformto thefollowinggradation oras approvedbythe Ownerand/or Engineer:
Sieve Percent Designation Passing Y'
100 No. 4 50-100 No. 200 0-50 3.0 EXECUTION 3.01 GENERAL REQUIREMENTS FOR EXCAVATION A.
Notify the Owner of any discrepancies between contractualrequirements and site conditions in writingupon discovery.
B.
The Contractor assumes all responsibilityfor deductions and conclusions as to the nature of the materials to be excavated and the difficulties of making and maintaining the requiredexcavations. The Owner does not representthat excavation can be performedto ormaintained atthe lines describedin thele Specifications.
C.
The slopes, grades, orthe dimensions of the excavations flom those specified herein by the Engineer may be variedduring the progressof the work.
D.
Coordinate in a timely manner with the Owner, maintain and leave open fill, and t
subgrade areas until the materials placed or the subgrade has been approved by the Owner. Excavateand reconstruct at Contractor's expense anywork covered up prior to approvMby the Owner.
E.
Work in inclement weather at the Contractor's risk. Replace and rework any i
materials that become unsuitable or unstable as the result of work during inclement weather. No additional payment shall be made for replacement and/or reworking of materials due to construction activities during inclement weather.
F.
Perform excavation and fill operations such that drainage is maintained at all times.
No additional payment shall be made beyond Contract price bid for site drainage or dewatering requirements.
G.
Deposit materials suitable for reuse in protected, maintained piles that are separate from other materials and readily available. Coordinate the locations of the soil stockpileswith the Owner.
I PaloVerdeNuclear_ting Station February2009 Construction Water Pond - For Pond 2 URS Job No. 2344.5525 Rehabilitation 02200-4 Consb'uclk_ Specifications Adzona PublicService Company P:_ARIZONA_PUBI_ICSERVlC_PALO_VERDE_FACILITY_EVAPORATION POND2\\CONSIRUCTIONPON_SPECS-CQALSPECS-FINAL.DOC
H.
Any and all excess excavation for the convenience of the Contractor or over-excavation performed by the Contractor for any purpose or reason, except as required by the Owner, whether or not due to the fault of the Contractor, is at the expense of the Contractor. Where required to complete the Work, refill all such excess excavation and over-excavation with materials furnished and placed at the expense of and by the Contractor.
I.
Excavation shall consist of the removal and appropriate disposal of every type of material eaacounteredto the lines, grades, and elevations indicated. The material to be removed may include but is not limited to'earth, hardpan, caliche, silt, clay, sand,
- gravel, cobbles,
- boulders, cemented alluvium, rock, slopewash talus and construction debris. Slope lines indicated on the Drawings for temporary cuts do not necessarily represent the actual slope to which the excavation must be made to safely perform the work. Any excavation or overcut made outside the neat lines indicated on the Drawings or staked in the field shall be refilled with material acceptable to the Owner or concrete in any approved manner by and at the expense of the Contractor, except where such overcut is directed or specified by the Owner, in which ease payment for such overcut and fill shall be made at the applicable contract unit prices for the type of excavation and fill made.
J.
Materials excavated from outside of the projection limits may be utilized for fill activities for the proposed structure upon approval by the Owner; all fill materials, regardless of their source, shall be placed in accordance with these Specifications, specificallythe gradationand compactioncriteriaestablishedby materialtype.
3.02 EMBANKMENT FOUNDATIONS A.
After clearing, grubbing, mass excavation to the design foundation elevations and prior to the placement of any fill material, the foundation shall be prepared in the manner described below or, for special cases, as required by the Owner and/or i
Engineer.
B.
In-place material that is unsuitable as subgrade shall be designated as such by the Owner and removed, to a depth of 12 inches, or as directed and suitable backfill placed where required. Unsuitable soil materialsare generally defined as areas of rock nesting, excessively saturated soils (i.e., mud) or soils that exhibit unusually low in-place dansities.
C.
The Owner reserves the right to change the depth or width of the foundations if unsuitable soil conditionsarepresent in the foundation excavations.
D.
The embankment foundation areas shall be scarified to a minimum depth of 12 inches (or as needed to achieve a 6-inch compacted subgrade), moisture-conditioned, and compacted to the specified density.
Palo Verde Nuclear Generating Station February 2009 Construction Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 02200-5 Construction Specifications Arizona Public Service Company P:'_RIZONA_PU_IC SERVICE_ALO_VERDE_FACIL_APORATION POND2_CONSTRUCTIONPOND_SPECS-CQA\\SPECS-FINALDOC
E.
Fill materials and the exposed surfaces of excavation (where applicable) shall be compactedto a dry density of not less than 95 percent of the Maximum Dry Density (MDD) as determined by ASTM D 698. Moisture content shall be uniform throughout a compacted lit_and shall be within a moisture content minus 3 to plus 1 percent of the Optimum Moisture Content (OMC).
3.03 POND SIDESLOPES AND BOTTOM A.
Excavate the Pond foundation to the contours and dimensions indicated on the Drawings or as directed by the Owner. Found the base of the Pond on competent material by removing materials considered deleterious as directed by the Owner and/or Engineer.
B.
Excavate the Pond below the contours on the Drawings where directed by the Owner to expose competent foundation.
C.
Limits of excavation for the variousstructures and parts of the Work are as indicated on the Drawings but the right is reserved to increase or decrease the depth and/or area of excavation if, in the opinion of the Owner, the conditions encountered warrantsuch modification. Except as otherwise directed,the Contractorshall make all excavationsto the profiles and sectionsshown.
D.
Deviationsfrom the lines and grades shown on the Drawings or establishedby the Engineerfor excavationin rock shallbe within tolerancelimits of 6 inches.
E.
The Pond sideslope and bottom areas, below the Pond embankmentsconstructed using structuralfill materials, shallbe scarifiedto a minimum depthof 12 inches (or as needed to achieve a 6-inch compacted subgrade), moisture-conditioned,and compacted to the specified density.
F.
Any projections insidethe limits established shall be removed. The neat line shown on the Drawings is the fine to which measurement for payment of excavation shall be made, and is considered to be the final excavation line indicated on the Drawings.
Any excavation beyond the neat line shown on the Drawings shall be replaced with applicable materials, as determined by the Owner, complying with the relevant portions of these Specifications without additional cost to the Owner.
G.
General and structural excavation methods shall be controlled to prevent damage to rock and natural terrain outside the limits of excavation. Provide a final excavated surface that is relativelyuniform and free from abrupt steps and irregularities.
H.
Excavate the slopes in the foundation area and berm excavation areas as shown on the Drawings. Slopes may be modified as required by the Owner. The limits of excavation shown on the Drawings shall not be interpreted as indicating that no defects or irregularities exist. The excavations at all elevations shall be so shaped as to produce a uniform and regular profile as is practicable to obtain. All necessary I
PaloVerdeNuclearGermratJngStation February2009 ConstructionWaterPond-ForPond2 URSJobNo.23445525 Rehabilitation 02200-6 Arizona Public Service Company Consl_ruc_onSpecificatk_s P:_ARIZONAPUBLIC_SERVICE_ALO_VERDE_FACILITY_EVAPORATION POND2_.ONSTRUCTIONPOND_SPECS-CQA\\SPECS-FINAL.DOC
precautionsshall be taken to preserve the foundational materials below and beyond the lines of excavation m the soundestpossible conditions.
3.04 ANCHOR TRENCH EXCAVATION A.
Excavatethe anchor trcndl to thelines and grades indicated on the Drawings.
B.
Coordinateall planning, equipment, and methods for anchor trench excavation with the Owner.
C.
The Contractor shall provide the Owner and appropriate representatives the opportunity to witness anchor trench excavation, and observe the trench at various stages. Several days may be needed to complete a full evaluation.
Comply with provisions in Section 01300-Submittals for progress schedules.
3.05 GENERAL REQUIREMENTS FOR FILLS AND BACKFILLS A.
Obtain fill and backfill materials from the required excavation and/or borrow areas, approved locations or suppliers free from sod, roots, brush, construction debris, trash or other objectionable material.
B.
Do not place fill materials against structural concrete until it has been in place a minimum of 7 days or until the concrete has attained 70 percent of its design strengthwhen tested in accordancewith the specifiedrequirements.All damage caused by premature fill placement will be replaced or repaired to the satisfaction of the Owner and at the Contractor's expense.
C.
Place compacted fill with suitable equipment in horizontal
- layers, which, after compaction, meet or exceed established requirements, or as directed by the Owner.
Place material containing rock in a manner to prevent the formation of segregated rock nests and voids in the fill
{
D.
The compaction equipment shall consist of sheeps-foot roller compactors appropriately sized to provide the required compaction of the soil materials. Any compaction equipment determined unsuitable by the Owner and/or Engineer shall be replaced by the Contractor at no additional cost to the Owner. The Contractor shall submit to the Owner the proposed compaction equipment to be used for the project prior to soil compaction activities.
E.
Rollers shall not be permitted to operate within 2 feet of concrete strtm_es, shoterete channels, well pipes, or over buried structures until the compacted fill over the top of the buried structure has reached a depth of 2 feet. Do not operate heavy equipment over pipes and buffed structures until at least 2 feet of fill material has been placed and compacted over the top of the buried structure or as directed by the Owner. Operate compaction equipmentso that structures are not damaged nor overstressed duringcompactionoperations.Use mechanical tampersfor compaction PaloVerdeNuclearGene_lmgStation February2009 ConstructionWaterPond-ForPond2 URSJobNo.23445525 Rehabilitation 02200-7 ConstructionSpecifications Arizona Public Service Company PAARIZONA_PUBLIC SERVICE_ALO_VERDE_FACILITY_VAPORA/ION PONO 2_-'ONSTRUCTION PONID'L_oi_CS-CQA\\SPECS-FINAL_DOC
of fill materialadjacent to structureswhererolling equipmentis impractical for use in compaction.
3.06 STRUCTURAL FILL A.
Provide structural fill to the lines, grades and elevations as shown on the Drawings andas directed bythe Owner or his designated representative.
B.
Spreadstructural fill in approximate horizontal lifts with a 8-inch maximum loose lift thickness and compact to not less than 95-p,s_'centof the MDD as determinedby ASTM D 698. Moisture content shall be uniform throughout a compacted lift and shallbe within amoisture contentrange of minus 3 percentto plus I of the OMC.
C.
Structural backfill operations for sideslope and embankment construction shall include excavation cuts or keys into the adjoining slope for _ _,
compacted lift.
Keyed excavation cuts may range from 1 to 3 feet vertically. Exceptions shallbe at the Owner or his designatedrepresentative's discretion.
D.
Remove oversize rock (>3") by hand as appropriate during spreading and prior to compaction, or risk havingthematerial(or lift) rejectedat theConbractor'sexpense.
E.
Overbuildembankmentsas requiredto accomplishthe requireduniformcompaction throughoutthe berm mass. Trim and fine grade as requiredto shape the sideslopes andbermsto the dimensionsand slopes shown ontheDrawings.
F.
Add structuralfill as necessary to build up stormwater,diversion berms around facilities shown on the Drawings..Develop stormwaterdiversionbemzsto a uniform height, width,andsideslope. Reshapenew and existing soils to createa contiguous stormwaterdiversionberm.
G.
Performmoistureconditioningactivitiespriorto placing and spreadinga lift at the final destinationto ensureuniform moistureandblendingthroughout.Conditionthe soft at the borrow, at stockpiles that allow soil to be turned over, scarified, or otherwise blendedfor uniform moisture.Moistureconditioningof each in-place lift will be allowed as a last resortto removalof the lift. Conditionthe soil to within the allowableplusandminuslimits.
H.
Compactionshall be achieved using ride-onsheepsfoot roller compactors,or other equipment at the Contractor'sdiscretion where approved by the Owner and/or Engineer. CQA/CQC testing will measure the success and consistency of the equipment and methods employed by the Contractor. The Contractor is responsible for failing tests and is subject to rework and changing the equipment and methods to achieve the performance specification for compaction.
PaloVerde NudearGeneralmgStation February2009 Consb'udionWaterPond-ForPond2 URSJobNo. 23445525 Rehabilitation 02200-8
_on Specificallions ArizonaPublicServiceCompany P:_RIZONA_PUBLIC_SFRVICIE_PALO_VERDE_FACIUTY_V_TION POND2_OMSTRUCTION_CS-OQAtSPECS4:INAI=
DOC
3.07 EXCAVATEDMATERIALAS BACKFILL A.
Providebackfill to the lines, gradesand elevations as shown on the Drawings and as directedbythe Owner.
B.
Spreadbackfillmaterialin approximate horizontalliftswitha 8-inchmaximum loose lift thickness andcompactto not less than 95 percent of the StandardProctor Maximum Dry Density (MDD) as determinedby ASTM D 698. Moisture content shall be uniform throughouta compacted lift and shall be within a moisturecontent rangeminus 3 to plus 1percent of the OMC.-
3.08 STRUCTURAL FILL FOR ANCHOR TRENCHBACKFILL A.
Providestructuralfill for anchortrench backfill to the lines, gradesand elevations as shown on the Drawings and as directed by the Owner or his designated representative.
i B.
Place structural fill anchor trench backfill in approximate horizontal lifts with a 8-inch maximum loose lift thickness and compact to not less than 95 percent of the Standard Procter MDD as determined by ASTM D698. Moisture content shall be uniform throughouta compacted lift and shall be within a moisture content range of minus 3 to plus 1percent of the OMC.
C.
Remove oversize rock by hand a,s appropriate during spreading and prior to compaction, or risk having the materSal(or lift)rejected at the Contractor's expense.
D.
Perform moisture conditioning activities prior to placing and spreading a lift at the final destinationto ensure uniform moisture and blending throughout. Condition the soil at the borrow, at stockpiles that allow soil to be turned over, scarified, or otherwise blended for uniform moisture. Moisture conditioning of each lift will be allowed as a last resort to removal of the lift. Condition the soft to within the allowable,plus andminuslimits.
E.
Compaction may be achieved using hand operated whacker-type compaction equipment. CQAJCQC testing shall measure the success and consistency of the equipment and methods employed by the Contractor. The Contractor is responsible for failing tests and is subject to rework and changing the equipment and methods to achieve the performance specification for compaction.
F.
Appreciable care shall be exercised to not damage the liner components when placing or compacting anchor trench backfill.
3.09 WORK PADS AND HAUL ROADS A.
Construct work pads and haul roadsas approvedby Owner.
PaloVerdeNuclearGeneratingStation February2009 ConslructionWaterPond-ForPond2 URSJobNo.23445525 Rehabilitation 02200-9 ConstructionSpecifications Arizona Pub&; Service Company P:VhqlZONAPUBLICSIERVICE_ALOVIER[E FACIUI3"_EVAPORATIONPONDZ_CONSTRUCTIONPONO'kSPECS-CQA\\SPECS-FINAL.DOC
B.
Alignments for haul roads and temporary access roads to and on the site shall be approved by the Owner prior to construction. Temporary roads shall be constructed such that they do not impair the Pond foundation or embankments, other work areas and/or the stabilityof existing slopes, rI C.
Noseparatepaymentshallbemadeforsiterestoration,andallcostsinconnectionto the operations required shall be included by the Contractor in the applicable Contract price.
}
D.
Provide a plan acceptable to the Owner for preventing the generation of dust due to operations m construction zones, along haul routes, in equipment parking areas, and in waste areas. This plan may consist of water sprinkling or an equivalent service.
E.
Maintain haul roads and work pads in a manner to ensure dust conlrol and truck operatorsafety, iI F.
Coordinate haul routes and work pads with the Owner prior to construction i
activities.
3.10 GENERAL GRADING A.
General grading shall be performed to achieve drainage diversion and collection in the area indicated on the Drawings and to the Owner's approval.
B.
General grading shall be performed to provide positive slope towar'_s drainage ditches, channels, road crossings, pipe inlets, and catchments and as indicated on the Drawings.
C.
General grading shall be performed downstream of the aforementioned structures to i
provide controlled drainage away fromthe outlet.
I
=
t D.
General grading shall be performed to provide positive slope away from new and existing buildings, offices, plant structures, and roadways.
]
E.
The Contractor shall coordinateestablishing earthwork lines, grades, and slopes with the Owner.
F.
General grading shall consist of minor excavation cuts, backfilling
- sloping, contouring,and compaction.
G.
Compaction of general graded areas shall consist of wheel-rolling (proof-rolling) method using rubber tire earthmoving equipment with a gross vehicle operating weightof at least50,000 pounds.
H.
Incidentaloverexcavationshall be backfilled with materialthatmeets the structmal fill requirements and compacted accordingly.
I PaloVerdeNudear GeneraUngStation February2009 Construction Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 02200-10 Construction Specifications ArizonaPublic ServiceCompany P:V_,RIZONA I_/BLIC SERVlCL_PALO VEROE_FAP__LITY_--VAPORATION PONO 2_CONSTRUCTION PONO_PE_.-_S-CQA_VCS-FINAL.DOC
I.
General grading shall be adjusted, revised, expanded, or reduced as job conditions become apparent and at the Owner's discretion.
3.11 FINE GRADING A.
Pond bottom and sideslopes shall be uniformly graded as shown on the Drawings.
B.
Deviations from true elevation for the Pond bottom and sideslopes shall be within 0.10 feet of the design elevations.
C.
Slopes shall be graded in such a manner as to prevent ponding water and/or birdbaths.
D.
All diversion berm crests shall be constructed to the width and elevations shown on the Drawings.
E.
Verify grading by survey and provide documentation in field prior to acceptance of subgrades and proceeding with successive activities. Provide final documentation in redline as-built survey submittal. The survey shall verify that the Pond was i"
constructed according to the lines, grades, and elevations prior to the installation of the geosyntheties.
J F.
Large voids in the Pondsideslopes and/or Pond bottom shallbe filled with structural fill (where possible) and compacted in accordance with these Specifications prior to the installation of geosynthetic materials. Small voids in the Pond sideslopes and/or Pond bottom shall be filled with Owner approved sand material andcompacted prior to the installation ofgeosynthetic materials.
G.
Rocks protruding from the finished, graded Pond sideslopes and bottom in excess of 1/2-inchshall be removed. Remaining void shall be filled as previously stated.
3.12 WASTE MATERIALS A.
Dispose of foreign materials, buried rubble, and native material encountered during foundation and borrow excavation unacceptable to the Owner at a location determined by the Owner.
B.
All foreignmaterials, constructiondebris, rubble and abandoned constructionwaste shallbe disposed of at the waste disposal stockpile.
C.
At completionof the project, grade all borrowareasto maintaina natural-appearing variableslope andgradeto drainas approvedbyOwner.
D.
Surplussoil to be stockpiled onsite at alocation determined by the Owner.
END OF SECTION PaloVerdeNudearGeneratingStalion February2009 ConstruclionWaterPond-ForPond2 URSJobNo.23445525 RehabilitalJon 02200-11 ArizonaPublicServiceCompany ConsbudionSpedf_ations P:_ARIZONIA_PUBLIC_SERVIOE_PALO VIERDE_FACILITY_VAPORATION POND 2_CONSTRUCIION POND_i_CS-ODA_;PIECS-FINAL_DOC I."
SECTION 02776 HDPE LINER 1.0 GENERAL 1.01 RELATEDWORK SPECIFIC ELSEWHERE A.
Section02200 - Earthwork 1.02 GENERAL DEFINITIONS A.
Field Seam-Seamwelded duringlinerinstallation.
B.
Factory Seam - Seam made during factory fabrication of the sheeting. Factory seams shall have tensile strength properties equal to or greater than the parent
/
material.Biddersshall submita sample of a factoryseamwith theirbids.
C.
Fish Mouth-Termusedto describethe appearanceof abulge orgap along the weld line of a liner seam. The gap is formed when the welded length of one liner panel exceeds that of the adjoining panel; the excess material forms the fish mouth following seam welding.
D.
Panel-A single factory-fabricatedsection of the liner membrane.
E.
The liner is constructed of High-Density Polyethylene (HDPE).
F.
Liner Subcontractor is also referred to in other contract documents as Liner Installer or Geosyntheties Installer.
1.03 SUBMITTALS A.
Submit shop drawings for the HDPE liner system installation in accordance with Section 01300 Submittals and this section.
B.
Submit liner manufacturer and installer qualifications,product performance data, resin data,certification of acceptance for the liner foundation, and QC and daily installreportsin accordancewith Section01300 Submittalsand thissection.
C.
Submit a summaryof the Liner Subcontractor'sexperience with the placementof 60 mil High Density Polyethylene (HDPE), including experience with conductive liners and reflective liners, if applicable.As a minimum, Liner Subcontractorwill have2 yearsof continuousinstallationexperience with in excess of I million square feet of HDPE liner installed.
1 D.
The Liner Subcontractor shall provide manufacturer's Shop Drawing of the hner layout plan and details for the Owner's review and approval prior to liner W
PaloVerdeNudear C-,er.srating Stalion February2009 Water Pond - For Pond 2 02776-1 URS Job No. 23445525 Rehabilitation ConstructionSpecifications Arizona Pubic Service Company F':V_IZONA PUIBLIC_SERVICE\\P/U.O_VERDE_FAaLITY_VAIR_RATION POND 2_CONS'I'RUCTION
_OA_SPECS-FINAL.DOC
procurement.Submittwo sets of full-sized,complete shop andillustrationdrawings.
Detail alljointingandanchorage.
E.
The Liner Subcontractor'sapprovedconstructionlayout drawingsshall specify all componentsanddetails requiredto meet these Sp_:ifications. The responsibility of
- theOwner, GeneralContractor,andthe Linergubcontractorwill be clearlydefined.
F.
Providemanufacturer testing results with the following frequency:
l.
Density - Two per resin batch number 2.
Tensile Properties - One per 50,000 square feet of manufactured sheet 3.
Carbon Black - Two per resin batch number thickness - one per 50,000 square feet of manufactured sheet 4.
Volatile Loss - Certification by resin supplier with each resin batch G.
Submit test results to the Owner for approval prior to delivery of the HDPE liner to the job site. Alternate testing methods may be used with prior approval by the Owner.
H.
Submit to the Owner a peel strength value and the test procedure used to determine the peel strength 30 days before delivering liner to the site. This value will be used to evaluate field seam quality.
I.
Submit copies of the quality control certificates for the resin used to produce the liner, embedment anchors and stud liner.
, J.
Submit copies of the quality control certificates showing the liner meets the reqmrements listed in Table A.
m 2.0 PRODUCTS 2.01 MATERIALS A.
Provide a 60-mil smooth HDPE liner that meets or exceeds the physical properties identified in Table A.
B.
HDPE geomembrane material shall NOT be new-old stock (NOS) material. Liner rolls must have been manufactured within 18 months of the Owner's approval of the material submitted.
C.
HDPE geomembrane shallbe free of holes, pinholes as verified by on-line electrical detection, bubbles, blisters, excessive contamination by foreign matter, and nicks and cuts on roll edges.
Palo Verde Nuclear Genmating Station February 2009 ConstructionWater Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 02776-2 ConstructionSpecifications Arizona Public Service Company PAARIZONA PUBLIC SERVICE_ALO VE_R[_
FACILITY_V.&J:=ORATION POND 2_Of_TRUCTION POND_PECS-CQA\\SPEC_FINAL.DOC
D.
HDPE geomembrane material is to be supplied in roll form. Each roll is to be identified with labels indieating roll number, thickness, length, width, and manufacturer.
E.
Extruded rod or bead shall be made from the same type resin as the geomembrane.
Materialsshallbefreeof contaminationby moistureor foreignmatter.
Table A Material Properties High Density Polyethylene (HDPE)
Property Test Method 60-rail Smooth Liner Nominal Thickness,mils 60
!Thickness, mils, minimum ASTM D 5199 54 Density (g/co), minimum ASTM D 1505 0.94 iMinimal Tensile Properties (each direction)
ASTM D 6693,
- 1. Tensile Strengthat Yield (lb/in. width)
Type IV 126
- 2. Tensile Strength at Break (lb/in. width) 228 3: Elongation at Yield (percent) 12
- 4. Elongation at Break (percent) 700 Tear Resistance (lb)
ASTM D 1004 42 Puncture Resistance (ib)
ASTM D 4833 108 Stress Crack Resistance (hr)
ASTM D 5397 300 (App.)
Oxidative Induction Time (_IT) (min. avg.) (a or b)
(a) Standard O1T ASTM D 3895 100 ram.
(b) High Pressure OIT ASTM D 5885 400 rain.
Oven Aging at 85° C (a or b)
ASTM D 5721 (a) Standard OIT (rain. avg.) - %retained after 90 days ASTM D 3895 55%
(b) High Pressure OIT (mirt avg.) - %retained after 90 days ASTM D 5885 80%
UV Resistance (a) High Pressure OIT (rain. avg.) - %retained after ASTM D 5885 50%
1600hrs Carbon Black Content (percent)
ASTM D 1603/
2.0 D 4218 Carbon Black Dispersion (within Category)
ASTM D 5596 9 of 10 views (Cat. I or 2). No more than 1 view (Cat. 3) 2.02 EQUIPMENT A.
Use only welding material of a type recommended and supplied by the manufacturer, delivered to the site in the original sealed containers, each with an indelible label beating the brand name, manufacturer's mark number, and complete directions as to proper storage.
U PaloVerdeNuclearGenerating Station February 2009 Construction WaterPond-ForPond2 URSJobNo.23445525 Rehabilitation 02776-3 Construction Specifications ArizonaPublicServiceCompany PAARIZONA_PUBtlC.SERVICE_ALO_VERDEFACILITY_VAPORATIONPOND2_CONSTRUCTIONPOND_PECS-CQA\\SP'ECS-FINALDOC
B.
Use welding equipment capable of continuously monitoring and controlling the
(
temperature of the zone of contact where the machine is actually fusing the lining material to emure that changes in environmental conditions will not affect the integrity of the weld.
C.
An adequate number of welding machines shah be available to avoid delaying work.
D.
Power sourees to welding equipment must be capable of providing constant voltage under combined live load.
E.
Provide sufficient equipment to perform the liner placement within the scheduled time.
F.
Portable generators deployed atop installed liner materials shall be equipped with portableSpillpads and cushioning materials to prevent any damage to the underlying liner materials.
3.0 EXECUTION 3.01 FOUNDATION PREPARATION A.
Liner Subcontractor shall ensure foundation has been properly prepared for liner placement by walking the total area receiving liner material and visually inspect for proper lines, grades, and anchorage throughout. Verify consistency with approved liner shop drawings prior to liner installation.
- B.
Liner Subcontractor shall ensure the foundation is clear oi_all deleterious material, oversize rocks, or other objects that may puncture the liner material from the foundation, underlayment, and anchor trenches prior to liner installation.
C.
Liner Subcontractor shall ensure proper compaction and moisture treatment of the foundationhas been performed m accordance with the provisions in Section 02200 Earthworkand is not soft and yielding priorto linerdeployment.
D.
Liner Subcontractor,representative of General Contractor,representativeof Owner, and representativeof CQA finn shallwalk the entirearea to receive linerand discuss completed foundation preparation,andcorrective actions requiredfor the Installers verificationobligations.
3.02 VERIFICATION OF UNDERLYING MATERIAL A.
Subgrade:
1.
Prior to installation of the liner, the Liner Subcontractorshall inspect and verify the subgrade conditions of the specified area as adequate for placement of the geosynthetic materials. Inspect and verify all foundation, underlayment, and anchor trenches are acceptable for proper liner U
PaloVerdeNuclearGeneralingStalion February2009 Consb'uction Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitalion 02776-4 ConstructionSpedflcatJorls ArizonaPublicServiceCompany PAARIZONAPUBLIC SERVIC_PALO_VIERDE_FACtl]Y_EVAPORATIONPOND2XCONSTRUCTIONPONO_PECS-COA_SPECS_INAL.DOC
i I
installation. Subgrade Specifications are outlined in Section 02200.
Following the written certification (form and/or letter) of accepting the foundation, the Liner Subcontractor assumes full responsibility for the approved area should foundation conditions be altered by occurrences outside the control of the General Contractor.
3.03 LINER INSTALLATION A.
The Liner Subcontractor shall be responsible for inspection of the sheet rolls at the job site. Should rolls show damage from transit, they will be so identified by the Lining Subcontractor and set aside.
B.
During unrolling of the lining material, the Liner Subcontractor shall carry out visual inspection of the sheet surface. Any faulty areas shall be marked and repaired by the Lining Subcontractor in a manner approved by the Owner. The Owner will make periodic, independent inspection of the liner, and any additional faulty areas discovered shall be repaired.
C.
The Liner Subcontractor shall lay out and overlap individual panels of liner material prior to welding with a minimum 4 to 6 inch overlap, using manufacturer's trained technicians. Extreme care shall be taken by the installer in the preparation of the areas to be welded. Clean andprepare the area to be welded accordingto installation procedures provided by the material manufacturer and subject to approval by the Owner.
k D.
Liner shall be placed with a sufficient amount of slack to compensate for the thermal expansion and contraction of the liner material relative to the geographic area where the liner is being placed. Any tensioned liner shall be removed and replaced to the approval of the Owner, and at no expense to the Owner.
E.
Assign each HDPE geomembrane panel a simple and logical identifying code. The coding system shall be subject to approval and shall be determinedat thejob site.
F.
Fusion seam welds are to be performed by using a steel wedge heated to a temperaturebetween 600°F and 850°F and pressing it onto the overlapped zone of the two liners to be joined. Extrudate (fillet) seams to be folmed by extruding a i
ribbon of molten polymer over the edge of, or in between, the two surfaces to be joined.
G.
All field production seams shall be fusion seams unless otherwise directed by the Drawings, Specifications, or the Owner. All patches shall be extrusion welds unless otherwise directed by the Owner. All toe welds shall be performed using either a double-track fusion weld or a 2-inch solid wedge weld.
H.
T-welds (where vertical and horizontal welds meet) shall be welded using either a i
continuous double-track fusion weld or a continuous 2-inch solid fusion weld. The verticalseam shall be welded first and the horizontalseam shall be continuous over PaloVerde NudearGeneratingSlalion February2009 ConslmdJonWaterPond-ForPond2 URSJob No.23445525 Rehabilitation 02776--5 Construction Specifications ArizonaPublic ServiceCompany P:_ARIZONA_PUBLIC_._cRVICLL-koALO_VEROE_FACILIT_LL'VAPO_TION POND 2_CONSTRUCTION POND_PECS-CQAK_t>FCS._INAL.DOC
iI J
the vertical seams. The welding operator shall release tension in the welding apparatusasneeded to cross thevertical weld. The T-weld shallthen be patched and extrudatewelded as specified by theOwner.
I.
Scrap liner slip sheets shall be used at the toe of the sideslopes to protect the undersideof the liner fiom dirt accumulation.Because the sideslope liner will be fusion welded to the bottomliner,it is extremelyimportantto keep theundersideof theliner clean. Extrusion welds in lieu of cleaning the undersideof the liner will NOT be permitted.
1.
Minimize numberof field seams in comers, odd shapedgeometriclocations, andoutsidecomers.
2.
Slope seams (panels) shall extend a minimum of five (5) feet beyond the gradebreak into the Pond bottom area.
3.
Use a sequential seam numbering system compatible with panel numbering system that is approved by the Owner.
4.
Provide at least one Master Seamer who shall provide direct supervision over otherwelders as necessary.
J.
All field seams shall be welded when the outside temperatureis between 40 and 105 degrees Fahrenheit.
K.
Tightly bond all welds on completion of the work. Replace or repair with an additional piece of HDPE liner any panel area showing injury due to excessive scuffing,puncture,ordistress fromany cause.
L.
Allow no "fish mouths" within the seam area.Where "fish mouths" occur, cut and overlap the materialand apply an overlap-extrusion weld.
M.
Welding of liner material on whichvisible moisture is present will not he permitted.
N.
Lift the liner material into place;dragging the material across the prepared surface or other surface likely to scratch or scuffthe liner material will not be permitted.
O.
Allow no horizontal seams along the sideslopes of the Pond.
P.
Install liner anchorage as shown on the Drawings.
Q.
The Liner Subcontractor shall coordinate materials and sequencing for all temporary (sand bags) and permanent anchorage of the liner with the General Contractor and install permanent anchorage in accordance with Section 02200 Earthwork.
R.
Patches to the extrudate welds shall have their edges beveled prior to tacking to the patched area. All patches shall be a minimum of 6 inches larger in each direction PaloVerdeNuclearGeneralJngStation February2009 Construction Water Pond - For Pond 2 URS Job No. 23445525 RehabilitalJon 02776-6 Construction SpecificalJorls ArizonaPublic ServiceCompany P:_ARIZONA_ PUBLI C_SERVI CE_°ALO_VER DE FACILITY_VAPORATION POND 2_CONSTRUCTION PONOL.._:_IECS=CQA_SPECS.,F INAL. DO C
than the overall area to be patched. Ground areas on the patches and the underlying liner shall be a maximum of 1/2 inch in width. HDPE extmdate must cover the entire ground area.
S.
Prior to extrudate welding, a minimum of 6 inches of molten extrudate shall be extruded from the welding gun and wasted. Hot extrudate shall not be placed on the liner.
T.
Place ballast (commonly sand bags) on geomernbrane, which will not damage geomembrane, to prevent wind uplift.
U.
Personnel working on geomembraneshall not engage in activities or wear shoes that could damage it. Smoking will not be permittedon the geomembrane.
3.04 FIELD SEAM TESTING/QUALITY CONTROL A.
The Contractoror Liner Subcontractorshall perform all testing and quality controlin accordance with this Section, Section 01400 and consistent with approved quality control plans.
B.
The Liner Subcontractor shall employ destructive and on-site non-destructive testing on all welds to ensure watertight homogeneous seams.
C.
The Liner Subcontractor's quality control technician will inspect each seam. Mark and repair in accordance with approved procedures any area showing a defect. The Liner Subcontractor will indicate on the field installation_drawings the locations, types and correction for defects.
D.
Each day, prior to liner welding, produce a test weld 3 feet in length with each welding machine. Perfoma test welding under the conditions that will exist for liner t
welding. Mark each test weld with date, ambient temperature, welding machine number, and seamer's name. Cut samples of the test welds 1-inch in width and perform peel and shear testing.
The specimen passes when:
1.
The breakis FilmTearingBond (FTB).
2.
The break is ductile (elongatinguntilfailure).
3.
The strengthof break is:
a.
70 percent (wedge welder) or 65 percent (extrusion welder) of sheet minimum yield strength for peel adhesion test.
b.
90 percent of sheet minimum yield strength for bonded seam strength test.
PaloVerdeNuclear Generating Station February2009 ConstnJction Water Pond - For Pond 2 URS Job No. 23445525 Rehabilital_on 02776-7 Construction Specifications Arizona Public ServiceCompany P:V_RIZONA_PUBLIC SF_.RVICE_ALO VERDE_FACIL_APORATION POND 2\\CONSTRUCTION POND_,SPECS-COALS, PUCS-FINAL OOC
A breakof theweld sheetinterfaceis consideredanon-FTB (failure)while a breakthroughtheweld is consideredFTBif the breakis ductile.
E.
The Liner Subcontractorshall remove random weld samples from the installed welded sheeting for destructiveshearand peel tests at locations designatedby the Owner.Testa minimumofthreesamplesperdayorapproximately oneper500feet of weld, whichever is more, to determine seam tensile properties and peel strength.
Frequency and location of samples shall be coordinated with the Owner whereupon duplicatesamples for quality assurance will be collected.
F.
The Liner Subcontractor shall vacuum test the entire length of each extrusion weld seam or joint in accordance with ASTM D 5641.
G.
The Liner Subcontractor shallmark, log and identify each type of repair to be made as a discrepant area.
H.
The Contractor shall perform an electrical leak location survey when conductive liner is installed.
1.
Following the installation of the liner, spark test leak location surveying of the linershall be performed in accordancewith ASTM D 7420.
2.
The survey shall be conducted in systematic manner over the entire liner.
When a leak is detected, the location shall be marked and the liner repaired in accordancewith these Specifications.
I 3.
Contractor shall be responsible for repairing any leak(s) that are located. A log of any leaks located shall be kept by the Liner Installer with the typical repair logs prepared during the installation of the liner. Leaks shall be identifiedwithin the repair logs to distinguishthe repair from other repairs made during constructionactivities. The Contractorshall protect the liner after leak testing to ensure that only essential work activities and traffic is permittedon the liner.
I.
The Owner retains the right to reject any field made seam for cause. Cause shall be defined to include poor workmanship, apparent sheet defects, defective welds or insufficient overlap. Any field seam rejected for such causes shall be repaired or replaced to the satisfaction of the Owner at no additional expense to the Owner.
J.
Perform QC testing in the field on all pipe boot assemblies. Perform spark or air I-tests for each component of each boot as required.
K.
The Lining Subcontractor shall pressure test the entire length of each fusion weld seam in accordance with ASTM D 5820. Upon completion of the test, the seam end opposite the needle shall be punctured to verifythe entireseam was pressurized. The Liner Subcontractor shall close the needle hole andpressure release puncture with an extrusion weld.
I"11_
PaloVerdeNuclearGeneratingStation February2009 t;FaBkl_
Consbuclk)nWaterPond-ForPond2 URSJobNo.23445525 Rehabilitation 02776-8 ConstructionSpecifications Arizona Public Service Company P._M;UZONA_PUBLIC SIERVICEIPALO_VERDE_FACILIT'Y_-VAPORATION POND 2_CONSTRUC'[ION POND_Pt:CS_C(_\\SP_C_FINAL.DOC
3.05 REPAIRS A.
Any portion of the linerwith a flaw, which fails a nondestructiveordestructivetest, where destructive tests were cut, or where nondestructive tests left cuts or holes, must be repaired in accordance with the Specifications. The CQA Field Manager must locate and record all repairs on the repair log and panel layout drawing. Repair techniques include the following:
1.
Patching, used to repair large holes, tears, large panel defects, undispersed raw materials, contamination by foreign matter, and destructive sample locations.
2.
Extrusion, used to repair small defects in the panels and seams. In general, this procedure should be used for defects less than 1/2 inch in the largest dimension.
3.
Capping, used to repair failed welds or to cover seams where welds or bonded sections cannot be nondestructively tested.
4.
Removal, used to replace areas with large defects where the preceding methods are not appropriate. Also used to remove excess material (wrinkles, fishmouths, intersections, etc.) from the installed liner. Areas of removal shall be patched or capped.
B.
Repair procedures include the following:
1.
Abrade liner surfaces to be repaired (extrusion welds only) no more than one (1) hour prior to the repair.
2.
Clean and dry all surfaces at the time of repair.
3.
Verify the acceptance of the repair procedures, materials and techniques by the CQA Field Manager in advance of the specific repair.
4.
Extend patches or caps at least 6 inches beyond the edge of the defect, and round all corners of material to be patched and the patches to a radius of at least 3 inches. Bevel thetop edges of patches prior to extrusion welding.
C.
Failed SeamProcedures (from destructive testing):
1.
Resample and test 50 feet upstream and downstream of the failing r
destructive sample.
2.
If passing destructive tests are achieved, either reconstruct or cap the entire seam between twopassing locations.
I i
PaloVerdeNudearGeneratingStation February2009 ConslruclionWaterPond-ForPond2 URSJobNo.23445525 i
02776-9 Rehabililation Consb'uclion Specifmations
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Arizona PublicService Company P:V_RIZONAPUBUC_SERVICE_ALO_VERDEFAC[UTY_EVAPORA'fIONPONDZ_CONSIRUCTIONPONID_PIE(_-COA_CSPIECS-FINAL.DOC I
3.
If failing destructive tests are recognized, continue to resarnple and test in 50-foot increments upstream and downstream of the weld until passing destructivetests areobtained.
4.
If the seam ends prior to the 50-foot increment,the Liner Installershall continue the measurement on the previous seam comlructed using the equipmentgeneratingthe failingtest.
5.
This sequential approach shall continue until passing destructive tests are obtainedboth upstreamand downstreamof the original failing destructive test.
6.
The entire seam shall then be either reconstructed or capped between the passing destructive testing locations.
7.
Any welding equipment deemed problematic by the Owner shall be replaced by certified equipment or calibrated and reeertified by the Liner Installer prior to use on the Project.
3.06 WARRANTY AND GUARANTEE A.
Obtain from the manufacturer a written guarantee for an Owner agreed-upon time period after installation during which the liner materials under this project shall be free from defects. Such written guarantee shall provide for the total and complete repair or replacement of the defect or defective area of lthing materials upon written notification and demonstrationby the Owner of the specific non-conformance of the lining material with the Project Specifications. Such defects or non-eonfonnanee shall be repaired or replaced at no cost to the Owner within 30 days of notification or as approved by the Owner.
B.
Obtain from the Installer/Subcontractor a written guarantee for a time period of at least two yearsafter installation during which the workmanship using liner materials I
under this project shall be free from defects. Such written guarantee shall provide for the total and complete repair or replacement of the defect or defective area of installation, field repair, field testing, or other work using liming materials upon written notification and demonstration by the Owner of the specific non-conformance of the lining material installation with the Specifications. Such defects or non-conformance shall be repaired or replaced at no cost to the Owner within 30 days of notificationor as approved by the Owner.
END OF SECTION ii1.
PaloVerde NuclearGeneratingStation February2009 Construction Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 02776-10 ConstructionSpecifications Arizona Public Service Company PAARIZONA PUBLIC_SERVICE_°ALO VERDE_FACILITY_EVAPORATION POND 2ACON_TRUCTION PONOK._PECS-CQAKSPEC,S-FINAL,DOC
_.,___/_'_--_-_"ARIZONA DEPARTMENT OF ENVIRONMENTAL QUALITY WaterPermits See.on 1110WestWashingtonStreet,MC5415-B3* Phoenix,Arizona85007 (602) 771-4428
- www.azdeq.gov NOTICEOFINTENTTODISCHARGE FORA TYPE3 GENERALPERMIT Instructions:
Every person who applies for a Type 3 general permit, as provided by Arizona Administrative Code (A.A.C.) Title18, Chapter 9, Article 3, must file a Notice of Intent to Discharge (NOI) required by A.A.C. R18-9-A301(B). In addition to this form, applicants must complete the appropriate NOI Supplemental Form. A separate NOI form and NOI Supplemental form must be completed for each discharging facility (i.e., unit, discharge point) intended to be covered under a General Permit. A person intending to operate under a General Permit must comply with all the provisions of the general permit and other applicable requirements of statute and rule.
1.
Type3GeneralPermits: Requiresnotificationtothe agencyofactivitiestobeconducted.Persons must:1) MeettherequirementsofArticle3, PartA andthespecifictermsofthe applicableType3 GeneralPermit;2) Filethe appropriateNOIformsandsupplementalinformation;3)Payapplicable generalpermitreviewfees.Reviewfees,whicharefiatratefeesspecifiedinA.A.C.R18-14-102(C),
are NON-REFUNDABLE;4) Satisfyanydeficiencyrequestsfromthe Department;and5) Receive a writtenVerificationof General PermitConformancefromthe Department.
2.
Type 3 GeneralPermit notification(checkthe applicablebox):
3.01 LinedImpoundments[A.A.C.R18-9-D301]
3.02 ProcessWaterDischargesfromWaterTreatmentFacilities[A.A.C. R18-9-D302]
3.03 VehicleandEquipmentWashes[A.A.C. R18-9-D303]
3.04 Non-stormWaterImpoundmentsat MiningSites[A.A.C.R18-9-D304]
3.05 DisposalWetlands[A.A.C.R18-9-D305]
3.06 ConstructedWetlandstoTreatAcidRockDrainageat MiningSites[A.A.C.R18 D306]
3.07 TertiaryTreatmentWetlands[A.A.C.R18-9-D307]
3.
Applicant: ArizonaPublicService/PaloVerde NuclearGeneratingStation Address: 5801S. Wintersburg Rd.
Tonopah,AZ85354 PhoneNo.: 623-393-5000 Fax No.: 623-393-5442 4.
Contact Person for Facility Operations:
Shabbir Pittalwala Address: 5801 S. WintersburgRd.
M.S. 6500 Phone No.:
623-393-5405 Tonopah, AZ 85354 Fax No.:
623-393-6953
5.
Name of OwnedOperator responsible for ensuring compliance with this permit if different from No. 3 above:
Positionheldby partyidentifiedabove:
Address:
Phone No.:
Fax No.
6.
Specifya name, numberor other identifierthat can beusedas a permanentreferenceto the dischargingfacilityproposedto be coveredunderthisGeneral Permit[e.g.:VehiclewashA; Wetlands# 4; or SE impoundment]:
EP North ConstructionPond 7.
Location of.thedischargingfacilityproposedto becoveredunderthisGeneralPermit:
a.
County: Maricopa b.
NearestCommunity:Tonopah,AZ c.
LegalDescription(pleasereferencethepropertydeed. MaybebyTownship,Range,Section; parcel numbers;metes and bounds;subdivisionidentifiers,etc. Attachseparatepage if lengthy):
T1S R6WSec3 Parcel506-42-037-B d.
Latitude/Longitude:
33.
22, 24.55,, N 112.
51, 44.20,, W 8.
Expected dates of discharge:
Date dischargesbeganor are expectedto begin July1,2009 Datedischargesbeganorareanticipatedto cease July1,2015 9.
ExistingEnvironmentalPermits:Listalltypesof stateorfederalenvironmentalpermitsalready heldbythe applicantorowneratthislocationorthatareneededforthelocation:(Attachadditional pagesif necessary)
RCRA: AZT000624429 APP: P-105295, P-105317, P-105971, P100388 Reuse: R-105317 Non-Title V Air Permit No. 030132 Earthmoving Block Permit: E-061838 ARRA Special Approval License No. 7-368 Notice of Intent to Discharge Form - rev. 12/04 Page 2
10.
Certificationof Compliance. To becompletedbytheapplicant.
I, Shabbir Pittalwala
, certifythatthisdocumentandall attachmentswere preparedundermy directionor supervisionand all informationis, to the bestof my knowledge,true, accurateandcomplete. I alsocertifythat the facilitydescribedin this formis or will be constructed, designed,andoperatedinaccordancewiththeprovisionsofArticle3oftheAquiferProtectionPermitrules asthey pertainto thisGeneralPermit.I amawarethatthere are significantpenaltiesforsubmittingfalse information,includingpermitrevocationas wellas the possibilityof fineand imprisonmentfor knowing violations.
Signature Date Notice of Intent to Discharge Form - rev.12/04 Page 3
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(()MI"ANY UI{S.Io!_ No. 23445525 I
TABLE OF CONTENTS
1.0 INTRODUCTION
...................................................................................... :_.-...'_..:..?_..!.(
..... I-l 1.1 SCOPE OF THIS DOCUMENT.......................................................................... 1-1
1.2 DEFINITION
QUALITY CONTROL VS. QUALITY ASSURANCE.............. I-1 2.0 PARTIES TO THE WORK............................................................................................. 2-1 3.0 CQA CONSULTANT.....................................................................
_................................ 3-1 3.1 CQA PROJECT DIRECTOR 3-1 3.2 CQA FIELD MANAGER.................................................................................... 3-2 3.3 CQA FIELD MONITORS.................................................................................... 3-3 4.0 MEETINGS AND SITE VISITS...................................................................................... 4-1 4.1 PRECONSTRUCTION MEETING..................................................................... 4-1 4.2 PROGRESS MEETINGS..................................................................................... 4-2
[.
4.3 SITE VISITS........................................................................................................ 4-2 t
4.4 MANUFACTURING PLANT VISIT.................................................................. 4-3 5.0 SOILS CONSTRUCTION QUALITY ASSURANCE.................................................... 5-1 L
5.1 SOILS TESTING................................................................................................. 5-1 5.1.1 Laboratory Soils Testing.......................................................................... 5-1 5.1.2 Laboratory Conformance and Quality Control Testing............................ 5-1 5.1.3 Laboratory Testing Frequency....................................................
5-2 5.1.4 Field Soils Testing.................................................................................... 5-2 5.2 EXCAVATIONS AND FOUNDATION PREPARATION................................ 5-2 5.3 SOIL MATERIALS SELECTION....................................................................... 5-3 5.3.1 Structural Fill Materials (On-Site Borrow).............................................. 5-3 5.4 PLACEMENT AND COMPACTION CRITERIA.............................................. 5-3 5.4.1 Structural Fill Materials............................................................................ 5-3 5.4.2 Subgrade Preparation............................................................................... 5-3 6.0 GEOMEMBRANE LINER CONSTRUCTION QUALITY ASSURANCE...................6-1 6.1 GEOMEMBRANE MANUFACTURING........................................................... 6-1 6.1.1 Manufacturer's Certification.................................................................... 6-I 6.1.2 Rolls......................................................................................................... 6-2 6.2 GEOMEMBRANE CONFORMANCE TESTING............................................. 6-2 6.2.1 Sampling Procedures................................................................................ 6-2 6.2.2 ContormanceTest Procedures.................................................................. 6-2 6.2.3 Conformance Test Results........................................................................ 6-3 6.3 GEOMEMBRANE SHIPPING, HANDLING, AND STORAGE....................... 6-4 6.3.1 Shipping................................................................................................... 6-4 6.3.2 Handling................................................................................................... 6-4 6.3.3 Storage...................................................................................................... 6-4 6.4 GEOMEMBRANE INSTALLATION................................................................. 6-4 6.4.1 Deployment.............................................................................................. 6-5 6.4.1.1 Placement Operations................................................................ 6-5 Palo Verde Nuclear Generating $[alion February 2009 Construction Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation i
Construction Quality Assurance Plan Arizona Public Service Company P:L_,RIZONA_PUBI IC_NFRVICE_PA[O VE:RDE FACILITE_EVAPOIRATION POND 2_CONSTRUCTION POND;.SPECS-CQA:COA PLAN.DOC
6.4.1.2 Weather Conditions...................................................................
6-5 6.4.1.3 Damage to the Materials............................................................
6-6 6.4.2 Seaming....................................................................................................
6-6 6.4.3 Construction Testing................................................................................
6-8 6.4.3.1 Nondestructive Seam Testing....................................................
6-8 6.4.3.2 Destructive Seam Testing..........................................................
6-9 6.4.4 Sampling Procedures..............................................................................
6-10 6.4.5 Geosynthetics Laboratory Testing..........................................................
6-11 6.4.6 Anchorage 6-12 6.4.7 Repairs....................................................................................................
6-12 7.0 CQA FINAL REPORT.....................................................................................................
7-1 LIST OF TABLES 1
Recommended Frequency and Type of Field and Lab Soils Conformance Testing 2
High Density Polyethylene Geomembrane Properties and Test Methods 3
High Density Polyethylene Geomembrane Seam Strength Properties APPENDICES A
Qualifications of Parties B
Subgrade Acceptance Report Foma
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,,"t- _rO-Zot l Palo Verde Nuclear Generating Station February 2009 Construction Water Pond - For Pond 2 ii URS Job No. 23445525 Rehabilitation Construction Quality Assurance Plan Arizona Public Service Company p:,.ARIZONA
.PUBLIC_SERVICE_PALO_.VEROE_.FACILI3"Y_EvAPORArlON POND 2_CONSTRUCTION POND_,SPECS-CQA_,CQA PLAN.OOC
1.0 INTRODUCTION
1.1 SCOPE OF THIS DOCUMENT This ConstructionQualityAssurance(CQA) Planapplies to theprovision of CQA services for the manufactureandinstallationofgeosynthetics components;the supply,pla_ment, andcompactionof soils components;pipingand concreteconstructionactivitiesassociatedwiththeConstructionWater Pond-forPond2 Rehabilitation(Pond).Inparticular,this C'QAPlanhas been preparedonbehalf of ArizonaPublic Service Company(APS), the majorityownerandoperatorof the PaloVerdeNuclear GeneratingStation,locatedin Tonopah,Arizona, forspecific applicationto the constructionof the Pond. This CQA Planhas been preparedby URS Corporationof Phoenix, Arizona.
This CQA Plan addresses the constructionof the geosynthetics and soils components of the Pond construction. The Pond specifically includes earthen berms and a single 60-mil high-density polyethylene (HDPE) liner.Significantcare mustbe appliedto the monitoringanddocumentationof the activities describedin this documentto preparea finalreportsufficiently complete andaccurate for submission to the Arizona Departmentof EnvironmentalQuality (ADEQ). This CQA Plan outlinesin detail the CQAproceduresthatareto be providedand shallbe consideredin conjunction with the Drawingsand Specifications. Any conflictbetween the requirementsof thisdocumentand i_
the Drawings and Specificationsshallbe reportedtotheEngineer,forclarificationoradjudication,as required.Ingeneral,however, the requirementsof the Specifications and Drawingsshall prevail.
1.2 DEFINITION
QUALITY CONTROL VS. QUALITY ASSURANCE i
There is often considerable confusion between the meanings of quality control (QC) and quality assurance (QA). This plan refers to the provision of quality assurance. In the context of this document:
Quafity Control refers tothose actions taken by the Contractor (including those parties chargedwith themanufacture,fabrication,andinstallationof the geosyntheticsmaterials,and the placement and compactionof the soils materials),which provide a meansto determine and sometimes quantify the characteristicsof the product.The results of a qualitycontrol program arecompared to the Specificationsorothercontractualorregulatoryrequirements.
During each aspect of the handling of these materials, quality controlis provided by the manufacturer,fabricator,orinstallerof geosynthetics, orthe supplierandContractorforthe soils, to ensure that the materials and workmanship conform to the Drawings and PaloVerde Nudear GeneralJngStation February2009 Construction Water Pond - For Pond 2 URS Job No. 23445525 RehabilitalJon 1-1 QualityAssurancePlan Arizona Public Service Company P:VM_IZONA_PUBLIC_SERVICE_ALO_VERDIE FACJLITY_EVAPORATION POND2\\CONSTRUCTIONPO__\\COA PI.AN.DOC
Specifications.
The Contractor, Manufacturer, Fabricator, or Installer shall retain ongoing responsibility to control work that meets or exceeds conformance outlined on the SpecificationsandDrawings,includingprovidingtheappropriatequalifiedandnumberof labor, type and number of equipment, and type and quantity ofmaterials.
Quality Assurance is a planned and systeanatic pattern of all means and actions intended to
]
provideadequateconfidencethatthematerialsandproceduresconformtotheDrawingsand it Specifications,andanyapplicableregulatoryrequir.ements.Qualityassuranceisprovidedby an independentparty(theCQAConsultant)on behalf of APS. CQAis the most critical componentof anoverallqualityassuranceprogram,sincefieldconditionsarethemost variableandthemostdifficulttocontrol.ConstructionQualityAssurance,however,doesnot relievetheContractor,Manufacturer,Fabricator,orInstalleroftheirdutiestoprovidequality controlin everyaspectof work.
The Owner may elect to eliminate the QC requirements for the project and require only CQA testing, which would then become the basis for acceptance or rejection. Typically, when CQC and CQA are performed simultaneously on a project, the CQA testing frequencies are reduced to approximately I/10 thof the CQC requirements. This document provides CQA testing frequencies that have not been reduced in accordance with the previously mentioned relationship.
Therefore, the CQA testing outlined in this document has been established to mimic the typical CQC testing frequencies.
W PaloVerdeNuclearGeneratingStation February2009 ConslruclionWaterPond-ForPond2 1-2 URSJobNo.23445525 Rehabilitation Constmclion Quality Assurance Plan Arizona Public Service Company P?ARIZONAPUBt.IC SERVICE_PALOVERDE_FACILrI'Y_EVAPORA'rlON POND2_CONS*rRUCTIONPOND_SPECS-CQA_COA PLAN.DOC
2.0 _PARTIES TO THE WORK The successful completionof theproductionandinstallationof theabove-mentionedcomponentsof the constructionpond is dependenton the interactionandcooperationof manyparties.The following partiesarerepresentedin the project.
Engineer. The Engineerforthe design of thePond is URS Corporationof Phoenix,Arizona.
Contractor. The Contractoris responsibleforallworkassociatedwith thePondconstruction as outlined in the Contract Documents. This includes the earthwork, gcosynthctics construction,etc. It is anticipatedthat the Contractorshall be directly responsible for the i
geosynthetics construction activities associated with Pond construction. However, this document makes referenceto the Geosynthetics Installerif APS elects to awardseparate contractsforthe Work.Ifthe Contractoris awarded allworkassociatedwiththe construction of the Pond, the tenTtSContractorand Geosynthetics Installershall be synonymous. The Contractorshallbe responsiblefor theQC testing relatedto their contractedscope of work.
Geosynthetics Manufacturer. The Manufacturer(s)of the gcosynthetics.
Geosynthetics Installer. The Gcosynthetics Installeris responsible for the field handling, storing,placing,protection,installation,and QC testing of the geosynthetic components of the Pond.
CQA Consultant. The CQAConsultantis responsibleforthe monitoringanddocumentation of the activitiesof the Contractorandthe GeosyntheticsInstaller. The CQAConsultantmay also monitor and document the quality control practices of the Manufacturer during production of thegeomembranesfortheproject.The CQA Consultantis alsoresponsiblefor the on-site soil testinglaboratory.
1.
Geosynthetics Laboratory. The Geosyntheties Laboratoryis the party,independentof the Geosynthetics Manufactureror Installer, which is responsible for the laboratorytesting programcarriedout to determine the materials' conformance to the Specifications.
Soils Laboratory. The Soils Laboratoryis a party,either part of or managed by the CQA Consultantandindependentof theContractor,which is responsibleforthelaboratorytesting programcarriedout to determinethe soil materials' conformance to the Specifications. The CQA Consultant is responsible for the selection of samples from the site, andmay increase frequencyof testing.
'l[:TIl_l_t Paio Verde _
Ge_
Stalion February 2QQ9 IJJlit_
Cortstrudion Water Pond - For Pond 2 2-1 URS Job No. 23445525 Rehabilitation ConstructionQuality Assurance Plan Arizona Public Service Company P._ARIZONA_PUIBLIC_SERVIQE_PALO_VERDE FACILITY_EVAPORATION POND2_.ONSTRUCTIONPONI_SPECS-CQA\\CQAPLAN,DOC
Owner.TheOwneris ArizonaPublicServiceCompany(APS).
ResponsibleRegulatoryAgency.TheResponsibleRegulatoryAgencyforthe designand constructionof thePondis theArizonaDepartmentof EnvironmentalQuality(ADEQ).
iE I
Palo Verde Nuclear Generating Station February 2009
" i ConslrucUonWater Pond - For Pond 2 URS Job No. 23445525 2-2 Rehabilitation ConstructionQualityAssurancePlan ArizonaPublicServiceCompany P:_IZONA PUBLIC SERVICP, PALO_VI_DE FACILITY_VApoRATION POND 2_STRUCTION PON_S_-CS-CQA\\CQA PLAN.DOC
3.0 CQA CONSULTANT The CQA Consultant is responsible for the construction quality assurance services for the construction of the Pond as outlined in this document. The overall responsibilities include, but are not limitedto, administeringthe CQAprogram,monitoringanddocumentingconstructionactivities, CQA materials testing and CQA documentation.The CQA Consultant will likely include the following personnel:
CQA Project Director. The CQA Project Director shall bea registered professional engineer (P.E.) in the Stateof Arizona andis responsible forallof the activitiesof the CQA Consultant.Duties includereviewingall on-siteactivities,laboratorytestresults,anddirectly addressingany deficiencies thatareencountered.Inaddition, theCQA ProjectDirectorwill make periodic site visits to review the operations andprogress.
CQA Field Manager. The on-site representative of the CQA Consultant. The CQA Field Manager, liaisons directly with the d_ignated APS representative, the Contractor, and the Geosynthetics Installer, and supervises all CQA Monitors on site.
CQA Field Monitors. The CQA Field Monitors assist the CQA Field Manager with the provision of monitoring, testing,._nspectingand the documentation of the activities of the Contractor and the Geosyntheties Installer.
Soils Laboratory.
The soils laboratory shall be an onsite laboratory that provides the required CQA laboratory testing as outlined in this document. The soils laboratory shall be managed by the CQA Consultant.
The specific functions and responsibilities of thesepersonnel arepresented in thefollowing sections.
3.1 CQA PROJECT DIRECTOR The CQA Project Director is the professional engineer in direct charge of the CQA program and certifies the work for submittal to the regulatoryagencies. In particular, the CQA Project Director:
Reviews the design, Drawings, and Specifications for the project.
Reviews the CQA Plan for the project and ensures that any project specific revisions are i
incorporatedinto the Plan.
[_
Administersthe CQA program, including_thesupervision of the on-site personnel,daily review of progress with the CQA Field Manager, review of all daily and weekly reports, I
i Palo Verde Nuclear Genera_ng Sta_on February2009 ConstnuclionWaterPond-ForPond2 3-1 URSJobNo.23445525 Rehabilitation Construction Quality Assurance Plan 1
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review and interpretationof all laboratory test data,andengineering review of any aspectsof Pond construction.
Attends thepreconstructionmeeting and anyothermeetings onrequest.
Periodically visits the site to review progress, and to provide quality control of the CQA program.
Reviews any changes to the design, Drawings, or Specifications necessitated by field conditions, and reportsany recommendationsto the'Owner andEngineer.
Prepares,with the CQA Field Manager,the final reportof theCQA program.
3.2 CQA FIELD MANAGER The CQA Field Manageris the full-time on-site representativeof the CQA Consultant.The CQA Field Manager:
Performs site visits, as required,to the geomembrane manufacturing facility, if possible during the production of the geomembrane materials to be installed at the site.
Serves as the on-site representative of the CQA Consultant and supervises all other CQA personnel, i_
Directs the field and laboratory soils and gcosynthetics testingrequired by the CQA Plan.
Reviews the personnel qualifications of the Geosynthetics Installer forconformance to the CQA requirements.
Reviews the CQA Plan, Drawings, and Specifications for the site, and ensures that allCQA personnel arefully informed of the requirements of the work.
I(
I Assigns the daily responsibilities of all CQA personnel,to ensurethatall relevant activities i
of the Contractorandthe GeosyntheticsInstallerare monitoredanddocumented.
{
Reviews all daily reportsby all CQApersonnel,andprepareshis/her owndaily reportsand weekly summaryreports.
Attends all site progress meetings as required plus any CQA-speeifie meetings necessary to review the installation and CQA activities.
i-
- Collects, collates, and reviews the documentation provided by the Geosyntheties I
Manufacturers and the Geosynthetics Installer relevant to the materials and the installation operations.
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Palo Verde Nuclear Generating Station Februaw 2009 ConstructionWaterPond-ForPond2 UR$ JobNo.23445525 Rehabilitalion 3-2 ConslructlonQualityAssurancePlan i
Arizona Public Service Company
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Collects, collates, and reviews the documentation provided by the suppliers of the soils i
i materials to be used as components of the Pond.
E Selects sample locations for conformance testing of all soils and soil admixtures in I
accordance with the frequencies and test requirements specified, forwards these samples to the Soils Laboratory, and reviews all results for conformance and acceptability.
Selects sample locations for conformance testing of all geosynthetics in accordancewith the frequencies and test requirements specified, forwards these samples to the Geosynthetics Laboratory, and reviews all results for conformance and acceptability.
Notes any on-site activities that could result in damage to the liner system.
When necessary, designatesanother on-siteCQA personnel to actonhis/her behalf whenever he/she is absent from the site, to ensure continuity during operations.
Prepares, with the CQA Project Director, the final report of the CQA program.
Communicates all testing results to the Owner, Engineer and regulating agencies as determined at the project kick-offmeeting and as directed by the Owner.
In addition, the CQA Field Manager regularly reports on both a verbal basis, and through periodic submittal of the daily and weekly CQA reports, tothe designated APS representative to ensure that any problems areidentified on a timely basis and acted on tominimize anypotential negative effects.
3.3 CQA FIELD MONITORS A sufficient number of CQA Field Monitors shall be assigned to the site to ensure that the activities of the Contractor _d the Geosynthetics Installer are adequately monitored and documented.
Depending on the scope of the work, the CQA Field Manager shall serve in a monitoring role in addition to supervising the other personnel, and at any given time, may serve as the only Field I-Monitor on site. The activities to be monitored, and duties to be carded out within the scope of the overall CQA program includes:
Geosynthefics materials logistics,including delivering and unloading,stockpiling, protecting, and on-site transporting prior to deployment.
Examination of all soils and soil admixtures delivered to the site for use as a component of the Pond, and collection of samples for laboratory testing for conformance to the Specifications.
PaloVerdeNudearGeneratingStation February2009 Construction Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 3-3 ConstructionQualityAssurancePlan Arizona Public Service Company P:_ARIZONA_PUBLIC SERVlCE_ALO VERDE_FACILn_EVAPORATION POND 2\\CONSTRUCTION PONDL__c>ECS-COA\\COA PLAN DOC
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Monitoring of the deployment of all gcom_nbranes (including monitoring all geosynthgtics for damage or flaws and marking any such areas for repair); and documenting the location, i!:
size, time, and date of these activities.
[!
Monitoring and documenting the seaming and joining of all goamcnnbranes.
[I Monitoring and reviewing documentation of quality control testing performed by the geosynthetics installer for all seams.
Performing the required soils and geosynthetics in-situ testing as specified in the CQA plan.
Collecting soil and geosynthetic material samples for laboratory testing as required by the CQA plan.
Performing a final walk-over of all completed areas before deploymoat of the next layer, to ensure that all flaws and/or damage have been identified, repaired, tested, and passed.
Monitoring and documenting all soils and soil admixtures to ensure that the correct materials are used, specified thicknesses are maintained; and proper compaction, if required, is undertaken to achieve minimum required densities, as detmanined through in situ testing.
Noting and documenting any on-site activities that could result in damage to the system, and reporting to the CQA Field Manager so that corrective action can be expedited.
Monitoring and documenting the excavation, geosynthetics placement, backfilling, and compaction (and testing, if required) of all anchor trenches and embankments.
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4.0 MEETINGS AND SITE VISITS Meetings of all parties involved with the constructionof the Pond are requiredat various times duringthe project,to establish workschedules, resolve problems,andgenerally maintaingoodlines of communication.These are outlinedin the following sections.
4.1 PRECONSTRUCTION MEETING The Pre-conslructionMeetingis held in advance of the startof construction,to introduceall parties, and resolve any particularissues prior to the commencement of work, and to establish the requirementsfor constructionquality assurance.APS will conduct the pre-constructionmeeting.
The following is a typical agendafor a pre-constructionmeeting:
Use of site by Contractorand Owner.
Owner's contractor site requirements.
Construction facilities and temporary controls provided by the Contractor.
Survey layout.
Security protocols.
Housekeeping procedures.
Public relations and confidentiality protocols.
Inspections required.
CQA and CQC of major or critical activities in the project and a methodology.
Proposed schedules and sequence of activities.
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Identification of the responsibilities project team.
The timing,and distribution of project correspondence.
Establish the lines of authority and communication.
Health and safety.
The Pre-construction Meeting may also be concluded with a site walk-around to determine the status of activities, and re-discuss items during the meeting (if necessary).
This meeting shall be documented by the Contractor and minutes prepared and circulated to all present, plus any other interestedparties,for approvaland/or revision.
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4.2 PROGRESS MEETINGS Periodic progress meetings shall be held on a schedule to be determined by the Owner in order to review the status of the schedule,
- problems, and measures for resolution of problems.
These meetings shall be documented, as required, and the decisions reached distributed to all affected parties.
Areas of concern and potential future problems shall also be outlined, and addressed at the next planned Progress Meeting, unless of sufficient importance or urgency as to warrant an ad hoc meeting.
The following is a typical agenda for a progress/weekly meeting:
Review minutes of previous meetings.
Review work progress.
Field observations,
- problems, and decisions.
Identification of problems that impede planned progress.
Review submittals schedule and status of submittals.
Review_ealth and safety concerns and issues.
Revisions to progress schedule.
Corrective measures to regain projected schedules.
Planned progress during succeeding work period.
Coordination of projected progress.
Effect of proposed changes on progress schedule and coordination.
Potential change conditions or review of change order submittals.
4.3 SITE VISITS The CQA Project Director shall conduct occasional site visits, to ensure that all outstanding issues are resolved on a timely basis, and to review personally the progress and methodology of the Contractor. The schedule of these site visits will be determined by project demands. In addition, the CQA Project Director will have to make site visits when a problem arises which cannot be easily resolved or which impacts the design of the facility. In that regard, the CQA Project Director should make periodic site visits, in the company of the Engineer, to review the progress and any aspects of the project that are particularly critical to the performance of the system.
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i 4.4 MANUFACTURING PLANT VISIT I_
A site visit tOthe relevant manufacturing plants for thediff_ent geosynthetics maybe required, but not mandatory. These plant visits shall review the quality control procedures applied to the productionof the geosynthetics.These visitsshouldbe madeby the Engineerandthe CQA Consultant.
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5.0 SOILS CONSTRUCTION QUALITY ASSURANCE The soils components of thePondconstructionandslope armoringconsist of avarietyof materials, dictated by the availability of locally occurring soils and the import of commercially supplied materials. The constructionquality assuranceof these soil materialsis presentedin the following subsections.
5.1 SOILS TESTING 5.1.1 Laboratory Soils Testing Laboratorytestingof the soils materialsto be used at the site shallbe carriedout for the purposeof materials selection priorto construction and for materials quality control andevaluation during constructionoperations. Laboratorytesting will include CQCtestingby the Contractor(if required by the Owner)and CQA testing by the CQA Consultant.
1 All field and laboratorytesting shallbe correlatedwith the actuallocation the materialsareplaced including stationing,offset, and elevation to the greatestextent possible.
5.1.2 Laboratory Conformance and Quality Control Testing Prior to the commencementof construction,the Contractor(CQC testing) andtheCQA Consultant (CQA testing)will complete conformancetesting associatedwith the selection of suitablematerials for use on the project.The CQA Consultantwill evaluatethe resultsof conformance testing.
Tests are to be carried out to provide and ensure that the sources of the materials do not vary significantly oradversely from one areaof the source to another and that the propertiesthat are requiredin theSpecifications aremet.The minimum frequencyandneed foragiven testis shownin Table 1.
Laboratorytesting of foundationsubgrade,on-site fills andengineeredfills mustbe completedprior to material placement. If any test yields results outside of the specified range, the CQA Project Director and Engineermust review and approvethe test results before materialplacement. If the materialsare outside of the specified range, a field change may be considered.
All field and laboratorytesting shallbe correlatedwith the actuallocation the materialsare placed including stationing, offset, and elevation to the greatest extent possible.
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5.1.3 Laboratory Testing Frequency The frequency of testing required during the selection process for soil materials is a function of the quantity of each soft type required, in addition to the existing doeurnentation of the source. In general, however, testing shall be conducted in accordance with the requirements of the project Specifications, and, at the minimum frequencies as shown in Table 1 for each test procedure.
It should be noted that, in all cases, at least one test will be completed, regardless of the quantity of
,I materials placed and compacted, where relevant. The CQA Project Director shall review all laboratory test results and forward a summary of all testing to the designated CQA Field Manager and the Contractor.
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5.1.4 Field Softs Testing i
The CQA Consultant shall be responsible for providing field in situ testing of the soils after placement and compaction, to determine their as-compacted properties and confirm conformance with the Specifications. The principal in situ testing carried out is the field determination of density and moisture content.
All field and laboratory testing shall be correlated with the actual location the materials are placed including stationing, offset, and elevation to the greatest extent possible.
5.2 EXCAVATIONS AND FOUNDATION PREPARATION The CQA Field Manager shall conduct the following prior to and duringexcavation activities:
i Verify the excavation limits are established and agreed upon.
Verify clearing, grubbing, and stripping has been conductedas necessary.
Observe andverify unsuitable material (i.e. concrete, shotcrete, oversize rock) does not get commingled with structmal fill that may be reused.
Coordinate foundation excavation and preparation activities with the Owner and Engineer.
Identify excavation activities and visually inspect the overexeavation of unacceptable soil materials.
Confirm that all foundation surfaces are prepared in accordance with the Specifications.
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5.3 SOIL MATERIALS SELECTION The soil materialsusedin the constructionof thePondwill consist of avarietyof materials,dictated by the availabilityof locally occurringsoils.
5.3.1 Structural Fill Materials (On-Site Borrow)
Structuralfill materialsto be used for engineered fills shall consist of inorganicsoils free of debris andparticles greaterthan 3 inches in size and meet the grfidationin the Specifications. The soil should be compactable,with amoisturecontentin the rangeforwhich the specified compactionis attainable.
Structuralfill materials shall be excavated from the site. All onsite soil materials are subjectto conformance testing. Selective borrow procedures,handpicking, or screening may be available options formeeting structuralmaterialselection andapproval.
5.4 PLACEMENT AND COMPACTION CRITERIA 5.4.1 Structural Fill Materials Structuralfills forthe embankments,the Pondbottom orother structuresshould be placedin 8-inch loose lifts and compacted to at least 95 percentof the StandardProctormaximum drydensity as determinedby ASTM D 698. Moisture contentshall be uniformthroughouta compacted lift and shall be within the limits of minus 3 to plus 1percent of the optimummoisturecontent.
CQA FieldManagershall verifythatthe structuralfill forthe embankmentsand anchortrenchesis placedto the lines, grades,and elevationsas shown onthe Drawings.Also the CQAConsultantshall verify that the structural fill is placed in accordance with the procedures outlined in the Specifications.
!iI 5.4.2 Subgrade Preparation Prior to the placementof the geosynthctic materials, the subgradesurface(only the portion of the subgradethat consists of native soils) shall be scarified,moisture-conditioned, smooth graded,and I
compacted, whereapplicable, to seal the surfaceand entail the following requirements:
All rocks, roots or other objects that could damage the geosynthetic materials shall be removed.
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All subgrade shall be approved by the CQA Field Manager and accepted by the Contractor and Geosynthetic Installer prior to any liner placement activities.
Upon completion of excavation and over-excavation, in-place materials that are unsuitable as subgradeshallbe designatedassuchandremovedtoadepthof 12inches,or as directed,and suitable backfill placed where required.
After trimming, shaping, and the removal of any materials determined to be unsuitable, the surface shall be scarified to the required depth to achieve a 6-inch compacted layer, moisture-Conditioned, and compacted.
Scarified areas, placed materials, and the exposed surfaces of the excavation shall be compacted to a dry density of not less than 95 percent of the maximum dry density as determined by ASTM D 698. Moisture content shall be uniform throughout compacted lift and shall be within the limits of minus 3 to plus 1 percent of the optimum moisture content.
CQA Field Manager shall coordinate a site walk of a completed area or entire pond to accept the subgrade prior to lining. The Contractor and Geosynthetic Installer shall attend this site walk and all parties shall demonstrate acceptance by completing a subgrade acceptance report form, contained in Appendix B. CQA Consultant shall verify that the Pond survey has been completed and subsequently verifies that the Pond has been constructed to the lines, grades and elevations shown on the Drawings.
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6.0 GEOMEMBRANE LINER CONSTRUCTION QUALITY ASSURANCE Material consistingof high-density polyethylene (HDPE)resin, fabricatedin sheets anddeliveryto the site on mils, are presented in this section. These materials serve the function of abarrier layer.
6.1 GEOMEMBRANE MANUFACTURING 6.1.1 Manufacturer's Certification The Manufacturer of the geomembrane shall provide to the designated APS representative, for review by the CQA Consultant, prior to the installation of any of the materials, the following information:
The origin (procedure), identification (brand name and number), and production date of the resin).
Copies of the quality control certificates for the resin used to produce each geomembrane for the project.
Copies of the quaTitycontrol certificates for the geomembrane showing the results of quality control testing.
A list of the guaranteed values for ihe menu of properties indicated on Table 2 of this CQA Plan.
i A signed certification that the materials delivered to the site have test values for each property listed on Table 2 which meet or exceed the property values guaranteed for that material.
The CQA Consultant shall review this documentation, and confirm that the materials specified correspond to the materialsforwhichthe documentation hasbeenprepared.These certifications shall be included in the final report of the CQA program. Any discrepancies shall be reported to the designated APS representative, with details of the discrepancies and the nature of the materials actually on site.
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6.1.2 Rolls r.
TheManufacturer ofthegeomembraneshallprovidequalitycontrolcertificatesrepresentingeach roll of materialtobe providedto theproject,tothe designatedAPS representative.Thesecertificates shall be signed by the Manufacturer'sProductionManageror QualityControl Manager, and shall providethe samplingproceduresandresults of quality controltesting.
The CQA Consultantshall verify that these certificates representall rollsof geomembrane provided to the project, and meet the Specifications and the requirements of Table 2 of this CQA Plan. The CQA Consultant shall include this documentation in the final report of the CQA program.
6.2 GEOMEMBRANE CONFORMANCE TESTING 6.2.1 Sampling Procedures Samples of geomembranes for conformancetestingshallbe sufficiently largeasto provide enough material to meet the test requirements. If additionalspecimens arerequiredto be tested, additional material would be required.
i" The sample should not include material from the outermost wrapping of the roll. The CQA i
Consultant shallmark the machinedirection on thesampleu_ng an arrow. If the samplemustbe cut furtherfor shipping, match linesshould be shown onall pieces to illustratetheoriginalconfiguration of the sample. The CQA Consultant shall forwardthe samples to theGcosynthetics Laboratoryfor testing.
D Unless otherwise specified, samples for standard conformance testing shall be collected at the minimumrate of one per 50,000 square feet of geomembranesupplied.
6.2.2 Conformance Test Procedures Testing shall be carried out by the Geosynthetics Laboratoryto determine the values for the appropriateproperties,testedin accordancewith the ASTM test methodsindicated in Table 2. The standardpropertiesto be conformancetestedinclude:
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Break tensile strength Tear resistance Puncture Resistance Yield tensile elongation Break tensile elongation Carbon black content Carbon black dispersion 6.2.3 Conformance Test Results The results of the testingshall bereported to the CQA Consultant.The CQA Consultantshall review t
the results for conformance with the Specifications and the requirements of Table 2. Any nonconforming test results shallbe reported to the designated APS representative,the geomembrane Manufacturer,and the Geosynthetics Installer. Resamplingshallbeconducted and the testsrepeated.
Until the results of the repeat testing are available, no geomembranes represented bythe sample in question may be deployed. If the second round of tests confirms the nonconformance of the sample, the roll from which the sample was taken shall be rejected, as well as any other rolls that _e considered tobe represented by that sample, as determined bythe CQA Co_nsultantfrom areview of the geomembrane Manufacturer's quality control testing and certification. Additional testing of previously tmsampled rolls determined to be represented by the failed sample maybe conducted, at the expense of the geomembrane Manufacturer, to determinethe acceptability of those rollsbased on the same acceptance criteria.
In certain circumstances, depending on thenature of the failing test, APS may, onthe recommenda-tion of the Engineer and/or CQA Consultant, accept the failed material if the property not meeting the Specifications is deemed to not be critical to the performance of the geomembrane in its particular application, and will not have any adverse consequences with regard tothe performance of the liner system. The CQA Consultant shall include the results of all conformance testing inthe final report of the CQA program.
PaloVerdeNuclearGeneralingStation February2009 Construction Water Pond - For Pond 2 6-3 URS Job No. 23445525 Rehabilita_n Conslxuclion Quality/kssurance Plan Aflzona Public Service Company P:U),RIZONA_PUBLIC SERVICE_ALO_V1ERI_E_FACIL_APORA'nON POND 2tOONSIqRUCTIObl PONE_SPECS_:OA\\CQA PLAN_DOC
6.3 GEOMEMBRANE SHIPPING, HANDLING, AND STORAGE 6.3.1 Shipping Shipping Ofthe geomembrane rolls shall be by the Oeomembrane Manufactureror otherpartyas contractedto the GeomembraneManufacturer.Upon receipt atthe site, responsibilityforthe rolls shall transfer to the Geosynthetics Installer. The shipping of the rolls shall conform to the i
requirementsof the GeomembraneManufacturer,but in any event shall be carriedout in a manner i
which shall protectthe rolls fromdamage in transit, i
6.3.2 Handling Unloadingand handlingof therollson site shallbe the responsibilityof theGeosyntheticsInstaller.
The Geosynthetics Installer shall ensure that any equipment and operators responsible for the movement of therolls aboutthe site do so in amannerthatwill minimize the exposureto damageor deleterious conditions. Geomembrane rolls maynot be rolled offoftrucks, only carefulliftingusing a spreader bar is allowed.
I The CQA representative, with a representative of the installer, shall verify the rolls of HDPE liner delivered to the site are indeed from the same lot and roll sequence as the approved certificates.
6.3.3 Storage The geomembrane rolls shallbe stored on site in asecure location thatwill minimize the exposureto dirt or potential damage due to the proximity of working equipment, vandalism, etc. In some cases, rolls can be marshaled at various locations to mimmize transit distances and delays during deployment.
6.4 GEOMEMBRANE INSTALLATION Prior to the installation of the geomembrane, the Geosynthetics Installer shall examine and approve the subgrade conditions per area and subsequently sign aCertificate of Acceptance. If the subgrade conditions are unacceptable according to the Geosynthetic Installer, the Contractor shall be responsible for improving the subgrade to an acceptable condition, as specified inthe Specifications.
U Palo Verde Nudear C-eneratingStation February 2009 Construcf_n Water Pond-For Pond 2 6-4 URS Job No. 23445525 Rehabilitation Constructk_ Quality Assurance Plan Arizona Public Service Company P:U_RIZONA_PUBLIC SERVlCE_PALO VEROE_FACILITY_EVAPORATION POND 2_CONSTRUCTION POIqO_?_:_ECS-CQA\\COA PLAN.DOC
6.4.1 Deployment 6.4.L 1 Placement Operations During the Preconstruction Meeting, the Geosynthetics Installer shall outline the methods of deployment of the geomembrane materials to be used. Some constraints will apply in this regard, to ensure that the methods employed do not in any way damage the geomembrane. In this regard, however, the Geosynthetics Installer should be familiar with thedeployment recommendations of the Manufacturer of the materials, the Specifications and the recommendations of the Engineer. These procedures shall be discussed for acceptability during this meeting, and the agreed procedures documented in the minutes of that meeting.
Prior to the placement of any geomembrane materials, the Geosynthetics Installer may marshal rolls in various locations to facilitate deployment and minimize the transit distance during deployment.
Providedthat thehandling and storagerequirements, outlined in Subsection 6.3, above are satisfied, the CQA Consultant is not required to oversee or document this particular activity. No liner shall be placed without verification that the soil subgrade meets the grade and slope requirements.
Prior to, during, and subsequent to deployment, the CQA Consultant shall ensure that:
On slopes, deployment shall be down, not across the slope.
Deployment shall always be from the highest point to the lowest.
The materials shall only be cut using approved cutters.
The materials shall be kept clean at all times.
The CQA Consultant shall continuously monitor anddocument the deployment of thegeomembrane.
(_4.L2 Weather Conditions Ingeneral, geomembrane materialdeployment shall not be carriedout duringheavyprecipitation,in anarea ofponded water,orduringperiods of high winds. Seaming HDPE linershallbe conductedin accordancewith the Specifications"minimum andmaximum temperaturesenvelope of 40 degrees Fahrenheitand105 degreesFahrenheit.The Geosynthetics Installershall providesufficient slack in the HDPE sheets being placed duringwarmweather conditions to allow for shrink andwrinkles to prevent trampolining during cold weather conditions as per the HDPE Manufacturer's recommendations.
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The CQA Consultant shall ensure that these requirements are adhered to, and that the weather conditions during deployment are properly documented.
6.4.1.3 Damage to the Materials The CQAConsultantshallrecordallareasrequiringrepairduetodamageduringshipping,handling, ordeployment, ormanufacturing flaws in the materials.The CQA Consultant shall prescribethe method of repairto be used, based on the natureandsize of the problem,andjudgment based on experience.All repairsshall beperformed in accordancewith the requirementsof subsection 6.4.7 of this CQAPlan. Incases wherethe materialis pervasively damagedandrepairis impractical,the materialso affected shallbe markedaccordingly,removed, and set aside so asto avoid reuse.These materialsshall be removed fromthe site, andappropriatecreditrecordedto APS.
6.4.2 Seaming The GeosyntheticInstallermust providethe EngineerandCQA Consultantwith a seam and panel layoutdrawing andupdate thisdrawingdaily asthe job proceeds. No panels shouldbe seamed until i
the panel layout drawing has been accepted by the Engineer. A seam numbering system must be agreed to by the CQA Consultant and Geosynthetics Contractor prior to the start of seaming i
koperations.One procedure is to identify the seam by adjacentpanels. For example, the seam located between Panels 306 and 401 may be Seam No. 306-401.
Prior to geomembrane welding, each welder and welding apparatus must be field tested in accordance with the Specifications to determine if the equipment is functioning properly. The CQA Field Manager must observe all welding operations, quantitatively test each trial weld for peel and seam (shear) strength, and record the results. It is very important that the trial weld be completed under conditions similar to those under which the panels will be welded. The trial weld must meet specified requirements for peel and seam strength, as specified in Table 3. If, at any time, the CQA Field Manager believes that an operator or welding apparatus is not functioning properly, a weld test must be performed. If there arewider changes intemperature (+_30degrees Fahrenheit),humidity, or wind speed, the test weld should be repeated. The test weld must be allowed to cool to ambient temperature before testing.
During geomembrane welding operations, the CQA Field Manager must verify the following:
The Contractor has the number of welding apparatus and spare partsnecessary toperform the work.
W Palo Verde Nudear Generating Station February 2009 ConstructionWater Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 6-6 ConslTuctionQuality Assurance Plan ArizonaPublicServiceCompany P:_ARIZONA_PUBLIC_SERVlCE_PAI.O VERDE_FACILITY_EVAPORATION POND 2tCONSTRUCTION POND\\SPECS-COA_CQA PLAN.DOC
Equipmentused for weldingwillnotdamagethe geomembrane.
Theextrusionwelderis purgedpriorto beginmnga welduntil all the heat-degraded extrudateis removed(extrusionweldingonly).
Seam grinding has been completed less than one hour before seam welding, and the upper sheet is beveled (extrusion welding only).
The ambient temperature measured 6 inches above the geomembrane surface is between 40 and 105 degrees Fahrenheit.
The end of old welds, more than 5 minutes old, are ground to expose new material before restarting a weld (extrusion welding only).
The contact surfaces of the sheets are clean, free of dust, grease, dirt, debris, and moisture prior to welding.
The weld is free of dust, rocks, and other debris.
For cross seams, the seam is ground to a smooth incline prior to welding (fusion welding only).
The seams are overlapped a minimum of 3 inches for extrusion and fusion welding, or in accordance with manufacturer s recommendations, whichever is more stringent.
No solvents or adhesives are present in the seam area.
The procedure used to temporarily hold the panels together does not damage the panels and does not preclude CQA testing.
A strip ofgeomembrane, wide enough and long enough to protect the hot wedge welder from running on the subgrade is placed below the geomembrane.
This piece may be as long as the seam itself or shorter and moved along with the seaming equipment.
If necessary, a firm substrate such as a flat board or similar hard surface can be placed directly under the weld overlap to achieve firm support.
The panels are being welded in accordance with the Drawings and Specifications.
There is no free moisture in the weld area.
No vehicular traffic on the liner (small pull wagons or dolly carts may be used).
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Ensuretemporaryballast (sand bags) or permanentballast are deployedto protectliner during deployment.
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6.4.3 Construction Testing
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6.4.3.1 Nondestructive Seam Testing The purpose of nondestructivetesting is to detect discontinuities or holes in the seam, and it indicates whether a seam is continuous andnordeaking.Nondestructivetests for geomembranes include vacuum testingand airpressuretesting.Nondestructivetesting mustbe performedoverthe entirelength of the seam.
Nondestructive testing is pc_-formedentirely by the Contractor. The CQA Field Manager's responsibility is to observe and document performance of the testing in compliance with the Specifications anddocument seamdefects andtheir repairs.
Nondestructivetesting procedures aredescribed below:
Forwelds testedbythe vacuum method,theweld is placedunder suctionutilizing avacuum box made of rigid housing,withatransparentviewingwindow,asoftneoprenerobber gasket attachedto the open bottomperimeter, a vacuum gaugeon the inside, andavalve assembly attached to the vacuum hose connection.The box is placed over a seam section which has been thoroughly saturatedwith a soapy water solution. Thegubber gasket on the bottom °,
perimeter of thebox must fit snuglyagainstthe soaped seam section of theliner,to ensurea leak-fight seal. The vacuum pump is energized and the vacuum box pressure reduced to approximately 5 psi gauge. Any pinholes, porosityornonbondedareas are detected by the l"
appearanceof soapbubbles in the vicinity of thedefect. Dwell time must not be less than 15 seconds.
Pressuretesting is used to testdouble seams thathave an enclosed airspace between them.
Both ends of the airchannel should be sealed. The pressurefeed device, usually a needle equipped with a pressure gauge, is inserted into the channel. Air is then pumped into the channel to a minimum pressure of 30 psi. A 5-minute relaxing period is allowed for the pressure to stabilize. The air chamber must sustain the pressure for five minutes without losing more than 2psi. Following a passed pressure test, the opposite end of the tested seam must be punctured to release the air. The pressure gauge must return to zero; if not, a blockage is most likely present in the seam channel. Locate theblockage and test the seam on both sides of the blockage. The penetration holes must be sealed by extrusion welding after testing.
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During nondestructive testing, the CQA Field Monitor must perform the following work:
Review Technical Specifications regarding test procedures.
Verify that equipment operators arc fully trained and qualified to perform their work.
Verify that test equipment meets the Specifications.
Verify the entire length of each seam is tested in accordance with the Specifications.
Observe all continuity testing and review the results on Installer's QC Technician's panel/seam log and panel layout drawing.
Verify that all testing is completed in accordance with the Specifications.
With the installer QC technician, identify the failed areas by marking the area with a water-proof marker compatiblewith the geomembrane and inform the contractorof any required repairs, then record the repair area on the panel/seam log.
Verify that all repairs are completed and tested in accordance with the Specifications.
Record all completed and tested repairs on the repair sheet and the panel layout drawing.
6.4.3.2 Destructive Seam Testing I*
Destructive seam tests will be performed at intervals of at least 3 per day orone testper 500 linear feet (whichever is greater)forgeomernbraneseams.However, the CQAField Monitormustperform additionaltests if he/she suspects a seam does not meet Specification requirements.Reasons for performingadditionaltests may include, but are not limited to:
Wrinkling in seam area Excess crystallinity Suspect seaming equipment or techniques Weld contamination Insufficient overlap Adverse weather conditions Possibility of moisture, dust, dirt,debris, and other foreign materialin the seam Failing tests PaloVerdeNuclearGeneratingStation February2009 Co_n WaterPond-ForPond2 URSJobNo.23445525 Rehabilita'_on 6-9 Constlucl_n Quaity Assurance Plan A,-izonaPublicServiceCompany P:_RIZONA PUBLIC_SERVICIE_ALO_VERDE FACIL_VAPORATION POND _CONSTRUCTION PONDLSPIECS-COA\\CQA PLAN.DOC
There are two types of destructive testing required for the geomembrane installation: peel adhesion (peel) and bonded seam strength (shear). The purpose of peel and shear tests is to evaluate seam strength and to evaluate long-term performance. Shear strength measures the continuity of tensile strength through the seam and into the parent material. Peel strength determines weld quality. Test welds must be allowed to cool naturally to ambient temperature prior to testing. Destructive testing must be performed concurrently with seaming operations, not at the completion of the entire installation.
The CQA Field Manager will select locations where seam samples will be cut for laboratory testing.
Select these locations as follows:
A minimum of one test per 500 feet of seam length. This is an average frequency for the entire installation; individual samples may be taken at greater or lesser intervals.
A maximum frequency must be agreed to by the Geosyntheties Installer, CQA Field Manager, and the project manager at the preconstruction meeting. However, if the number of failed samples exceeds 2 percent of the tested samples, this frequency may be increased at the discretion of the CQA Field Manager. Samples taken as the result of failed tests do not count toward the total number of required tests.
Do not inform the Geosynthetics Installer in advance of selecting the destructive sample locations.
6.4.4 Sampling Procedures The Geosynthetics Installer will remove samples at locations identified by the CQA Manager or CQA Field Monitor. The CQA Field Monitor must:
Observe sample cutting.
Mark each sample with an identifying number which contains the seam number, destructive test number, welder, date, and time.
Record sample location on the panel layout drawing and panel-seam log.
Record the sample location, weather conditions, and reason sample was taken (e.g., random sample, visual appearance, result of a previous failure, etc.) on the destructive seam test form.
Two types of samples must be takenat each test location. First,obtain samples per Specifications.
The Geosynthetics Installer must test these samples in the field using a tensiometer capable of Palo Verde Nuclear Generating Station February 2009 ConstructionWater Pond - For Pond 2 URS Job No. 23445525 RehabilitaUon 6-10
_on Quality Assurance Plan Arizona Public Service Company P:_tRIZ_A PUBLIC_SERVICIE3PALO VERDE_FACILI_EVAPORATION POND 2_CONSTRUCTION PO_CS COA\\CQA PLAN.DOC
quantitatively measuring shear andpeel strengths.The CQA FieldManager must observe the tests. A geomembrane seam sample passes when the break is a ductile, film tearing bond (FTB). A film tearing bond means the test strip must break at the edge or the outside of the seam, but not in the seam. In addition, the seam strength must meet the values specified in Table 3.
If one or both of the 1-inch specimens fails in either peel or shear, the Geosyntheties Installer can, at his/her discretion: (1) reconstruct the entire seam between passed locations, or (2) take another test sample 10 feet fi'om the point of the failed test and repeat this procedure. If the second test passes, the Geosyntheties Installer can either reconstruct or cap strip the seam between the two passed test locations. If subsequent tests fail, the sampling and testing procedure is repeated, until the length of the poor quality seam is established. Repeated failures indicate that either the seaming equipment or operator is not performing properly, and appropriate corrective action must be taken immediately.
Once the field test specimens have passed, a sample must be recovered between the passing field specimen locations for laboratory testing. The sample must be 42 inches long by 12 inches wide, with the weld centered along thelength. Divide the recovered sample into three parts: one 12-inchby 12-inch section for the contractor, one 12-inch by 18-inch for the third party laboratory for testing, and one 12-inch by 12-inch for the owner to archive. Record the results of laboratory testing on a destructive seam tests form, the panel/seam log, and the panel layout drawing.
If the laboratory test fails in either peel or shear, the contractor must either reconstruct the entire seam, or recover additional samples at least 10 feet on either side of the failed sample for retesting.
Sample size and disposition must be as described in the preceding paragraph. This process is repeated until passed tests bracket the failed seam section. All seams must be bounded by locations from which passing laboratory tests have been taken.Laboratory testing governs seam acceptance. In no case earl field testing of repaired seams be used for final acceptance.
6.4.5 Geosynthetics Laboratory Testing All CQA destructive samples must be either shipped to an off-site Geosynthetics Laboratory or tested on-site to verify seam quality. Testing includes bonded seam strength and peel adhesion. Test at least five specimens from each sample in each method used. Minimum test values arepresented in the Specifications. The Geosynthetics Laboratory must provide test results (via fax) within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> to the CQA Field Manager. Certified test results areto be provided within five days. The CQA Field Manager or monitor must immediately notify the CQA Project Director in the event of acalibration discrepancy or failed test results.
W PaloVerdeNuclearGeneratingStation February2009 Construction Water Pond-For Pond 2 6-11 URS Job No. 23445525 Rehabilitation Construction Quality Assurance Plan ArizonaPublicServiceCompany p_-_ARIZONA PUBLIC_SIFRVlCLC'_PALO_VERDIE FACILI'T_EVAPORATION POND 2_CONSTRUC'IION POND\\SPEI_S-CQA\\CQA PLAN.DOC
6.4.6 Anchorage The edges of the geomembrane-lined areas, in particular at the top of the slope, shall be secured to prevent slippage and preserve the continuity and integrity of the geomembrane. Perimeter edges of the geomembrane shall be anchored as shown on the Drawings. Prior tobackfilling operations, the CQA Representative shall verify that the geosynthetic layers arecut to fit and installed according to the Specifications andDrawings.
6.4.7 Repairs Anyportion of the geomembranewith aflaw, whichfails anondestructiveordestructivetest,where destructive tests were cut, or where nondestructivetests leit cuts or holes must be repaired in accordancewith the Specifications.The CQAField Manager must locate and recordall repairson the repairsheet and panellayout drawing.Repair techniques include the following:
Patching, used to repair largeholes, tears,large panel defects, undispersedrawmaterials, contaminationby foreignmatter, and destructivesample locations.
Extrusion, used to repairsmall defects in the panels andseams. Ingeneral,this procedure should be used fordefects less than 1/2 inch in the largestdimension.
Capping, used to repair failed welds or to cover seams where welds or bonded sections cannotbe nondestructivelytested.
Removal, used to replace areas with large defects where the preceding methods are not appropriate.Also used to remove excess material(wrinkles,fishmouths, intersections,etc.)
i fromthe installed geom_nbrane. Areasof removalshall be patched orcapped.
Repairproceduresinclude the following:
Abrade ge_amonbranesurfacesto be repaired(extrusionwelds only) no more thanone (1) hourprior to the repair.
Cleanand dryall surfacesat the time of repair.
Verify the acceptanceof the repairprocedures,materials and techniquesby the CQA Field Managerin advance of the specific repair.
Extendpatchesorcaps atleast 6inches beyond the edge of the defect, androundallcomers of materialto be patchedandthe patches to aradiusof at least3 inches. Bevel the top edges of patches priorto extrusionwelding.
Palo Verde Nuclear Generating Station February 2009 ConstructionWater Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 6-12 ConstructionQuality Assurance Plan Arizona PublicService Company P'_ARIZONA_PUBLIC SERVlCFtPALO VERDE_FACILITY_VAPORATION POND2_CONSTRUCTION POND_SPECS-CQA_CQA PLAN.DOC
7.0 CQA FINAL REPORT Upon constructioncompletion,the CQAConsultantshallpreparetheCQAFinalReport.This report will be the finalrecordof theQualityAssuranceinformationfor the site. Ingeneral,the reportshall include all submittalitems discussed in this CQAPlan. This should include, at a minimum-The geomembranemanufactm'er'scertificationdocuments.
The geomembraneconformancetestingresultsandactiontakenagainstanymaterialthatwas foundto be out of specification.
The HDPE linerpanel plan, as constructed,includingthe location of all samplinglocations and any failed welds and their associatedrepairdimensions.
Field notes from the installation procedure,including such informationas weather and unusual circumstances.
The results of all destructivetesting on the geomembrane, q:
The results of all soils testing, including both in situ testing and laboratorytesting.
Select constructionphotographs, k
A description of approveddesign modifications.
The reportshould also provide a narrativedescription, in general, of the site's construction, noting all unusual occurrences encountered (i.e., failed seams, extreme weather,etc.). This reportwill be provided to the Owneras Draft and Final. The final report shall be stamped by the CQA Director, Professional Engineer.
Palo Verde Nuclear Generating Station February2009 Construc_n Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation 7-1 Construction Quality Assurance Plan Arizona Public Service Company P:_,ARIZONA_PUI_IC SIERVICE_A[OVIERDF:_FACILIT_gi/APORATION PONO2_CONSTRUCTION PONOL%oECS-COA\\CQA PL_N.DOC
APPENDIX A QUALIFICATIONS OF PARTIES
APPENDIX A QUALIFICATIONS OF PARTIES The following identification and qualifications should be required of all parties.
A.I ENGINEER URS, Phoenix, Arizona.
A.2 CONTRACTOR The qualifications of the Contractor arespecific to the construction contract,andindependentof the geosynthetic qualityassurance program forthe installation.
A.3 GEOSYNTHETICS RESIN SUPPLIERS The qualificationsof theResin Suppliersare specific to theManufacturers'requirements.The Resin Suppliers shouldhave ademonstratedhistoryof providingconsistent resin propertiesforuse in their particulargeosynthetic type.
A.4 GEOSYNTHETICS MANUFACTURERS The Geosynthetics Manufacturersshall be able to provide sufficient production capacities and qualifiedpersonnel to meet the demands of theproject. The GeosyntheticsManufacturersshall be pre-qualified andapproved by the Engineer andAPS.
A.5 GEOSYNTHETICS INSTALLER The Geosynthetics Installer shall be trained and qualified to instalt HDPE geomembranesand drainagenets. The Geosynthetics Installer shall be specifically approvedand/orlicensed by the Manufacturersof the geosynthetics to be installed in the system. A copy of the approval letteror license shall be submittedby the Geosynthetics Installerto APS.
A.6 CONSTRUCTION QUALITY ASSURANCE CONSULTANT To be determined.
A.7 GEOSYNTHETICS LABORATORY The Geosynthetics Laboratory shall have experience in testing geosynthetics andbe familiar with American Society for Testing and Materials (ASTM), Federal Test Method Standards (FTMS),
W PaloVerdeNudearGeneratingStation February2009 ConstructionWaterPond-ForPond2 URSJobNo.23445525 Rehabilitation A-1 ConstructionQuality Assurance Plan Arizona Public Service Company P:V_RIZONA PUBI_IC_SERVICL_PALO VERDE_FACIUTY_EVAPORATION POND 2_OONSTRUCTION POND_PIECS-CQA\\CQA PLAN.DOC
National Sanitation Foundation (NSF), and other applicable test standards. The Geosynthetics Laboratory shall be capable of providing test results within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> of receipt of samples and shall maintain that standard throughout the installation.
A.8 SOILS LABORATORY The Soils Laboratory shall have experience in testing alltypes of soils andbe familiar with American Society for Testing and Materials (ASTM), Corps of Engineers (COE), and other applicable test standards. The Soils Laboratory shall be capable of providing test results within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> of receipt of samples and shall maintain that standard throughout the installation.
A.9 OWNER Arizona Public Service Company.
PaloVerdeNuclearGeneraliflgStation Februanj2009 ConstructionWaterPond-ForPond2 URSJobNo.23445525 Rehabilitation A-2 ConsbuctionQualityAssurancePlan ArizonaPublicServiceCompany P_'uaJ_IZONA_PUBLIC SERVIC_PA[O V_RDIE_FACILrI_EVAPORATION POND 2_CONSTRUCTION POM_SPIECS-CQA\\CQA PLAN.DOC
APPENDIX B SUBGRADE ACCEPTANCE REPORT FORM
SUBGRADE ACCEPTANCE REPORT FORM REPORT NO.
DATE 7720 N 16_ St., Suite 100 Phoenix, AZ 85020 PROJECT Sun Clear Ovum
_m JOB NO.
WEATHER LOCATION 4o_6o F 60_gOF 80-100 F 1004-V CLIENT TEMP CONTRACTOR Still Mod©rate High CQA REP.
WIND Dry Moderate Humid HUMIDITY Subgrade Acceptance Areas being accepted under this report(stationing or quadrant):
Anchor trench being accepted under this report (stationing)-
SUBGRADE CONDITIONS OKAY MOISTURE/DENSITY TESTS ALL PASSED
[]
THICKNESS SURVEYED / CONFORMED
[]
FINISHED SURFACE SMOOTH
[]
INSPECTION/APPROVAL Construction Contractor CQA Representative Geomembrane Installer INSPECTED BY TITLE Page of Pages J.
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i TABLES i
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TABLE 2 HIGH DENSITY POLYETHYLENE GEOMEMBRANE PROPERTIES AND TEST METHODS
_.,,:i Proper_.
Units 60_Mil_er TesfM_
- I_
ii MinimumThickness mils 54 ASTMD 5199 Density g/cm3 0.94 ASTMD 1505 TensileProperties YieldStrength lb/in.
126 ASTMD 6693, TypeIV BreakStrength lb/in.
228 ASTMD 6693,TypeIV ElongationatYield 12 ASTMD 6693, TypeIV Elongationat Break 700 ASTMD 6693, TypeIV TearResistance lb 42 ASTMD 1004 PunctureResistance Ib 108 ASTMD 4833 OxidativeInductionTime(OIT)(rain.avg.)(a orb)
(a)
Standard OIT min 100 rain.
ASTM D 3895 (b) HighPressureOIT 400 rain.
ASTMD 5885 OvenAgingat 85° C (aor b)
(a)
Standard OIT (rain. avg.) - % retained after 55 ASTM D 5721 90 days ASTM D 3895 (b) HighPressureOIT(rain.avg.)- %retained 80 after90 days ASTMD 5885 UV Resistance
[ i (a) HighPressureOIT (rain.avg.) - %retained 50 ASTMD 5885 after1600his CarbonBlack Content 2°0 ASTMD 1603/4218 CarbonBlack Dispelsion 9 of I0 views(Cat. I ASTMD 5596 or 2).No morethan 1 view(Cat.3)
StressCrackResistance hr 300 ASTMD 5397(App.)
W Palo Verde Nuclear Generating Station February2009 Coostruclion Water Pond - For Pond 2 URS Job No. 23445525 Rehabilitation ConstructionQualityAssurance Plan Arizona Public Service Company P:_ARIZONA_PUBLIC_SERVICE3PA_O_VER[_IE FACILI_APORATION PONO 2\\CONSTRUCTION PONO_SPEC$-CQA\\CQA PLAN.DOC
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Schlumberger WATER SERVICES JeannieChang, R.G.
EnvironmentalDept.-Water Programs APS - PaloVerdeNuclearGenera6ngSta_on PO Box52034,M.S.7626 Phoenix,Arizona85072 June 12, 2009 RE: Corrective Action Plan FinallCloseoutReporton the 80-acreWaterStorage Reservoir(WSR)Liner Leak Investigationand RemedialAction
DearMs.Chang,
SchlumbergerWaterServices(SWS) is pleasedto providethisletterreportpresentingthe referencedreport.
We believe that the work completedby PVNGS and its various contractorsover the past almost five years has thoroughlyinvestigatedthe issues surroundingtheleaksfromWSR and haveidentifiedthecausesandpotentialenvironmental impacts. Thisreportprovidesa summaryof the manyactivitiesassociatedwiththe work includingfieldinvestigations,long-termmonitoring,and thedesignandconstructionof new WSRs,withanemphasisontheabsenceof impactstothesoilandgroundwaterunderneath andsurroundingthe80-acreWSR.
1 INTRODUCTION SWS havebeenrequestedbyPaloVerdeNuclearGeneratingStation(PVNGS)to preparea CorrectiveActionPlanFinal/CloseoutReportonthe80-acreWaterStorageReservoir(WSR)
LinerLeak Investigationand RemedialAction. The generalsite layoutandlocationof the WSR isshownonFigure1.
The objectivesof thisreportare to presenta summaryofthe causesandimpactsfromthe linerleakandtheactionstakentoresolvethe problem.Thisreportistheculminationofover 4 years of field investigationincludingdozensof soil borings,geotechnicaltesting,flow modeling,and13 quartersof groundwaterlevelmonitoringandsampling;and the draining, redesignandconstructionofa replacement85-acreWSR.
Ms.JeannieChang June12, 2009 Page2 2
HISTORY OF WSR LEAK Completed and first filled starting in 1982, the former80-acreWSR receivedand stored treated effluent from the onsite water reclamationfacility (WRF), groundwater,and secondarytreatedwastewaterfromthe CityofPhoenixWWTP at 91 stAvenue(duringplant upsets). Boththe original80-acreWSR andthe newlydesignedand constructed85-acre WSR are usedas coolingwaterforthe electricalgeneratingunitsandfor dustsuppression activitiesat PVNGS.Beforedeliverytothe 80-acreWSR, theWRF usesa seriesof trickling filters,first-stagesolidscontactclarifiers,second-stageclarifiers,andgravityfilterstotreata combinationof reclaimedwastewaterdeliveredby pipelinefrom the City of Phoenix, industrialwastewatereffluentfromthe onsitesewagetreatmentplant,and recycledwaste waters from various WRF processes.The 80-acre WSR had a maximumdepth of approximately30 feet andwasdesignedtostore670 milliongallonsof coolingwater;flowto the reservoirrangedfrom0 to 90 milliongallonsper day (mgd),with an averageflow of 60 mgd. Operationof the 80-acre WSR began in 1985 when the PVNGS began its operations(APS,2005a).
The 80-acreWSR was a synthetic-linedsurfaceimpoundmentwhoseconstructiondesign has hadtwoformsoverthecourseof itsoperationshistory.The originalconstructionofthe 80-acreWSR includeda singlelinercomposedof a 200 milrubberizedasphaltbottomwith 45 mil Hypalonsides.In 2004, PVNGS discoveredthat a sectionof the impermeableliner wasmissingontheeastsideof the80-acreWSR. In response,APS enteredintoa Consent OrderwithArizonaDepartmentof EnvironmentalQuality(ADEQ) that allowedPVNGSto continueoperatingthe WSR while a secondwater storage reservoir(45-acre) was constructedto the north(EEC, 2008). In2005, APS installeda networkof 18 piezometers, comprisedof 9 shallowand deep piezometerpairs,aroundthe perimeterof the 80-acre WSR. The locationsof thesepiezometersare shownon Figure2.
Beginningin January 2006, eachofthe piezometerswas sampledona quarterlybasisuntilinsufficientwaterwas presentto collecta sample. Where available,groundwatersampleswere collectedfrom January2006throughMarch2009.
Oncethe45-acreWSR wasoperationalinOctober2006,the80-acreWSRwasdrainedand repaired.As part of the repairprocess,the constructiondesignof the 80-acreWSR was modifiedand a doublelinersystemwithleakdetectionwas installed.The surfacearea also increasedto85 acres. The newfacilityis currentlyreferredto asthe 85-acreWSR, however for simplicityit willcontinuedto be referredto as the 80-acreWSR inthisreport. PVNGS completedthe repairsin 2008, andthe new 80-acreWSR beganrefillingon February29, 2008. Sincethattime,boththe45-acreand80-acreWSRsare usedinfacilityoperations.
Ms.JeannieChang June12, 2009 Page3 2.1 WSRLiner Investigation and Repair Inspections of the 80-acre WSR conductedbetweenOctober 12 and October25, 2004 identifiedsignificantareas of reservoirlinerdamage,includingareas wherethe liner had fallenawayfromthe sideslope. Areaswherethe linerwas damagedor gonewere found withdamageto the side-slopefillmaterialindicatingthat WSR waterhaddischargedtothe surroundingsoil. There was no nuclearor industrialsafety consequencefrom the liner damage,nor was therethe potentialfor an exceedanceof ArizonaAquiferWater Quality Standards(AWQS) due to the water stored in the WSR having no historyof such exceedances.Althoughtherewas no immediateor near-termnegativeimpactto human healthandsafety or to the underlyingenvironment,the PVNGS AquiferProtectionPermit (APP)doesnotallowsuchleakage.
Beginningin October2004, a numberof PVNGSpersonneland outsideconsultantswere usedto evaluatethe linerfailure. The followingsummarizesthe key pointsfromthat work andprovidesa briefexplanationofthecausesforlinerfailure:
Direct Cause: The Hypalonlinerfailedto retainintegrityas a barrierbetweenthe WSR waterandthesidewallsoilslopes.Theprobablerootcauseofthefailureis consideredto be the presenceof waterbehindthe linerwhichweakenedthe soilsubgradebehindthe liner increasingthetensileforcesonthe liner. Thewater behindthe linereitheroriginatedfrom smallholesortears inthelinercausedbypuncturesfromrocksor possiblythe presenceof shallowgroundwateroriginatingfromanotherpart of the site migratingtowardsthe WSR.
Normalwave andwindaction,whichis predominantlyfromwestto eastinthisregionof the State,thenfurtherincreasedthetensileforcesresultinginthe linerfailureontheeastsideof the reservoir.A similarsequenceof eventshad beenpreviouslyidentifiedat Evaporation PondNo. 1 after8 yearsof operation.
ContributingCauses: Limitedinspectionsof linerintegritycombinedwith an inabilityto easilyandtimelydetectwater behindthe linerwere remarkedas alsocontributingto the largerlinerfailureproblem.
DesignUpgrades Threesignificantdesignupgradeswere incorporatedintothenewthereservoirto address thedirectandcontributingcausesidentifiedabove.Thesedesignchangeswereincorporated toprotectthesoilsubgradebehindthelinerandminimizetensileforcesonthe liner.
First,thereservoirwasdesignedas a doublelinedfacilitywitha leakdetectionandleachate collectionsystem.Therefore,if minortearsoccurinthe liner,theywouldbedetectedearly andbecauseofthedoublelinernotimpactthesubsurfacegrade.Second,theslopeofthe facilitywaschangedfroma 3:1to4:1design(withtheexceptionofnearthepumpingfacility) inordertominimizetheeffectsofwaveaction.Theslopeswerealsoarmoredwithsoil cement.Third,an underdrainsystemwasincorporatedintothedesigntoensurethat subsurfaceinfiltrationcouldbedetectedandremovedbeforeitcoulddamagethesubgrade soil.Thesedesignenhancementsshouldpreventsimilarfailuresfromoccurringonthenew reservoir.
Ms.JeannieChang June12, 2009 Page4 2.2 Liner Repairand Interceptor Trench Drainingofthe 80-acreWSR was commencedon September27, 2006 andcompletedon October31, 2006. The original80-acreWSR linerwas then removedanda new85-acre WSR was designedand constructedover the next 16 months. The new 85-acre WSR includeda two-linerdesignwith leak detection,collectionand removalsysteminstalled betweenthe liners. Detailson the designand constructionof the new 85-acreWSR are documentedin many submittalsto ADEQ.
A final submittalincludingthe Engineer's Certificateof Completion,FinalConstructionQualityAssuranceReportandAs-Builtdrawings weresubmittedtoADEQonJanuary7, 2009.
Prior to decommissioningthe 80-acre WSR a new 45-acre WSR was constructed immediatelynorthof the 80-acrefacility. Duringthe initialexcavationof the 45-acrefacility shallowgroundwaterwas identifiedapproximately20 to 30 feet belowgroundsurface(bgs).
It was assumedthatthiswateroriginatedfromthe 80-acreWSR andwasassociatedwitha linerleakalongthe east sideof the 80-acre WSR. Althoughthe 45-acre WSR is located northofthe 80-acreWSR, andis bothtopographicallyanddepositionallyup-gredientof the 80-acre WSR, the groundwatermoundingeffect from the localizedpoint of leakage combinedwith the likelypresenceof shallowcoarse-grainedlensestrendingnorth-south apparentlyresultedin a sizeableportionof the leakagefromthe 80-acreWSR migratingto thenorth. Ananalysisofthesoiltypesandgrainsizeofthenearsurfacesedimentssupports thisconclusion.The primaryorientationof the fluviallydepositedsedimentsinthe area is fromnorthto south. As a result,thereis verypoorcontinuityof coarse-greineddepositsin the east-westdirection.The restrictedabilityof the 80-acreWSR leakageto migrateto the east combinedwith presenceof the approximately30-footdeep80-acre WSR linerto the west and southwest,apparentlyresultedin leakage movingto the north.
A drain or interceptortrenchwasinstalledbetweenthe80-acreand45-acreWSRsconsistingof slotted HDPE pipewithina bed of gravel. Overthe periodof October2005to October2008 more than 40 milliongallonsof groundwaterwas removedvia the drain. Althougha sizeable volumeofwater,thisamountrepresentsapproximately140 acre-feetof waterwhichis less than 0.5 percentof one year of treated effluentdeliveredto the PVNGS. The design upgradesdiscussedfor the 80 acre reservoirwere also incorporatedinto the 45 acre reservoirdesigninordertopreventsimilarlinerfailures.
3 IMPACTSOF WSR LEAK 3.1 Water level Data As describedunderContributingCauses,one of the problemswith not detectingleakage fromtheWSR earlierwasthe absenceof impactsto surroundingmonitorwells. Thiswas partiallycausedby thedistancethatthe wellsare fromtheWSR butwas moredueto the presenceof complexshallowgroundwaterconditionsacrossthe siteinconjunctionwiththe presenceof the sludgelandfilland a major diversionchannelfor non-impactedrunoff immediatelyeastofthefacility.A waterlevelriseobservedinPV-R2AreplacementwellPV-R2AR,completedin2004,wasoneofthefirstsignsof a risingwaterlevelinthearea.
Ms.JeannieChang June12, 2009 Page5 The monitorwells/piezometersadjacent to the WSR were installed in late 2005, approximatelyoneyearafterthesourceoftheleakhadbeenidentifiedandmorethana year afterthe leakhad beensuspectedbasedon risingwaterlevelsin monitorwell PV-R2AR.
The interceptortrenchlocatedbetweenthe80-acreWSR andfuture45-acreWSR wasalso installedandstartedextractingwaterduringthissameOctober2005timeperiod.To provide a systematicreviewofhowwater levelsinthe piezometersaroundthe WSR changedover time a seriesof mapspresentingwaterlevelsfor the A and B piezometersare shownin Figures3 through10. Thisdataclearlyshowsthe sourceof the leakbeingalongthe east-northeastportion of the WSR, the non-uniformdistributionof subsurfacesoil water transmittingproperties,andthe asymmetricgroundwatermoundcenteredaroundthe RPZ-4A and5A piezometers.The seriesof mapsalsoshowstheeffectivenessoftheinterceptor trenchin removingshallowgroundwaterfromthearea andthe effectsof drainingtheWSR.
This same informationand the south-southwesterlymovementof the remainingshallow groundwaterisevenmoregraphicallyshownin Figures11through16, wherethewaterlevel changein one-yearincrementsfrom March2006 to March2009 is presented. Complete time-seriesplotsofthewaterlevelineachsetof nestedpiezometersalongwiththe location of the piezometerscreen,for use in understandingwhen a piezometerwent dry, are presentedon Figures17 through25.
These hydrographsalso includenotes relaying informationonkeyeventsrelatedtothedrainingandfillingoftheWSRs. Allofthemeasured waterleveldataforthepiezometersis providedinTable1 for reference.Duetoitssize,this tablehasbeenprovidedelectronicallyonan attachedCD. A copyof lithologiclogsandwell completionsfor all of the piezometershas beenpreviouslyprovidedto ADEQ and are not reproducedhere.
3.2 Water Level Changes Relative to Flow Model Prediction The extent and directionof migrationof WSR leakagecanbestbe understoodin comparing thewaterlevelresponseina spatiallydisparatesetof piezometersrelativetothe locationof theWSR linertear. On Figure26 hydrographsforA-seriespiezometersRPZ-1,5, 7 and9, and on Figure27 the hydrographsfor the B-seriesof the same set of piezometersare presentedalongwitha plotof the percentfullfor theWSR. The plotsshowthe immediate responseand strongconnectionbetweenthe WSR and RPZ-5A, the similarbut slightly dampedresponsebetweentheWSRandRPZo5B,andthe muchmoredampedresponsesin RPZ-1 and7 piezometers.The responsein RPZ-9Aclearlyshowsthe reducedwaterlevel impactfromtheWSRleakas youmoveawayfromtheWSR.
Ms.JeannieChang June12, 2009 Page6 The data presented in Figures 3 through 27 reflect the highly heterogeneous and 3-dimensionalnature of the shallow groundwater flow system and the movement of WSR leakagein the subsurfacein particular. The unsaturatedflowmodelcompletedby Brown andCaldwellandsubmittedtoADEQonApril6, 2005wasdevelopedto providean estimate ofthepotentiallateralmigrationof WSR leakagetotheeast. The modelwasdeveloped as a 2-dimensionalcross-sectionand assumedthat dischargefromthe WSR would move radiallyawayfromthe locationof the linertear. When reviewingthe availablewater level monitoringdata it is apparentthat this approachprovideda conservativeor worstcase estimateof easterlymigrationof leakage.As wasoriginallytheorizedbasedonthe northto southslopeof thelandsurfaceandtheunderlyingstratigraphicunits,andthepresenceofan ancestralwashtrendingnorth-southwherethe WSR is locatedit was assumedthat WSR leakagewouldhave a preferredflowdirectionto the southand secondarilyto the north.
Basedonthis,themodelresultsshouldnotbe expectedto matchthefielddataanda post-auditofthemodelwouldnotbeinformative.
3.3 WaterQuality Data Usingwaterqualitydatathe presenceof leakagefromthe80-acreWSR wasevidentinthe A-seriespiezometerslocatedadjacenttothe liner,in particularRPZ-4A and 5A whichwere closesttothetear. The primarywaterqualityparameterusefulfor thisanalysisis electrical conductivity,wherewiththe exceptionof RPZ-8A and9A, the A-seriespiezometersreflect values closeto or only slightlyhigherthan the long-termaverageof the WSR (1,690 umhos/cm).Thiscan beseeninlookingat Figures28 through36. Elsewhere,theevidence of leakagefromthe WSRwas largelyonlyapparentfromthewaterlevelchangesobserved.
The muchhigherelectricalconductivityvaluesinRPZ-8Aand9A reflectthatthewaterlevel risesobservedin thosetwo piezometersare actuallya pressureresponseand not the migrationof WSRwaterthatfar east.
A detailedcomparisonof waterqualitydifferencecan be evaluatedin lookingat the water qualityresultsprovidedfortheWSR andthepiezometersonTables2 and3, respectively.
4 CORRECTIVE ACTIONS The correctiveactionscompletedas partoftheWSRlinertear andleakincluded:
Theinstallationoftheninepiezometernests, Themonitoringandsamplingofthepiezometersfor 13quarters, Thesubmittalof quarterlyreports, A linertearengineeringinvestigation, The designand replacementof the WSR with a double-linedsystemthat includesleakmonitoring,collectionandunderdrainsystem,and A separatestudy to evaluatethe high nitratelevelsobservedin RPZ-9A (currentlyincorporatedinto the existing Aquifer ProtectionPermit as a compliancescheduleitem).
Ms.JeannieChang June12,2009 Page7 Allofthe activitiesassociatedwitheachofthemajoractionswere reportedtoADEQas part of theComplianceScheduleestablishedin2004. Thisreportisthefinalstepinthe complianceschedule.
5 CURRENT CONDITIONS AND RECOMMENDATIONS As of March2009 fiveofthe nineA-seriespiezometershavegonedryandthreeofthe nine B-seriespiezometershave gone dry.
Water levelshave declinedin every piezometer rangingfromat least 16 feet in RPZ-4Ato approximatelytwo feet in RPZ-5B. The small amountof water level change in RPZ-5B reflectsthe low permeabilityof the deeper sedimentsandthe continuedslowdownwardverticalmovementof WSR leakagenearthe originalsourceoftheWSRleak.
There is very littleapparentlateralmigrationof groundwatertothe east andbasedonthe absenceof waterqualityimpacts,no furthergroundwatersamplingis recommended.The high levelsof nitrates in RPZ-9A are currentlybeing addressedin a separate studyas compliancescheduleitems in the existingAquifer ProtectionPermit and will not be addressedhere. Contingencywater levelmonitoringof the A-seriespiezometersmay be desired for incorporationinto the facility leak detectionsystemand tied to leachate collectionsystemalertlevelexceedences.
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR P1EZOMETERS MEASURE!
PIEZOMETRIC ELEVATION IN I_I_EI ABOVE MEAN SEA LEVEL DATE
]ILPT_IA[
RP'Z,-IB[
RPT_2A RPZ-2B
_A RPZ-3B RPZ-4A RPZ-4B RPZ,.-5A RPT_SB
_A RPZ-TA RIrZ-7B
_B RPZ-9A RPZ-9B 1/21/06 Dry 905 30 926.76 907.38 941.08 939.38 947.56 D_
947.68 907.43 933.77 904.33 929.92 906.93 942.48 Dry 940.38 Dry 1/21/06 Dry 905.35 926.78 907.38 941.09 939.38 947.52 D_
947.65 907.45 933.80 904.37 929.91 906.97 942.51 Dry 940.39 Dry 1/21/06 Dry 905.40 926.76 907.48 941.06 939.38 947,55 D_
947,68 907.47 933.79 904.35 929,89 906,96 942.50 Dry 940.38 Dry 1/21/06 Dry 905.46 926.80 907.48 941.08 939.38 947.46 D_/
947.60 907.49 933.86 904.46 929.87 907.06 942.54 Dry 940.40 Dry 1/22/06 Dry 905.52 926.74 907.43 941.00 939.38 947.39 Dz7 947.55 907.51 933.80 904.42 929.84 907.01 942.49 Dry 940.38 Dry 1/22/06 Dry 905.58 926.72 907.37 940.95 939.38 947.33
- DPv, 947.49 907.53 933.76 904.39 929.81 906.98 942.50 Dry 940.37 Dry 1/22/06 Dry 905.64 926.69 907.44 940.91 939.38 947.36 Dry 947.52 907.55 933.71 904.34 929.79 I 906.94 942.49 Dry 940.36 Dry 1/22/06 Dry 905.70 926.74 907.44 940.96 939.38 947.27 D_
947.45 907.57 933.81 904.44 929.77
] 907.04 942.54 Dry 940.39 Dry 1/23/06 Dry 905,76 926.69 907A4 940.89 939.38 947.23 D_,
947.41 907.59 933.76 904.41 92935 907.00 942.51 Dry 940.37 Dry 1/23106 Dry 905.61 i
926.68 907.40 940.87 939.38 947.16 Dz7 947.35 907.61 933.75 904.42 929.72 907.00 942.52 Dry 940.37 Dry 1123106 Dry 905.87 926.68 907.49 940.85 939.38 947.17 Dz7 947.37 907.63 933.74 904.40 929.71 906.99 942.52 Dry 940.37 Dry 1/23/06 Dry 905.92 926.71 907.50 940.87 939.38 947.07 D_
947.29 907.65 933.81 904.50 929.69 907.08 942.55 Dry 940.39 Dry 1/24/06 Dry 905.98 926.64 907.45 940.77 939.38 94%00 Dr_
947.22 907.67 933.73 904.45 929.66 907.03 942.50 Dry 940.36 Dry 1/24/06 Dry 906.04 926.66 907.44 940.77 939.38 946.93 D_
947.18 907.68 933.75 904.48 929.64 907.05 942.54 Dry 940.37 Dry 1/24/06 Dry 90609 92664 907.51 940.74 939.38 946.92 Dt_
947 17 907.70 933.72 904.44 929.63 907.03 942.53 Dry 940.38 Dry 1/24/06 Dry 906.15 926.68 907.5_
940.76 939.38 946,81 D_
947.09 907.72 933.80 904,55 929.61 907.12 942.57 Dry 940.40 Dry 1/25/06 Dry 906.21 926.60 907.45 940.65 939.38 946.71 Dr'j, 94%00 907.74 933.71 904.49 929.57 907.06 942.51 Dry 940.37 Dry 1/25/06 Dry 906.27 926.59 907.43 940,62 939,38 946.66 DI_
946.94 907.76 933.69 904.48 929.55 907.04 942.53 Dry 940.36 Dry 1/25/06 Dry 906.33
_ 926.57 907.45 940.57 939.38 946.63 D_
946.92 907.78 933.63 904.42 929.53 906.99 942.51 Dry 940.36 Dry 1/26/06 Dry 906.39 I
926.56 907.37 940.55 939.38 946.51 Dr'I 946.81 907.79 933.64 904.45 929.50 907.00 942.52 Dry 940.35 Dry 1/26106 Dry 906.44 926.46 907.29 940.45 939.38 946.45 Dr_
946.74 907.81 933.54 904.36 929.45 906.90 942.48 Dry 940.33 Dry 1/26/06 De/
906.49 926.48 907.23 940.43 939.38 946.39 Dz7 946.68 907.83 933.52 904.31 929.42 906,85 942.50 Dry 940.33 Dry 1/26/06 Dry 906.54 926.48 907.33 940.43 939.38 946.43 Dry.,
946.70 907.84 933.52 904.27 929.41 906.84 942.51 Dry 940.33 Dry 1/26/06 Dry 906.59 926.53 907.34 940.47 939.38 946.33 l_
946.61 907.86 933.64 904.39 929.40 906.95 942.56 Dry 940.36 Dry 1/27/06 Dry 906.64 926.52 907.36 940.44 939.38 946.27 D_
946.56 907.87 933.64 904.41 92937 906.96 942.56 Dry 940.36 Dry 1/27/06 Dry 906.69 926.51 907.36 94041 939.38 946.22 D_
946.50 907.89 933.65 904.43 929.36 906.99 942.56 Dry 940.36 Dry 1/27/06 Dry 906.74 926.46 907.41 940.34 939.38 946.21 D_
946.49 907.90 933.59 904.39 929.31 906.94 942.53 Dry 940.34 Dry 1/27/06 Dry 906.79 926.48 907.34 940.35 NM 946.10 Diy 94638 90792 933.63 904.45 929.29 907.00 942,56 Dry 940.36 Dry 1/28106 Dry 90684 926.38 907.23 940.22 NM 946.04 D_
946.30 907.93 933.49 904.33 929.25 906.87 942.48 Dry 940.32 Dry 1/26/66 Dry S06.89 926.37 907.17 940.19 NM 946.02 Dry 946.26 907.95 933.44 904.27 929.21 906.8!
942.50 Dry 940.31 Dry 1/26/06 Dry 906.93 926.37 907.25 940.18 NM 946.07
- DPv, 946.28 907.96 933.44 904.22 929.21 906.78 942.51 Dry 940.31 Dry 1/26/06 Dry 906.97 926.46 907.28 940.27 NM 946.00 DP/
946.21 907.97 933.60 904.37 929.19 906.92 942.59 Dry 940.35 Dry 1/29/06 Dry 907.01 926.41 907.28 940.20 NM 945.97 D_
946.18 907.99 933.55 904.35 929.16 906.90 942.55 Dt_
940.34 Dry 1/29/06 Dry 907.05 926.42 907.26 940.20 NM 945.91 DPj 946.12 908.00 933.58 904.38 929.14 90694 942.57 Dry 940.35 Dry 1/29/06 Dry 907.09 926.38 907.32 940.14 NM 945.94 Dr_
946.12 908.01 933.52 904.33 929.10 906.88 942.54 Dry 940.33 Dry 1/29/06 Dry 907.15 926.41 907.31 940.16 NM 945.86 Dr_
946.06 908.03 933.58 904.42 929.08 906.97 942.58 Dry 940.35 Dry 1/30/06 Dry 90720 926.36 907.29 940.09 NM 945.82 Dt7 946.02 908.05 933.52 904.38 929,05 906.93 942.66 Dry 940.33 Dry 1/30/06 Dry 907.25 926.36 907.28 940.08 NM 945.79 D_
945.97 908.06 933,51 904.39 929.03 906.93 942.56 Dry 940.33 Dry 1130/06 Dry 907.29 926.37 907.41 940.08 NM 945.84 Dr/
946.00 908.07 933.53 904.40 929.01 906.95 942.58 Dry 940.34 Dry 1130106 Dry 907.35 926.46 907.51 940.16 NM 945.79 Dry 945.96 908.09 933.68 904.57 929.01 907.13 942.65 Dry 940.38 Dry 1/31/06 Dry 907.41 926.43 907.63 940.11 NM 945.73 Dry 945.91 908.11 933.67 904.62 928.98 907.17 942.61 Dry 940.38 Dry 1/31/06 Dry 907.48 926.42 907.53 940.08 NM 945.70 D_
945.86 908.13 933.65 904.66 928.95 907.20 942.61 Dry 940.38 Dry 1131106 Dry 907 54 926.37 907.63 940.00 NM 945 66
- DP_,
945.83 908.14 933.56 904.61 928.93 907.15 942.56 Dry 940.36 Dry 1/31/06 Dry 907.60 926.34 907.46 93997 NM 945.58
- Dx_,
945.75 908.16 933.53 904.63 928.89 907.15 942.58 Dry 940.35 Dry 2/1/06 Dry 907.65 926.28 907.40 939.88 NM 945.49 D_
945.71 908.17 933.42 904.54 928.84 907.05 942.53 Dry 940.32 Dry 2/I/06 Dry 907.70 926.29 907.35 939.85 NM 945.33 D_
945.62 908.18 933.41 904.53 928.82 907.04 942.57 Dry 940.32 Dry 2/1/06 Dry 907.75 926.30 907.42 939.81 NM 945,24 Dr'j, 945.58 908,20 933.39 904.49 928.81 907.02 942.56 Dry 940.32 Dry 2/1/06 Dry 907.80 926.36 907.42 939.83 917.40 945.00 Dt_
945.47 908.21 933.49 904.62 928.79 907.13 942.63 Dry 940.35 Dry 2/2/06 De/
907.85 926.28 907.40 939.69 917.37 944.83 b_"
945.36 908.23 933.41 904.56 928.75 907.07 942.56 Dry 940.33 Dry 2/2/06 Dry 907.90 926.29 907.35 939.64 917.37 944.63 D_
945.23 908.24 933.40 904.58 928.72 907.09 942.59 Dry 940.33 Dry 2/2/06 Dry 907.94 926.31 907.46 939.58 917.33 944.54 Dr_
945.16 908.25 933.38 904,57 928.69 907,08 942.60 Dry 940.33 Dry 2/2/06 Dry 908.00 926.34 907.44 939.55 917.44 944.27 Dr/
945.03 908.27 933.47 904.70 928.69 907.20 942.64 Dry 940.36 Dry 2/3/06 Dry 90805 926.23 907.34 939.36 917.38 944.06 D_"
944.91 908.28 933.32 904.61 928.64 907.09 942.55 Dry 940.32 Dry 2/3/06 Dry 908.10 926.21 907.23 939.24 917.31 943.86 Dz7 944.77 908.30 933.23 904.55 928.62 907.02 942.55 Dry 940.30 Dry 2/3/06 Dry 908,13 926.18 907.28 939.13 917.21 943.77 Dry 944.70 908.30 933.15 904.46 928.58 906.94 942.54 Dry 940.29 Dry 2/3/06 Dry 908.17 926.26 907.26 939.11 917.28 943.58 Dxy 944.58 908.32 933.26 904.57 928.57 907.06 942.61 Dry 940.32 Dry 2/4/06 Dry 90821 926.16 907.20 938.97 917.22 943.54 D_
944.47 908.33 933.13 904.49 928.53 906.95 942.54 Dry 940.29 Dry 2/4/06 Dry 908.25 926.19 907.18 938.98 917.20 943.55 D_7 944.39 906.34 933.13 904.49 928.51 906.96 942.57 Dry 940.30 Dry 2/4/06 Dry 908.28 926.19 907.31 938.96 917.18 943.62 Dr/
944.35 908.35 933.15 904.49 928.49 906.97 942.58 Dry 940.30 Dry 2/4/06 Dry 908.34 926.27 907.37 939.04 917.30 943.58 Dr_
944.27 908.37 933.29 904.64 928.48 907.13 942.64 Dry 940.34 Dry 2/6/06 Dry 908.38 926.20 907.36 938.97 917.31 943.57 D_
944.20 908.38 933.23 904.64 928.44 907.11 942.58 Dry 940.33 Dry 2/5/06 Dr'/
908.43 926.18 907.29 938.94 917.31 943.54 D17 944A2 908.39 933.20 904.65 928.42 907.10 942.59 Dry 940.32 Dry 2/5/06 Dry 908.47 926.15 907.32 938.90 917.22 943.62 Dr_
944.09 908.40 933.11 904.56 928.39 907.03 942.55 Dry 940.30 Dry 2./5/06 Dry 908.51 926.16 907.24 938.92 917.25 943.57 DPJ 944.03 908.41 933.15 904.61 928.37 907.06 942.59 Dry 940.31 Dry 2/6/06 Dry 908.54 926.07 907.14 938.82 917.14 943.60 D_
943.99 908.42 932.99 904.47 928.32 906.91 942,51 Dry 940.27 Dry 2/6/06 Dry 908.56 92605 907.01 938.79 917.05 943.61 1_
943.95 908.43 932.94 904.38 928.29 906.82 942.51 Dry 940.26 Dry 2/6/06 Dry 908.67 926.04 907.06 938.78 916.92 943.74 Dz7 943.97 908.44 932.90 904.27 928.25 906.73 942.50 Dry 940.25 Dry 2/6/06 Dry 908.59 926.12 907.10 938.90 917.00 943.75 D_
943.95 908.45 933.06 904.38 928.25 906.85 942.59 Dry 940.29 Dry 2/7/06 Dry 908.61 926.07 907.10 938.87 916.99 943.80 D_
943.95 908.46 933.03 904.36 928.22 906.82 942.54 Dry 940.27 Dry 2/7/06 Dry 908.63 926.10 907.11 938.91 917.00 943.83 D_"
943,95 908.47 933.07 904.39 928.20 906.86 942.56 Dry 940.29 Dry 2/7/06 Dry 90865 926.10 907.22 938.91 916.98 943.95 Dz7 943.98 908.47 933.06 904.38 928.17 906.85 942.56 Dry 940.28 Dry 2/7/06 Dry 908.68 926.16 907.24 938.99 917.10 943.93 Dt_
943.97 908.48 933.18 904.52 928.16 906.99 942.61 Dry 940.31 Dry 2/8/06 Dry 908.70 926.10 907.23 938.94 917.08 943.98 l_
943.98 908.49 933.10 904.48 928.13 906.94 942.54 Dry 940.29 Dry 2/8/06 Dry 908.72 926.11 907.22 938.96 917.08 944.02 Dry 943.99 908.50 933.10 904.49 928.12 906.96 942.56 Dry 940.29 Dry 2/8/06 Dry 908.74 926.10 907.35 938.97 917.06 944.15 D_
944.05 908.51 933.08 904.48 928.10 90695 942.56 Dry 940.29 Dry 2/8/06 Dry 908.77 926.18 907.39 939.07 917.!9 944.15 Dry 944.06 908.52 933.21 904.64 92809 907.12 942.62 Dry 940.32 Dry 2/9/06 Dry 908.80 926.13 907.39 939.02 917.18 944.19 Dr},
944.07 908.53 933.13 904.62 928.06 907.08 942.55 Dry 940.30 Dry 2/9/06 Dry 908.82 92615 907.37 939.05 917.21 944.21 Dz7 944.09 908.55 933.14 904.66 928.04 907.13 942.59 Dry 940.31 Dry 2/9/06 Dry 908.84 926.09 907.40 939.00 917.16 944.30 D_
944.13 908.56 933.06 904.61 928.02 907.07 942.54 Dry 940.29 Dry 2/9/06 Dry 908.86 926.10 907.37 939.02 917.19 944.31 Dry 944.15 908.57 933.07 904.64 927.99 907.10 942.56 Dry 940.29 Dry 2/10/06 Dry 908.87 926.05 907.31 938.97 917.13 944.35 Dr,/
944.17 908.58 932.98 904.57
_27.96 907.02 942.51 Dry 940.26 Dry 2/10/06 Dry 908.88 926.01 907.22 938.95 917.07 944.40 l_
944.18 908.58 932.92 904.52 927.94 906.95 942.50 Dry 940.25 Dry 2/10/06 Dry 908.88 926.01 907.26 938,94 916.98 944.54 Dry 944.26 908.59 932.86 904.42 927.91 906.87 942.49 Dry 940.24 Dry 2/10106 Dry 908.89 926.06 907.26 939.03 917.04 944.56 Dry 944.30 908.60 932.97 904.52 92%9O 906.97 942.55 Dry 940.27 Dry 2/11106 Dry 908.89 925.98 907.17 938.97 916.98 944.61 D_
944.32 908.61 932.88 904.43 9'27.88 906.87 942.48 Dry 940.24 Dry
TABLE I. WATERLEVELS FORS0-ACREWSRPIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RP_IA RPZ.-IB RP'Z,-2A IIRPZ-2B RP'Z,.3A RPZ.-3B RP'Z,-4A RPZ-4B RPZ--SA RPZ-SB RPZ-6A RPZ-6B RPZ-7A RFZ-TB RPZ-SB RFZ,-9A RP_9B 2/1 1/06 Dry 908 89 925.96 I 907.05 938.94 916.91 944.64 Dry 944.36 908.61 932.82 904.36 927.85 906.79 942.47 Dry 940.22 Dry 2/11/06 Dr'/
908.86 925.95 907,10 938,93 916,79 944,80 D_
944,44 908.61 932.77 904.25 927.82 906.69 942,46 Dry 940.22 Dry 2/11/06 Dry 908,87 926,02 907.12 939,03 916.87 944,84 Dry 944.50 908.62 932,91 904.35 927.81 906,81 942.54 Dry 940.25 Dry 2/12/06 Dr'/
908.87 925.97 907.09 938.99 916.84 944.91 Dry 944.56 908.62 932.87 904.31 927.79 906.75 942.48 Dry 940.23 Dry 2/12/06 Dry](
908.87 925.97 907.05 939.01 9t6.83 944.97 Dry 944.62 908.63 932.87 904.31 927.78 906.75 942.49 Dry 940.23 Dry 2/12/06 Dry 908.86 925.97 907.19 939.02 916.79 945.14 1_
944_73 908.63 932.86 904.28 927.75 906.73 942.50 Dry 940.22 Dry 2/12/06 Dry 908.89 926.07 907.26 939.16 916.94 945.17 Dr'(
944.80 908.64 933.05 904.46 927.76 906.92 942.58 Dry 940.27 Dry 2/13/06 Dry 908.90 925.99 907.22 939.09 916.94 945.22 Dry 944.85 908.65 932,95 904.42 927.73 906.86 942.49 Dr'[
940.24 Dry 2/13/06 Dry 908.91 926.01 907.23 939,15 916.95 945.28 D_
944,91 908.65 932,98 904.46 927.71 906.91 942.53 Dr,/
940.25 Dry 2/13/06 Dry 908.91 925.99 907.33 939.15 916.92 945.43 D_
945.02 908.66 932.94 904.43 927.70 906.89 942.50 Dry 940.24 Dry 2/13/06 Dry 908.93 926.07 907.39 939.27 917.06 945.46 Dl 7 945.08 908.67 933.08 904.59 927.70 907.05 942.57 Dry 940.28 Dry 2/14/06 Dry 908.95 926.04 907.44 939.27 917.07 945.55 Dr/
945.16 908.68 933.03 904.59 927.69 907.05 942.53 Dry 940.27 Dry 2/14/06 Dry 908.97 926.06 907.46 939.32 917.14 945.6O Dr/
945.22 908.69 933.07 904.67 927.68 907.13 942.56 Dry 940.28 Dry 2/14/06 Dry 908.98 926.05 907.60 939.34 917.15 945.74 Dry 945.34 908.69 933.04 904.68 927.66 907,15 942.54 Dry 940.28 Dry 2/14/06 Dry 909.01 926.10 907.63 939.43 917.28 945.76 Dry 945.39 908.71 933.14 904.83 927.66 907.29 942.59 Dry 940 31 Dry 2/16/06 Dry 909.03 926.03 907,60 939.36 917,27 945.81 Dr},
945,45 908.72 933.03 904.80 927.65 907.24 942.51 Dry 940.28 Dry 2/15/06 Dry 909.05 926.00 907.56 939.36 917.24 945.87 Dq_
945.52 908.73 932.97 904.78 927.63 907.21 942.50 Dry 940.27 Dry 2/15/06 Dry 909.06 926.00 907,66 939.36 917.21 946.02 D_
945,63 908,73 932.93 904.75 9"27.61 907.18 942,51 Dry 940.26 Dry 2/15/06 Dry 909.08 926,05 907.64 939.47 917.32 946.01 DrI 945.67 908.75 933.04 904.89 927.60 907.31 942,56 Dry 940.29 Dry 2/16/06 Dry 909 09 925,93 907.52 939.37 917.25 946.O4 Dry 945.70 908.75 932.87 904.77 927.58 907.17 942.45 Dry 940.24 Dry 2/16/06 Dry 909.09 925,89 907.41 939.35 917.15 946.09 Dry 945.75 908.76 932.77 904.67 927.56 907.06 942.44 Dry 940.21 Dry 2/16/06 Dry 909.07 925.88 907.46 939.34 917.04 946.24 Drj 945.87 908.76 932.71 904.56 927.53 906.96 942.43 Dry 940.20 Dry 2/16/06 Dry 909,09 925.97 907.49 939.49 917.12 946.28 Dry 945.94 908.77 932.87 904.68 927,55 907.09 942.52 Dry 940.24 Dry 2/17106 Dry 909.09 925.92 907.48 939.48 917.11 946.35 Dr/
946.01 908.78 932.84 904.65 927.53 907.05 942.47 Dry 940.22 Dry 2/17/06 Dry 909.10 925.93 907.48 939.51 917.13 946.41 Dry 946.07 908.79 932.87 904.67 927.52 907.07 942.49 Dry 940.23 Dry 2/17/06 Dry 909.09 925.89 907.50 939.50 917.09 946.51 Dry 946.16 908.79 932.82 904.63 927.50 907.02 942.46 Dry 940.21 De/
2/17/06 Dry 909.10 925.94 907.50 939.58 917.14 946.54 Dry 946.23 908.80 932.90 904.69 927.50
- 907.09 942.50 Dry 940.23 Dry 2/18106 Dry 909.10 925.88 907.45 939.55 917.10 946.60 Dry 946.28 908.81 932.83 904.64 927.48 i 907.02 942.45 Dry 940.20 Dry 2/16/06 Dry 909.10
_ 925.88 907.42 939.58 917.09 946.66 Dry 946.35 908.81 932 82 904.62 927.47 907.01 942.46 Dry 940 20 Dry 2/18106 Dry 909.09 925.69 907.49 939.60 917D3 946.81 Dry 946.48 908.81 932.80 904.57 927.45 906.97 942.45 Dry 940.21 Dry 2/16/06 Dry 909.10 925.91 907.46 939.67 917.1!
946.81 Dry 946.51 908.82 932.89 904,66 927.45 907.04 942.48 Dry 940.22 Dry 2/19106 Dry 909.10 925.85 907.41 939.65 917.06 946.87 Dry 946.57 908.83 932.82 904.59 927.43 906.97 942.43 Dry 940.20 Dry 2/19/06 Dry 909.09 925.85 907.36 939.67 917.04 946.93 Dry),
946.64 908.83 932.81 904.57 927.41 906.94 942.44 Dry 940.19 Dry 2/19/06 Dry 909.08 925.86 907.43 939.71 916.98 947.07 Dry).'
946.76 908.83 932.80 904.52 927.40 906.91 942.44 Dry 940.19 Dry 2/19106 Dry 909.09 925.89 907.43 939.78 917.06 947.09 Dry 946.81 908 84 932.89 904.61 92739 I 906 99 942.48 Dry 940.21 Dry 2/20/06 Dry 909.08 925.84 907.42 939,77 917.04 947.15 D_
946.88 908,84 932.84 904.57 927.38 I 906195 942.43 Dry 940,19 Dry 2/20106 Dry 909,08 925.83 907.37 939.79 917.04 947.19 Dr),
946.93 908.85 932.84 904.57 927.37 906.94 942.44 Dry 940.19 Dry 2/20/06 Dry 909.07 925.83 907.45 939.80 916,99 947.32 Dry 947.04 908.85 932.82 904.53 927.35 906.91 942,43 Dry 940.18 Dry 2/20/06 Dry 909.09 925.90 907.48 939.91 917.09 947.33 Dry 947.09 908.86 932.94 904.65 927.36 907.03 942.49 DP1 940.22 Dry 2/21106 Dry 90910 925.86 907.47 939.90 917.10 947.37 Dry 947.14 908.86 932.91 904.64 927.35 907.01 942.44 Dry 940.20 Dry 2/21/06 Dry 909.10 925.86 907.46 939.92 917.10 947.41 Diy 947.19 90887 932,91 904.65 927.34 907.02 942.45 Dry 94020 Dry 2/21/06 Ory 909,10 925,83 907,54 939,93 917.08 947,53 Dry 947.28 908.87 932.87 904.62 927.33 906 99 942.43 Dry 940,19 Dry 2/2!/06 Dry 909.12 925.90 907.54 940.05 917.18 947.51 Dry 947.30 908.88 932.99 904.74 927.33
! 907.12 942.49 Dry 940.22 Dry 2/22/06 Dry 909.12 925.82 907.49 940.00 917.15 947.54 Dr).
947.33 906.88 932.89 904.68 927.32 907.04 942.41 Dry 940.19 Dry 2/22/06 Dry 909.12 925.81 907.43 940.02 917.13 947.56 Dr),
947.36 908,89 932.86 904,66 927,31 907.01 942.42 Dry 940,19 Dry 2/22/06 Dry 909.11 925.81 907.48 940.04 917.05 947.68 Dry 947.46 908.89 932.81 904.59 927.30 906.95 942.41 Dry 940.18 Dry 2/22/06 Dry 909.12 925.85 907.48 940.14 917.13 947.67 Dry 947.48 908.89 932.91 904.68 92730 907.04 942.45 Dry 940.20 Dry 2/23/06 Dry 909.12 925.81 907,45 940.13 917.10 947.70 Dry 947.52 908.90 932.86 904.64 927.29 906.99 942.41 Dry 940.18 Dry 2/23/06 Dry 909.12 925.81 907.42 940.16 917.10 947.73 Dry 947.55 908.90 932.86 904.64 927.29 906.98 942.42 Dry 940.18 Dry 2/23/06 Dry 909.11 925.81 907,51 940.19 917.06 947,84 Dry 947.65 908,90 932.85 904.61 927.28 906.96 942.42 Dry 940.17 Dry 2/23/06 Dry 909.13 925.87 907,52 940.30 917,18 947.81 Dry 947,65 908,91 932.97 904.75 927,30 907.10 942.47 Dry 940.21 Dry 2,'24106 Dry 909.13 925.81 907.51 940.26 917.15 947.85 Dry 947.67 908.92 932.89 904.69 927.28 907.03 942.40 Dry 940.18 Dry 2/24106 Dry 909.14 925.82 907.46 940.30 917.17 947.84 Dry 947.69 908.92 932.92 904.72 927.29 907.05 942.43 Dry 940.19 Dry 2/24/06 Dry 909,13 925.81 907.53 94030 917.12 947.93 Dry 947,76 908.92 932.88 904.67 927.29 907.01 942,41 Dry 940.17 Dry 2/24/06 Dry 909.14 925.84 907.49 940.37 9t7.18 947.89 D_
947.75 908.93 932.95 904.75 927.30 907.08 942.44 Dry 940.19 Dry 2/26/06 Dry 909.14 925,76 907,40 940.30 917.11 947.88 Dry 947.74 908.93 932.84 904.65 927.28 906.97 942.36 Dry 940.16 Dry 2/25/06 Dry 909.12 925.72 907.27 940.26 917.03 947.88 D,Q, 947.73 908.93 932.75 904.56 927.27 906.86 942.34 Dry 940.15 Dry 2/25/06 Dry 909.10 925.74 907.36 I
940.30 916.95 948.00 Dr/
947.85 908.93 932.75 904.48 927.28
_06.81 942.36 Dry 940.14 Dry 2/26/06 Dry 909.10 925.84 907.38 940.44 917.05 947.97 Dry 947.86 908.94 932.94 904.62 927.33 906.96 942.45 Dry 940.18 Dry 2./26/06 Dry 909.10 925.79 907,37 940.41 917.04 947.99 Dry 947.86 908.94 932,90 904.59 927.33 906.91 942,38 Dry 940.16 Dry 2/26/06 Dry 909.11 925.81 907.37 940.46 917.07 947.99 Dry 947.88 908.94 932.95 904.63 927.36 906.96 942.41 Dry 940 17 Dry 2/26/06 Dry 909.10 925.82 907.47 940.47 917.05 948.07 Dry 947.94 908.94 932.94 904.62 927.36 906.94 942.40 Dry 940.17 Dry 2/26/06 Dry 909.13 925.87 907.48 940.55 917.17 948.02 I_
947.92 908.95 933.06 904.75 927.40 907.07 942.45 Dry 940.19 Dry 2/27/06 Dry 909.13 925.81 907.43 940.48 917.13 948.00 D_
947.90 908.95 932.97 904.69 927.40 907.00 942.37 Dry 940.16 Dry 2/27/06 Dry 90914 925.81 907.39 940,50 917.12 948.01 Dry 947.89 908.96 932.96 90468 927.42 906.98 942.39 Dry 940.16 Dry 2/27106 Dry 909.12 925.79 907.4_
940.49 917.06 948.08 Dry 947.97 908.96 932.93 904.62 927.43 906.93 942.37 Dr'/
940.14 Dry 2/27106 Dry 909.14 925.87 907.49 940.61 917.17 948.O6 D_.
947.97 908.96 933.07 904.76 927.48 907.07 942.44 Dry 940.18 Dry 2/26/06 Dry 909.15 925.81 907.43 940.54 917.14 948.04 Dry 947.93 908.97 932.99 904.70 927.49 907.00 942.36 Dry 940.15 Dry 2./28/06 Dry 909.15 925.80 907.39 940.54 917,13 948.03 D_
947.95 908,97 932,98 904.69 927.50 906.98 942,38 Dry 940,14 Dry 2/28/06 Dry 909_14 925.80 907.45 940.54 917.09 948.08 Dry 947.99 908.97 932.96 904.66 927.52 906.95 942.36 Dry 940.14 Dry 2/28/06 Dry 909.15 925.84 907.44 940.61 917.16 948.06 Dr)'
947.96 908.97 933.05 904.74 927.55 907.03 942.40 Dry 940.16 Dry 3/1/06 Dry 909.16 925.82 907.45 940.59 917.14 948.09 D_
947.97 908.98 933.02 904.72 927.57 907.00 942.37 Dry 940.14 Dry 3/1/06 Dry 909.16 925.84 907.43 940.61 917.17 948.07 Dr_
947.98 908.98 933.05 904.75 927.59 907.03 942.39 Dry 940.15 Dry 3/1/06 Dry 909.16 925.81 907.47 940.58 917.12 948.12 D_
948.02 908,98 932.99 904.69 927.60 906.97 942.36 Dry 940.13 Dry 3/1/06 Dry 909.17 925.87 907.46 940_65 917.20 948.06 D_
947.98 908.99 933.10 904.79 9"27.63 907.07 942.41 Dry 940.16 Dry 3/2/06 Dry 909.17 925.83 907.43 940.60 917.17 948.06 Dry 947.97 908.99 933.04 904.75 927.64 907.02 942.36 Dry 940.14 Dry 3/2/06 Dry 909.17 925.83 907.39 940.60 917.16 948.06 Dry 947.97 909.00 933.03 904.73 927.66 907.00 942.36 Dry 940.13 Dry 3/2/06 Dry 909.16 925.83 907.48 940.60 917.12 948.15 Dry 948.04 909.00 933.02 904.71 927.67 S06.98 942.37 Dry 940.13 Dry 3/2/06 Dry 909.18 925.90 907.51 940.70 917.23 948.12 Dry 948.02 909.00 933.15 904.83 927.70 907.11 942.42 Dry 940.16 Dry 3/3/06 Dry 909.19 925.87 907.49 940.64 917.23 948.12 Dr),
948.02 909.01 933.10 904.81 927.72 907.07 942.36 Dry 940.14 Dry 3/3/06 Dry 909.19 925.86 907.45 940.64 917.23 948.10 Dry 948.01 909.01 933.09 904.81 927.74 907 06 942.36 Dry 940 14 Dry 3/3/06 Dry 909,19 925,85 907.53 940.63 917.19 948.19 D_
948.07 909.01 933.06 904.77 927.75 907.03 942.36 Dry 940.13 Dry 3/3/06 Dry 909.20 925.90 907.52 940.70 917.27 948.14 Dry 948.04 909.02 933.16 904.87 927.78 907.13 942.40 Dry 940.15 Dry 3/4/06 Dry 909.21 925.85 907.46 940.63 917.23 948.12 Dry 948.02 909.02 933.07 904,81 927,80 907.05 942.33 Dry 940.12 DrY 3/4/06 Dry 909.20 925.84 907.38 940.62 917.20 948.11 Dry 948.01 909.02 933.05 904.78 927.83 907.01 942.34 Dry 940.12 Dry 3
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASUR_
DATE RPZ-IA RPZ-1B RPZ-2A RPZ-2B RP'Z_A RPZ-3B
! RP'Z,-4A RPZ-4B RPZ-SA RPZ-5B RPZ4A RPZ-6B RPZ-7A
_7B
_A RPZ-.SB RPZ-9A RPZ-9B 3/4/06 Dry 909.19 925.81 907.39 940.59 917.13 948.16 Dry 948.04 909.02 933.00 904.71 927.84 906.94 942.32 Dry 940.11 Dry 3/4/06 Dry 909.19 925.84 907.35 940.64 917.15 948.13 Dry 948.03 909.03 933.05 904.74 927.87 906.97 942.36 Dry 940.11 Dry 3/5/06 Dry 909.18 925.80 907.29 940.59 917.09 948.14 Dry 948.02 909.03 932.99 904.67 927.88 906.89 942.31 Dry 940.10 Dry 3/5/06 Dry 909.17 925.78 907.22 940.58 917.05 948.13 Dry 948.01 909.03 932.97 904.63 927.90 906.84 942,3!
Dry 940.09 Dry 315/06 Dry 909.14 925.79 907.29 940.60 916.99 948.28 Dry 948.11 909.02 932.97 904.56 927.91 906.79 942.32 Dry 940.09 Dry 3/5/06 Dry 909.15 925.85 907.30 940.71 917.07 948.32 Dry 948.13 909.03 933.09 904.67 927.94 906.90 942.37 Dry 940.11 Dry 3/6/06 Dry 909.14 925.85 907.31 940.73 917.08 948.39 Dry 948.17 909.03 933.09 904.66 927.96 906.89 942.35 Dry 940.11 Dry 3/6/06 Dry 909.14 925.84 907.28 940.75 917.08 948.42 I_
948.20 909.03 933.09 904.66 927.97 906.88 942.34 Dry 940.10 Dry 3/6/06 Dry 909.13 925.84 907.33 940.77 917.05 948.49 Dz7 948.27 909.03 933.08 904.64 927.99
=906.86 942.34 Dry 940.10 Dry 3/6/06 Dry 909.14 925.89 907.37 940.85 917.12 948.49 Dr},
948.29 909.03 933.17 904.71 928.02 906.95 942.37 Dry 940.11 Dry 3/7/06 Dry 909.15 925.86 907.34 940.81 917.11 948.48 Dry 948.29 909.03 933.13 904.69 928.04 I 906.91 942.33 Dry 940.10 Dry 3/7/06 Dry 909.15 925.86 907.32 940.83 917.12 948.47 Dry 948.29 909.04 933.14 904.71 928.08 906.92 942.34 Dry 940.09 Dry 3/7/06 Dry 909.15 925.89 907.46 940.87 917.10 948.58 Dry 948.38 909.04 933.16 904.71 928.10 906.93 942.36 Dry 940.10 Dry 3/7/06 Dry 909.18 925.98 907.54 941.00 917.27 948.55 Dry 948.39 909.04 933.34 904.90 928.14 907.14 942.44 Dry 940.14 Dry 3/8/06 Dr'[
909.20 925.91 907.47 940.90 917.27 948.46 Dry 948.32 909.05 933.24 904.87 928.17 907.08 942.34 Dry 940.12 Dry 3/8/06 Dry 909.21 925.93 907.46 940.90 917.26 948.46 Dry 948.32 909.05 933.23 904.86 928.18
- 907.07 942.36 Dry 940.11 Dry 3/8/06 Dry 909.22 925.92 907.51 940.89 917.24 948.51 Dry 948.36 909.05 933.21 904.85 928.22
- 907.05 942.35 Dry 940.10 Dry 3/8/06 Dry 909.22 925.96 907.51 940.95 917.31 948.47 Dry 948.35 909.06 933.27 904.92 928.24 i 907.13 942.38 Dr'/
940.12 Dry 3/9/06 Dry 909.23 925.95 907.50 940.92 917.28 948.47 D_
948.35 909.06 933.23 904.88 928.26 907.09 942.34 Dr'/
940.11 Dry 3/9/06 Dr,/
909.24 925.99 907.54 940.95 917.33 948.37 Dry 94833 909.07 933.28 904.95 928.28 I 907.15 94239 Dry 940.11 Dr'/
3/9/06 Dry 909.25 926.01 907.69 940.93 917.35 948.32 Dry 948.33 909.07 933.30 904.97 928.32 907.18 942.38 Dry 940.12 Dry 3/9/06 Dry 909.28 926,10 907.76 940.99 917.52 948.12 Dry 948.21 909.08 933.46 905.16 928.38 907.36 942.45 Dry 940.16 Dry 3110/06 Dry 909.30 926.05 907.75 940.86 917.54 948.02 Dry 948.09 909.09 933.38 905.18 928.39 907.35 942.38 Dry 940.15 Dry 3/10/06 Dry 909.32 926.03 907.66 940.79 917.55 947.94 Dr/
947.98 909.09 933.33 905.17 928.41 907.33 942.36 Dry 940.13 Dry 3/10/06 Dry 909.33 926.00 907.65 940.70 917.45 947.97 Dry 947.98 909.10 933.22 905.07 928.42 i 907.22 942.32 Dry 940.10 Dry 3/10106 Dry 909.33 926.06 907.64 940.74 917.47 947.96 Dry 947.97 909.10 933.28 905.11 928.46 907.27 942.38 Dry 940.11 Dry 3/11/06 Dry 909.34 926.01 907.62 940.67 917.44 947.97 Dry 947.94 909.11 93321 905.06 928.45 907.20 942.32 Dry 940.09 Dry 3/11/06 Dry 909.35 92605 907.61 940.71 91746 948.01 Dry 947.96 909.11 933.25 905.10 928.49 907.24 942.37 Dry 940.10 Dry 3111/06 Dry 90935 926.03 907.61 940.68 917.43 948.09 Dry 947.95 909.12 933.22 905.06 928.50 907.20 942.34 Dry 940.10 Dry 3/11/06 Dry 909.35 926.03 907.56 940.70 917.43 948.10 Dry 947.99 909.12 933.22 905.06 928.52 907.19 942.36 Dry 940.09 Dry 3/12/06 Dry 909.35 925.99 907.47 940.65 917.37 948.12 Dry 947.98 909.12 933.15 904.99 928.52 907.10 942.31 Dry 940.08 Dry 3/12/06 Dry 909.32 925.91 907.30 940.57 917.26 948.10 Dry 947.94 909.12 933.03 904.87 928.50 906.95 942.26 Dry 940.06 Dry 3/12/06 Dry 909.28 925.86 907.25 940.53 917.11 948.20 Dr/
948.01 909.12 932.94 904.70 928,49 i 906.79 942.25 Dr'[
940.04 Dry 3112/06 Dry 909.26 925.92 907.22 940.64 917.11 948.23 Dry 948.06 909.12 933.03 904.72 928.51 906.83 942.33 Dry 940.05 Dry 3/13/06 Dry 909.23 925.86 907.17 940.60 917.03 948.29 Dry 94809 909.12 932.98 904.63 928.50 906.72 942.27 Dry 940.04 Dr'[
3/13/06 Dry 90921 925.88 907.13 940.64 917.02 948.32 Dry 948.12 909.12 93302 904.62 928.50 906.71 942.31 Dry 940.04 Dry 3/13/06 Dry 909.19 925.87 907.18 940.66 916.96 948.43 Dry 948.21 909.11 933.02 904.56 928.51 906.66 942.30 Dry 940.03 Dry 3/13/06 Dry 909.18 i
925.94 907.21 940.78 917.04 94847 Dry 948.25 909.11 933.14 904.65 928.54 906.77 942.36 Dry 94006 Dry 3/14/06 Dry 909.18 925.94 907.25 940.80 917.05 948.53 Dry 948.30 909.11 933.16 904.66 928.55 906.77 942.33 Dry 940.06 Dry 3/14/06 Dry 909.18 925.96 907.27 940.86 917.11 948.56 Dry 948.34 909.11 933.22 904.72 928.55 906.83 942.36 Dry 940.07 Dry 3/14106 Dry 90918 926.01 907.41 940.92 917.13 948.68 Dry 948.45 909.11 933.27 904.75 928.58 906.88 942.38 Dry 940.08 Dry 3/14/06 Dry 909.21 926.06 907.47 941.00 917.27 948.68 Dry 948.46 909.12 933.38 904,90 928.61
_907.03 942.41 Dry 94010 Dry 3115106 Dry 909.22 926.03 907.45 940.96 917.28 948.65 Dry 948.46 909.13 933.32 904.89 928.60
! 907,01 942.35 Dry 940.09 Dry 3/15/06 Dr'/
909.23 926.00 907.33 940.92 917.27 948.58 Dry 948.42 909.13 933.27 904.87 928.59 906.97 942.33 Dry 940.07 Dry 3/15/06 Dry 909.21 925.96 907.34 940.86 917.16 948.66 Dz-j.
948.46 909.12 933.16 904.75 928.58 906.86 942.29 Dry 940.04 Dry 3/15/06 Dry 909.22 926.01 907.33 940.95 917.20 948.63 D_
948.47 909.13 933.25 904.81 928.61 906.93 942.35 Dry 940.06 Dry 3/16/06 Dry 909.21 925.97 907.29 940.89 917.15 948.63 Dry 948.46 909.13 933.19 904.75 928.60 906.85 942.30 Dry 940.03 Dry 3116/06 Dry 909.20 925.99 907.26 940.92 917.15 948.62 Dry 948.48 909.13 933.21 904.75 928.62 906.86 942.33 Dry 940.04 Dry 3/16/06 Dry 909.!9 926.00 907.35 940.93 917.13 948.71 Dry 948.53 909.13 933.21 904.73 928.62 906.84 942.33 Dry 940.03 Dry 3/16/06 Dry 909.21 926.07 907.40 941.04 917.23 948.69 Dry 948.53 909.13 933.35 904.85 928.65 906.97 942.39 Dry 940,06 Dry 3/17/06 Dry 909.22 926.06 907.41 941.01 917.25 948.70 Dry 948.53 909.13 933.33 904.86 928.67 g06.97 942.35 Dry 94006 Dry 3/!7/06 Dry 909.23 926.07 907.41 941.03 917.28 948.69 Dr'i 948.53 909,14 933.34 904.89 928.67 907.00 942.36 Dry 940.06 Dry 3/17/06 Dry 909.23 926.08 907.50 941.03 917.28 948.77 Dry 948.60 909.14 933.34 904.89 928.68 907.00 942.36 Dry 940.05 Dry 3117106 Dry 909.26 926.16 907.58 941.14 917.39 948.78 Dry 948.62 909.14 933.47 905.03 928.72 907.15 942.42 Dry 940.09 Dry 3/18/06 Dry 909.28 926.15 907.58 941.13 917.44 948.76 Dry 948.60 909.15 933.46 905.06 928.72 907.17 942.38 Dry 940.08 Dry 3118/06 Dry 909.29 926.15 907.56 941.12 917.46 948.76 Dry 948.59 909.15 933.43 905.08 928.73 907.17 942.38 Dry 940.08 Dry 3/18/06 Dry 909.30 926.14 907.59 941.09 917.42 948.82 Dry 948.64 909.15 933.38 905.03 928.74 907.13 942.35 Dry 940.06 Dry 3/16/06 Dry 909.32 926.18 907.60 941.16 917.47 948.84 Dry 948.65 909.16 933.43 905.10 928.75 907.19 942.38 Dry 940.07 Dry 3119/06 Dry 909.33 926.18 907.62 941.16 917.47 948.8?
Dry},
948.68 909.16 933.41 905.09 928.77 907.17 942.36 Dry 940.06 Dr'/
3/19/06 Dry 90934 926.17 907.60 941.16 917.49 948.89 Dry 948.68 909.17 933.40 905.10 928.75 907.17 942.36 Dry 940.05 Dry 3/19106 Dry 909.35 926.17 90762 941.17 917.46 948.96 Dry 948.74 909.17 933.37 905.06 928.77 907.14 942.35 Dry 94005 Dry 3/19/06 Dry 909.36 926.20 907.55 941.21 917.49 94892 Dry 948.71 909.17 933.41 905.11 928.79 907.17 942.36 Dry 94005 Dry 3/20/06 Dry 909.35 926.12 907.45 941.12 917.39 948.94 Dry 948.70 909.17 933.26 904.97 928.78 907.02 942.28 Dry 940.02 Dry 3/20/06 Dry 909.33 926.14 907.38 941.15 917.33 948.95 D_
948.73 909.17 933.26 904.92 928.79 906.97 942.31 Dry 940.01 Dry 3/20106 Dry 909.31 926.14 907.41 941.17 917.26 949.05 Dry 948.82 909.17 933.24 904.85 928.79 906.90 942.31 Dry 940.01 Dry 3/20/06 Dry 909.31 926.21 907.43 941.28 917.32 949.04 Dry 948.84 909.18 933.36 90493 928.82 906.99 942.37 Dry 940.03 Dry 3/21/06 Dry 909_30 926,21 907.44 941.27 917.31 949.05 Dry 948.84 909.18 933.35 904.91 928.83 906.96 942.33 Dry 940.02 Dry 3/21/06 Dry 90930 926.22 907.41 I
941.28 917.33 949.02 Dry 948.83 909.18 933.37 904.92 928.85 906.97 942.34 Dry 940.02 Dry 3/21106 Dry 909.29 926.27 907.46 941.32 917.32 949.07 I_
948.89 909.18 933.41 904.92 928.87 906.98 942.36 Dry 940.03 Dry 3/21106 Dry 909.30 926.26 907.39 941.33 917.37 94899 Dry 948.83 909.18 933.44 904.96 928.88 907.00 942.36 Dry 940.03 Dry 3/22/06 Dry 909.28 926.20 907.29 941.22 917.26 948.98 Dr).
948.79 909.18 933.31 904.82 928.87 906.85 942.28 Dry 940.00 Dry 3/22/06 Dry 909.26 926.20 907.18 941.21 917.18 948.98 Dry 948.79 909.17 933.26 904.75 928.89 906.76 942.28 Dry 939.99 Dry 3/22/06 Dry 909.23 926.21 907.19 941.2.2 917.09 949.07 Dry 948.86 909.16 933.24 904.65 928.90 906.68 942.28 Dry 939.98 Dry 3/22/06 Dry 909.22 926.26 907.15 941.30 917.11 949.06 Dry 948.87 909.16 933.32 904.69 928.92 906.71 942.32 Dry 939.99 Dr'/
3/23/06 Dry 909.20 926.26 907.12 941.29 917.06 949.O9 Dry 948.88 909.15 933.30 904.63 928.94 90665 942.29 Dry 939.98 Dry 3/23/06 Dry 909.19 926.29 907.11 941.34 917.07 949.09 Dry 948.89 909.15 933.35 904.64 928.96 906.67 942.32 Dry 939.98 Dry 3/23/(36 Dry 909.17 926.33 907.20 941.37 917.05 949.17 Dry 948.97 909.14 933.38 904.62 928.99 906.66 942.33 Dry 939.98 Dry 3/23/06 Dry 909.18 926.41 907.26 941.48 917.16 949.14 Dry 948.97 909.14 933.54 904.76 929.02 906.81 942.39 Dry 940.01 Dry 3/24/06 Dry 909.18 926.42 907.27 941.45 917.19 949.10 Dry 948.94 909.14 933.53 904.77 929.04 906.81 942.35 Dry 940.01 Dry 3/24/06 Dry 909.18 926.43 907.25 941.44 917.21 949.04 Dry 948.90 909.14 933.53 904.79 929.06 906.82 942.35 Dry 940.01 Dr'/
3/24/06 Dry 909.18 926.47 907.35 941.44 917.19 949.09 D_
948.95 909.14 933.54 904.77 929.10 906.82 942.35 Dry 94000 Dry 3/24/06 Dry 909.21 926.55 907.40 941.52 917.31 949.(;2 I_
948,92 909.14 933.67 904.92 929.15 906.97 942.40 Dry 940.03 Dry 3/25/06 Dry 909.22 926.53 907.40 941.45 917.32 948.97 Dry 948.87 909.15 933.61 904.91 929.16 906.94 942.34 Dry 940.01 Dry 3/25/06 Dry 909.23 92656 907.36 941.45 917.34 948.91 Dry 948.82 909.15 933.61 904.92 929.19 906.96 942.35 Dry 940.01 Dry 3/25/06 Dry 909.23 926.59 907.45 941.43 917.32 948.96 Dry 948.86 909.15 933.59 904.91 929.21 906.94 942.36 Dry 940.00 Dry
TABLE I. WATERLEVELS FOR80-ACREWSRPIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-1A RPZ-1B RPZ-2A RPZ-2B RFZ_A RPZ-3B RPZ-4B RIW_SA RPZ-SB RPT_6A RP7---6B RPZ-TA RP_7B RPZ-SB RP_9A RP7_9B 3/25/06 De/
909.25 926.66 907.48 941.52 917.42 948.89 Dry 948.82 909.15 933.71 905.04 929.25 907.08 942.41 Dry 940.03 Dry 3/26/06 Dry 909.26 926.63 907.46 941.43 917.40 948.82 Dzy 948.76 909.16 933.62 904.99 929.25 907.02 942.33 De/
940.00 De/
3/26/06 De/
909.27 926.64 907.38 941.40 917.39 94873 Dry 948.69 90916 933.60 904.98 929.28 907.00 942.34 Dry 939.99 De/
3/26/06 Dry 909.27 926.64 907,44 941.37 917.34 948.77 Dz_
948.70 909.16 933.56 904.93 929.30 906.96 942.33 Dry 939.98 Dry 3/26/06 Dry 909.28 926.69 907.43 941.43 917.41 948.71 Dr'Z 948.67 909.16 933.63 905.02 929.33 907.04 942.37 Dry 939.99 Dry 3127106 Dry 909.28 926.67 907.42 941.38 917.38 948.69 Dry 948.63 909.17 933.58 904.98 929.36 906.99 942.33 Dry 939.98 Dry 3/27/06 Dry 909.28 926.66 907.36 94!.35 917.36 948.64 Dry-948.59 909.17 933.56 904.96 929.37 906.96 942.32 Dry 939.97 Dry 3/27/06 Dr'/
909.28 926.68 907.41 941.34 917.32 948.71 Dry 948.62 909.16 933.54 904.92 929.39 906.93 942.33 Dry 939.97 Dry 3/27/06 Dry 909.29 926.73 907.43 941.42 917.40 948.68 Dz7 948.62 909.17 933.64 905.02 929.42
_907.03 942.38 Dry 939.99 Dry 3/28/06 Dry 909.29 926.69 907.42 941.35 917.37 948.67 Dr},
948.60 909.17 933.58 904.97 929.43 I 906.97 942.32 Dry 939.97 Dry 3/26/06 Dry 909.29 926.69 907.36 941.34 917.37 948.62 Dry 948.56 909.17 933.57 904.97 929.44 I 906.96 942.33 Dry 939.96 Dry 3/26/06 Dry 909.28 926.69 907.42 941.32 917.30 948.71 D_
948.62 909.17 933.53 904.91 929.46 906.91 942.31 De/
939.96 Dry 3/28/06 De/
909.30 926.80 907.53 941.47 917.44 948.72 Dt_
948.65 909.18 933.72 905.08 929.51 907.10 942.43 De/
940.00 De/
3/29106 Dry 909.31 926.73 907.48 941.37 917.45 948.66 Dry 948.58 909.18 933.63 905.05 929.50 907.04 942.33 Dry 939.98 Dry 3/29/06 Dry 90932 926.72 907.43 941.35 917.43 948.63 D_'_
948.56 909.18 933.60 905.04 929.50 907.02 942.33 De/
939.97 De/
3/29/06 Dry 909.32 926.73 907.48 941.35 917.41 948.68 I_,
948.59 909.19 933.60 905.03 929.51 i 907.02 942.35 Dry 939.96 Dry 3/29/06 On/
909.32 926.74 907.44 941.37 917,44 948.63 Dz7 948.56 909.19 933.64 905.07 929.52 i 907_05 942.36 Dry 939.96 Dry 3/30106 De/
909.31 926,67 907.38 941.27 917,37 948,63 Dr'/
948.53
_K)9.16 933.52 904.97 929.51
[ 906.93 942.29 Dry 939.94 Dry 3/30/06 Dry 909.30 926.66 907.31 941.27 917.33 948.61 D_
948.51 909.18 933.51 904.93 929.53 906.89 942.30 De/
939.94 Dry 3/30106 Dry 909.28 926.66 907.37 941.27 917.27 948.70 D_
948.57 909.18 933.50 904.88 929.54 906.85 942.31 Dry 939.94 Dry 3/30/06 Dry 909.29 926.73 907.38 941.36 917.35 948.68 Dt7 948.59 909.18 933.61 904.97 929.57 906.95 942.37 Dry 939.96 Dry 3/31106 Dry 909.28 926.70 907.39 941.33 917.33 948.69 D_,
948.59 909.18 933.57 904.94 929.57 906.91 942.33 Dry 939.94 Dry 3131106 Dry 909.29 926.72 907.38 941.36 917.37 948.67 D_."
948.57 909.18 933.61 904.98 929.58 906.95 942.36 De/
939.95 Dry 3/31106 Dry 909.28 926.68 907.40 941.33 917.34 948.70 Dry 948.59 909.!8 933.57 904.94 929.57
=906.91 942.33 Dry 939.93 Dry 3/31/06 Dry 909.28 926.69 907.37 941 34 917.36 948.67 DP¢'
948.57 909.18 93359 904.96 929.58 906.92 942.33 Dry 939.93 Dry 4/1/06 Dry 909.27 926.65 907.34 941.30 917.31 948.66
- Dz_,
948.56 909.18 933.54 90490 929.58 906.86 942.30 Dry 939.92 Dry 4/1/06 Dry 909.27 92664 907,27 941.30 917.30 948.63 Dz_
94853 909.18 93353 904.89 929.58 906.84 942.31 De/
939.92 Dry 4/1/06 Dry 909.25 926.62 907.30 941.27 917.23 948.69 Dry 948.58 909.17 933.50 904.82 929.58 906.78 942.30 Dry 939.91 Dry 4/1/06 Dry 909.25 926.68 907.32 941.36 917.29 948.68 l_
948.59 909.17 933,59 904.90 929.60 906.86 942.35 Dry 939.93 Dry 4/2/06 Dry 909.24 926.62 907.28 941.30 917.25 948.68 Dr_
948.56 909.17 933.53 904.84 929.59 906.79 942.29 Dry 939.91 Dry 4/2/06 Dry 909.23 926.59 907.20 941.28 917.23 948.65 D_
948.54 909.17 933.50 904.81 929.58 906.75 942.29 De/
939.90 Dry 412/06 Dry 909.22 926.62 907.29 941.31 917.18 948.75 D_'7 948.62 909.16 933.52 904.79 929.60 906.74 942.32 Dry 939.91 Dry 4/2/06 Dry 909.22 926.69 907.33 941.41 917.29 948.74 I_
948.63 909.16 933.65 904.90 929.63 906.87 942.37 Dry 939.93 Dry 4./3/06 De/
909.23 926.65 907.33 941.37 917.28 948.75 Dr}"
948.62 909.16 933.61 904.88 929.63 i 906.84 942.32 Dry 939.91 Dry 4/3/06 De/
909.23 926.65 907.30 941.38 917.30 948.74 Dr},
948.61 909.16 933.61 904.90 929.63 906.85 942.33 Dry 939.91 Dry 4/3/06 Dry 909.22 926.65 907.39 941.39 917.28 948.82 D_
948.68 909.15 933,61 904.88 929.64 906.84 942.33 Dry 939.91 Dry 413/06 Dry 909.24 926.71 907.42 941.48 917.36 948.80 Dry 948.68 909.16 933.72 905.00 929.66 906.96 942.38 Dry 939.92 Dry 414/06 Dry 909.25 926.67 907.44 941.43 917.37 948.83 D_
948.69 909.16 933,66 904.98 929.65 906.93 942.33 De/
939.91 Dry 4/4/06 Dry 909.26 926.68 907.43 941.46 917.40 948.83 Dr/
948.69 909.16 933.68 905.01 929.66 906.97 942.35 Dry 939.91 Dry 4/4/06 De/
909,27 926.69 907.51 941.47 917.40 948.91 D_
948.76 909.16 933.67 905.02 929.67 906.97 942.35 Dry 939.91 Dry 4/4/06 Dry 909.29 926.74 907.57 941.55 917.49 948.93 Dry 948.79 909.17 933.76 905.12 929.69 907.08 942.39 Dry 939.92 Dry 415/06 Dry 909.31 926,73 907.62 941.55 917.53 948.96 Dz'7 948.79 909.17 933.76 905.16 929.69 907,11 942.37 Dry 939.92 Dry 4/5/06 Dry 909.32 926.69 907.49 941.52 917.55 948.87 Dr}.
948.74 909.18 933.72 905.16 929.68
[ 907.09 942.33 Dry 939.90 Dry 4/5/06 Dry 909.31 926.64 907.51 941.45 917.44 948.98 D:_
948.80 909.18 933.60 905.03 929.68 906.97 942.30 De/
939.89 De/
4/5,136 Dry 909.32 926.69 907.47 941.53 917.48 948.96 Dr_
948.80 909.18 933.67 905.10 929.70 907.03 942.34 De/
939.89 Dry 4/6/06 Dry 909.31 926.61 907.38 941.44 917.39 948.96 Dr'/
948.79 909.18 933.54 904.97 929.67 906.89 942.26 Dry 939.87 On/
4/6/06 Dry 909.29 926.60 907.29 941.45 917.33 948.95 D-Q, 948.78 909.17 93352 904.91 929.67 906.83 942.28 Dry 939.87 Dry 4/6/06 Dry 90927 926.63 907.37 941.48 917.27 949.04 D_'_
948.87 909,17 933.54 904,86 929.69 906.79 942.31 De/
939.87 Dry 4/6/06 Dry 909.27 926.73 907.43 941.60 917.37 949.02 D_
948.89 909.17 933.69 904.99 929.72 906.93 942.38 Dry 939.89 Dry 4/7/06 Dry 909.27 926.70 907.41 941.54 917.37 948,98 Dz_
948.84 909.17 933.65 904.96 929.71 906.88 942.31 Dry 939.87 Dry 4/7/06 Dry 909.27 926.72 907.35 941.55 917.37 948.93 Dry 948.81 909.17 933.66 904.97 929.74 906.88 942.33 Dry 939.87 Dry 4/7/06 Dry 909.26 926.74 907.43 941.55 917.33 948.99 Dr},
948.87 909.16 933.65 904.93 929.74 906.86 942.33 Dr'/
939.87 Dry 4/7/06 Dry 909.27 926.81 907.45 941.62 917.42 948.94 Dry 948.84 909.17 933.76 905.04 929.76 906.97 942.37 Dry 939.88 Dry 4/8/06 Dry 909.27 926.77 907.41 941.55 917.40 948.90 Dry 948.80 909.17 933.68 904.99 929.76 906.90 942.31 Dry 939.86 Dry 4/8/06 De/
909.26 926.76 907.34 941.52 917.37 948.86 D_/
948.75 909.16 933.65 904.96 929.76 906.86 942.30 Dry 939.85 Dry 4/8/06 De/
909.25 92678 907,42 941.53 917.33 948.93 Dx_
948.81 909.16 933.65 904.92 929.77 906.84 942.32 Dry 939.85 Dry 4/8/06 Dry 909.27 926.87 907.46 941.64 917.43 948.89 Dry 948.81 909.17 933.78 905.06 929.80 906.97 942.38 Dry 939.87 Dry 4/9/06 Dry 909.27 926.85 907.48 941.60 917.43 948.93 Dr).
948.79 909.17 933.75 905.04 929.80 906.95 942.33 Dry 939.86 Dry 419/06 Dry 909,28 926.86 907.45 941.62 917.46 948.94 D_
948.80 909.17 933.76 905.06 929.81 906.97 942.34 Dry 939.86 Dry 419/06 De/
909.28 926.89 907.56 941.63 917.45 948.99 Dz_
948.86 909,17 933.76 905.06 929.82 906.97 942.35 Dry 939.85 Dry 4/9/06 Dr'/
909.31
_ 926.96 907.60 941,71 917.56 948.90 D_.
948.85 909,18 933.87 905.19 929.84 907.11 942.39 Dry 939.87 Dry 4/10/06 Dry 909.32 926.89 907.53 941.59 917.55 948.78 D:7 948.73 909.18 933.77 905.14 929.82 907.04 942.30 Dry 939.85 Dry 4/10/06 Dry 909.32 926.89 907.47 941.54 917.50 948.68 I_
948.66 909.18 933.72 905.10 92934 907.00 942.31 Dry 939.84 Dry 4/10/06 Dry 909.31 926.89 907.54 941.51 917.45 948.68 Dr'/
948.67 909.18 933.69 905.06 929.84 906.95 942.31 Dry 939.84 Dry 4110106 De/
909,33 926.98 907.56 941.59 917.55 948.59 Dz_
948.62 909.18 933.83 905.19 929.86 907.09 942.38 De/
939.86 Dry 4/11/06 Dry 909.33 92667 907.45 I
941.44 917.50 948.49 l_
948.50 909.18 933.69 905.09 929,83 906.96 942.27 Dry 939,83 De/
4/11/06 Dry 90932 926.86 907.36 941.39 917.43 948.42 Dr_
948.44 909.18 933.64 905.03 929.83 906.90 942.28 Dry 939.82 Dry 4/11/06 Dry 909.29 926.84 907.39 941.35 917.35 948.45 D_
948.45 909.17 933.60 904.95 929.82 906.83 942.28 Dry 939.81 Dry 4/11/06 De/
909.29 926.92 907.41 941.44 917.42 948.40 Dz_
948.42 909.18 933.71 905.05 929.84 906.93 942.35 De/
939.83 Dry 4/12/06 Dry 909.28 926.86 907.36 941.35 917.38 948.35 Dx-/"
948.37 909.17 933.63 904.98 929.83 906.85 942.28 Dry 939.81 Dry 4112/06 Dry 909.27 926.85 907.27 941.32 917.35 948.27 Dry 948.30 909.17 933.61 904.96 929.83 906.82 942.29 Dry 939.80 Dry 4/12/C6 Dry 909.25 926.82 907.31 941.27 917.27 948.30 Dr.i 948.32 909.16 933.55 904.87 929.81 906.74 942.28 Dry 939.80 Dry 4/12/06 Dry 909.25 926.91 907.36 941.35 917.35 948.27 Dz'y 948.31 909.16 933.68 904.98 929.81 906.85 942.35 Dry 939.81 Dry 4113/06 De/
909.24 926.87 907.35 941.30 917.35 948.23 D_
948.25 909.16 93364 904..96 929.79 906.83 942.30 Dry 939.80 Dry 4/13/06 Dry 909.24 926.87 907.31 941.27 917.35 948.16 Dry 948.20 909.16 933.64 904.97 929.79 906.83 942.31 Dry 939.80 Dry 4/13/06 Dry 909.24 926.89 907.41 941.27 917.34 948.18 Dx7 948.23 909.15 933.65 904.97 929.77 906.84 942.33 Dry 939.80 Dry 4113/06 Dry 909.26 926.96 907.49 941.34 917.46 948.12 Dry 948.21 909.16 933.77 905.11 929.76 906.99 942.37 De/
939.82 Dry 4/14/06 Dry 909,27 926.92 907.53 941.26 917.48 948.08 Dr_
948.15 909.16 933.72 905.11 929.75 906.97 942.31 De/
93980 Dry 4/14/06 Dry 909.29 926.98 907.59 941.30 917.56 948.03 Dr_
948.11 909.17 933.79 905.22 929.76 907.09 942.38 Dry 939.82 Dry 4/14/06 Dry 909.31 926.98 907.69 941.28 917.59 948.01 Dz7 948.13 909.17 933.79 905.24 929.74 907.13 942.37 Dry 939.82 De/
4/14/06 Dry 909.33 926.99 907.58 941.26 917.70 947.77 D_
947.96 909.18 933.83 905.37 929.70 907.22 942.37 Dry 939.82 Dry 4/15/06 Dry 909.34 926.78 907.42 941.00 917.52 947.64 Dt7 947.85 909.18 933,53 905.13 929.62 906.96 942.21 Dry 939.77 Dry 4/15/06 Dry 909.32 926.77 907.35 940.96 917.42 947.55 Dr},
947.79 909,18 933.48 905.06 929.60 906.89 942.26 Dry 939.77 Dry 4/15106 Dry 909.30 926.77 907.4(
940.93 917.36 947.51 Dry 947.76 909.17 933.47 905.01 929.57 906.85 942.28 Dry 939.77 Dry 4/15/06 Dry 909.30 926.85 907.43 941.00 917.44 947.38 Dry 947.69 909.18 933.60 905.12 929.56 906.97 942.35 Dry 939.78 Dry
TABLE L WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMI_I KIC ELEVATION IN I"E_I ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-1A RPZ-1B RPZ--2A RP'Z_21 RPZ-3A RPZ-3B RPZ-4A
_B RPZ-SA
?.JJZ-SB iRPZ-.6B RPZ-7A RPT_7B RPZ-gA RP'Z,.-SB
_9A RPT_9B 4/16/06 Dry 909. 30 926.79 907.41 940.89 917.42 947.26 Dr/
947.58 909.17 933.53 905.08 929,53 900.91 942.29 Dry 939.76 Dry 4/16/06 Dry 909.30 926.79 907.34 940.84 917.42 947.11 D_
947,47 909.17 933,52 905.08 929.51 906.91 942.30 Dry 939,76 Dry 4/16/06 Dry 909.29 926.78 907.42 940.80 917,37 947.06 Dr},
947,44 909.17 933,51 905,05 929.49 906.89 942.30 Dry 939.76 Dry 4/16106 Dry 909.30 926.84 907.44 940_82 917.46 946.90 Dr/
947.33 909,18 933,60 905.17 929,47 907.00 942.35 Dry 939.77 Dry 4/17106 Dry 909.30 926.76 907.40 940.70 917.43 946.76 Dry 947.21 909.18 933,51 905.11 929.44 906.94 942.26 Dry 939,75 Dry 4/17/06 Dry 909.30 926,74 907.32 940.64 917.40 946.6]
Dry 947.08 909.17 933,48 905,09 929.42 906.91 942.29 Dry 939,75 Dry 4/17106 Dry 909.29 926.72 907.36 940.58 917.35 946.55 Dr"r" 94%03 909.17 933.45 905.05 929.39 906.87 942.29 Dry 939.75 Dry 4/17/06 Dry 909.30 926,77 907.37 940.59 917.40 946.39 Dr/
946.92 909.18 933.52 905.13 929.36 906.95 942.33 Dry 939,76 Dry 4/18/06 Dry g09.29 926.70 907.32 940,49 917.36 946.27 Dr/
946.81 909,17 933.44 905.07 929.33 906.89 942.28 Dry 939.74 Dry 4/18/06 Dry 909.28 926.67 907.24 940.41 917.32 946.12 D_
946.67 909.17 933.40 905.04 929.30 906.84 942.27 Dry 939.73 Dry 4/18/06 Dry 909.26 926.67 907.31 940.37 917.27 946.08 Dr,/
946.63 909.17 933.39 905.01 92927 906.82 942.29 Dry 93973 Dry 4118/06 Dry 909.28 926.74 907.37 940.42 917.36 945.94 Dr/
946.53 909.17 933.51 905.13 929.25 90695 942.35 Dry 939.75 Dry 4/19/06 Dry 909.28 926.70 907.39 940.33 917,37 945.83 D_
946.42 909.17 933.48 905.13 929.22 906.94 942.30 Dry 939.74 Dry 4/19106 Dry 909.29 926.69 907.34 940.27 917.39 945.68 Dr/
946.28 909.18 933.47 905.15 929.20 906.96 942.31 Dry 939.74 Dry 4119/06 Dry 909.29 926.69 907.41 940.23 917.37 945.62 Dr/
946.22 909.18 933.46 905.15 929.17 906.96 942.32 Dry 939.73 Dry 4/19/06 Dry 909.31 926.73 907.43 940.23 917.45 945.46 Dr/
946.10 909.18 933.53 905,25 929.15 907,06 942.35 Dry 939,74 Dry 4/20106 Dry 909.32 926.64 907.39 940.09 917.41 945.34 Dry 945.97 909.19 933.42 905.19 929.10 906.99 942.28 Dry 939.72 Dry 4/20106 Dry 909.32 926.60 907.29 940.01 917.37 945,20 Dr/
945.83 909.18 933_35 905.15 929.07 906.94 942.27 Dry 939,72 Dry 4/20/06 Dry 909.31 926.59 907.34 939.96 917.30 945.15 Dr/
945.77 909.18 933.32 905.11 929.04 906.90 942.28 Dry 939.71 Dry 4/20/06 Dry 909.32 92665 907.36 939.98 917.37 945.01 l_
945.66 909.19 933.41 905.21 929.01 907.00 942.33 Dry 939.72 Dry 4/21/06 Dry 90932 926.59 907.35 939.88 917.34 944.91 Dry 945.56 909.19 933.34 905.17 928.98 906.96 942.28 Dry 939.71 Dry 4/21/06 Dry 909.32 926.57 907.30 939.81 917.34 944.78 Dr/
945.44 909.19 933.32 905.17 928.95 906.95 94'2,28 Dry 939.71 Dry 4/21106 Dry 909.32 926.60 907.41 939.79 917.33 944.73 Dry 945.38 909.19 933.33 905.19 928.92 906.98 942.32 Dry 939.71 Dry 4/21106 Dry 909.34 926.64 907.43 939.78 917.42 944.55 Dr/
945.28 909.20 933.41 905.31 928.89 907.10 942.34 Dry 939.72 Dry 4/22/06 Dry 909.35 926.55 907.39 939.64 917.39 944.44 Dt7 945.16 909.20 933.30 905.25 928.84 907.03 942.27 Dry 939.70 Dry 4/22/06 Dry 909.36 926.54 907.34 939.57 917.37 944.31 Dry 945.05 909.20 933.26 905.25 928.82 907_02 942.28 Dry 939.70 Dry 4/22/06 Dry 909.35 926.51 907.38 939.49 917.32 944.24 D_
944.99 909.20 933.21 905.21 928.78 906.98 942.28 Dry 939.69 Dry 4/22/06 Dry 909,36 926,53 907.36 939.46 917.36 944.06 Dr'/
944.88 909.21 933.24 905.27 928,75 907.03 942.30 Dry 939.69 Dry 4/23/06 Dry 909.35 926.45 907.28 939.31 917.29 943.94 Dr/
944.77 909.21 933.12 90'5.19 92870 906.94 942.23 Dry 939.68 Dry 4/23106 Dry 909.34 926.41 907.16 939,22 917.23 943,81 Dr/
944.65 909.21 933.04 905.13 928,67 g06.87 942.23 Dry 939.67 Dry 4/23/06 Dry 909.31 926.39 907.16 939.15 917.13 943,76 Dry 944.59 909,21 932.99 905.05 928.63 906.80 942,23 Dry 939.67 Dry 4/23/06 Dry 909.30 i
926.41 907.15 939.12 917.14 943.67 Dry 944.51 909.21 933.03 905.09 928.60 906.84 942.27 Dry 939.67 Dry 4/24/06 Dry 909,29 926.36 907.13 939.05 917.10 943,66 Dry 944.43 909,21 932.97 905.05 928.58 906.79 942.24 Dry 939.66 Dry 4/24/06 Dry 909.27 926.34 907.06 939.02 917 07 943.62 D_
944.35 909.21 932.95 905.03 928.55 906.76 942.24 Dry 939.66 Dry 4/24/06 Dry 909.25 926.35 907.14 939.02 917.04 943.68 Dr/
944.31 909.20 932.96 905.01 928.53 906.76 942.27 Dry 939.66 Dry 4/24/06 Dry 909.26 926.38 907,18 939.06 917.10 943.67 Dr/
94426 909.21 933.04 905,10 928.50 906.85 942.30 Dry 939.67 Dry 4/25/06 Dry 909,26 926.34 907.19 939.01 917.10 943,68 Dr),
944.21 909,21 933.00 905.09 928,47 906.84 942,26 Dry 939.65 Dry 4/25106 Dry 909.26 926.33 907.15 938.99 917.10 943.66 Dry 944.!5 909.21 932.99 905.10 928.45 906.84 942.26 Dry 939.65 Dry 4/25/06 Dry 909.25 926.34 907.26 939.00 917.08 943.75 Dr/
944.14 909.21 932.99 905.10 928.42 906.85 942.28 Dry 939.65 Dry 4/25/06 Dry 909.27 I
926.39 907.33 939.06 917.18 943.74 Dr/
944.12 909.21 933.1t 905.23 928.39 906.99 942.33 Dry 939.67 Dry 4/26/06 Dry 909.28 926.29 907.26 938.96 917.16 943.73 Dry 944.07 909.22 933.00 905.17 928.35 906.92 942.23 Dry 939.65 Dry 4/26/06 Dry 90928 926.29 907.26 938.96 917.13 943.76 Dry 944.04 909.22 932.98 905.17 928.34 906.91 942.26 Dry 939.64 Dry 4/26/06 Dry 909.29 I
926.33 907.39 939.00 917.15 943.85 Dry 944.07 909.22 933.03 905.21 928.31 906.97 942.30 Dry 939.65 Dry 4/26/06 Dry 909.31 926.35 907.39 939.02 917.24 943.82 Dr/
944.04 909.23 933.09 905.32 928.28 I 907.06 942.30 Dry 939.66 Dry 4/27/06 Dry 909.31 926.24 907.32 938.92 917.18 943.84 D'Q" 944.01 909.23 932.96 905.22 928.24
_906.96 942.21 Dry 939.63 Dry 4/27106 Dry 909.31 926.23 907.26 938.90 917.14 943.87 Dry 944.00 909,23 932.93 905.19 928.21 906.92 942.23 Dry 939.63 Dry 4/27106 Dry 909.29 92622 907.28 938.90 917.07 943.97 Dr/
944.02 909.23 932.90 905.13 928.18 906.87 942.23 Dry 939.62 Dry 4127106 Dry 909.29 926.20 907.21 938.92 917.08 943.98 Dr},
944.01 909.23 932.91 905.14 928.15 906.87 942.23 Dry 939.62 Dry 4/29/06 Dry 909.28 926.19 907.21 938.91 917.02 944.07 Dr/
944.04 909.23 932.89 905.09 928.12 906.82 942.22 Dry 939.61 Dry 4/26/06 Dry 909,26 926.18 907.14 938.93 917.00 944.11 Dry 944.02 909.22 932.90 905.07 928.10 906.81 942.23 Dry 939.61 Dry 4/28/06 Dry 909.24 926.15 907.17 938.91 916,92 944.24 Dry 944,08 909.22 932,86 904.99 928,07 906.72 942,20 Dry 939.60 Dry 4/28/06 Dry 909.24 926.23 907.24 939.04 916.99 944.32 Dry 944.14 909.22 933.01 905.10 928.06
- 906.85 942.29 Dry 939.62 Dry 4/29/06 Dry 909.23 926.15 907.18 938.99 916.97 944.35 Dr/
944.15 909.22 932.95 905.05 928.02 i906.78 942.21 Dry 939.60 Dry 4/29/06 Dry 909.22 926,13 907.12 938,98 916.92 944.42 D_
944,17 909,21 932.92 905.01 928.00 906.74 942,21 Dry 939,59 Dry 4/29/06 Dry 909.21 926.15 907.22 939.02 916.88 944.60 Dry 944.26 909.21 932.96 904.99 927.97 906.73 942.24 Dry 939.59 Dry 4/29/06 Dry 909.22 926.24 907.32 939.15 917.00 944.67 Dry 944.34 909.22 933.12 905.14 927.96 906.90 942.31 Dry 939.62 Dry 4/30/06 Dry 909.23 926.18 907.32 939.11 917.02 944.75 Dry 944.38 909.22 933.06 905.14 927.93 906.88 942.24 Dry 939.60 Dry 4/39/06 Dry 909.23 926.17 907.28 939.12 917.03 944.82 Dry 944.43 909.22 933.03 905.14 927,91 906.88 942.24 Dry 939.59 Dry 4/30/06 Dry 909.23 926.18 907.40 939.14 917.01 945.00 Dr/
944.54 909.22 933.00 905.14 927.88 906.89 942.25 Dry 939.59 Dry 4/30/06 Dry 909.25 926.24 907.46 939,24 917.13 945,07 Dry 944,63 909.22 933,10 905.29 927.87 907.04 942.30 Dry 939.61 Dry 511/06 Dry 909.27
_ 92617 907.44 939,19 917.12 945.16 Dry 944.70 909.23 932,99 905.25 927.84
! 906.99 942.22 Dry 939.59 Dry 5/1/06 Dry 909.27 926.14 907.37 939.17 917.10 945.22 Dr/
944.76 909.23 932.92 905.22 927.81 906.96 942.21 Dry 939.58 Dry 5/1/06 Dry 90926 926.13 907.45 939.20 917.06 945.39 Dr/
94438 909.23 932.88 905.19 927.79 906.94 942.21 Dry 939.58 Dry 511/06 Dry 909.28 926.19 907.49 939.30 917.15 945.46 Dr/
944.97 909.23 932.97 905.31 927_77 907.05 942.27 Dry 939.59 Dry 5/2/06 Dry 909.28 926,11 907.44 939.25 917.12 945.54 D_
945.05 909,23 932.86 905,24 927.74 906,98 942.18 Dry 939.57 Dry 5/2/06 Dry 909.28 926.10 907.39 939.27 917,09 945.63 Dry 945.12 909.23 932.81 905.22 927.72 906.95 942,19 Dry 93957 Dry 5/2/06 Dry 909.27 926.11 907.48 939.31 917.06 945.79 Dry 94525 909.23 932.81 905.20 927.70 906.94 942.21 Dry 93956 Dry 5/2/06 Dry 909.28 926,17 907.51 939.42 9!7.15 945.87 Dry 945.35 909,24 932.90 905.31 927.68 907.06 942.25 Dry 939.57 Dry 5/3/06 Dry 909,29 926.09 907.49 939.38 917.13 945.99 Dr/
945.45 909.24 932.81 905.26 927.65 906.99 942.17 Dry 939.56 Dry 513/06 Dry 909.29 926.07 907.44 939.41 917.11 946.09 Dry 945.54 909.24 932.78 905.24 927.64 906.97 942.18 Dry 939.55 Dry 513/06 Dry 909.28 926.09 907.53 939.48 917.09 946.28 Dry 945.69 909.24 932.78 905.23 927.62 906,97 942.20 Dry 939.55 Dry 5/3/06 Dry 909.29 926.12 907.53 939.57 917.17 946.36 Dr/
945.80 909.24 932.85 905.32 927.61 907.05 942.22 Dry 939,55 Dry 514/06 Dry 909.28 926.03 907.48 939.54 917.11 946.49 Dr/
945.91 909.25 932.74 905.22 927.58 906.95 942.14 Dry 939.54 Dry 514/06 Dry 909.27 926,02 907.43 939.60 917.08 946,61 Dry 946.02 909.25 932.71 905.20 927.56 906.92 942,15 Dry 939.53 Dry 514/06 Dry 909.26 926.05 907.54 939.70 917.06 946.82 Dr/
946.21 909.25 932.74 905.20 927.54 906.93 942.19 Dry 939.53 Dry 514/06 Dry 909,28 926.11 907.57 939.83 917.17 946.91 Dr/
946.34 909.25 932.86 905,32 927.53 907.05 942,23 Dry 939.54 Dry 5/5/06 Dry 909.27 926.01 907.51 939.80 917.12 947.04 Dry 946.46 909.25 932.74 905.23 927.50 906.95 942.13 Dry 939.52 Dry 5/5/06 Dry 909.27 926.00 907.47 939.86 917.10 947.14 Dr/
946.58 909.25 932.72 905.21 927.48 90693 942.15 Dry 939.52 Dry 515/06 Dry 909.25 926.01 907.53 939.92 917.07 947.30 Dr/
946.76 909.25 932.72 905.19 927.46 906.90 942.16 Dry 939.52 Dry 5/5/06 Dry 909.26 926.07 907.56 940.06 917.16 94739 Dry 946.88 909.26 932.82 905.29 927.45 907.02 942.21 Dry 939.53 Dry 5/6/06 Dry 909.25 926.98 907.53 940.06 917.12 947.49 Dry 946.99 909.26 932.73 905.22 927.42 906.93 942.12 Dry 939.51 Dry 5/6/06 Dry 909.25 925.96 907.47 940.11 917.10 947.53 Dry 947.07 909.26 932.70 905.20 927.40 906.90 942.13 Dry 939.50 Dry 5/6/06 Dry 909.23 925.99 907.58 940.20 917.08 947.68 D_
947.23 909.26 932.72 905.19 927.39 906.91 942.15 Dry 939.50 Dry 516/06 Dry 909.25 926.07 907 63 940.35 917.20 947.70 Dry 947.30 909.26 932.86 905.34 927.38 907.06 942.21 Dry 939.52 Dry 5/7/06 Dry 909.26 925.98 907.59 I
940.30 917.19 947.72 Dr/
947.35 909.27 932.77 905.28 927,36 906.99 942.11 Dry 939.50 Dry
TABLE
- 1. WATER LEVELS FOR 80-AC RE WS R PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASUR_
DATE RP'Z,-1A RPZ-IB RPZ-*2A RPZ-2B
_A R.IvZ-3B RPZ_B RPZ-5A RPZ-5B
_A
_B
]Lv'Z--7A :_7B RPZ-8B RPZ-9A RPZ-9B 5/7/06 Dry 909.25 925.95 907.51 940.32 917 17 947.70 D_
947.36 909.27 932.74 906.25 927.34 906.95 942.12 Dry 93949 Dry 5/7"/06 Dr'/
909.24 925.98 907.59 940.38 917.13 947.79 Dry 947.47 909.27 932.77 905,24 927.33 906.95 942.14 Dr,/
939.49 Dry 5/7/06 Dry 909.25 926.02 907.60 940.47 917.23 947.77 Dry 947.50 909.27 932.88 905.35 927.32 907.05 942.18 Dry 939.50 Dry 518/06 Dry 909.25 925.94 907.56 940.41 917.18 947.?8 Dr/
947.51 909.27 932.78 905.27 927.30 906.96 942.09 Dry 939.48 Dry 518/06 Dry 909.24 925.92 907.47 940.41 917.15 947.75 Dr#"
947.50 909.27 932.76 905.23 927.28 906.92 942.09 Dry 939.47 Dry 5/8/06 Dry 909.23 925.96 907.58 940.47 917.12 947.86 Dry 947.61 909.27 932.80 905.23 927.28 906,92 942.13 Dry 939.47 Dry 5/8/06 Dry 909.25 926.04 907.61 940.57 917.23 947.82 Dry 947.62 909.28 932.95 905.36 927.29 907.06 942.18 Dry 939.49 Dry 5/9/06 Dry 909.26 925.97 907.59 940.51 917.22 947.82 D_
947.65 909.28 932.88 905.31 927.28 907.00 942.10 Dry 939.47 Dry 5/9/06 Dry 909.25 925.96 907.52 940.51 917.21 947.80 l_
947.61 g09.28 932.87 905.30 927.28 906.98 942.10 Dry 939.46 Dry 5/9/06 Dry 909.24 925.96 907.59 940.52 917.17 947.87 Dry 947.68 909.28 932.67 905.27 927.29 906.96 942.10 Dry 939.46 Dry 5/9/06 Dry 909.25 926.01 907.58 940.60 917.25 947.83 Drf 947.67 909.29 932.97 905.37 927.30 907.05 942.14 Dry 939.46 Dry 5110106 Dry 909.25 925.93 907.52 940.52 917.20 947.82 D_
947.66 909.29 932.86 905.28 927.29 906.95 942,05 Dry 939.45 Dry 5/10/06 Dry 909.23
_ 925.90 907.40 940.49 917.15 947.78 Dr/
947.62 909.29 932.82 905.22 927.30 906.88 942.05 Dr'j 939.44 Dry 5110/06 Dry 909.21 925.93 907.48 940.51 917.08 947.88 Dr/)"
947.72 909.29 932.82 905.18 927.31 906.84 942.07 Dry 939.44 Dry 5110106 Dry 909.22 926.00 907.52 940.62 917.18 947.88 D_
947.73 909.29 932.96 905.30 92735 906.97 942.13 Dry 939.44 Dry 5/11/06 Dry 909.22 925.95 907.49 940.56 917.17 947.87 D_
947.72 909.29 932.90 905.26 927.36 906.92 942.06 Dry 939.43 Dry 5/11106 Dry 909.21 925.93 907.41 940.54 917d6 947.84 D_"
947.69 909.29 932.87 905.23 927.38 90688 942.06 Dry 939.43 Dry 5111106 Dry 90920 925.95 907.50 940.56 917.12 947.93 Dry 947.78 909.29 932.88 905.21 927.40 906.87 942.08 Dry 939.42 Dry 5111/96 Dry 909.21 926.02 907.56 940.66 917.22 947.93 Dry 947.78 909.30 933.00 905.35 927.43 907.01 942.13 Dry 939.43 Dry 5/12/06 Dry 909.22 925.97 907.53 940.60 917.22 947.93 Dry 947.78 909.30 932.94 905.31 927.45 906.97 942.05 Dry 939.42 Dry 5/12/06 Dry 909.22 925.95 907.47 940.58 917.21 947.91 Dr/
947.75 909.30 932.90 905.30 927.48 906.94 942.04 Dry 939,41 Dry 5112/06 Dry 909.21 925.95 907.53 940.59 917.17 948.00 Dr/
947.82 909.30 932.88 905.27 927.49 906.92 942.05 Dry 939.41 Dry 5/12/06 Dry 909.22 926.01 907.56 940.68 917.26 947.98 Dry 947.8:t 909.30 932.99 905.38 927.52 907.04 942.10 Dry 939.42 Dry 5/13/06 Dry 909.22 925.94 907.51 940.59 917.22 947.98 Dry 947.81 909.30 932.88 905.31 927.53 906.94 942.01 Dry 93940 Dry 5/13/06 Dry 909 22 925.92 907.43 940.57 917.20 947.95 Dry 947.79 909.30 932.84 905.27 927.55 906.91 942.01 Dry 939.40 Dry 5113/06 Dry 909.20 925.93 907.48
[
940.59 917.15 948.03 Dr/
947.86 909.30 932.84 905.25 927.57 906.88 942.03 Dry 939.39 Dry 5113106 Dry 909_21 925.98 907.50 i
940.67 917.22 948.02 Dr,/
947.86 909.31 932.92 905.34 927.59 906.97 942.07 Dry 939.39 Dry 5/14/06 Dry 909.20 925.92 907.46 940.60 917.19 948.04 D_
947.86 909.31 932.84 905.27 927.60 906.89 941.99 Dry 939.38 Dry 5/14/06 Dry 909.20 925.90 907.40 940.60 917.17 948.04 Dr/
947_87 909.30 932.82 905.25 927.62 906.87 942.00 Dry 939.38 Dry 5114/06 Dry 909.19 925.93 907.48 940.64 917.15 948.13 D_
947.93 909.30 932.84 905.24 927.64 906.88 942.03 Dry 939.38 Dry 5/14/06 Dry 909.20 925.99 907.52 940.72 917.24 948.11 Dry),
947.95 909.31 932.95 905.36 927.66 906.99 942.07 Dry 939.38 Dry 5115106 Dry 909.20 925.92 907.49 940.65 917.22 948.12 D_
947.93 909.31 932.87 905.30 927.67 906.92 941.98 Dry 939.37 Dry 5/15/06 D_'
909.20 925.90 907.41 940.64 917.21 948.10 D_
947.92 909.31 932.84 905.29 927.69 90690 941.99 Dry 939.36 Dry 5/15/06 Dry 909.18 925.89 907.44 940.62 917.14 948.19 Dry#"
947.97 909.30 932.79 905.22 927.70 906.83 941.98 Dry 939 35 Dry 5/15/06 Dry 909.19 925.96 907.47 940.74 917.22 948.19 Dry 947.99 909.31 932.92 905.33 927.73 906.95 942.05 Dry 939.36 Dry 5115/06 Dry 909.18 925.88 907.43 940.66 917.18 948.20 Dry 947.99 909.31 932.82 905.25 927.74 906.86 94195 Dry 939.35 Dry 5116/06 Dry 909.18 925.87 907.35 940.65 917.16 948.17 Dry 947.96 909.30 932.80 905.23 927.75 906.83 941.96 Dry 939.34 Dry 5/15/06 Dry 909.16 925.91 907.46 940.70 917.13 948.28 D_
948.06 909.30 93282 905.22 927.77 906.83 941.90 Dry 939.34 Dry 5115/06 Dry 909.18 925.92 907.46 940.74 917.22 948.25 D_
948.04 909.31 932.89 905.31 927.79 906.91 941.90 Dry 939.34 Dry 5117106 Dry 909.17 925.91 907.44 940.73 917.20 948.24 Dry 948.05 909.31 932.86 905.29 927.81 906.89 941.87 Dry 939.34 Dry 5/17/06 Dry 909.17 925.89 907.41 940.74 917.20 948.24 Dry 948.04 909.31 932.86 905.28 927.82 906.87 941.88 Dry 939.33 Dry 5/17/06 Dry 909.16 925.92 907.50 940.78 917.19 948.32 Dr/
948.12 909.31 932.88 905.29 927.85 906.90 941.90 Dry 939.33 Dry 5117106 Dry 909 18 925.97 907.52 940.86 917.30 948.28 Dr/
94810 909.31 932.99 905.42 927.88 907.02 941.93 De/
939.34 Dry 5118/06 Dry 909.19 925.89 907.44 940.75 917.26 948.25 Dry 948.07 909.31 932.87 90"5.33 927.89 906.92 941.83 Dry 939.32 Dry 5/18/06 Dry 909.17 925.85 907.34 940.72 917.19 948.22 Dry'/
948.04 909.31 932.80 905.26 927.91 906.84 941.82 Dry 939.31 Dry 5118/06 Dr'/
909.16 925.89 907.42 940.76 917.14 948.31 Drj 948.12 909.30 932.81 905.23 927.94 906.83 941.85 Dry 939.31 Dry 5/18/06 Dry 909.16 925.96 907.44 940.85 917.24 948.27 D_
948.12 909.31 932.93 905.35 927.97 906.94 94t.90 Dry 939.32 Dry 5/19/06 Dry 909.16 925.89 907.40 940.77 917.20 948.27 Dr/
948.09 909.31 932.84 905.27 927.98 906.85 941.81 Dry 939.30 Dry 5/19106 Dry 909.15 925.87 907.30 940.75 917.16 948.23 Dr:,
948.05 909.30 932.80 905.23 928.01 906.80 941.81 Dry 939.30 Dry 5119106 Dry 909.14 925.90 907.40 940.79 917.12 948.34 Dr/
948.15 909.30 932.82 905.21 928.03 906.80 941.84 Dry 939.29 Dry 5/!9/06 Dry 909.15 925.99 907.44 940.90 917.23 948.32 Dz7 948.15 909.30 932.96 905.35 928.06 906.94 941.90 Dry 939.30 Dry 5/25/06 Dry 909.15 925.93 907.41 940.83 917.22 948.32 Dry 948.13 909.30 932.89 905.30 928.08 906.88 941.81 Dry 939.29 Dry 5/26/06 Dry 909.15 92591 907.35 940.81 917.20 948.31 Dry 948.11 909.30 932.85 905.27 928.10 906.84 941.80 Dry 939.28 Dry 5/20/06 Dry 90914 925.94 907.45 940.84 917.17 948.41 Dry 948.20 909.30 932.86 905.26 928.13 906.84 941.83 Dry 939.28 Dry 5/20/06 Dry 909.16 926.01 907.50 94095 917.29 948.40 Dr},
948.21 909.30 933.00 905.41 92815 906.98 941.88 Dry 939.29 Dry 5/21/06 Dry 909.16 925.97 907.47 940.90 917.28 948.41 Dry 948.20 909.30 932.94 905.37 928.17 906.95 941.81 Dry 939.28 Dry 5/21/06 Dry 909_17 925.96 907.44 940.90 917.28 948.43 D_
948.20 909.31 932.91 905.37 928.19 906.93 941.81 Dry 939.27 Dry 5/2!/06 Dry 909.17 926.01 907.60 940.96 917.28 948.57 Dry 948.32 909.31 932.95 905.40 928.22 906.97 941.85 Dry 939.27 Dr).
5/21106 Dry 909.20 926.08 907.61 941.05 917.43 948.52 Dry 948.30 909.31 933.07 905.66 928.24 907.13 941.87 Dry 939.28 Dry 5/22/06 Dry 909.20 925.99 907.55 940.95 917.37 948.56 Dry 948.30 909.32 932.94 905.45 928.25 907.01 941.77 Dry 939.26 Dry 5/22/06 Dry 909.21 926.04 907.52 941.02 917.40 948.57 Dry)"
948.35 909.32 932.99 905.51 928.28 907.06 941.83 Dry 939.26 Dry 5/22/06 Dry 909.19 925.90 907.37 940.86 917.25 948.59 Drl 948.30 909.31 932.77 905.30 928.28 90683 941.68 Dry 939.24 Dry 5/22/06 Dry 909.17 925.96 907.34 940.98 917.22 948.62 Dry 948.36 90931 932.85 905.30 928.30 906.85 941.78 Dry 939.24 Dry 5/23/06 Dry 909.11 925.93 907.29 940.97 917.16 948.65 Dry 948.38 909.31 932.80 905.22 928.32 906.75 941.74 Dry 939.23 Dry 5/23/06 Dry 909.11 925.91 907.20 94097 917.10 948.65 Dry 948.38 909.30 932.79 905.16 928.34 906.68 941.73 Dry 939.22 Dry 5/23/06 Dry 904.48 923.88 907.22 941.04 917.06 948.75 D_
948.48 909.29 932.84 905.14
_ 928.37 906.67 941.77 Dry 939.22 Dry 5/23/06 Dry 904.58 926.02 907,32 941.11 909.04 948.73 Drl 948.50 906.53 932.99
! 905.24
! 928.40 906.79 941.82 Dry 939.23 Dry 5/24/06 Dry 904.67 926.03 907.34 941.10 913.09 948.74 Dry 948.51 906.71 932.98 905.23 928.42 90677 941.77 Dry 939.22 Dry 5/24/06 Dry 903.58 926.05 907.30 941.11 915.43 948.72 Dry 948.49 906.84 932.99 905.23 928.45 906.76 941.77 Dry 93922 Dry 5/24/06 Dry 903.55 926.11 907.41 941.15 9!0.30 948.79 Dr)"
948.59 906.92 933.03 902.24 928.48 906.78 941.79 Dry 939.22 Dry 5/24106 Dry 903.55 926.21 907.50 941.27 915.23 948.79 Dry 948.60 906.97 933.21 905.19 928.51 906.95 941.85 Dry 939.23 Dry 5/25/06 Dry 903.55 926.21 907.50 941.23 916.24 948.79 Dry 948.59 907.02
- 933.18 j 905.27 928.54 906.94 941.78 Dry 939.21 Dry 5/25/06 Dry 903.55 926.24 907.47 941.24 916.63 948.77 Dr}.
948.58 907.05 933.19 905.31 928.58 906.94 941.77 Dry 939.21 Dry 5/25/06 Dry 90355 926.30 907.58 941.27 916.82 948.87 Drl 948.66 906.21 933.20 904.87 928.57 906.93 941.79 Dry 939.21 Dry 5/25/06 Dry 903.55 926.38 907.64 941.38 917.06 948.96 D_
948.67 906.33 933.34 905.47 928.60 907.10 941.83 Dry 939.22 Dry 5/26/06 Dry 903.57 926.37 907.63 941.3.3 917.15 948.86 Dry 948.66 906.49 933.28 905.49 928.61 907.07 941.76 Dry 939.20 Dry 5/26/06 Dry 903.66 926.39 907.56 941.31 917.20 948.83 Drt 948.63 90662 933.27 905.501 928.64 907.06 941.75 Dry 939.20 Dry 5/25/06 Dry 903.76 92644 907.66 941.34 917.20 948.93 Dx7 948.72 906.74 933.26 I 905.50 I 928.66 907.05 941.76 Dry 939.20 Dry 5/25/06 Dry 903.85 926.53 907.69 941.45 917.34 948.90 Dry 948.72 906.85 933.40 I 905.64 928.68 907.19 941.82 Dry 939.20 Dry 5/27106 Dry 903.94 926.48 907.63 94t.35 917.31 948.89 Dry 948.70 906.93 933.29, 905.56 928.70 907.09 941.71 Dry 939.19 Dry 5/27/06 Dry 904.04 926.51 907.58 941.36 917.30 948.89 I_
948.69 906.98 933.28 905.55 928.73 907.07 941.73 Dry 939.18 Dry 5/27/06 Dr'/
904.14 926.56 907.65 941.40 917.28 948.97 Drj 948.76 907.02 933.29 905.53 928.75 907.06 941.74 Dry 939.18 Dry 5/27/06 Dry 904.23 926.62 907.64 941.46 917.35 948.95 Drt 948.74 907.06 933.37 905.61 928.77 907.12 941.77 Dry 939.18 Dry 5/28/06 Dry 904.32 926.57 907.52 941.37 917.29 948.91 Dr),
948.71 907.09 933.27 905.50 928.78 907.00 941.68 Dry 939.17 Dry 5/26/06 Dry 904.41 926.55 907.39 941.32 917.20 948.90 D_y 948.69 907.13 933.19 905.39 928.80 906.88 941.65 Dry 939.16 DrJ
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN i,1£E [ ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-1A RPZ-1B RIvZ,-2A RPZ-2B RP'Z_A RPZ-3B RPZ-4A RPZ-AB RPZ-SA RPZ_S'B RPZ-6A RPZ-6B RPZ,-TA RPZ.-7B RtrZ.-aA Rp'rz.JSB RPZ-gA
_9B 5128/06 Dr'/
904.48 926.59 907.40 941.34 917.11 948.98 Dr'/
948.76 907.16 933.18 905.31 928.81 906.80 941.67 Dr'/
939.15 Dry 5128/06 De/
904.55 926.66 907,41 941,44 917.15 949.0O Dr'/
948,80 907,19 933,28 905.36 92883 906.85 941.73 De/
939.15 De/
5129/06 Dry 904.61 926.67 907.39 941.43 917.12 949.04 Dx_4" 948.81 907.22 933.27 905.32 928.87 906.81 941.69 Dry 939.15 Dry 5/29106 Dry 904.67 926.68 907.32 941.43 917.11 948.95 DPl 948.78 907.26 933.28 905.30 928.90 906.77 941.68 Dry 939.14 Dry 5129/06 Dry 904.74 926.74 907.38 941.43 917.08 948.87 Dry 948.78 907.28 933.30 905.27 928.91 906.76 941.70 Dry 939.14 Dry 5/29/06 Dry 904.80 926.82 907.40 941.47 917.15 948.68 Dry 948.68 907.32 933.42 905.37 928.94 906.86 941.75 Dry 939.14 De/
5130106 Dry 904.86 926.81 907.38 941.37 917.13 948.48 Dry 948.55 907.35 933.37 905.33 928.97 906.81 941.69 Dry 939.13 Dry 5130/06 Dry 904.92 926.80 907.29 941.27 917.11 948.26 D_
948.37 907.38 933.34 905.30 929.00 906.77 941.67 De/
939.13 Dry 5/30/06 Dry 904.98 926.84 907.35 941.22 917.07 948A4 D_
948,31 907,40 933.34 905.27 929.01 906.75 933.59 De/
939.15 Dry 5130/06 Dry 905.05 926.92 907.40 941.24 917.16 947.93 D_
94818 907.43 933.45 906.40 929.02 906.88 941.55 Dry 939.15 Dry 5/31/06 Dry 905.11 926.88 907.37 941.11 917.16 947.77 Dry 948.03 907.47 933.38 905.37 929.04 906.84 941.66 Dry 939.13 Dry 5/31/06 Dry 905.14 926.87 907.29 941.03 917.14 947.73 Dr,/
947.92 907.49 933.34 905.35 929.05 906.81 941.67 Dry 939.11 Dry 5/31/06 Dry 905.20 926.89 907.36 941.02 917.10 947.82 Dry 947.94 907.50 933.32 905.32 929.04 906.80 941.28 Dry 939.12 Dry 5131106 Dry 905.27 926.95 907.40 941.08 917.18 94%83 Dry 947.92 907.53 933.41 905.42 929.03 906.90 941.65 Dry 939.12 Dry 611/06 Dry 905.33 926.91 907.39 941.01 917.17 947.84 Dry 947.90 907.56 933.34 905.39 929.03 906.86 941.60 Dry 939 11 Dry 6/1/06 De/
905.40 926.88 907.30 940.97 917.15 947.83 I_
947.86 907.59 933.29 905.36 929.03 906.81 941.59 Dry 939.10 Dry 6/1/06 Dry 905.46 926.88 907.37 94096 917,10 947.95 Dry 947.93 907.61 933.26 905.32 928.99 906.78 941.60 Dry 939.10 Dry 6/1/06 Dry 905.53 92697 907.43 941.06 917.19 947.96 Dry 94%95 907,64 933,38 905.45 928.98 90692 941.67 Dry 939.11 Dry 6/2/06 Dry 905.60 926.90 907.37 940.97 917.17 94%95 Dr_
947.91 907.67 933.30 905.39 928.97 906.86 941.59 Dry 939.09 Dry 6/2/06 Dry 905.66 926.85 907.29 940.91 917.12 94796 Dry/"
947.90 907.69 933.22 905.33 928.95 906.78 941.57 Dry 939.08 Dry 6/2/06 Dry 905.73 926.87 907.39 940.94 917.09 948.09 Dry 947.99 907.71 933.22 905.31 928.91 906.78 941.60 De/
939.09 Dry 6/2/06 De/
905.79 926.96 907.45 941,04 917.20 948.13 Dry 948.03 907.74 933.35 905.45 928.89 906.92 941.67 Dry 939.09 Dry 6/3/06 Dry 905.85 926.88 907.43 i
940.96 917.18 948.15 Dry 948.03 907.76 933.25 905.39 928.88 906.85 941.57 Dry 939.08 Dry 6/3/06 Dry 905.91 926.86 907.37 940.95 917.18 948.17 D_"7 948.03 907.79 933.23 905.38 928.87 906.84 941.59 Dry 939.08 Dry 6/3/06 De/
905.97 926.90 907.50 940.99 917.!7 948.30 Dry 948.15 907.81 933.25 905.40 928.83 906.86 941.63 Dry 939.08 Dry 6/3/06 Dry 906.03 926.98 907.56 941.10 917.30 948.32 Dry 948.19 907.84 933.38 905.55 928.81 907.02 941.68 De/
939.09 Dry 6/4/06 Dry 906.09 926.90 907.53 941.02 917.30 948.33 Dry 948.19 907.86 933.29 905.52 928.80 906.98 941.59 Dry 939.07 Dry 614/06 Dry 906.16 926.86 907.46 940.97 917.27 948.34 D_
948.18 907.89 933.23 905.47 928.78 906.93 941.57 Dry 939.06 Dry 6/4/06 Dry 906.22 926.88 907.57 941.01 917.24 948.47 D_
948.29 907.91 933.23 905.47 928.74 906.93 941.61 Dry 939.06 Dry 6/4/06 De/
906.29 926.97 907.63 941.13 917.37 948.48 Dry 948.32 907.93 933.37 905.62 928.73 907.09 941.67 Dry 939.07 Dry 615/06 Dry 906.36 926.87 907.57 941.03 917.35 948.48 Dry 948.31 907_96 933.26 905.56 928.70 907.01 941.56 Dry 939.05 Dry 6/5/06 Dry 906.42 926.80 907.45 940.97 917.28 948.49 Dry 948.30 907.98 933.16 905.47 928.68 906.91 941.53 Dry 939.04 Dry 6/5/06 Dry 906.49 926.83 907.56 941.03 917.23 948.64 Dry 948A3 908.00 933.16 905.45 928.64 906.90 941.58 Dry 939.04 Dry 615/06 Dry 90655 926.93 907.64 941.20 917 36 948.67 DI7 948 49 908.02 933.33 905.61 928.62 907.06 941.66 Dry 939 05 Dry 6/6/06 Dry 906.61 926.82 907.55 941.11 917.32 948.67 Dry 948.43 908.04 933.20 905.52 928.59 906.96 941.54 Dry 939.03 Dry 6/6/06 Dry 906.67 926.79 907.47 941.11 917.27 948.69 Dry 948.49 908.06 933.15 905.47 928.59 906.90 941.54 Dry 939.03 Dry 6/6/06 Dry 906.73 926.80 907.57 941.16 917,24 948.84 Dry 948,58 908,08 933.16 905.45 928.56 906.88 941.57 Dry 939.02 Dry 6/6/06 Dry 906.80 926.88 907.61 941.28 917.33 948.88 Dry 948.60 908.10 933.27 905.56 928.52 907.00 941.62 Dry 939.03 Dry 6/7/06 Dry 906.85 926.82 907.55 941.23 917.30 948.87 Dry 948.64 908.12 933.20 905.50 928.52 906.93 941.54 Do/
939.02 Dry 6/7/06 Dry 906.91 926.79 907.47 941,22 917.26 948.88 Dry 948.65 908.14 933.16 905.44 928.51 906.86 941.53 Dry 939.01 Dry 6/7/06 Dry 906.95 926.83 907.57 941.29 917.23 949.00 Dx7 948.75 908.16 933.20 905.43 928.49 906.87 941.56 Dry 939.01 Dry 6/7/06 De/
907.01 926.92 907_59 941.41 917.35 948,98 Dry 948,77 908,18 933,36 905,57 928A7 907,01 941,62 Dry 939,01 Dry 618/06 De/
907.06 926.81 907.51 941.29 917.28 948.98 Dry 948.76 908 20 933.22 905.44 928A5 906.85 941.49 Dry 939.00 Dry 6/8/06 Dry 907.10 926.63 907.46 941.33 917.25 948.98 Dry 948.77 908.22 933.25 905.42 928.47 906.84 941.53 Dry 938.99 Dry 6/8/06 Dry 907.16 926.88 907.57 941.39 917.24 949.07 D_
948.87 908.23 933.31 905.43 928.45 906.85 941.56 Dry 938.99 Dry 6/8/06 Dry 907.22 926.99 907.60 941.50 917.36 949.01 Dry 948.84 908.25 933.47 905.57 928.45 907.00 941.62 De/
939.00 Dry 619/06 Dry 907.27 926.90 907.54 941.39 917.31 948.97 Dry 948.80 908.27 933.37 906.48 928.45 906.89 941.50 Dry 938.98 Dry 619/06 Dry 907.32 926.92 907.48 941.39 917.27 948.94 Dry 948.79 908.28 933.36 905.44 928.49 906.85 941.51 Dry 938.98 Dry 6/9/06 Dry 907.37 926.97 907.57 941.44 917.26 949.01 Dry 948.86 908.30 933.40 905.44 928.48 906,86 941.55 Dry 938.98 Dry 6/9/06 Dry 907.43 927.07 907.64 941.54 917.37 948.99 Dry 948.87 908.32 933.55 905.59 928.48 907.01 941.60 Dry 938.98 Dry 6/!0/06 De/
907.48 927.03 907.62 941.48 917,36 948.97 Dry 948,83 908.34 933.49 905.54 928.51 906,96 941.52 Dry 938.97 Dry 6/10/06 Dry 907.53 927.04 907.56 941.46 917.36 948.95 Dry 948.80 908.35 933.48 905.53 928.55 906.93 941.52 Dry 938.97 Dry 6/10106 De/
907.59 927.07 907.64 941.48 917.33 949.03 Dr'/
948.88 908.37 933.48 905.51 928.55 906.92 941.53 Dry 938.96 Dry 6110106 Dry 907.65 927.17 907.70 941.60 917.44 949.03 Dry 948.89 90839 933.63 905.65 928.55 907.07 941.60 Dry 938.97 Dry 6/11106 Dry 907.70 927.11 907.66 941.52 917.42 949.02 Dry 948.86 908.40 933.54 905.59 928.58 906.99 941.50 Dry 93896 Dry 6/11106 Dry 907.75 927.12 907.60 941.50 917.40 949.01 Dry 94885 908.42 933.51 905.56 928.61 906.96 941.50 Dry 938.95 Dry 6/11106 Dry 907.80 927.14 907.65 941.53 917.36 949.07 Dry 948.92 908.43 933.51 905.54 928.61 906.94 941.52 Dry 938.95 Dry 6/11/06 Dry 907.85 927.22 907.66 941.61 917.44 949.06 Dry 948.91 908.45 933.61 905.63 928.60 907.04 941.56 Dry 938.95 Dry 6112/06 Dry 907.89 927.15 907.58 941.52 917.38 949.03 Dt 7 948.88 908.47 933.51 905.53 928.62
! 906.92 941.46 Dry 938.94 De/
I 6/12/06 De/
90793 927.14 907.48 941.49 917.32 949.01 Dry 948.86 908.48 933.48 905.47 928.65 906.85 941.46 Dry 938.93 Dry 6/12/06 Dry 907.96 927.16 907.49 941.51 917.25 949.07 Dry 948.91 908.49 933.45 905.40 928.65
' 906.79 941.47 Dry 938.92 Dry 61!2/06 Dry 90800 927.23 907.49 941.59 917.27 949.07 Dr/
948.93 908.50 933.53 905.44 928.64 I 906.84 941.51 Dry 938.92 Dry 6/13106 Dry 908.03 927.21 907.47 941.55 917.24 949.09 DI_
948_93 908.51 933.50 905.39 928.67 906.77 941.46 Dry 936.92 Dry 6/13/06 Dry 908.06 927.23 907.42 941.57 917.23 949.07 Dry 948.92 9O8.53 933.52 905.38 928.72 906.76 941.47 Dry 938.91 Dry 6113/06 Dry 908.10 927.28 907.52 941.6!
917.21 949.16 Dry 949.00 908.53 933.56 905.37 928.72 906.77 941.50 Dry 938.91 Dry 6/13/06 Dry 908.14 927.36 907.55 941.70 917.31 949.14 Dry 948.99 908.55 933.68 905.49 928.73 906.88 941.54 Dry 938.91 Dry 6/14/06 Dry 908.18 927.35 907.55 941.66 917.31 949.13 Dry 948.99 908.56 933.65 905.47 928.77 906.85 941.48 Dry 938.9!
Dry 6114106 Dry 908.20 927.33 907.47 941.63 917.31 949.08 Dry 948.94 908.57 933.62 905.44 928.79
_90682 941.46 Dry 938.90 Dry 6114/06 Dry 908.24 927.37 907.55 941.64 917.26 949.16 Dry 949.01 908.58 933.62 905.41 928.79 906.80 941.48 Dry 938.89 Dry 6114106 Dry 908.29 927.49 907.65 941.77 917.38 949.17 Dry 949.04 908.60 933.78 905.56 928.81 906.96 941.56 Dry 938.90 Dry 6115106 Dry 908 33 927.47 907.68 941.73 917.41 949.16 Dr'(
949.02 908.61 933.76 905.57 928.84 906.95 941.49 Dry 938.89 Dry 6/16/06 Dry 908.37 i
927.50 907.65 941.74 917.46 949.11 DP/
948.99 908.63 933.78 905.61 928.89 906.99 941.51 Dry 938.89 Dry 6/15106 Dry 908.42 927.52 907.74 941.75 917.45 949.17 D_
949.04 908.64 933.78 905.61 928.89 907.00 941.51 Dry 938.89 Dry 6115106 Dry 908.47 927.59 907.75 941,82 917.55 949.12 Dr'i 949.02 908.66 933.87 905.72 928.89 907.11 941.54 Dry 938.89 Dry 6/16/06 Dry 908.51 927.53 907.69 941.73 917.51 949.09 Dry 948.97 908.67 933.77 905.64 928.91 907.02 941.45 Dry 938.88 Dry 6116/06 Dry 908.53 927.50 907.58 941.66 917.44 949.04 Dry 948,93 9O8.68 933.69 905.56 928.93 906.93 941.42 Dry 938.87 Dry 6116/06 Dry 908.56 927.55 907.63 941.69 917.38 949.12 Dry 948.99 908.69 933.69 905.52 928.93 906.90 941.45 Dry 938.87 Dry 6/16/06 Dry 908.59 927.64 907.64 941.78 917.44 949.11 Dry 949.00 908.70 933.78 905.59 928.94 906.97 941.50 Dry 938.86 Dry 6/17/06 Dry 908.61 j
927.62 907.60 941.72 917.40 949.09 Dry 948.98 908.71 933.72 905.53 928.96 906.90 941.43 Dry 938.86 Dry 6117106 Dry 908.62 927.61 907.49 941.68 917.36 949.06 Dry 948.94 908.72 933.68 905.47 928.99 906.83 941.42 Dry 938.85 Dry 6/17/06 Dry 908 64 927.67 907.56 941.72 917.31 949.16 Dry 949.O2 908.73 933.70 905.44 929.OO 906.81 941.45 Dry 938.85 Dry 6/17106 Dry 908.67 927.77 907.60 941.82 917.38 949.16 D_
949.O4 908.74 933.82 905.53 929.01 906.91 941.50 Dry 938.85 Dry 6/18106 Dry 908.69 927.75 907.57 941.77 917.37 949.15 Dr/
949,02 908.75 933.77 905.49 929.O4 906.85 941.43 De/
938.84 Dry 6/18106 Dry 90869 927.74 907.50 941.75 917.35 949.14 Dry 949.00 908.76 933.74 905.45 929.07 906.80 941.42 Dry 938.83 Dry 6118/06 Dry 908.71 927.81 907.60 941.79 917.32 949.23 Dry 949.09 908.76 933.78 905.44 92907 906.81 941.45 Dry 938.83 Dry
TABLE1. WATERLEVELS FOR 80-ACREWSRPIEZOMETERS PIEZOMETR!c ELEVATIONIN FEET ABOVE MEANSEA LEVEL
TABLE L WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-1A RPZ-1B RPZ-2A RPZ-2B
_A RPZ-3B RPZ,-4A RPZ--4B RPZ-SA RPZ-SB RPZ-6A RPZ-6B RPZ-7A RWZ,-TB RIrZ_SA RPZ-SB RPZ-9A RPZ-9B 7/t0/06 Dry 909.11 930.76 908.20 942.60 917.85 949.55 Dr_
949.4!
909.07 935.04 905.72 931.68 907.10 941.26 Dry 938.49 Dry 7/10/06 Dr'/
909.11 930.76 908.11 942.58 917.81 949.53 949.38 909.07 934.99 905.67 931.73 907.05 941.26 Dry 938.48 Dry 7110106 Dry 909.12 930.79 908.20 942.60 917.75 949.65 D_
949.49 909.07 934,98 905.62 931,74 907,01 941.28 Dry 938,48 Dry 7/10/06 Dry 909.14 930.94 908.26 942.72 917.85 949.66 Dr_
949.52 909.08 935.13 905.75 931.78 907.14 941.35 Dry 938,48 Dry 7/11/06 Dry 909.14 930.88 908.21 942.65 917.83 949.64 Dry 949.48 909.08 935.05
! 905.69 931.83 907.07 941.26 Dr'/
938.47 Dry 7111106 Dry 909.13 930.87 908.13 942.62 917.79 949.62 Dt 7 949.46 909.08 935.01 905.63 931,87 907.01 941.24 Dry 938,46 Dry 7111106 Dry 909.14 930.91 908.19 942.65 91773 949.71 Dr,(
94954 909.08 935.01 905.58 931.88 906.97 941.26 Dry 938.46 Dry 7111106 Dry 909.15 931.05 908.25 942.76 917.81 949.69 D_
949.57 909.08 935.15 905.69 931.94 907.09 941.33 Dry 938.46 Dry 7112/06 Dry 909.!5 931.01 908.20 942.69 917.80 949.65 D_
949.51 909.09 935.09 905.64 931.98 907.02 941.24 Dry 938.45 Dry 7/12/06 Dry 909.13 930.97 908.09 942.64 917.74 949.60 Dr}'
949.46 909.08 935.03 905.56 932.02 906.93 941.21 Dry 938.45 Dry 7/12/06 Dry 909.14 931.04 908.19 942.69 917.69 949.70 Dr,(
949.55 909.09 935.07 905.53 932.04 906.92 941.26 Dry 938.44 Dry 7112106 Dry 909.15 931.20 908.27 942.83 917.80 949.70 Dr/
949.58 909.09 935.24 905.68 932.10 907.07 941.34 Dry 938.45 Dry 7113/06 Dry 909.15 931.13 908.21 942.74 917.80 949.64 D_
949.51 909.09 935.17 905.63 932.15 907.01 941.23 Dry 938.44 Dry 7/13/06 Dry 909.14 931.10 908.13 942.69 917.74 949.60 Dr/
949.48 909.09 935.11 905.56 932.19 906.92 941.20 Dry 938.43 Dry 7113106 Dry 909.15 931.17 908.23 942.73 917.71 949.69 Dr/
949.55 909.09 935.14 905.54 932.20 906.92 941.25 Dry 938.42 Dry 7/13/06 Dry 909.17 931.32 908.32 942.87 917.83 949.68 Dr_
949.58 909.09 935.32 905.69 932.27 907.08 941.33 Dry 938.43 Dry 7114/06 Dry 909.17 931.25 908.28 942.78 917.83 949.63 Dr/
949.53 909.10 935.24 905.64 932.31 907,03 941.23 Dry 938.42 Dry 7114/06 Dry 909.16 931.21 908.19 942.73 917.78 949.58 Dr'l 949,46 909.09 935.18 905.58 932.35 906.95 941.20 Dry 938.41 Dry 7114106 Dry 909.17 931.28 908.31 942.79 917.76 949.68 Dry 949.56 909.10 935,23 905,58 932,39 90697 941.25 Dn/
938.41 Dry 7114106 Dry 909.19 931.44 908.42 942.92 917.90 949.66 1_
949.58 909.10 935.41 905.75 93244 907.15 941.33 Dry 938.42 Dry 7/15/06 Dry 909.19 931.36 908.30 942.83 917.91 949.53 Dr,/
949.48 909.10 935.33 905.71 932.48 907.10 941.22 Dry 938.41 Dry 7/15/06 Dry 909.18 931.25 908.20 942.70 917.79 949.51 Dr},
949.40 909.10 935.17 905.56 932.51 906.93 941.14 Dry 938.39 Dry 7115106 Dry 909.19 931.36 908.33 942.80 917.76 949.60 l)r/
949.50 909.10 935.26 905.57 932.53 906.97 941.25 Dry 93839 Dry 7115106 Dry 909.19 931,42 908.36 942.85 917.86 949.56 DP/
949.44 909.10 935.33 905.66 932.54 907.03 941.25 Dry 938.39 Dry 7116/06 Dry 909.18 931.46 908.24 942.75 917.78 949.49 Dr/
949.41 909.10 935.23 905.55 932.60
, 906.92 941.16 Dry 938.38 Dry 7115/06 Dry 909.17 931.56 908.17 942.74 917.73 949.48 Dr/
949.36 909.10 935.21 905.49 932.66 906.87 941.16 Dry 938.38 Dry 7/15/06 Dry 909.18 931.67 908.31 942.81 917.71 949.58 Dry 949.47 909.10 935.28 905.50 932.69 906.90 941.24 Dry 93837 Dry 7116/06 Dry 909.19 931.81 908.37 942.93 917.85 949.55 DP(
949.47 909.11 935.45 905,66 932,72 907.06 941.30 Dry 938.38 Dry 7117106 Dry 909.19 931.71 908.25 942.81 917.80 949.46 Dr'/
949.37 909.10 935.33 905.56 932.78 I 906.96 941.17 Dry 938 37 Dry 7/17/06 Dry 909.18 I
931.69 908.21 942.79 917.75 949.45 D'q."
94936 909.10 935.29 905.50 932.80 906.89 941.19 Dry 938.36 Dry 7/17/06 Dry 909.19 931.77 908.35 942.85 917.75 949.55 Dr_
949.45 909.11 935.35 905,52 932.82 906,92 941,25 Dry 938.36 Dry 7117106 Dry 909.21 931.90 908.42 942.97 917.90 949.52 Dr/
949,44 909.11 935.51 905.68 932.84 907.09 941.32 Dry 938.36 Do/
7118/06 Dry 909.21 931.80 908.38 942.86 917.87 949.48 Dr_
949.39 909.11 935.41 905.61 932.89 907.01 941.21 Dry 938.35 Dry 7118/06 Dry 909.21 931.80 908.33 942.85 917.85 949.44 Dr_
949.35 909.11 935.39 905.59 932.93 906.99 941.22 Dry 938.35 Dry 7/18106 Dry 909.22 931.85 908.46 942.88 917.83 949.52 Dr/
949.43 909.11 935.42 905.60 932.94 907.01 941.26 Dry 938.34 Dry 7118106 Dry 909.24 931.97 908.50 942.99 917.97 949.45 Dr/
949.41 909.11 935.55 905.75 932.97 907.17 941.31 Dry 938.35 Dry 7119106 Dry 909.24 931.85 908.45 942.86 917.93 949.40 Dr'/
949.32 909.12 935,43 905.66 932.99 907.07 941.20 Dry 938.33 Dry 7119106 Dry 909,24 931.83 908.38 942.84 917.89 949.37 D_
949.29 909.11 935.39 905.62 933.03 907.02 941.21 Dry 938.33 Dry 7119106 Dry 909.25 931.86 908.49 94288 917.86 949.44 Dr/
949.36 909.12 935.42 905.61 933.02 907.03 941.25 Dry 938.32 Dry 7119106 Dry 909.27 931.95 908.54 942.98 917.98 949.41 Dr/
949.36 909.12 935.55 905.74 933.04 907.16 941.30 Dry 93833 Dry 7/20106 Dry 909.27 931.84 908.49 942.88 917.95 949.37 Dr/
949.31 909.12 935.45 905.67 933.O8 907.08 941.20 Dry 938.32 Dry 7/20/06 Dry 909.26 931.80 908.40 942.85 917.90 949.33 Dt 7 949.26 909.12 935.39 905.61 933.11 907.02 941,19 Dry 938.31 Dry 7/20106 Dry 909.27 931.79 90847 942.86 917.83 949.40 Dr/
949.32 909.!2 935.38 90556 933.09 906.98 941.21 Dry 938.30 Dry 7/20/06 Dry 90928 931.89 908.53 942.96 917.93 949.39 Dry 949.34 909.12 935.51 905.67 933.09 907.09 941.27 Dry 938.30 Dry 7/21/06 Dry 909.29 931.84 908,54 942.93 917.93 949.40 D_
949.32 909.12 935.48 905.65 933.16 907.07 941.22 Dry 938.30 Dry 7/21/06 Dry 909.29 931.81 908.50 942.92 917.93 949.37 D_
949.28 909.12 935.47 905.64 933.19 907.06 941.21 Dry 938.29 Dry 7121106 Dry 909.30 931.85 908.62 942.95 917.93 949.44 Dx7 949.35 909.12 935.50 905.66 933.18 907.08 941,25 Dry 938.29 Dry 7121106 Dry 909.33 931.95 908.67 943.04 918.05 949.39 Dr/
949.34 909,13 935.63 905.80 933.21 907.23 941.30 Dry 938.29 Dry 7/22/06 Dry 909.34 931.83 908.63 942.93 918.01 949.37 Dr/
949.29 909,13 935.50 905.71 i
933.24 907.13 941.18 Dry 938.28 Dry 7/22/06 Dry 909.34 931.83 908.57 942.93 918.00 949.32 Dr'/
949.26 909.13 935.49 905.70 933.27 907.12 941.20 Dry 938.28 Dry 7/22/06 Dry 909.35 93!.83 908.64 942.93 917.96 949.37 D_
949.32 909.13 935.47 905.67 933.24 907,09 941.21 Dry 938.27 Dry 7/22/06 Dry 909.37 931.94 908.69 943.02 918.05 949.33 Dr/
949.30 909.14 935.59 905.78 933.28 907.22 941.27 Dry 938.27 Dry 7/23/06 Dry 909.38 931.87 90867 942.96 918.04 949.29 Dr/
949.25 909.14 935.53 905.75 933.32 907.17 94120 Dry 938.27 Dry 7/23/06 Dry 909.37 931.83 908.62 942.91 918.02 949.27 Dr/
949.21 909.14 935.48 905.70 933.34 907.12 941.18 Dry 938.26 Dry 7/23/06 Dry 909.39 931.87 908.73 942.95 918.00 949.36 D_
949.29 909.14 935.50 905.70 933.32 907.14 941.23 Dry 938.25 Dry 7/23/06 Dry 909.41 932.00 908.79 943,08 91813 949.33 Dly 949.29 909.15 935,67 90_188 933.33 907.30 94129 Dry 938.26 Dry 7/24/06 Dry 909.42 931.89 908.76 942.97 918.09 949.35 Dr/
949.26 909.15 935.54 905.78 933.37 907.21 941.18 Dry 938.25 Dry 7/24/06 Dry 909.42 931.90 908.74 942.98 918.10 949.35 Dq,-
949.26 909.15 935.54 905.78 933.41 90721 94121 Dry 938.24 Dry 7/24106 Dry 909.44 931.93 908.88 943.03 918.11 949.45 Dr_
949.35 909.16 935.57 905.81 933.40 907.24 941.25 Dry 938124 Dry 7/24/06 Dry 909.47 932.04 908.92 943.12 918.24 949.41 D'Q' 949.36 909.16 935.70 905.95 933.40 907.38 941.30 Dry 938.24 Dry 7/25/06 Dry 90948 931.95 908.87 943.04 91822 949,39 Dr,/
949.30 909.17 935.60 905.89 933.44 907.32 941.20 Dry 938.23 Dry 7125106 Dry 909.47 931.87 908.74 942.96 918.17 949.33 Dr,/
949.23 909.17 935.49 905.81 933.44 907.21 941.!6 Dry 938.22 Dry 7/25106 Dry 909.49 931.91 908.83 943.00 918.10 949.44 D_
949.34 909.17 935.50 905.76 933.43 907.19 941.21 Dry 938.22 Dry 7/25/06 Dry 909.49 932.05 908.87 943.13 918.21 949.42 Dr'/
949.35 909.18 935.65 905.91 933.43 907.33 941.30 Dry 938.22 Dry 7/25/06 Dry 909.48 931.83 908.66 942,92 918.05 949.40 Dt7 949.25 909.18 935.39 905.66 933.44 907.07 941.09 Dry 938.21 Dry 7/26/06 Dry 909.46 931.97 908.64 94298 918.01 949.47 Dr/
949.32 909.18 935.42 905.62 933.49 907,04 941.17 Dry 938.20 Dry 7/26/06 Dry 909.47 932.06 908.71 943.05 917.97 949.60 Dr/
949.42 909.18 935.47 905.60 933.52 907.03 941.21 Dry 938.19 Dry 7/25/06 Dry 909.48 932.22 908.75 943.19 918.07 949.64 Dx-i 949,48 909.18 935.64 905.73 933.54 907.17 941.30 Dry 938.20 Dry 7/27106 Dry 909.47 932.16 908.68 943.12 918.04 949.64 D_
949.49 909.18 935.57 905.65 933.59 907.08 941.22 Dry 938.19 Dry 7/27/06 Dry 909.46 I
932.16 908.63 943.10 917.98 949.64 DI 7 949.48 909.18 935.54 905.58 933.62 907.01 941.21 Dry 938.18 Dry 7/27/06 Dry 909.47 932.22 908.73 943.15 917.95 949.72 Dr'(
949.56 909.18 93559 90557 933.65 907.01 941.26 Dry 938.18 Dry 7/27/06 Dry 909.50 932.37 908.80 943.26 918.07 949.70 Dz_
949.59 909.19 935.75 905.71 933.67 907.16 941.34 Dry 938.18 Dry 7/28/06 Dry 909.50 932.29 908.73 943.17 918.05 949.66 Dr/
949.52 909.19 935.68 905.64 933.71 907.08 941.24 Dry 938.17 Dry 7/28/06 Dry 909,50 932.29 908.70 943.15 918.02 949.65 Dx"l 949.52 909.18 935.66 905.6!
933.76 907.05 941.26 Dry 938.16 Dry 7/28/06 Dry 909.51 932.34 908.79 943.19 918.01 949.72 Dry 949.59 90919 935.70 905.61 933.79 907.06 941.30 Dry 938.16 Dry 7/28/06 Dry 909.53 932.49 908.85 943.31 918.13 949.69 D_,
949159 909.19 935.87 905.75 933.83 907.22 941.38 Dry 938.17 Dry 7/29/06 Dry 909.54 932.39 908.80 943.21 918.12 949.69 D_
949.54 909.19 935.76 905.70 933.85 907.14 941.30 Dry 938.16 Dry 7/29106 Dry 909.53 932.37 908.74 943.20 918.09 949.71 Dt7 949.55 909.19 935.73 905.65 933.89 907.09 941.29 Dry 938.15 Dry 7/29/06 Dnl 909.55 932.39 908.80 943.22 918.04 949.77 Dry 949.62 909.19 935.73 905.60 933.91 907.06 941.31 Dry 938.14 Dry 7/29/06 Dry 909.56 932.55 908.88 943.35 918.15 949.75 Dn/"
949.66 909.19 935.90 905.75 933.96 907.22 941.41 Dry 938.15 Dry 7/30/06 Dry 909.57 932,48 908.81 943.25 918.13 949.65 Dr'i 949.56 909.19 935.82 905.69 934.00 907.15 941.32 Dry 938.14 Dry 7130/06 Dry 909.58 932.47 908,79 943.22 918.10 949.66 D'Q" 949.54 90919 935,78 905.65 934.03 907.11 941.32 Dry 938.13 Dry 7/30/06 Dry 909.60 932.51 908.91 943.27 918.09 949.77 Dr}"
949.62 909.!9 935,82 905.66 934.07 907.13 941,37 Dry 938.13 Dry 7/30106 Dry 909.63 932.66 908.98 943.40 918.22 949.76 Dry 949.65 909.19 936.00 905.82 934.12 907.30 941.46 Dry 938.14 Dry 7131106 Dry 909.65 932.59 908.98 943.33 918.23 949.76 Dry 949.63 909.20 935.92 905.79 934.15 907.26 941.38 Dry 93812 Dry to
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEE 1 ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-1A RPZ-IB RPZ-2A RPZ-2B RPZ-3A RPZ_B RPZ-4A
_B RPZ-SA RPZ-SB RPZ-6B RPZ-TA
_7B RPZ-8B RPZ-9A RPZ-9B 7/3t/06 Dry 909.66 932.58 908.93 943.31 918.23 949.76 Dr/
949.61 909.20 935.89 905.77 934.19 907.23 941.37 Dr,[
938.12 Dry 7/31/06 Dry 909.69 932.61 909.02 943.34 91821 94984 Dry 949.69 909.20 935.91 905.77 934.20 907.24 941.41 Dry 938.11 Dry 7131106 Dry 909.72 932.73 909.06 943.43 918.31 949.80 Dry 949.70 909.20 936.03 905.89 934.23 907.36 941.48 Dry 938.12 Dry 8/1/06 Dry 909.73 932.63 908.97 943.32 918.28 949.74 Dr/
949_61 909.20 935.91 905.80 934.26 907.27 941.38 Dry 938.11 Dry 8/1/06 Dry 909.73 932.59 908.88 943.28 918.21 949.71 Dry 949.59 909.20 935.84 905.72 934.29 907.18 941.37 Dry 938.10 Dr'i 811/06 Dry 909.74 932.64 908.96 943.31 918.16 949.80 D_
949.67 909.20 935.86 905.69 934.31 907.16 941.41 Dr'i 938.09 D_
8/1/06 Dry 909.76 932.75 908.98 943.41 918.24 949.77 Dr,[
949.67 909.20 935.98 905.79 934.34 907.26 941.47 Dry 93809 Dry 8/2/06 Dry 909.77 932.67 908.90 943.32 918.19 949.73 Dr/
949.61 909.20 935.89 905.69 934.38 907.16 941.39 Dry 938.08 Dry 8/2/06 Dry 909,76 932.65 908.83 943.29 918.14 949.7]
D_
949.58 909.19 935.84 905.63 934.41 907.09 941.39 Dry 938.08 Dry 8/2/06 Dry 909.78 932.71 908.93 943.34 918.10 949.80 Drj 949.67 909.20 935.89 905.61 934.43 907.10 941.44 Dry 938.07 Dry 8/2/06 Dry 90981 932.86 909.04 943.48 918.23 949.81 Dry 949.71 909.20 936.07 905.77 934.46 907.26 941.53 Dry 938.08 Dry 813/06 Dry 909.83 932.80 909.02 943.40 918.25 949.77 Dr/
949.66 909.20 936.02 905.74 934.51 907.22 941.45 Dry 938.07 Dry 8/3/06 Dr'/
909.84 932.79 908.95 943.38 918.24 949.73 Dr_
949.62 909.20 935.99 905.72 934.54 907.20 941.45 Dry 938.06 Dry 8/3/06 Dry 909.86 932.81 909.04 943.40 918.21 949.79 D_
949.68 909.20 936.00 905.71 934.55 907.20 941.48 Dry 938.06 Dry 8/3/06 Dry 909.89 932.93 909.07 943.49 918.32 949.75 Dr},
94967 909.20 936.1,_
905.83 934.57 907.32 941.54 Dry 938.06 Dry 8/4/06 Dry 909.90 932.80 909.01 943.36 918.26 949.71 Dr/
949.61 909.20 935.98 905.72 934.59 907.20 941.43 Dry 938.05 Dry 8/4/06 Dry 909.91 932.80 908.94 943.36 918.24 949.67 Dr/
949.58 909.20 935.97 905.70 934.63 907.18 941.45 Dry 93804 Dry 5/4/06 Dry 909.93 932.81 909,01 943.37 918.18 949.73 Drl 949,63 909.20 935.96 905.65 934.64 907.14 941.47 Dry 938.04 Dry 5/4/06 Dry 909.95 932,93 909.03 943.47 918.28 949.69 Dr/
949.62 909.20 936.09 905.76 934.65 907,26 941.54 Dry 938.04 Dry 8/5/06 Dry 909.96 932.82 909.00 943.37 918.23 949.68 Dr/
949.58 909.20 935.97 905.67 934.69 907.16 941 45 Dry 938.03 Dry 5/5/06 Dry 909.97 932.82 908.93 943.37 918.21 949.66 Dr/
949.55 909.19 935.96 905.65 934.72 907.14 941.47 Dry 938.02 Dry 8/5/06 Dry 909.99 932.86 909.03 943.41 918.18 949.73 Dr/
949.63 909.19 936.00 905£3 934.72 907.14 941,51 Dry 938.02 Dry 815/06 Dry 910.02 932.98 909.11 943.52 918.29 949.72 Dr/
949.64 909.20 936.15 905.77 934.73 907.29 941.58 Dry 938.02 Dry 5/6/06 Dry 910.05 932.92 909.11 943.46 918.31 949.70 Dr(
949.61 909.20 936.10 905.76 934.77 907.26 941.52 Dry 938.02 Dry 8/6/06 Dry 910.07 932.91 909.07 943.45 918.31 949.68 Dr/
949.58 909.19 936.08; 90575 934.81 907.25 941.52 Dry 938.01 Dry 8/6/06 Dry 910.11 932.91 909.15 943.46 918.29 949.74 D_,"
949.64 909.20 936.08 905.74 934.79 907.25 941.54 Dry 938.01 Dry 8/6/06 Dry 910.17 933.03 909.20 943.56 918.40 949.71 Dr)"
949.65 909.20 936.22 905.88 934.8O 907.39 941.60 Dry 938.01 Dry 8/7/06 Dry 910.21 932.93 909,17 943.47 918.37 949.68 Dry 949,60 909.20 936.11 905.81 934.84 907.32 941.51 Dry 938.00 Dry 8/7/06 Dry 910.25 932.87 909.07 943.42 9!8.34 949.64 Dr/
949.55 909.20 936.04
- 905.75 934.85 907.25 941.49 Dry 937.99 Dry 8/7/06 Dry 910.32 932.88 909.15 943.44 918,28 949.73 Dry 949.61 909.20
- 936.04 905.71 934.83 907.23 941.53 Dry 937.99 Dry 8/7/06 Dry 910.43 932.99 909.18 943.54 918.37 949.70 Dr),
949.62 909.20 936.16 905.82 934.84 907.33 941.58 Dry 937.99 Dry 8/8/06 Dry 910.51 932.87 909.08 943.43 918.32 949.65 Dr/
949.55 909.20 936.04 905.71 934.86 907.22 941.48 Dry 937.98 Dry 8/8/06 Dry 91057 932.86 909.02 943.43 918.27 949.64 D=7 949.54 909.19 936.01 905.66 934.89 907.17 941.50 Dry 937.97 Dry 8/8/06 Dry 910.71 932.90 909.13 943.47 918.24 949.73 Dr/
949.62 909.20 936.0,_
905.64 934.88 907.17 941.55 Dry 93796 Dry 8/8/06 Dry 910.89 933.03 909.19 943.58 918.36 949.71 Dr/
949.63 909.20 936.20 905.79 934.89 907.32 941.61 Dry 937.97 Dry 8/9/06 Dry 911,04 932.93 909.13 943.49 918.34 949.68 Dr/
949.57 909.19 i 936.12 905.73 934.92 907.25 941.52 Dry 937.96 Dry 8/9/06 Dry 911.15 932.89 909.06 943.47 918.30 949.67 Dr/
949.55 909.19 I 936.07 905.68 934.94 907.19 941.51 Dry 937.95 Dry 8/9/06 Dry 911.29 932.94 909.18 943.53 918.28 949.77 D_
949.65 909.!9 936.11 905.67 934.96 907.22 941.57 Dry 937.95 Dry 8/9/06 Dry 911.39 933.02 909.17 943.59 918.40 949.73 Dry 949.62 909.19 i 936.21 905.78 934.94 907.31 941.59 Dry 937.96 Dry 8110106 Dry 911.47 932.95 909.18 943.53 918.34 949.77 Dr/
949.65 909.19 936.13 905.70 934.99 907.24 941.54 Dry 937.94 Dry 8110106 Dry 911.51 932.97 909.13 943.55 918.35 949.77 Dr(
949.63 909.19 936.15 905.71 935.02 907.25 941.56 Dry 937.94 Dry 8/10/06 Dry 9t1£2 933.01 909.25 943.59 918.33 949.88 Dr/
949.73 909.19 936.18 905.70 935.03 907.26 941.59 Dry 937.93 Dry 8/10/06 Dry 911.68 933.11 909.19 943.65 9!8.45 949.79 Dr],-
949.68 909 19 936.27 905.82 935.02 907.36 941 63 Dry 937.93 Dry 811!/06 Dry 911.74 933.06 909.20 943.59 918.40 949.66 Dr/
949.64 909.!9 936.22 905.76 935.08 907.30 941.59 Dry 937.92 Dry 8/11106 Dry 911.77 933.06 909.14 943.52 918.38 949.37 Dr/
949.47 909.19 936.22 905.72 935.12 907.27 941.58 Dry 937.92 Dry 8/11/06 Dry 911.90 933.05 909.25 943.45 918.34 949.18 Dr(
949.35 909.19 936.23 905.71 935.12 907.26 941.60 Dry 937.91 Dry 8111106 Dry 912.04 933.03 909.31 943.47 918.46 948.84 Dr/
949.14 909.19 936.37 905.87 935,12 907.43 941.68 Dry 937.92 Dry 8/12/06 Dry 912.11 932.68 909.22 943.19 918.40 948.51 Dr/
948.82 909.19 936.15 905.76 935.08 907.29 941,55 Dry 937.91 Dry 8/12/06 Dry 912.18 932.58 909.19 943.13 918.38 948.36 Dr/"
948.69 909.19 936.12 905.78 935,09 907.32 941.61 Dry 937.90 Dry 8/12/06 Dry 912.30 932.46 909.26 943.09 916.36 948.37 Dr/
948.65 909.20 936.10 905.78 935.03
._0;14_
941.63 Dry 937.90 Dry 8/12/06 Dry 912.43 932.50 909.34 943.13 918.46 948.35 Dr/
948.60 909.20 936.19 905.92 934.96 941.70 Dry 937.90 Dry 8/13106 Dry 912.48 932.32 909.28 943.00 918.44 948.32 Dry 948.54 909.20 936.05 905.86 934.90 907.41 941.61 Dry 937.89 Dry 8113106 Dry 912.50 932.20 909.21 942.95 918.39 948.30 Dr/
948.49 909.20 935.96 905.82 934.83 907.37 941.61 Dry 937.69 Dry 8/13106 Dry 912,60 932.11 909.28 942.93 918.33 948.39 Dr(
948.54 909.20 935.90 905.78 934.70 907.33 941.63 Dry 937.88 Dry 8/13/06 Dry 912.67 932.15 909.28 943.00 918.42 948.35 Dr/
948.51 909.20 935.97 905.89 934.60 907.45 941.68 Dry 937.88 Dry 8114106 Dry 912.69 931.95 909.21 942.87 918.34 948.36 Dr/
948.47 909.20 935.79 905.78 934.52 907.33
]
941.59 Dry 937.87 Dry 8/14106 Dry 912.70 931.87 909.16 942.85 918.29 948.38 Dr/
948.45 909.20 935.72 905.74 934.47 907.29 941.61 Dry 937.86 Dry 8/14/06 Dry 912.89 931.83 909.26 942.88 918.26 948.50 Dr(
948.55 909.20 935.70 905.72 934.36 907.28 i
941.64 Dry 937.86 Dry 8/14/06 Dry 912.88 931.89 909.25 942.97 918.37 948.47 D_
948.48 909.20 935.80 905.86 934.28 907.43 I
941.70 Dry 937.86 Dry 8115/06 Dry 912.94 931.71 909.22 942.87 918.31 948.52 Dr/
948.53 909.20 935.64 905.75 934.23 907.32 941.62 Dry 937.85 Dry 8/15/06 Dry 912.95 931.65 909.19 942.87 918.30 948.56 Dr/
948.55 909.20 935.60 905.74 934.18 907.30 941.63 Dry 937.85 Dr'/
8115/06 Dry 913.11 931.60 909.26 942.88 918.27 948.68 D_
948.63 909.20 935.57 905.72 934.12 907.29 941.65 Dry 937.84 Dry 8/15/06 Dry 913.18 931.65 90932 942.98 918.38 948.71 Dr/
948.67 909.20 935.74 905.85 934.07 907.43 941.72 Dry 937.84 Dr,/
8/15/06 Dry 913.18 931.50 909.27 94290 918,36 948.72 Dr/
948.67 909.20 935.63 905.79 934.02 907.37 941.64 Dry 937.83 Dry 5/15/06 Dry 913.16 931.40 909.18 942.86 918.32 948.72 Dr/
948.65 909.19 935.54 905.74 933.97 907.31 941.63 Dry 937.83 Dry 8116106 Dry 913.30 931.35 909.25 942.88 918.26 948.83 Dr/
948.74 909.20 935.50 905.70 933,92 907.28 941.66 Dry 937.82 Dry 8/16/06 Dr'/
913.35 931.50 909.28 942.97 918.36 948.68 Dr/
948.78 909.20 935.67 905.81 933.87 907.40 941.73 Dry 937.82 Dr,/
5/17106 Dry 913.36 931.35 909.22 942.88 918.33 948.68 Dr/
948.76 909.19 935.54 905.72 933.82 907.31 941.64 Dry 937.81 Dry 8117106 Dry 913.36 931.30 909.16 942.87 918.31 948.69 Dr/
948.77 909.19 935.51 905.70 933.80 907.29 i
94!.66 Dry 937.81 Dry 8117106 Dry 913.51 931.28 909.23 942.90 918.28 948.77 Dr/
948.84 909.19 935.51 905.67 933.74 907.26 941.69 Dry 937 80 Dry 8/17106 Dry 913.57 931.36 909.28 94299 918.39 948.76 Dry 948.86 909.19 935.63 9(_5.79 933.69 907.40 941.74 Dry 937.80 Dry 5/18/06 Dry 913,62 931.26 909.26 942.93 918.38 948.75 Dr/
948.85 909.19 935.56 905.75 933.67 907.35 941.68 Dry 937,80 Dry 8/18/06 Dry 913.61 931.21 909.19 942.91 918.38 948.71 Dr/
948,81 909.18 935.53 905.73 933.65 907.33 941.68 Dry 937.79 Dry 8/18/06 Dry 913.77 931.19 909.28 942.93 918.35 948.79 Dr/
948.89 909.19 935.53 905.72 933.61 907.33 941.71 Dry 937.79 Dry 5/18/06 Dry 913.85 931,26 909.34 943.03 918.47 948.76 Dr(
948.90 909.19 935.67 905.86 933.56 907,48 941.77 Dry 937,79 Dry 8/19106 Dry 913.90 931.15 909.32 94296 918.47 948.74 Dr/
948.87 909.19 935.60 905.83 933.55 907.44 941.71 Dry 937.78 Dry 5/19/06 Dry 913.89 931.08 909.25 942.93 918.47 948.69 Dr/
948.82 909.19 935.55 905.82 933.54 907.42 941.70 Dry 937.78 Dry 8/19/06 Dry 914.04 931.04 909.33 942.92 918.44 948.75
, D_
948.87 909.20 936.53 905.79 933.50 907.41 941.72 Dry 937.77 Dry 8/19/06 Dry 914.09 931.11 909.39 943.01 918.56 948.72 Dr/
948.87 909.20 935.64 905.93 933.46 907.55 941.78 Dry 937.77 Dry 8/20/06 Dry 914.09 930.97 909.33 942.91 918.55 948.67 Dr/
948.81 909,20 935.55 905.88 933.45 907.49 941.70 Dry 937.77 Dry 8/20/06 Dry 914.05 930.87 909.23 942.85 91851 948.62 Dr/
948.76 909.20 935.46 905.82 933.43 907.43 941.69 Dry 937.76 Dry 8/20106 Dry 914.19 930,82 909.30 942.85 918,45 948.69 Dr/
948.82 909.20 935.43 905.77 933.38 907.40 941.71 Dry 937.75 Dry 8,/20106 Dry 914.22 930.89 909.33 942.95 918.56 948,66 Dr/
948.82 909.21 935.55 905.91 933.35 907.53 941.78 Dry 937.75 Dry 8/21/06 Dr'/
9!4.24 930.75 909.28 942.85 918.53 948.64 Dr(
948,77 909.21 935.46 90584 933.34 907.45 941.70 Dry 937.75 Dry 8/21106 Dry 914 22 930.68 909.21 942.82 918.51 948.61 Dry 948.74 909.21 935.41 905.80 933.33 90741 941.70 Dry 937.74 Dry
TABLE 1, WATER LEVELS FOR 80-ACREWSR PIEZOMETERS PIEZOMETRIC_IN FEETABOVE MEAN SEA LEVEL B
TABLE1. WATERLEVELSFOR 80.-ACREWSR PIEZOMETERS PIEZOMETRICELEVATIONIN FEEl ABOVE MEANSEA LEVEL RPZ-IAI RPZ_A RPZ-4B
_B]
17,PZ-9E D_
I Probedry D_
Dry I D_
Dry I
Probec_y Dry Dry Dry I
Probedry Dry Dry I
Dry Dry I
Probedry Dry I
Dry DryI Probedry Dxy Dry DW DryI Probedry 1)_
DP_
I Dry Dry I
Probedry Dr),
Dry I
Dn/
Dry I
Probe dry DTy Dry I
Dry Dr/ I Probe dry I_
Dry!
Dry Dry I
Probedry 1)13, Dry I Dry Dry I
Probedry DI7 Dry I
Dry Dry I Probedo/
D_,
Dry I Dry DryI Probe dIy Diy DryI Dry Dry I Probe dry D_
Dry I Dry Dry I
Probedry Dry DryI Dry Dry I Probe d_/
Dry I Dry Dry I
Probedry Dry Dry I Dry Dry I
Probedry Dry Dry I Dry Dry I
Probedry Dry Dry I
Dry Dry I
Probedry Dry Dry I Dry DryI Pmbe dfy I)zy Dry J
Dry DryI Probedry l_
Dry I
Dry Dry I
Probe dry DryI Dry DryI Probedry DrY DryI Dry Dry I Probedry Dry Dry Dry Dry l
Probedry D_
Dry Dry Dry J
Probedry Dry Dry Dry DryI Probedry Dry Dry Dry Dry I
Probedry b_
Dry Dry Dry I
Probedry Dry Dry Dry DryI Probe dry Dry Dry Dry DryI Probedry l_
Dry Dry DryI Probedry Dry Dry Dry DryI Probedry D_
Dry Dry DryI Probedry Dry Dry Dry DryI Probedry D_
Dry Dry Dry I
Probedry Dry Dry Dry Dry I
Probedry D_
Dry Dry Dry I
Probedry Dry Dry Dry DryI Probedry D_
Dry Dry Dry I
Probedry l)_
Dry Dry Dry I
Probedry D'_
Dry Dry DryI Probedry D_
Dry Dry o,yI Probed_
l)z7 Dry Dry Dry I
Probedry l_
Dry Dry Dry I
Probedry D_
Dry Dry DryI Probedry D[y Dry Dry Dry I
Probedry Dry Dry Dry Dry I
Probedry D_
Dry Dry Dry I
Probedry Dry Dry Dry I
Probedry Dz},
Dry Dry Dry I
Probedry I_y Dry Dry DryI Probedry DI_
Dry Dry Dry I
Probedry Dry Dry Dry DryI Probe dry Dr),
Dry Dry DryI Probe dry D,y Dry DryI Probedry
]_
Dry Dry DryI Probedry Dr,/
Dry Dry Dry I Probedry D_
Dry Dry DryI Probedry Dry Dry Dry I
Probe dry I_
Dry Dry Dry I
Probe dry I_
Dry Dry Dry I
Probedry I_
Dry Dry DryI 930.89 D_
Dry Dry DryI Probedry bi_"
Dry Dry Dry I
Probedry Dry Dry DryI Probedry D_
Dry Dry Dry I
Probedry l_
Dry Dry Dry I
Probedry D-_
Dry Dry Dry I
Probedry Dry Dry Dry Dry I
_,m_ dry D_
Dry Dry o,yI Probedry D_
I Dry Dry DryI Probedry Dry Dry DryI Probedry Dry Dry Dry I
Probedry Dry Dry Dry Dry I
Probedry Dry Dry Dry I
Probe dry Dry Dry DryI Pm_
dry D_
Dry Dry Dry I
930.80 Dry Dry Dry I
930.82 D_
Dry Dry Dry J
930.83 D_
Dry Dry Dry I 930.80 Dz},
Dry Dry Dry I
930.79 D_
Dry Dry Dry I
930.77 Dry Dry Dry Dry I
930.78 D_
Dry Dry
TABLE
- 1. WATERLEVELS FORS0-ACREWSRPIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-IA RPZ-IB RPZ-IA RPT_2B
_A RPZ_B RPZ-4A RPZ-4B RPZ-SA RPZ-SB RPZ4B RPZ-7A RPZ-7B RPZ-BB RPZ-9A RPZ-9E 12/5/06 Dry 916.61 924.29 907.29 930.75 914.06 936.08 Dry 939.38 908.78 NM 905.47 925.40 907.19 941.73 Dry 936.41 Dry 12/6/06 Dry 916.48 924.27 907.24 I
930.73 914.01 936.06 Dry 939.36 908.77 NM 905.42 925.39 907.17 941.68 Dry 936.41 Dr'/
12/6/06 Dry 916.41 924.26 907.19 930.72 913.98 936.04 Dry 939.34 908.76 NM 905.40 925.38 907.10 941.69 Dry 936.40 Dry 1216/06 Dry 916.54 924.28 907.30 930.73 913.93 936.08 Dry 939.34 908.76 NM 905.38 925.37 907.23 941.71 Dry 936.43 Dry 12/6/06 Dry 916.54 924.27 907.31 930.71 914.02 936.04 Dry 939.33 908.76 NM 905.50 925.36 907.22 941.73 Dry 936.41 Dry 12/7/06 Dry 916.51 924.24 907.28 930.70 913.99 936.03 Dry 939.32 908.76 NM 905.46 925.35 907.21 941.68 Dry 936.40 Dry 12/7/06 Dry 916.45 924.22 907.23 930,67 913.97 936,01 Dry 939.29 908.75 NM 905.45 925.34 907.14 941.67 Dry 936.39 Dry 12/7/06 Dry 916.55 924.24 907.30 930.69 913.91 936.03 Dry 939.30 908.75 NM 905.42 925.34 907.25 941.68 Dry 936.41 Dry 12/7/06 Dry 916,48 924.22 907.26 930.64 913.98 935.99 Dry 939.29 908,75 NM 905.51 925.33 907.19 941.70 Dry 936.38 Dry 12/8/06 Dry 916.45 924.18 907.21 930.64 913.89 935.99 Dry 939.27 908.74 NM 905.40 925.32 907.15 941.61 Dry 936.39 Dry 12/8/06 Dry 9!6.42 924.19 907.20 930.63 913.87 935.97 Dry 939.26 908.74 NM 905.42 925,31 907.13 941.66 Dry 936.39 Dry 12/8/06 Dry 916.55 924.22 907.30 930.64 913.84 936.00 Dry 939.26 908.74 NM 905.42 925.30 907.26 941.67 Dry 936.41 Dry 12/8/06 Dry 916.56 924.19 907.32 930,62 913.94 935.97 Dry 939.25 908.73 NM 905.54 925.30 907.26 941.69 Dry 936.40 Dry 12/9/06 Dry 916.54 924.17 907.30 930.61 913.93 935.95 Dry 939.24 908.73 NM 905.52 925.29 907.25 941.65 Dry 936.39 Dry 12/9/06 Dry 916.48 924.17 907.26 930.59 913.91 935.93 Dr},
939.22 908.72 NM 905.53 925.28 907.20 941.65 Dry 936.38 Dry 12/9106 Dry 916.59 924.18 907.36 930.59 913.86 935.97 Dry 939.22 908.73 NM 905,50 925.28 907.31 941.65 Dry 936.41 Dry 12/9/06 Dry 916.60 924.17 907.37 93057 913.95 935.93 Dry 939.22 908.73 NM 905.61 925.27 907.32 941.68 Dry 936.39 Dry 12110/06 Dry 916.61 924.15 907.38 930.56 913.93 935.93 Dry 939.21 908.73 NM 905.60 925.26 907.32 941.64 Dry 936.39 Dry 12/10/06 Dry 91652 924.12 907.30 930.54 913.92 935.89 Dry 939.19 908.72 NM 905.59 925.25 907.25 941.62 Dry 936.38 Dry 12110/06 Dry 9t6.54 924.14 907,32 930.53 91385 935.90 Dry 939.19 908.72 NM 905.55 925.25 907.27 941.62 Dry 93638 Dry 12/10/06 Dry 916.47 924.11 907.26 930.51 913.85 935.87 Dry 939.17 908.72 NM 905.55 925.24 907.21 941.61 Dry 936.37 Dry 12/11106 Dry 916.38 924.08 907.17 930.50 913.77 935.86 Dry 939.16 908.71 NM 905.47 925.22
- 907.12 941.57 Dry 936.36 Dry 12/11/06 Dr'/
916.26 924.06 907.06 930.47 913.68 935.84 Dry 939.14 908.70 NM 905.39 925.21
- 907.00 941.56 Dry 936.34 Dry 12111/06 Dry 916.31 924,07 907.09 930.49 913.57 935.87 Dry 939.14 808.70 NM 905.29 925.20 907.05 941.56 Dry 936.37 Dry 12111/06 Dry 916.26 924.07 907.05 930.46 913.60 935.83 Dry 939.13 908.69 NM 905.37 925.20 907.00 941.60 Dry 936.34 Dry 12/12/06 Dry 916.23 924.04 907.00 930.46 913.53 935.83 Dry 939.12 908.68 NM 905.28 925.19 906.97 941,55 Dry 936.36 Dry 12/12/06 Dry 916.22 924.05 906.99 930.44 913.51 935.81 Dry 939.11 908.67 NM 905.30 925.18 906.94 941.59 Dry 936.35 Dry 12/12/06 Dry 916.34 924.05 907.09 930.45 913.48 935.85 Dry 939.11 908.67 NM 905.29 925.18 907.07 941.59 Dry 936.38 Dry 12/12/06 Dry 916.34 924.06 907.10 930.43 913.57 935.81 Dry 939.10 908.66 NM 905.40 925.17 907.07 941.62 Dry 936.36 Dry 12/13/06 Dry 916.36 924.03 907.11 930.42 913.55 935.81 Dry 939.10 908.66 NM 905.38 925A6 907.08 941.57 Dry 936.36 Dry 12/13/06 Dry 916.30 924.02 907.06 930.40 913.55 935.78 Dry 939.07 908.65 NM 905.40 925.16 907.02 941.57 Dry 936.35 Dry 12113/06 Dry 916.43 924.04 907.16 930.41 913.50 935.81 Dry 939.09 908.65 NM 905.37 925.15 907.15 941.58 Dry 936.38 Dry 12113/06 Dry 916.44 924.04 907.!7 930.39 913.60 935.78 Dry 939.06 908.65 NM 905.50 925.15 907.17 941.61 Dry 936.36 Dry 12/14/06 Dry 916.48 924.02 907,19 930.39 913.59 935.78
- DP_,
939.06 908.64 NM 905.49 925.14 907.20 941.57 Dry 936.37 Dry 12/14106 Dry 916.44 924.01 907.17 930.37 913.61 935.75 Dry 939.05 908.64 NM 905.53 925.13 907.17 941.57 Dry 936.35 Dry 12114/06 Dry 916.55 924.02 907,27 930.37 913.58 935.78 Dry 939.05 90864 NM 905.51 925.12 907.29 941.57 Dry 936.37 Dry 12114/06 Dry 916.55 924.00 907.27 930.35 913.66 935.74 Dry 939.04 908.64 NM 905.61 925.12 907.27 941.58 Dry 936.36 Dry 12/15106 Dry 916.57 923.98 907.28 930.34 913.65 935.74 D_
939.03 908.64 NM 905.61 925.11 907.30 941.56 Dry 936.36 Dry 12/15/06 Dry 916.56 923.99 907.29 930.33 913.67 935.72 Dry 939.62 908.64 NM 905.65 925.11 907.29 941.58 Dry 936.36 Dry 12/15106 Dry 916.70 924.01 907.41 930.33 913.67 935.75 Dry 939.02 908,64 NM 905.67 925,10 907.43 941.59 Dry 936.38 Dry 12/15/06 Dry 916.71 923,99 907.43 930.32 913.78 935.71 Dry 939.01 908.65 NM 905.81 925.10 907A5 941.60 Dry 936.37 Dry 12/16/06 Dry 916.75 923.98 907.48 930.31 913.78 935.72 Dry 939.01 908.65 NM 905.81 925.09 907.49 941.56 Dry 936.37 Dry 12116/06 Dry 916.73 923.98 907.48 930.29 913.82 935.70 Dry 938,99 908.65 NM 905.87 925.09 907.50 941.57 Dry 936,36 Dry 12116/06 Dry 916.84 923.98 907.58 930.29 913.81 935.72 Dry 939.00 908.66 NM 905.88 925.08 907.61 941.57 Dry 936.38 Dry 12/16/06 Dry 916.76 923.97 907.54 930.26 913.90 935.66 Dry 938.98 908.67 NM 905.98 925.08 907.53 941.57 Dry 936.34 Dry 12/17/06 Dry 916.63 923.91 907.42 930.24 913.80 935.65 Dry 938.96 908.67 NM 905.85 925.07 907.41 941.48 Dry 936.33 Dry 12/17/06 Dry 916.46 923.89 907.27 930.22 913.69 935.63 Dz_
938,94 908.66 NM 905.74 925.05 907.26 941.46 Dry 936.31 Dry 12117/06 Dry 916.48 923.91 907.29 930.23 913.55 935.67 Dry 938.94 908.66 NM 905.62 925.05 907.29 941.46 Dry 936.33 Dry 12/17/06 Dry 916.44 923.89 907.25 930.21 913.57 935.64 Dry 938.94 908.65 NM 905.66 925.04 907.25 941.50 Dry 936.32 Dry 12118/06 Dry 916.44 923.89 907.25 930.21 913.52 935.64 Dry 938.94 908.65 NM 905.62 925.03 907.24 941.48 Dry 936.33 Dry 12118/06 Dry 916.39 923.88 907.22 930.19 913.52 935.62 Dry 938.92 908.65 NM 905.64 925.03 907.20 941.49 Dry 936.31 Dry 12/16/06 Dry 916.44 923.89 907.26 930.19 913.47 935.64 Dry 938.92 908.64 NM 905.61 925.02 907.26 941.48 Dry 936.33 Dry 12118/06 Dry 916.38 923.85 907.20 930.17 913.50 935.61 Dry 938.90 908.64 NM 905.64 925.01 907.19 941.47 Dry 936.31 Dry 12119/06 Dry 916,35 923.85 907.17 930.17 913.43 935.61 Dry 938.90 908.63 NM 905.59 925.01 907.16 941.45 Dry 936.31 Dry 12119/06 Dry 916.26 923.84 907.10 930.14 913.40 935.58 Dry 938.88 908.63 NM 905.58 925.00 907.08 941.46 Dry 936.30 Dry 12/19/06 Dry 916.28 923.84 907,12 930.15 913.32 935.60 Dry 938.89 908.62 NM 905.50 924.99 907.00 941.44 Dry 936.31 Dry 12/19/06 Dry 916.22 923.82 907,05 930.12 913.32 935.58 Dry 938.72 908.62 929.78 906.23 924.98 906.94 941.44 Dry 936.29 Dry 12/20/06 Dry 916.18 923.80 907.00 930.12 913.24 935.58 Dry 938.71 908.61 NM 905.37 924.97 906.90 941.41 Dry 936.30 Dry 12/20/06 Dry 916.15 923.81 906.98 93011 913,21 935.57 Dry 938.70 908.60 NM 905.40 924.97 906.87 941.43 Dry 936.30 Dry 12/'20/06 Dry 916.29 923.83 907.09 930.12 913.19 935.60 Dry 934.89 908.60 NM 905.43 924.97 907.01 941.46 Dry 936.33 Dry 12/20/06 Dry 916.27 923.82 907.08 930.10 909.32 935.56 Dry 938,87 908.60 NM 905,57 924.97 906.99 941.48 Dr'/"
936.30 Dry 12/21/06 Dry 916.26 923.78 907.05 930.09 912.04 935.55 Dry 938.87 908.59 NM 905.52 924.96 906.97 941.42 Dry 936.30 Dry 12/21106 Dry 916.20 923.78 907.02 930.08 912.63 935.54 D_
938.85 908.58 NM 9(35.53 924.95 906.92 941,42 Dry 936.29 Dry 12/21/06 Dry 916.32 923.80 906.56 930.09 912.83 935.57 Dry 938.87 908.58 NM 905.52 924.95 907.05 941 44 Dry 934.56 Dry 12/21/06 Dry 916.32 923.79 907.08 930.07 913.02 935.53 Dry 938.85 908.58 NM 905.62 924.95 907.04 941.33 Dry 935.71 Dry 12/22/06 Dry 916.39 923.79 907.14 930.08 913.09 935.54 D_
938.85 908.58 NM 905.64 924.94 907.11 941.45 Dry 936.17 Dry 12/22/06 Dry 916.42 923.78 907.19 930.06 913.18 935.53 Dry 938.84 908.57 NM 905.7!
924.94 907.14 941.43 Dry 936.28 Dry 12/22/06 Dry 916.46 923.78 907.26 930.04 913.23 935.53 Dry 938.84 908.57 NM 905.75 924.93 907.20 941.45 Dry 936.29 Dry 12/22/06 Dry 916.37 923.73 907.15 930.02 913.25 935.49 Dry 938.81 908.57 NM 9(Y5.73 924.92 907.09 941.37 Dry 936.28 Dry 12/23/06 Dry 916.31 923.73 907.12 930.02 913.19 935.50 Dry 938.81 908.56 NM 905.66 924.91 907.04 941.38 Dry 936.28 Dry 12/23/06 Dry 916.20 923.71 907.02 929.99 913.15 935.47 Dry 938.79 908.56 NM 905.62 924.91 906.93 941.33 Dry 936.26 Dry 12/23106 Dry 9!6.25 923.71 907.04 930.00 913.05 935.49 Dry 938.80 908.55 NM 905.53 924.90 906.99 941.41 Dry 936.28 Dry 12/23106 Dry 916.21 923.70 907.01 929.98 913.08 935.47 Dry 938.78 908.,55 NM 905.57 924.89 906.94 941.37 Dry 936.27 Dry 12/24/06 Dry 916.18 923.70 906.98 929.99 913.04 935,46 I_
938.78 908.54 NM 905.54 924.89 906.92 941.37 Dry 936.28 Dry 12/24/06 Dry 916.13 923.69 906.93 929.96 913.02 935.44 Dry 938.76 908.53 NM 905.53 924.88 906.87 941.34 Dry 936.26 Dry 12/24106 Dry 916.18 923.70 906.97 929.96 912.96 935.46 Dry 938.77 908.52 NM 905.49 924.87 906.92 94t.39 Dry 936.27 Dry 12/24/06 Dry 916.12 923.66 906.92 929.95 912.98 935.43 D_'_
938.75 908.52 NM 905.51 924.87 906.86 941.34 Dry 936.26 Dry 12/25/06 Dry 916.10 923.66 906.89 929.93 912.93 935.44 D_
938.75 908.51 NM 905.46 I 924.86 906.83 941.35 Dry 936.26 Dry 12/25/06 Dry 916.06 923.64 906.84 929,92 912,89 935.42 Dry 938.74 908.50 NM 905.4Z 924.85 906,79 941.34 Dry 936.26 Dry 12/25/06 Dry i 916.18 923.68 906,95 929.93 912.86 935.45 D_
938.75 908.50 NM 905.46 924.85 906.92 941.42 Dry 936.28 Dry 12/25/06 Dry 916.20 923.67 906.96 929.91 912.94 935.42 Dry 938.73 908.50 NM 905.56 924.85 906.93 941.37 Dry 936.28 Dry 12/26/06 Dry 916.23 923.65 906.98 929.91 912.94 935.42 Dry 938.73 908.49 NM 905.57 924.84 906.95 941.37 Dry 936.28 Dry 12/26/06 Dry 916.23 923.65 906.99 929.89 912.97 935.40 Dry 938.72 908.49 NM 905.61 924.84 906.96 941.36 Dry 936.28 Dry
- 12../26/06 Dry 916.39 923.67 907.12 929.91 912.97 935.43 Dry 938.73 908.49 NM 905.64 924,84 907.12 941,45 Dry 936.30 Dry 12/26/06 Dry 916.43 923.66 907.16 929.88 91309 935.40 Dry 938.71 908.49 NM 905.78 924.84 907.16 941.40 Dr'/
936.30 Dr/
TABLE I. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL
]VIEASLrR_
DATE RPZ-IA RP_IB RPZ--2A
_28 RIrZ.-.3A
_B RPZ-4B RPZ-SA
_58
_B
_TA
_7B RPZ-SA[_B RI'g-9A RPZ-9B 12/27/O6 Dry 916.51 923.67 907.23 929,89 913.12 935.40 Dz},
938.72 908.49 NM 905.83 924.84 907.24 941.42 Dry 936.32 Dry 12/27/06 Dry 916.62, 923.69 907.35 929.87 913.21 935.40 Dry 938.72 908.50 NM
' 905.95 924.84 907.36 941.44 Dry 936.33 Dry 12/27/06 Dry 916.86 923.72 907.58 929.89 913.31 935,43 Dry 938.73 908.52 NM 906.08 92484 907.62 938.60 Dry 936.36 Dry 12/27106 Dry 916.88 923.70 907.62 929.84 913.50 935.38 Drl 938.69, 908.53 NM 906.29 924.84 907.64 941.32 Dry 936.33 Dry 12/28/06 Dry 916.85 923.67 907.63 929.82 913.51 935.37 Dry 938.70 908.54 NM 906.26 924.83 907.62 941.33 Dry 936.32 Dry 12/28/06 Dry 916.71 923.63 907.51 929.79 913.49 935.33 Dry 938.67 908.55 NM 906.22 924.82 907.50 941.26 Dry 936.29 Dry 12/28/06 Dry 9!6.66 923.62 907.47 i
929.78 90909 935.34 Dr:
938.67 908.55 NM 906.10 924.81 907.45 941.27 Dry 936.29 Dry 12/28/06 Dry 916.53 923.59 907.36 i
929.77 909.99 935.31 Dry 938.65 908.55 NM 906.06 924.80 907.32 941.27 Dry 936.27 Dry 12/29/06 Dry 916.41 923.58 907.25 i
929.75 912.01 93531 D_
938.64 908.55 NM 905.92 924.79 907,21 941.25 Dr/
936.25 Dry 12/29/06 Dry 916.25 923.56 907.13 929.73 912.47 935.30 I_
938.62 908.54 NM 905.80 924.78 907.06 941.22 Dry 936.23 Dry 12./29/06 Dry 916.28 923.58 907.13 929.74 909.04 935.32 Dr:
938.64 908.54 NM 905.69 924.78 907.09 941.33 Dry 936.25 Dry 12/29106 Dry 916.22 923.56 907,09 929.72 911.61 935.30 Dry 938.62 906.53 NM 905.71 924.77 907.02 941.27 Dry 936.24 Dry 12/30/06 Dry 916.21 923.56 907.08 929.72 912.23 935.30 Dri 938.62 908.53 NM 905.67 924,77 907.02 941.29
- Dry, 936.24 Dry 12/30106 Dry 916.13 923.55 907.01 929.70 912.47 935.28 Dry 938.60 908.52 NM 905.66 924.76 906.93 941.24 Dry 936.23 Dry 12/30106 Do/
916.17 923.55 907.04 92970 912.53 935.30 Dry 938.61 908.51 NM 90559 924.76 906.98 941.32 Dry 936.25 Dry 12/30/06 Dry 916.12 923.53 906.99
=
929.68 912.64 935.27 Dz7 938.59 908.51 NM 905.63 924.75 906.90 941.25 Dry 936.23 Dry 12/31/06 Dry 916.07 923.51 906.92 92968 912.63 935.26 Dry 938.58 908.50 NM 905.56 924.74 906.84 941.26 Dry 936.23 Dry 12/31106 Dry 916.01 923,51 906.87 929.66 912,63 935.25 Dry 938,57 908.49 NM 905.54 924.74 906.78 941,23 Dry 936.23 Dry 12131/06 Dry 916.14 923.55 906.97 929.68 912.62 935.28 D_
938.60 908.48 NM 905.52 924.74 90692 941.35 Dry 936.26 Dry 12131106 Dry 9!6.21 923:55 907.04 929.67 912.74 935.27 Dry 938.57 908.48 NM 905.65 924.74 906.98 941.33 Dry 936.26 Dry 111/07 Dry 916.28 923.54 907.10 :
929.66 912.80 935.26 Dry 938.58 908.48 NM 905.71 924.73 907.05 941.33 Dry 936.27 Dn/
111/07 Dry 916.28 923.53 907.11 !
929.64 912.86 935.24 Dnj 938.56 908.48 NM 905.78 924.73 907.04 941.28 Dry 936.26 Dry 111/07 Dry 916.40 923.55 907.22 929.64 912.87 935.26 D_
938.58 908.48 NM 905.81 924,73 907.18 941.35 Dry 936.28 Dry 1/1/07 Dry 916.35 923.53 907.18 929.61 912.96 935.22 Dr:
938.55 908.48 NM 905.90 924.73 907.13 941.26 Dry 936.26 Dry 1/2/07 Dry 916.31 923.49 907.13 929.60 912.92 935.21 D_
938.55 908.48 NM 905.83 924.72 907.08 941 25 Dry 936.25 Dry 1/2/07 Dry 916.23 923.48 907.06 929.58 912.89 935.20 D_
938.53 908.47 NM 905.80 924.71 907.00 941.22 Dry 936.24 Dry 1/2/07 Dry 916.29 923.50 907.12 929.58 912.82 93522 Dry 938.54 908.47 NM 905,75 924.70 90707 941.30 Dry 936.25 D_
1/2/07 Dry 916.26 923.48 907.09 929.56 912.86 935.20 Dry 938.52 908.47 NM 905.79 924.70 907.03 941.24 Dry 936.24 Dry 113/07 Dry 916.21 923.48 907.04 929.55 912.83 935.18 Dry 938.51 908.47 NM 905.77 924.70 906.98 941.22 Dry 93623 Dry 113/07 Dry 916.14 923.46 906,98 929.53 912.78 935.17 Dz7" 938.51 908.46 NM 905.72 924.69 S06.93 94!.20 Dry 936.22 Dry 1/3/07 Dry 916.24 923.47 907.07 929.54 912.73 935.21 Dr/
93852 908.46 NM 905.69 924.69 907.04 941.30 Dry 936.25 Dry 1/3/07 Dry 916.23 923.47 907.06 929.52 912.80 935.17 Dry 938.50 908.46 NM 905.79 924,68 907.01 941.23 Dry 936.24 Dry 114/07 Dry 916,22 923.45 907.05 929.52 912.79 935.17 D_
938.49 908.46 NM 905.76 924.68 907.00 941.23 Dry 936.23 Dry 114/07 Dry 916.17 923.44 907.01 929.50 912.77 935.16 Dry 938.48 908.45 NM 905.75 924.67 906.95 941.20 Dry 936.22 Dry 114/07 Dry 916.31 923.47 907.12 92952 912.74 935 19 Dr'/
938.50 90846 NM 905.75 924.67 907.09 941.31 Dry 936.27 Dry 114/07 Dry 916.40 923.49 907.21 929.50 912.86 935.17 Dry 938.48 908.46 NM 905.91 924.68 907.18 941.29 Dry 93627 Dry 115/07 Dry 916.44 923.47 907.26 929.49 912.92 935.16 Dr:
938.48 908.46 NM 905.96 924.67 907.22 941.28 Dry 936,27 Dry 1/5/07 Dr'/
91637 923.45 907.20 929.46 912.95 935.13 Dry 938.46 908.46 NM 906.00 924.67 907.16 941,20 Dry 936.25 Dry 115/07 Dry 916.36 923.44 907.20 929.45 912.89 935.14 Dr_
938.47 908.46 NM 905.93 924.66 907.16 941.22 Dry 936.24 Dry 1/5/07 Dry 916.18 923.39 907.04 929.40 912.85 935.10 Dry 938.44 908.46 NM 905.87 924.65 906.97 941.10 Dry 936.20 Dry 1/6/07 Dry 916.05 923.37 906.89 929.41 912.69 935.09 Dry 938.42 908.45 NM 905.69 924.64 906.82 941.12 Dry 936.20 Dry 116/07 Dry 915.91 923.36 906.77 929,40 912.58 935.08 D_')"
938.41 908.44 NM 905,60 924.63 906.70 941 09 Dry 936.20 Dry 116/07 Dry 916.02 923.40 906.87 929.41 912.48 935.13 D_
938.44 908.43 NM 905.53 924.63 906.83 941.22 Dry 936.23 Dry 116/07 Dry 915.96 923.39 906.81 929.38 912.55 935.09 Dr_
938.41 908.43 NM 905.62 924.63 906.75 941.13 Dry 936.20 Dry 1/7/07 On/
915,92 923.36 906.74 929.38 912.47 935.08 D_
938.40 908.42 NM 905.53 924,62 906.69 941.14 Dry 936.20 Dry 1/7/07 Dry 915.79 923.34 906.65 929.35 912.42 935.06 D_
938.38 908.41 NM 90550 924.61 906.58 941.07 Dry 936.18 Dry 1/7/07 Dry 915.88 923.36 906.70 929.37 912.31 935.10 Dry 938.40 908.40 NM 905.41 924.61 906.66 941.19 Dry 93621 Dry 1/7/07 Dry 915.88 923.36 906.70 929.35 912.37 935.07 Dz)t 938.39 90840 NM 905.51 924.61 906.65 941.14 Dry 936.20 Dry 118/07 Dry 915.90 923.34 906.70 929.34 912.35 935.07 I)_
938.38 908.39 NM 905.49 924.60 906.66 941.14 Dry 936.21 Dry 118,'07 Dry 915.87 923.34 906.68 929.33 912.35 935.06 Dry 938.37 908.38 NM 905.51 924.60 906.64 941.11 Dry 936.20 Dry 118/07 Dry 916.05 923.37 906.83 929.35 912.34 935.10 D_
938.40 90838 NM 905.53 924.60 906.83 941.24 Dry 936.24 Dry 118/07 Dry 91609 923.38 906.86 929.32 912.47 935.06 Dry 938.37 908.37 NM 905.70 924.60 906.86 941.17 Dry 936.23 Dry 1/9/07 Dry 916.09 923.35 906.86 929.31 912.48 935.05 Dry 938.37 908.37 NM 905.71 924.60 906.86 941.15 Dry 936.23 Dry 119/07 Dry 916.05 923.33 906.84 929.28 912.48 935.03 Dry 938.36 90836 NM 905.71 924.59 906,83 941.11 Dry 936.21 Dry 1/9/07 Dry 916.18 923.35 906.94 929,31 912.45 935.07 DP/
938.38 90836 NM 905.70 924.59 906.97 941.22 Dry 936.25 Dry 1/9/07 Dry 916.21 923.36 906.98 929,27 912.55 935.04 Dr},
938.35 908.36 NM 905.83 924.59 907.00 941,15 Dry 936.24 Dry 1110/07 Dry 916.24 923.34 906.98 929.28 912.57 935.03 D_
938.35 908.36 NM 905.84 924.59 907.01 941.16 Dry 936.25 Dry 1119/07 Dry 916.24 923.35 907.02 929.26 912.60 935.03 Dry 938.34 908.36 NM 905.89 924.59 g07.04 941.16 Dry 936.24 Dry 1/10/07 Dry 916.35 923.37 907.12 929.25 9!2.6!
935.05 D_
938.36 908.37 NM 905,92 924.59 907.16 941.20 Dry 936.25 Dry 1/10/07 Dry 916.31 923.32 907.09 929.23 912.67 935.01 Dry 938.33 908.37 NM 905,97 924.58 S07.11 941.12 Dry 936,24 Dry 1111107 Dry 916.33 923.32 907.09 929.23 912.65 935.01 Dry 938.34 908.37 NM 905.95 924.58 907.13 941.14 Dry 936.25 Dry 1111/07 Dry 916.30 923.32 907.09 929.21 912.67 935.00 Dry 938.32 908.37 NM 905.98 924.57 907.12 941.11 Dry 936.24 Dry 1111107 Dry 916.43 923.33 907.20 929.23 912.66 935.03 Dry 938.34 908.38 NM 905.97 924.57 907.24 941.21 Dry 93627 Dry 1/11/67 Dry 916.42 923.33 907.21 929.20 912.77 934.99 Dry 938.31 908.38 NM 906.10 924.57 907.23 941.13 Dry 936.25 Dry 1112/07 Dry 916.38 923.30 907.18 929.19 912.76 934.98 Dry 938.30 908.39 NM 906.06 924.56 907.20 941.11 Dry 936.25 Dry 1/12/07 Dry 91628 923.28 907.11 929.16 912,73 934.96 Dry 938.29 908.38 NM 906.03 924.56 907.11 941,05 Dry 936.22 Dry 1112/07 Dry 916.28 923.29 907.11 929.16 912.65 934.98 Dry 938.30 90838 NM 905.94 924.55 907.11 941.10 Dry 936.23 Dry 1112/07 Dry 916.14 923.26 906.99 929.13 912.63 934.94 Dry 938.27 908.37 NM 905.92 924.55 906.97 941.01 Dry 936.20 Dry 1113/07 Dry 916.05 923.24 906.89 929.14 91251 934.94 Dry 938.26 908.36 NM 905.77 924.54 906.87 941.02 Dry 93620 Dry 1113/07 Dry 915.99 923.25 90684 929.12 912.45 934.94 Dry 938.25 908,35 NM 905.74 924.53 906.82 941.02 Dry 936.18 Dry 1,/13/07 Dry 916.04 923.26 906.89 929.13 912.39 934.96 Dr:
938.27 908.35 NM 905.69 924.53 906.88 941.09 Dry 936.20 Dry 1113/07 Dry 915.98 923.24 906.84 929.10 912.42 934.93 Dr/
938.25 908.34 NM 905.74 924.53 906.81 941.02 Dry 93618 Dry 1114/07 Dry 915.91 923.22 906.78 929.09 912.36 934.93 Dry 938.24 908.33 NM 905.67 924.52 906.73 941.00 Dry 936.18 Dry 1114/07 Dry 915.79 923.20 906.66 929.06 912.28 934.91 D_
938.22 908.32 NM 905.60 924.51 906.62 940.95 Dry 936.16 Dry 1114/07 Dry 915.85 923.22 906.69 929.09 912.17 934.95 D_
938.24 908.31 NM 905.50 924.51 906,67 941,06 Dry 936.20 Dry 1114107 Dry 915.84 923,23 906.69 92906 912.22 934.92 Dry 93822 908.31 NM 905.59 924.51 906.66 941.02 Dry 936 18 Dry 1115/67 Dry 915.80 923.19 906.63 929.06 912.19 934.91 D_
938.21 908.30 NM 905.55 924.50 906.60 940.99 Dry 936.18 Dry 1115107 Dry 915.75 923.19 906.58 929.04 912.14 934.90 D_
938.20 908.29 NM 905.52 924.50 906,55 940.98 Dry 936.17 Dry 1115/07 Dry 915.86 923.20 906.67 929.05 912.09 934.94 Dr/
938.23 908.28 NM 905.50 924.49 906.67 941.08 Dry 936.20 Dry 1115107 Dry 915.84 923.21 906.66 929,03 912.17 934.90 Dry 938.20 908.27 NM 905.61 924.50 906.65 941.01 Dry 936.19 Dry 1116/07 Dry 915.85 923.18 906.66 929.03 912.15 934.90 Dr),
938.20 908.26 NM 905.58 924.49 906.66 941.02 Dry 936.20 Dry 1116/07 Dry 915.84 923.20 906.64 929.01 912.16 934.88 Dry 938.19 908.25 NM 905.62 924.49 906.64 940.99 Dry 936.19 Dry 1116/07 Dry 915.98 923.21 906.76 929.02 912.14 934.93 D_
938.21 908.25 NM 905.62 924.49 906.80 941.10 Dry 936.23 Dry 1116/07 Dry 916.00 923.22 906.78 929.00 912.25 934+8_
Dr,/
938.19 908.24 NM 905.76 924.49 906.81 941.04 Dry 936.21 Dry 1/17/07 Dry 915.99 923.18 906.77 929.00 912.24 934.88 Dry 938.19 908.23 NM 905.74 924.48 906.80 941.02 Dry 936.22 Dry
TABLE 1.
WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPT_1,_
RPT_IB RPT_2A RPZ-2B
_A
_B RPZ-4A RPZ-4B
_SA RPZ-5B RPZ--6B RW/_TA RIr/_7B RPZ4B RPZ-gA RPZ.-9B 1/17/07 Dry 915.94 923.18 906,73 928.97 912.24 934.86 Dry 938.16 908.22 NM 905.75 924.48 906.76 940.98 Dry 936.20 Dry 1/17/07 Dry 916.02 923.18 906.80 928,98 912.19 934.89 Dr},
938.18 908.22 NM 905.71 924.48 906.84 941,05 Dry 936.23 Dr,i 1/17/07 Dry 916.01 923.18 906.80 928.95 912.26 934.87 Dry 938.16 908.21 NM 905.80 924.47 906.85 941.00 Dry 936.22 Dry
!118/07 Dry 916.00 923.18 906.79 928.95 912,25 934.86 Dz),
938.15 908.21 NM 905.80 924,47 906.83 940.99 Dry 936.22 Dry 1118/07 Dry 915.97 923.17 906.77 928.94 912.24 934.85 Dry 938.15 908.20 NM 905.79 924.47 90681 940.97 Dry 936.21 Dry 1/18/07 Dry 916.08 923.18 906.86 928.94 912.19 934.88 Dry 938.16 908.20 NM 905.79 924.46 906.93 941.06 De/
936.24 Dry 1/18/07 Dry 916.03 923.18 906.82 928.92 912.29 934.83 Dry 938.13 908.19 NM 905.89 924,47 906.86 940.95 Dry 93622 Dry
!119/07 Dry 916,02 923.14 906.79 928.93 912.23 934.83 Dx_
938.13 906,19 NM 905.80 924.46 906.85 940.98 Dry 936.23 Dry 1/19/07 Dry 916.01 923.16 90681 928.90 912.23 934.83 Dry 938.13 908,18 NM 905.84 924.46 906.86 940.96 Dry 936.23 Dry 1/19/07 Dry 916.08 923.16 906.83 928.91 912.20 934.85 D_
938.14 908.18 NM 905.83 924.45 906.93 941.02 Dry 936.24 Dry 1119107 Dry 916.03 923.15 906.79 928.89 912.24 934.81
- DPt, 938.11 908.17 NM 905.89 924.45 906.86 940.95 Dry 936.23 Dry 1/20107 Dry 916.02 923.13 906.78 928.89 912.19 934.82 Dry 938.11 908.17 NM 905.84 924.45 906.86 940.95 Dry 936.23 Dry 1/20107 Dry 915.94 923.13 906.74 928.85 912.17 934.80 Dry 938.69 908.16 NM 905.83 924.44 906.81 940.91 Dry 936.21 Dry 1/20/07 Dry 915.98 923.13 906.77 928.87 912.09 934.82 Dry 938.11 908.16 NM 905.77 924.44 906.84 940.97 Dry 936.23 Dry 1/20/07 Dry 915.96 923.13 906.75 928.86 912.12 934.80 Dr},
938.08 908.15 NM 905_82 924.44 906 81 940.94 Dry 936.22 Dry 1/21/07 Dry 915.98 923.12 906.77 928.86 912.09 934.80 938.09 908.15 NM 905.79 924.43 906,83 940.96 De/
936.24 Dry 1/21/07 Dry 915.99 923.12 906.78 928.84 9!2.11 934.79 Dry 938.08 908.14 NM 905.84 924.43 906.85 940.94 Dry 936.24 Dry 1/21/07 Dry 916.07 923.14 906.88 928.85 912.11 934.82 D_
938.09 908.14 NM 905.86 924.43 906.94 941.00 Dry 936.25 Dry 1/21/07 Dry 916.00 923.11 906,81 928.82 912.16 934.78 Dry 938.06 908.13 NM 905.91 924.43 906.86 940.91 Dry 936,23 Dry 1/22/07 Dry 915.94 923,09 906.76 928.81 912.10 934.77 Dry 938.06 908.13 NM 905.84 924.42 906.81 940.90 Dry 936.22 Dry 1/22/07 Dry 9!5.84 923,09 906.67 928,77 912.04 934.76 Dry 938.05 908.12 NM 905.80 924.42 906.71 940.85 Dry 936.19 Dry 1/22/07 Dry 915.84 923.07 906.56 928.79 911.94 934.78 Dry 938.06 908.11 NM 905.67 924.41 906.71 940.91 Dry 936.22 Dry 1/22/07 Dry 915.78 923,08 906.50 928.78 911.97 934.75 Dry 938.04 908.10 NM 905.72 924.41 906.65 940.86 Dry 936.20 Dry
!/23/07 Dry 9!5.73 923.06 906.46 928.77 911.91 934.75 Dry 938.04 908.10 NM 905.64 924.40 906.59 940.86 Dry 93621 Dry 1/23107 Dry 915.68 923.07 90642 928.75 911.88 934.74 Dry 938.02 908.08 NM 905.63 924.40 906.55 940.85 Dry 936.19 Dry 1/23/07 Dry 915.78 923.09 906.54 928.78 911.83 934.77 Dry 938.04 90808 92939 905.59 924.39 906.65 940.94 Dry 936.23 Dry 1/23107 Dry 915.77 923,10 906.54 92875 911.91 934.74 Dry 938.6"2 908,07 NM 905.72 924.40 90665 940.88 Dry 93621 Dry 1/24/07 Dry 915.74 923.05 906.50 928.75 911.88 934.74 Dry 938.02 908.06 NM 905.67 924.39 906.61 940.86 Dry 936.22 Dry 1124/07 Dry 915.67 923.05 906.44 92872 911.86 934.72 Dry 938.00 908.05 NM 905.66 924.39 906.54 940.81 Dry 936.20 Dry 1124107 Dry 915.76 923.06 906.51 928.74 911.80 934.75 Dry 938.02 908.05 NM 905.61 924.38 906.64 940.92 Dry 936.23 Dry 1/24/07 Dry 915.71 923,06 906.46 928.71 911.86 934.71 Dry 937.99 908.04 NM 905.69 924.38 906.58 940.83 Dry 936.21 Dry 1/25/07 Dry 915.71 923.03 906.45 928.72 911.80 934.72 Dry 938.00 908.03 NM 905.62 924.37 906.58 940.85 Dry 936.23 Dry 1/25107 Dry 915.68 923.05 90643 928.70 911.81 934.70 D_
937.99 908.02 NM 905.66 924,37 906.55 940.82 Dry 936.22 Dry 1/25/07 Dry 915.85 923.07 906.59 92873 911.79 934.75 Dry 938.02 908.02 NM 905.67 924.38 906.74 940.96 Dry 936.26 Dry 1/25107 Dry 915.86 923.10 906.62 928.70 911.93 934.71 Dry 937.99 90801 NM 905.84 924.39 906.75 940.87 Dry 936.25 Dry 1/26/07 Dry 915.87 923.04 906.61 928.70 911.91 934.71 Dry 937.99 908.01 NM 9(_5.79 924.37 906.76 940.87 Dry 936.26 Dry 1/26/07 Dry 915.83 923,04 906.59 928.68 911.92 934.70 Dz]/
937.98 908.00 NM 905,83 924.37 906,73 940.83 Dry 936.25 Dry 1/26/07 Dry 915.92 923.05 906.68 92869 911.90 934.73 Dry 937.99 908.00 NM 905.81 924.37 906.83 940.90 Dry 936.27 Dr/
1/26/07 Dry 915.89 923.05 906.66 928.67 911.97 934.70 Dry 937.97 908.00 NM 905.90 924.36 906.79 940.82 Dry 936.25 Dry 1/27107 Dry 915.85 923.01 906.62 928.67 911.93 934.71 Dry 937.97 907.99 NM 905.84 924.36 906.75 940.81 Dry 936.25 Dry 1/27/07 Dr'/
915.79 923.02 906.57 928.65 911.90 934.71 Dry 937.96 907.98 NM 905.82 924.36 906.69 940.79 Dry 936.24 Dry 1/27107 Dry 915.86 923.03 906.63 926.57 911.85 934.74 Dry 937.97 907.98 NM 905.78 924.35 90677 940.86 Dry 936.26 Dry 1/27/07 Dry 915.83 923.03 906.61 928.65 9!1.90 934.72 Dry 937,95 90798 NM 905.85 924.35 906.75 940.81 Dry 936.25 Dry 1/28/07 Dry 91582 923.00 906.61 928.65 911.87 934.73 Dry 937.95 907.97 NM 905_81 924.35 906.74 940.81 Dry 936.25 Dry 1/28/07 Dry 915,75 922.99 906.55 928,63 911.85 934.72 D_
937.94 907.96 NM 905.80 924,34 906.67 940,77 Dry 936.24 Dry 1/28/07 Dry 915.83 923.01 906.63 928.65 911.81 934.75 I_
937.95 907.96 NM 905.77 924.34 906.77 940.86 Dry 936.27 Dry 1/28/07 Dry 915.80 923.01 906.61 928.63 911.87 934.73 Dry 937.93 907.96 NM 905.86 924.34 906.73 940.78 Dry 936.25 Dr'/
1/29107 Dry 915.81 922.99 906.62 928.64 9!1.84 934.74 Dry 937.93 907.95 NM 905.82 924.33 906.74 940.80 Dry 936.26 Dry 1/29107 Dry 915.76 92-2.99 906.58 928.61 911.85 934.73 Dry 937,92 907.94 NM 905.84 924.33 906.70 940.76 Dry 936.25 Dry 1/29107 Dry 915,89 923.01 906.70 928.64 911.82 934.77 Dry 937.94 907.94 NM 905.82 924.33 906.84 940.87 Dry 936.28 Dry 1/29/07 Dry 915.89 923.02 906.72 928.61 911.92 934.74 D_
937.91 907.94 NM 90595 924.33 906.85 940.80 Dry 936.27 Dry
!/30/07 Dry 915.86 922.98 906.68 928.61 911.91 934.74 Dry 937.90 907.94 NM 905.92 924.33 90680 940.77 Dry 936.27 Dry 1/30/07 Dry 915.82 922.98 906.66 928.59 911.90 934.73 Dry 937.89 907.93 NM 905.91 924.32 906.77 940.75 Dry 936.26 Dry 1/30/07 Dry 915.86 922.98 906.70 928.60 911.86 934.76 Dry 937.9O 907.93 NM 905.86 924.32 906.82 940.80 Dry 936.26 Dry 1/30107 Dry 915.84 922.99 906.68 928.59 911.90 934.73 Dry 937.89 907.92 NM 905.92 924.33 906.79 940.76 Dry 936.27 Dry 1/31/07 Dry 915,87 922.98 906.72 928,60 911.88 934.75 Dry 937,89 907.92 NM 905.90 924.32 906.83 940.79 Dry 936.29 Dry 1131/07 Dry 915.87 922.99 906.73 928.57 911.93 934.74 Dry 937.88 907.92 NM 905.96 924.32 906.82 940.77 Dry 936.27 Dry 1/31107 Dry 915.92 922.98 906.78 926.60 911.90 934.76 Dry 937.89 907.91 NM 905.93 924.32 906,87 940,81 Dry 936.30 Dry 1131/07 Dry 915.90 922.98 906.77 928.57 911.96 934.74 Dry 937.87 907.91 NM 906.01 924.32 906.84 940.76 Dry 936.29 Dry 2/1/07 Dry 915.88 922.97 906.76 928.57 91194 934.74 Dry 937.87 907.91 NM 905.98 924.31 906.83 940.75 Dry 936.29 Dry 2/1/07 Dry 915.81 922.96 906.70 928.54 911.93 934.72 Dry 937.86 907.90 NM 905.97 924.31 906.76 940.70 Dry 936.27 Dry 2/1/07 Dry 915.84 922.94 906.72 928.56 911.86 934.75 Dry 937.86 907.90 NM 905.89 924.30 906.80 940.77 Dry 936.29 Dry 2/1/07 Dry 915.74 922,95 906.66 928.52 911.89 934.71 Dry 937.83 907,90 NM 905.95 924.30 906.69 940.67 Dry 936.25 Dry 2/2/07 Dry 915.63 922.91 906.55 928.51 911.78 934.71 Dry 937.82 907.89 NM 905.80 924.29 906.59 940.66 Dry 936.25 Dry 2/2/07 Dry 915.52 922.91 906.45 928.50 911.70 934.70 Dry 937.81 907.88 NM 905.72 924.28 906.47 940.63 Dry 936.24 Dry 2/2/07 Dry 915.57 92293 906.49 928.52 911.61 934.73 Dry 937.82 907.87 NM 905.65 924.28 906.53 940.72 Dry 936.26 Dry 2/2/07 Dry 915.50 922.93 906.44 928.49 911.64 934.69 Dry 937.80 907.87 NM 905.71 924.28 906.47 940.64 Dry 936.24 Dry 2/3/07 Dry 915.43 922,88 906.36 928.49 911.66 934,69 Dry 937.79 907.86 NM 905.60 924.27 906.38 940.64 Dry 936,24 Dry 2./3/07 Dry 915.35 922.89 906.29 928.48 911.50 934.69 Dry 937.78 907.84 NM 905.56 924.27 906.31 940.61 Dry 936.23 Dry 2/3/07 Dry 915.43 922.90 906.33 928.50 911.44 934.71 Dry 937.80 907.84 NM 905.51 924.26 906,38 940.70 Dry 936.26 Dry 2/3/07 Dry 915.40 922.91 906.33 928.49 911.49 934.69 Dry 937.77 907.83 NM 905.60 924.26 906.36 940.64 Dry 936.25 Dry 2/4/07 Dry 915.40 922.88 906.31 928.48 911.46 934.70 Dry 937.77 907.82 NM 905.57 924.26
, 906.36 940.65 Dry 936.25 Dry 2/4/07 Dry 915.36 922.89 906.28 928.47 911,46 934,68 Dry 937.76 907.81 NM 905.58 924.26 906.32 940,62 Dry 936.24 Dry 2/4/07 Dry 915.49 i
922.91 906.39 928.49 911.42 934.72 Dry 937.78 907.80 NM 905.57 924.26 i 906.46 940.72 Dry 936.28 Dry 2/4/07 Dry 915.48' 922.93 906,40 928.46 911.52 934.68 Dry 937.76 907.80 NM 905.70 924.26 906,45 940,65 Dry 936.27 Dry 2/5/07 Dry 915.50 922.89 906.38 928.47 911.51 934.68 Dry 937.75 907.79 NM 905.67 924.25 90647 940.66 Dry 93628 Dry 2/5/07 Dry 915.43 922.89 906.34 928.44 911.52 934.67 D_
937.74 907.78 NM 905.70 924.25 906.41 940.60 Dry 936.26 Dry 2/5/07 Dr'/
915.54 922.88 906.43 928.47 911.46 934.70 Dry 937.75 907.77 NM 905.64 924.24 906.53 940.70 Dry 936.29 Dry 2/5/07 Dry 915,54 922.91 906.43 928.45 911.55 934.67 Dry 937.73 907.77 NM 905.76 924.25 906.52 940.65 Dry 936.28 Dry 2/6/07 Dr'/
915.54 922.87 906.43 928.45 911.54 934.67 Dry 937.73 907.76 NM 905.74 924.24 906.53 940.64 Dry 936.28 Dry 2/6/07 Dry 915.50 922.87 906.39 928.43 911.55 934.66 Dry 937.72 907.76 NM 905.76 924.24 906.49 940.60 Dry 936.27 Dry 2/6/07 Dry 915.58 922.88 906.47 928.45 911.51 934.68 D_
937.73 907.75 NM 905.73 924.24 906.58 940.68 Dry 936.30 Dry 2/6/07 Dr'/
915.58 922.89 906.49 928.42 911.59 934.66 Dry 937.71 907.75 NM 905.83 924.24 i 906.60 940.63 Dr'/
936.29 Dry 2/7/07 Dry 915.57 922.86 906.47 928.42 911.58 934.66 Dry 937.71 907.74 NM 905.81 924.23 906.59 94062 Dry 936.29 Dry 2/7"/07 Dry 915.52 922.86 906.44 928.41 911.57 934.65
- Drj, 937.70 907.74 NM 905.81 924_23 906.54 940.58 Dry 93628 Dry
TABLE
- 1. WATER LEVELS FOR 80-AC RE WSR PIEZOMETERS PIEZOMETRIC ELEVATION 1N FEET ABOVE MEAN SEA LEVEL MEASURE DATE BPZ-1A RPZ-1B RPZ-2A RPZ-2B RPZ-3A, RP'Z-3B RPZ-4A
_B RPZ-SA RPT_SB RPZ-6B RPZ-TA RPZ-TB RPZ-SA
_B B.P_9A RPZ-9B 2/7/07 Dry 91562 922.88 906.52 928.43 911.54 93468 Dry 937,71 907.73 NM 905.79 924.23 906.64 940.67 Dry 936.31 Dry 2.,'7/07 Dry 915.59 922.88 906.50 928.40 911.62 934.64 Dry 937.69 907.73 NM 905.89 924.23 906.61 940.59 Dry 936.29 Dry 2/8/07 Dry 915.57 922.85 906.48 928.39 911.59 934,65 Dry 937,68 907.73 NM 905,83 924.23 906.59 940,59 Dry 936.29 Dry 2/8/07 Dry 915.46 922,84 906.41 928.37 911.57 934,63 Dry 937,67 907.72 NM 905,81 32422 906,51 940,54 Dry 936,27 Dry 2/8/07 Dry 915.55 922.85 906.46 928.39 911.50 934.65 De/-
937.68 907.72 NM 905.75 924.22 906.59 940.62 Dry 936.30 Dry 2/8/07 Dry 915.50 922.85 906.44 928.37 911.56 934.63 Dry 937,66 907.71 NM 905.82 92421 906.54 940.55 Dry 936 28 Dry 2/9/07 Dry 915.47 922.82 906.40 928.37 911.51 934,63 Dt7 937.66 907.71 NM 905.76 924.21 906.51 940.56 Dry 936.29 Dry 2/9/07 Dry 915,41 922.83 906.36 928.35 911.49 934.62 Dry 937.64 907.70 NM 905.76 924.21 906.45 940.51 Dry 936.27 Dry 2./9/07 Dry 915.49 922.84 906.42 928.38 911.44 934.65 D_
937,66 S07,69 NM 905.71 924.21 906,55 940,60 Dry 936.30 Dry 2/9/07 Dry 915.46 922.84 906,42 928.35 911.51 934.62 Dry 937.64 907.69 NM 905.80 924.20 906.52 940.54 Dry 936,28 Dry 2/10107 Dry 915.47 922.82 906.42 928.36 911.49 934.62 Dry 937.64 907.69 NM 905.77 92420 906.53 940.55 Dry 936.30 Dry 2/10107 Dry 915.45 922.83 906.41 928.34 911.50 934.61 Dry 937,63 907.68 NM 905,80 924.20 906.51 940,53 Dry 936.29 Dry 2/10107 Dry 915.56 922,83 906.51 928.37 911.48 934.64 Dry 937.65 907.68 NM 905.79 924.20 906.63 940.61 Dry 936.32 Dry 2/10/07 Dry 915.59 922.85 906.55 928.35 911.59 934.62 D_'y 937.63 907.68 NM 905.92 924.21 906.65 940.56 Dry 936.31 Dry 2/11/07 Dry 915 63 922.84 906.59 928.35 911.61 934.62 Dry 937.63 907.68 NM 905.94 9"24.20 906.71 940.58 Dry 936.32 Dry 2/11/07 Dry 915.60 9Z?..83 906.58 928.32 911.66 934.60 937.61 907,68 NM 905.99 924,20 906,69 940,53 Dry 936.31 Dry 2/11107 Dry 915.64 922.82 906.61 928.33 911.63 934.61 Dry 937.62 907.67 NM 905.95 924.20 906.73 940,56 Dry 936,32 Dry 2/11/07 Dry 915,58 922,81 906,58 928,30 911.67 934.59 Dr1 93Z60 907.67 NM 906.00 924.19 906.68 940.50 Dry 936.30 Dry 2/12/07 Dry 915.51 922.79 906.51 928.30 911.61 934.59 Dry 937.59 907.67 NM 905.9,;
924.19 906.62 940.48 Dry 936.29 Dry 2/12/07 Dry 915.39 922.78 906.42 928.28 911.55 934.57 Dry 937.58 907.66 NM 905.85 924.18 906.50 940.43 Dry 936.28 l_ry 2/12/07 Dry 915,46 922,79 906.47 928.31 911.46 934.61 Dz_
937.59 907.66 NM 905.77 924,18 906.57 940.52 Dry 936.31 Dry 2/12/07 Dry 915,49 922.83 906.51 928.30 911.53 934.59 Dry 937.58 907.66 NM 905.88 924.19 906.61 940.52 Dry 936.31 Dry 2/13/07 Dry 915.53 922.81 906.55 928.30 911.56 934.59 Dry 937.58 907.66 NM 905.90 924.18 906.65 940.53 Dry 936.32 Dry 2/13/07 Dry 915.46 922.78 906.49 928.27 911.59 934.57 Dr),
937.56 907.65 NM 905.91 924.18 906.57 940.45 Dry 936.30 Dry 2/13/07 Dry 915 50 922 78 906.53 928.29 911.53 934.59 Dry 937.57 907.65 NM 905.86 924.18 906.63 940.51 Dry 936.32 Dry 2/13/07 Dry 915.43 922.77 906.48 928.26 911.57 934.56 Dry 937.55 907.65 NM 905.92 924A7 906.55 940.44 Dry 936:29 Dry 2/14/07 Dry 915.37 922.76 906.42 928.26 911.50 934.56 D_
937.55 907.65 NM 905.83 924.17 906,50 940.43 Dry 936,29 Dry 2/14/07 Dry 915,27 922.75 906.35 928.24 911,46 934_54 Dry 937.54 907.64 NM 905.79 924.16 906.40 940.39 Dry 936.27 Dry 2/14/07 Dry 915.31 922.75 906.36 928.25 911.37 934.57 Dry 937.54 907.64 NM 905.71 924.16 90644 940.45 Dry 936.29 Dry 2/14/07 Dry 915.19 922.76 906.29 928.21 911.40 934.54 Dry 937,52 907,63 NM 905.75 924.16 906.34 940.37 Dry 936.25 Dry 2/15107 Dry 91512 922.70 906.18 928.23 911,27 934.54 Dt7 937.51 907,62 NM 905.60 924.15 906.24 940.38 Dry 936.26 Dry 2/15/07 Dry 915.02 922.73 906,10 928.21 911,23 934,53 Dt_
937,50 907.61 NM 905.58 924.15 906.14 940.34 Dry 936.25 Dry 2/15/07 Dry 915.13 922.74 906.20 928.24 911.15 934.58 Dry 937.53 907.61 NM 905.52 924,14 906.27 940.44 Dry 936.28 Dry 2/15/07 Dry 915 08 922.76 906.16 928.20 911.23 934.53 Dry 937.49 907.60 NM 90564 924.15 906.22 940.37 Dry 936.26 Dry 2/16/07 Dry 915.07 922.71 906.13 928.21 911.17 934.53 Dry 937.50 907.59 NM 905.51 924.14 906.21 940.38 Dry 936,26 Dry 2/16/07 Dry 915,02 922,71 906.09 928.20 911.16 934.52 D_
937.49 907.58 NM 905.56 924.14 906.17 940.35 Dry 936,26 Dry 2/16/07 Dry 915.18, 922.76 906.23 928.23 911.14 934.56 Dr_t" 937,5t 907.58 NM 905.58 924.I4
[ 906.33 94046 On/"
936.30 Dry 2/16/07 Dry 915.18 922.79 906.25 928.20 9!1.27 934.52 D_
937.49 907,58 NM 905.74 924.15 906.33 940.40 Dry 936.28 Dry 2/17/07 Dry 915.17 922.73 906.22 928.20 911,25 934.52 Dx7 937.48 907,57 NM 905.69 924.14 906.32 940.39 Dry 936.28 Dry 2/17107 Dry 915.11 922.71 906.17 928.18 911.24 934.51 Dry 937.47 907.56 NM 905.69 924.13 906.27 940.34 De[
93628 Dry 2/17/07 Dry 915.26 922.74 906.30 928.22 911.20 934.55 Dx7 937.49 907.56 NM 905.68 924.13 906,43 940.46 Dry 936.31 Dry 2/17/07 Dry 915 29 i 922.78 906,35 928,19 911,33 934,52 Dr'/
937.48 907.56 NM 905.84 924.15 90646 940,41 Dry 936,31 Dry 2/18/07 Dry 915.36 i
922.76 906.40 928.20 911.36 934.52 Dry 937.47 907.56 NM 905.86 924.14 906,54 940,44 Dry 936.32 Dry 2/18/07 Dry 915.35 922.76 906.42 928.18 911.43 934.51 Eh7 937,46 907.56 NM 905,95 924.14 906.54 940.39 Dry 936.31 Dry 2/18/07 Dry 915.45 922.75 906.52 928.20 911.42 934.53 Dry 937.48 907.56 NM 905.94 924.14 g06,66 940.44 Dry 936.33 Dry 2/18/07 Dry 915.46 922.76 906.54 928.17 911.52 934.50 Dr,/
937.46 907.56 NM 906.06 924.14 906.68 940.40 Dry 936.32 Dry 2/19/07 Dry 915.47 922.74 905,55 928.16 911,53 934,51 D_
937.46 907.57 NM 906.05 924.13 90669 940.39 Dry 936,31 Dry 2/19/07 Dry 915.38 922.70 906.49 928.14 911.52 934.48 Dry 937.44 907.56 NM 906.02 924,13 906.60 940.32 Dry 936.30 Dry 2/19107 Dry 915.39 922.71 906.48 928.15 911.45 934.50 Dr),
937.44 907.56 NM 905.95 924.13 g06,61 940.37 Dry 936.30 Dry 2/19/07 DP/
91526 922.69 906.38 928.11 9!1.46 934.46 Dry 937.42 907,56 NM 905,94 924.12 906.49 940.29 Dry 936,28 Dry 2/20107 Dry 915.16 922.66 906,29 928,11 911.34 934,47 Dry 937,41 907,55 NM 905,81 924.11 906.39 940.27 Dry 936,27 Dry 2/20/07 Dry 915.02 922,66 90617 928.09 911.26 934.45 Dz7 937.40 907.55 NM 905.73 924.11 906.25 94023 Dry 936.25 Dry 2/20/07 Dry 915.03 922.65 906.17 928.12 911.15 934.49 Dry 937.41 907.54 NM 905.61 924.11 906.27 940.29 Dry 936.27 Dry 2/20/07 Dry 915.01 922.69 906.17 928.10 911.17 934.47 D=7 937.40 907.54 NM 905.67 924.10 906.25 940.27 Dry 936.26 Dry 2/21/07 Dry 915.00 922.65 906.14 928.11 911.14 934.47 Dry 937.40 907.53 NM 905.62 924.10 g0623 940.27 Dry 936.27 Dry 2/21/07 Dry 914.98 922.67 906.15 928.10 911,14 934,47 D_
937,40 907.53 NM 905.64 924,10 906.22 940.26 Dry 936.27 Dry 2/21/07 Dry 915.09 922.68 906.24 928.13 911.12 934.49 Dry 937.41 907.52 NM 905.64 924.10 90633 940.34 Dry 936.30 Dry 2/21/07 Dry 915.!3 922.72 906,28 928,11 911.23 934.46 Dr)"
937.40 907.52 NM 905.79 924.11 906.37 940.32 Dry 936.29 Dry 2/22./07 Dry 915.15 922.68 906.30 928.10 911.25 934.47 Dry 937.39 907.52 NM 905.79 924.10 906.39 940.31 Dry 936.30 Dry 2/22/07 Dry 915.13 922.68 906,29 928.09 911.27 934,45 Dry 937.39 907.55 NM 905,83 924.10 906.37 940.28 Dry 936,29 Dry 2/22/07 Dry 915.27 922.69 906.42 928.12 911.26 934.49 Dry 937.40 907.52 NM 905.83 924.10 906.54 940.38 Dry 936.33 Dry 2/22/07 Dry 915.29 922.72 906.46 928.08 911.39 934.45 Dry 937.39 907.52 NM 90599 924.12 906.56 940.32 Dry 936.31 Dry 2/23/07 Dry 915.29 922.69 906.46 928.08 911.40 934.45 Dry 937.38 907.52 NM 905.98 924.11 906.56 940.31 Dry 936.31 Dry 2/23/07 Dry 915.20 922.66 906.39 928.05 911.40 934.43 Dry 937.37 907.52 NM 905.97 924.10 906.49 940.24 Dry 936,29 Dry 2/23/07 Dry 915,20 922.66 906.40 928.05 911.34 934.45 Dry 937.38 907.52 NM 905,91 924.10 906.50 940.26 Dry 936.29 Dry 2/23/07 Dry 915.08 922.63 906.30 928.03 911.33 934.42 Dr},
937.35 907.5!
NM 905.89 924.09 906,38 940,20 Dry 936.27 Dry 2/24/07 Dry 914.98 922.61 906.20 928.02 911.22 934.47 Dry 937.34 907.51 NM 905.76 924.08 90628 940.18
, Dry 936.25 Dry 2/24107 Dry 914.83 922.59 906.06 928.01 911.13 934.40 Dr},
937,33 907.50 NM 905.67 924.08 906.12 940.14 Dry 936,24 Dry 2/24/07 Dry 914.93 922.63 906,15 928.05 911.04 934.45 Dry 937.35 907,50 NM 905.59 924,07 90623 940.24 Dry 936.28 Dry 2/24/07 Dry 914.95 922.67 906.18 928.03 911.12 934.42 Dry 937.34 907.50 NM 905.72 924.08 906.25 940.22 Dry 936.27 Dry 2/25107 Dry 914.95 922.63 906.16 928.02 911.12 934.42 Dry 937.33 907.49 NM 905.71 924.07 906.26 940.22 Dry 936,28 Dry 2./25/07 Dry 914.95 922.64 906.19 928.01 911.14 934.41 D_
937.33 907.49 NM 905.74 924.08 906.26 940.20 Dry 936.27 Dry 2/25/07 Dry 915.09 922.65 906.30 928.04 911.14 934.44 Dr),
937.35 907.49 NM 905.76 924,08 906.41 940.29 Dry 936,30 Dry 2./25/07 Dry 915.12 922.67 906.34 928.02 9!1.26 934.41 Dry 937.34 907,49 NM 905_91 924.09 906.44 940.26 Dry 936.30 Dry 2./26/07 Dry 915.08 922.63 906.31 928.00 911.28 934.40 Dry 937,32 907.49 NM 905.90 924.08 906.42 940.22 Dry 936.29 Dry 2/26/07 Dry 914.99 922.61 906.24 927.97 911.26 934.39 Dzy 937,31 907.48 NM 90587 924.07 906.33 940.16 Dry 936.27 Dry 2/26/07 Dry 915.08 922.62 906,32 928.00 911.19 934.42 Dry 937.33 907.48 NM 905.82 924.07 906.42 94023 Dry 936.30 Dry 2./26/07 Dry 915.07 922,65 906,34 927.98 911,27 934,40 Dry 937.31 907.48 NM 905.93 924.08 906,43 940.20 Dry 936.29 Dry 2/27107 Dry 915.07 922.62 906.34 927.97 911.27 934.40 Dry 937.31 907.48 NM 905.91 924.07 906.44 940.19 Dry 936.28 Dry 2/27/07 Dry 915.02 922.61 906.29 927.96 911.26 934.38 Dr},
937.30 907.48 NM 905.90 924.07 906.38 940.15 Dry 936.28 Dry 2/27/07 Dry 915.14 922.62 906.39 927.99 911.24 934.41 Dry 937.32 907.49 NM 905.87 924.07 906.50 940.24 Dry 936.31 Dry 2/27/07 Dry 915.18 i
922.66 906.48 927.97 911.35 934.40 Dry 937.31 907.49 NM 906.03 924,08 906.56 940.22 Dry 936,30 Dry 2/28/07 Dry 915.12 I
922.61 906,42 927.94 911.38 934.37 Dzy 937.29 907.49 NM 906.03 924,07 906.51 940.16 Dry 936.28 Dry i
2/28/07 Dry 914 99 922.57 906.30 927,92 911.31 934.36 Dr,/
937.27 907.49 NM 905.95 924.06
' 906.37 940.10 Dry 936.26 Dry 2/28107 Dry 91500
[
922.59 906.31 927.93 911.21 934.38 Dzy 937.29 907.49 NM 905.85 92406 906.40 940.15 Dry 936.27 Dry 20
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASUR_
DATE RPZ-1A RPZ-1B RPZ-2A RPZ-2B
_A
_B RPZ-4A RPZ-4B RPZ-5A RPZ-SB
_A RPZ-6B RPT_7A RPZ-7B RPZ-SA RPZ_B RPZ-9A RPZ-9B 2J'28/07 Dry 914.92 922.58 906.25 927.91 911.22 934.36 Dr/
937.27 907.48 NM 905.87 924.06 906.31 940.10 Dry 936.24 Dry 3/1/07 Dry 914,82 922,55 906.15 927.90 911.14 934.35 Dr/
937,26 907.48 NM 905.77 924.05 906.22 940,07 Dry 936,23 Dry 3/1/07 Dry 914.72 922.55 906.07 927.88 911.07 93435 D_
93725 907.47 NM 905.71 924.04 906,12 940.05 Dry 936.22 Dry 3/1/07 Dry 914.84 922.58 906,16 927.93 910.99 934.39 Dr/
937.28 907.47 NM 905.65 924.04 906.24 940.15 Dry 936,26 Dry 3/I/07 Dry 914.82 922.62 906.18 927.89 911,09 934.35 D_
937.27 907.47 NM 905.80 924.06 906.24 940.11 Dry 936.24 Dry 3/2/07 Dry 914.81 922.57 906.16 927.90 911.07 934.36 Dr/
937.25 907.47 NM 905.75 924.04 906.23 940.10 Dry 936.24 Dry 3/2/07 Dry 914.71 922.54 906.07 927.86 911.05 934.33 Dry 93723 907.46 NM 905.74 924.04 g06.13 94003 Dry 936.22 Dry 3/2/o7 Dry 914.78 922.56 906,12 927.90 910.98 934.36 D_
937.25 907.46 NM 905.67 924.03 906.20 940.11 Dry 936.25 Dry 3/2/07 Dry 91469 922.58 906.08 927.85 911.04 934,33 Dr/
937.23 907.46 NM 9(_5.76 924.04 906.13 940.02 Dry 936.21 Dry 313/07 Dry 914.58 922.51 905.95 927.84 910.94 934.32 D_
937.21 907.45 NM 905.62 924.02 906.01 940.00 Dry 936.20 Dry 3/3/07 Dry 914.44 922.49 905.81 927.83 910.83 934.31 Dr'(
937.20 907.44 NM 905.52 924.02 905.86 939.96 Dry 936.18 Dry 3/3/07 Dry 914.52 922.52 905.88
_ 927.86 910.72 934.35 Dr/
937.23 907,43 NM 905.42 924.01 905.96 940.06 Dry 936.21 Dr,[
3/3/07 Dry 914.49 922.55 905.86 927.82 910.79 934.32 Dr}'
937.21 907.43 NM 905.54 924.02 905.94 940,00 Dry 936,18 Dry 3/4/07 Dry 914.45 922.49 905.81 927.83 910.72 934.33 D_
937.20 907,42 NM 905+45 924.01 905.89 940.00 Dry 936.19 Dry 314/07 Dry 91436 92251 905.70 927.81 910.70 934.30 Dr),
937,19 907.41 NM 905.45 924.01 905.78 939.95 Dry 936.18 Dry 3/4/07 Dry 914.53 922.53 905.86 927.86 910.64 934.35 D_
937.23 907.40 NM 905.41 924,01 905.98 940.08 Dry 936.22 Dry 3/4/07 Dry 914.57 922.59 905.94 927.83 910.78 934.32 D_
937.23 907.40 NM 905.62 924.03 906.05 940.05 Dry 936.21 Dry 3/5/07 Dry 914.62 922.56 905.96 927.83 910.81 934.32 Dr/
937.21 907.40 NM 905,64 924.03 906.09 940.05 Dry 936.22 Dry 3/5/07 Dry 914.59 922.56 905.97 927,80 910.85 934.31 Dr/
937.20 907.39 NM 905.71 924,02 906.09 940,01 Dry 936.20 Dry 3/5/07 Dry 914.65 922.52 906.00 927.82 91083 934.32 Dr/
937.20 907.39 NM 905.66 924.01 906.15 940.04 Dry 936.22 Dry 315/07 Dry 914.64 922,54 906,01 927.80 910,89 934.30 Dr/
937.19 907.38 NM 905.74 924.02 906.15 940.00 Dry 936.21 Dry 316/07 Dry 914.63 922,51 905.99 927.80 910.87 934.30 Dr/
937.19 907.38 NM 905.72 924.01 906.14 940.00 Dry 936.21 Dry 3/6/07 Dry 914.57 922.50 905.95 927,78 910.87 934.28 Dr/
937.18 907.37 NM 905.71 924.01 906.09 939.96 Dry 936.19 Dry 3/6/07 Dry 914.66 922.51 906.01 927.81 91082 934,31 Dr t, 937.19 907.37 NM 905.67 924.01 906.18 940.03 Dry 936.22 Dry 316/07 Dry 914.66 922.54 906.05 927.78 910.91 934.29 Dr_
937.18 907.37 NM 905.79
- 924.01 906.21 939.99 Dry 936 20 Dry 3/7/07 Dry 914.67 922.51 906.04 927.77 910.90 934.29 Dr/
937,17 907.37 NM 905.77 924.01 906.22 939,99 Dry 936.21 Dry 3,/7/07 Dry 91464 922,51 906.01 927,77 910.92 934.27 Dr/
937.16 907.37 NM 905,79 924.01 906,18 939.96 Dry 936.20 Dry 3/7/07 Dry 914.76 922.53 906.14 927.79 910.91 934.32 Dr/
937.19 907.37 929.12 905.79 924.01 906.32 940.02 Dry 936.22 Dry 3/7/07 Dry 914.74 922.54 906.16 927.76 911.01 934.28 Dr/
937,18 907.37 92925 905,91 924.02 90632 939.97 Dry 936.20 Dry 3/8/07 Dry 914.74 922.50
_06.15 927.76 910.99 934.28 D_
937,17 907.37 929.24
,905.87 924.01 906.31 939.97 Dr,[
936,20 Dry 3/8/07 Dry 914.68 922.49 906,10 927.74 911,00 934.26 Dr/
937.15 907.36 929.23 905.88 924.00 906.26 939.93 Dry 936.19 Dry 3/8/07 Dry 914.76 922.50 906.18 927.76 910,95 934.29 Dr/
937.17 907.36 929.24 905.84 924.00 906.35 939.99 Dry 936.21 Dry 3/8/07 Dry 914.72 922,51 906,17 927,73 911,03 934.26 Drl 937.15 907.37 929.24 905,94 924.01 906.32 93993 Dry 93618 Dry 3/9/07 Dry 914.68 922.48 906.12 927.72 910.99 934.26 D_
937.14 907.36 929.22 905.87 924.00 906.29 939.93 Dry 936.18 Dry 3/9/07 Dry 914.58 922.46 906.04 927.70 910.94 934.25 Dr/
937.13 907.36 929.21 905.82 923.99 906.19 939.88 Dry 936.16 Dry 3/9/07 Dry 914.67 922.48 906.12 927.73 91088 934.28 D_
937.15 907.36 929.24 905.77 923.99 906.29 939.96 Dry 93619 Dry 3/9/07 Dry 914,68 922.51 906.16 927.70 910,96 934,26 D_
937,14 907,36 929,25 905,89 924,00 906,31 939.93 Dry 936,17 Dry 3110/07 Dry 914.65 922.46 906.12 927.70 910.95 934.25 D17 937.13 907.36 929.21 905.85 923.99 906.26 939,89 Dry 93617 Dry 3/10/07 Dry 914.58 922.46 906.07 927.67 910.94 934.24 Dr/
93%12 907,36 929.22 905.85 923.99 906.20 939.87 Dry 936.16 Dry 3/10107 Dry 914.66 922.46 906.15 927.69 910,89 934.26 Drj 937.13 907.36 929.24 905.81 923.99 90630 939,93 Dry 936.18 Dry 3/10/07 Dry 914.62 922.47 906.13 927.66 910.97 934.23 Dr}"
937.12 907.36 929.24 905.92 923.99 906.26 939.87 Dry 936.15 Dry 3/11/07 Dry 914.55 922.43 906.07 927.64 910,92 934.23 Dry 937.1I 907,36 929.21 905.83 923.98 906.20 939.85 Dry 93614 Dry 3/11/07 Dry 914.41 922.40 905.93 92762 910.85 934.21 Drj 937.09 907.35 929.19 905.75 923.98 90605 939.80 Dry 936 12 Dry 3/11/07 Dry 914.48 922.41 905.99 927.65 910.74 934.25.
Dr/
937.11 907.35 929.21 905,65 923.97 906.13 939.88 Dry 936.15 Dry 3/11/07 Dry
}14.46 922.44 906.01 927.62 910.82 934.23 Dr/
937.11 907,35 929,23 905.77 923.98 90613 939.83 Dry 936,13 Dry 3/12/07 Dry 914.44 922.40 905.98 927.61 910.78 934.23 Dr/
937.10 907.35 929.21 905.72 923.97 906.11 939.83 Dry 936.13 Dry 3/12/07 Dry 914.39 922.39 905,93 927,60 910,77 934.21 D_
93%09 907.34 929.20 905.71 923.97 906.05 939.80 Dry 936.13 Dry 3/12/07 Dry 914.53 922.41 906.05 927.63 910.74 934.25 Dr/
937.11 907.34 929.23 905.71 923.97 906.20 93990 Dry 936.16 Dry 3/12/07 Dry 914.53 922.43 906.09 927.59 910.87 934,21 I_
937.11 907.34 929.24 905.88 923.99 906.21 939.84 Dry 936.14 Dry 3/13/07 Dry 914.52 922,37 906.07 927,58 910.86 934.22 Dr1 937.09 907.34 929.21 905.84 923.98 906,21 939.83 Dry 936.13 Dry 3/13/07 Dry 914.43 922,36 906.00 927.56 910.84 934,19 Dr/
937.08 907.34 929,20 905.82 923.97 906.12 939.78 Dry 936.12 Dry 3/13/07 Dry 91451 922.36 906.07 927.57 910.78 934.23 Dr/
93%09 907.34 929.21 905.76 923.97 906.21 939.84 Dry 936.14 Dry 3/13/07 Dry 914.48 922.37 906.07 927.54 910.85 934.20 Dr.j, 937.08 907.34 929.22 905.87 923.98 906.19 939.79 Dry 936 11 Dry 3/14/07 Dry 914,43 922.33 90601 927.53 910.82 934.19 Dr)"
937,07 907.34 929.19 905.80 923.97 906.14 939.78 Dry 936.11 Dry 3/14/07 Dry 914.35 922.32 905.94 927.51 910.77 934.18 D=7 937.06 907.33 929.19 905.76 923.96 906.05 939.74 Dry 936.10 Dry 3/14./07 Dry 914.47 922.34 906.05 927.54 910.72 934.22 Dr/
937.08 907.33 929.22 905.73 923.96 906.19 939.83 Dry 936.13 Dry 3/14/07 Dry 914.47 922.35 906,08 927.51 910.83 934.19 Dr/
937.08 907.33 929.22 905.87 923.98 906.20 93979 Dry 936,11 Dry 3/15/07 Dry 914.45 922.31 906.05 927.50 910.82 934.19 Dr(
937.06 907.33 929.20 905.84 923.96 906.18 939.77 Dry 936.10 Dry 3115107 Dry 914.33 922,28 905,95 927.47 910.79 934.16 Dr/
93%05 907.33 929.18 905.80 923.96 906,06 939,71 Dry 936.09 Dry 3115107 Dry 914.43 922.30 906,03 927.49 910,72 934.20 Dr/
937.07 907.33 929.21 905.74 923.96 906.18 939.80 Dry 936.12 Dry 3/15/07 Dry 914.40 922.30 906.04 927.46 910.80 934.17 Dr/
937.05 907.33 929.20 905.86 923.96 906.15 939.73 Dry 936.09 Dry 3/16/07 Dry 914,36 922.26 905.98 927.46 910.75 934.17 Drl 93%04 907.33 929.18 905.78 923.95 906.11 939.73 Dry 936.09 Dry 3/16/07 Dry 914.27 922,25 905,91 927.44 910.72 934.15 Dr/
937,03 907.32 929.18 905.76 923,95 906.02 j
939.69 Dry 936.08 Dry 3/16/07 Dry 914.39 922.27 906.01 927.46 910.67 934.19 Dr/
937.05 907.32 929.21 905.73 923.95 906.16 939.77 Dry 93611 Dry 3/16/07 Dry 914,40 922.28 906.06 927.43 9!0.77 934.17 D_
937.05 907.33 929,21 905,87 923.96 90618 939.73 Dry 93609 Dry 3/17/07 Dry 914.40 922.24 906,05 927.43 910.77 934.17 D_
937.03 907,33 929.18 905.84 923.95 906.18 939,72 Dry 936.09 Dry 3/17107 Dry 914.34 922.24 906,02 927.41 910.78 934.15 Dr_
937.03 907.32' 929.19 905.86 923.95 906,13 93968 Dr'/
936.08 Dry 3/17107 Dry 914.46 922.26 906.10 927.43 910.75 934.18 D_
937.05 907.33 929.21 i 905.84 923.95 906,25 939.74 Dry 936.10 Dry 3/17/07 Dry 914.46 922.25 906.13 927.40 910.84 934.15 I_
937.04 907.33 929.20 905.97 923,96 90626 939,70 Dry 936.07 Dry 3/18107 Dry 914.43 922.22 906.10 927.39 910.83 934.15 Dr/
937.02 907.33 929.18 905.93 923.95 906.23 939.69 Dry 936 07 Dry 3/18/07 Dry 914.34 922.20 906.02 927.36 910.81 934.13 Dr-/
937.01 907.33 929.17 905.89 923.95 906.14 939.65 Dry 936.06 Dry 3/18/07 Dry 914.41 922.21 906.08 927.38 910.74 934.16 D_
937,03 907,33 929.19 905.84 923,94 906.22 939.71 Dry 936.08 Dry 3/18107 Dry 914.39 922.22 906.10 927.36 910.81 934.14 Dr/
937.02 907.34 929.20 905.94 923.95 906.22 939.67 Dry 936.06 Dry 3/19/07 Dry 914.37 922.19 906.08 927.35 910.79 934.14 D]q.,
937.01 907,34 929.17 905.90 923.94 906.20 939.66 Dry 936.05 Dry 3/19/07 Dry 914,26 922.17 905.98 927.33 910.77 934.11 Dxy 936.99 907.33 929.16 905.87 923.94 906.08 93961 Dry 936.04 Dry 3/19/07 Dry 914.32 922.17 906.03 927.35 910 69 934.14
- Drj, 937.01 907.34 929.18 905.79 923.94 906.15 939.66 Dry 936.06 Dry 3/19/07 Dry 914.28 922.18 906.02 927.32 910.75 934.12 Dr/
937.00 907,33 929.18 90588 923.94 906.12 939.61 Dry 936.03 Dry 3/20107 Dry 914.22 922.14 905,95 927.31 910.69 934,11 Dr/
936.99 907.33 929.15 905,80 923.93 906.06 939,61 Dry 936,02 Dr'/
3/20/07 Dry 914.12 922.13 905.85 927.29 910.64 934.10 Dr/
936.98 907.32 929.15 905.74 923.93 905.96 939.57 On/
936.02 Dry 3/20/97 Dry 914.22 922.17 905.94 927.33 910.58 934.14 Dr'#
937.00 907.32 929.20 905,72 923.93 906.06 939.64 Dry 936.05 Dry 3/20/07 Dry 914.29 922.18 906.03 927.31 910.68 934.13 Dr/
937.01 907.33 929.19 905.85 923.95 906.15 939.64 Dry 936.04 Dry 3/21/07 Dry 914.34 922.15 906,08 927,30 910,72 934.13 D_
937.00 907.33 929.18 905.89 923,95 906.20 939,64 Dry 936.04 Dry 3/21/07 Dry 914.25 922.13 906.01 927.27 910.75 934,09 Dr/
936.97 907.33 929.16 905.92 9"23.94 906,11 939.56 Dry 936.01 Dry 3/21/07 Dry 906.93 922.12 90605 927.30 910.68 933.44 Dr(
936.98 906.53 929,16 905.84 923.93 906.18 939.62 Dry 93604 Dry 3/21107 Dry 911.54 922.15 90607 927.26 910.76 933.88 D=7 936.97 90658 929.17 905.53 923.81 906.18 939.58 Dry 936.01 Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASUR$
DATE RIr_IA RPZ-1B RPZ-2A RPZ-2B R.PT-_A RPZ-3B RWA-4A RPZ-4B RIr_5A RPZ-SB RP'_6A RIrZ,-6B RW_7A
- RPZ-7B RPZ_A RW_SB I RPZ-9A RP_9B 3/22/07 Dry 913.48 922.10 906.04 927.26 910.73 933.88 Dry 936.96 906.61 929.02 905.79 923.80 906.18 939,58 Dry 936101 Dry 3/22/07 Dry 913.66 922.10 905.99 927.00 910.71 933.86 I_
936.95 906.64 929.01 905.83 923.80 906.09 939.54 Dry 936.00 Dry 3/22/07 Dry 913.76 922.11 905.42 927.01 909.06 933.91 Dr/
936.88 906.67 929.04 905.81 923.86 906,20 939.56 Dry 935,99 Dry 3/22/07 Dry 913.68 922.06 905.57 927.02 909.05 933.91 De/
937.13 906.68 929.01 905.77 923.86 906.08 939.50 Dry 936.00 Dry 3/23/07 Dry 913.76 921.83 905.64 927.02 90952 933.95 D_
937.15 906,69 929.05 905.77 923.86 906.15 939.55 Dr'/
936.00 Dry 3/23/07 Dry 913.71 921.79 905.59 927.00 909.98 933.92 Dr_
937.13 906.70 929.02 905.79 923.86 906.08 939.50 DP/
935.98 Dr']
3/23/07 Dry 913.75 921.78 90561 927.02 910.11 933.95 Dry 937.14 906.72 929.01 905.72 92385 90611 939.53 Dry 935.99 Dry 3/23/07 Dry 913.71 921.79 905.58 927.00 910.25 933.92 Dr/
937A3 906.73 929.01 905.77 923.85 906.06 939.49 Dry 935.98 Dry 3/24/07 Dry 913.65 921.78 905.52 926.99 910.281 933.92 Dr/
937.12 906.73 929.01 905,72 923.85 905.99 939.47 Dry 935.96 Dry 3/24/07 Dry 913.55 921.74 905.41 926.99 910.251 933.91 Dr/
937.11 906.73 928.99 905.63 923.84 90589 939.45 Dry 935.95 Dry 3/24107 Dry 913.59 921.77 905.44 927.03 910.206 933.94 Dry 937.12 906.74 929.01 905.57 923,84 905.93 939.48 Dry 935.97 Dry 3/24/07 Dry 913.56 921.78 905.42 92700 910.262 933.92 Dr/
937.12 906.74 929.01 905.63 923.84 905.91 939,45 Dry 935.95 Dry 3125107 Dry 913.57 921.76 905.41 927.02 910.236 933.93 Dr/
937.12 906.75 929.00 905.57 923.84 905.91 939.46 Dry 935.96 Dry 3/25/07 Dry 913.55 921.76 905.39 927.01 910.25 933.92 Dt7 937.11 906.75 929.00 905.59 92334 905.90 939.46 Dry 935.96 Dry 3/25/07 Dry 913.65 921.78 905 49 927.04 910.256 933.94 Dr/
937.13 906.75 929.02 905.61 923.84 906.00 939.50 Dry 935.98 Dry 3125/07 Dry 913.66 921.80 905.51
]
927.02 910.349 933.91 D_
937.12 906.76 929.02 905.72 923.85 906.02 939.47 Dry 935.96 Dry 3/26107 Dry 913.65 921.77 905.49 I
927.01 910.346 933.91 Dr#
937.11 906.77 928.99 905.69 923.84 906.02 939.46 Dry 935.95 Dry 3/26/07 Dry 913.58 921.76 905.44 927.00 910.336 933.90 Dr/
937.10 906.77 928.99 905.68 923.84 905.95 939.42 Dry 935.94 Dry 3/26/07 Dry 91368 921.77 905,52 927.03 910.298 933.93 Dr/
937.12 906,77 929.00 905.65 923.84 90606 939.49 Dry 935.97 Dry 3/26/07 Dry 913.72 921.82 905.57 927.00 910.397 933.91 Dr/
937.12 906.78 929.02 905.79 923.85 906.10 939.46 Dry 935.96 Dry 3/27/07 Dry 913.74 921.79 905,58 927.01 910.417 933.90 Dr},
937.11 906,79 929.00 905.80 92385 906.12 939.46 Dry 935.96 Dry 3/27/07 Dry 913.74 921.79 905.61 926.98 910.452 933.90 Dry 937.11 906.79 928.99 905,84 923.84 906.15 939.45 Dry 935.95 Dry 3/27/07 Dry 913.86 921.81 905.72 926.98 910.463 933.93 Dr/
937.14 906.79 929,03 905.86 923.85 906,28 939.51 Dry 935.96 Dry 3/27107 Dry 913.72 921.79 905.60 926.95 910.541 933.87 Dry 937.10 906.81 929.00 905.95 923.85 906.13 939.39 Dry 935.92 Dry 3/28/07 Dry 913.61 921.74 905.50 926.93 910.426 933.87 Dr/
937.08 906.81 928.97 905.78 923.83 906.02 939.39 Dr.,/
935.91 Dry 3/28/07 Dry 913.52 921.74 905.42 92692 910.346 933.87 Dr/
937.07 906.81 928.97 905.71 923.83 905.94 933.48 Dry 935.90 Dry 3/28/07 Dry 913.54 921.75 905.43 926.94 909.667 933.89 Dx7 937.08 906.82 928.99 905.64 923.83 905.96 938.78 Dry 935.91 Dry 3/28/07 Dry 913.49 921.76 905.38 926.92 NM 933.8?
Dr(
937.07 906.82 928.98 905,66 923.83 905.91 93900 Ory 935.90 Dry 3/29/07 Dry 913.48 921.75 905.37 926.92 NM 933.87 Dr),
937.07 906.82 928.99 905.62 92382 905.90 939.03 Dry 93590 Dry 3/29107 Dry 913.42 92134 905.32 926.91 NM 933.86 Dr_
93%06 90682 928.97 90561 92382 905.85 939,12 Dry 935.89 Dry 3/29/07 Dry 913.51 921.77 905.40 926.93 NM 933.89 D_
937.08 906.82 929.00 905.60 923.82 905.96 939.19 Dry 934.92 Dry 3/29/07 Dry 913.46 921.78 905.39 926.89 NM 933.86 Dr/
937.07 906.83 928.98 905.69 923.83 90590 939.13 Dry 935.57 Dry 3/30/07 Dry 913.43 921.74 905.33 926.89 NM 933.86 Dr/
937.06 906,83 926.97 905.60 923,82 905.88 939.15 Dr,/
935.84 Dry 3130107 Dry 913.38 921.75 905.30 926.88 NM 933.85 Dr,/
937.05 906.83 928.98 905.61 923.82 905.84 939.13 Dry 935.90 Dry 3130/07 Dry 913.45 921.75 905.35 926.90 NM 933.87 Dr/
937.06 906.83 928.99 905.58 923.82 905.92 939.18 Dry 935.94 Dry 3130/07 Dry 913.44 921.78 905.35 926.88 NM 933.85 Dr/
937.06 906.83 928.99 905.68 923.82 90591 939.15 Dry 935.93 Dry 3/31107 Dry 913.44 921.75 905.35 926.87 NM 933.85 Dr(
937.05 906.83 928.98 905.65 923.82 905.93 939.15 Dry 935.93 Dry 3/31/07 Dry 913.40 921.74 905.32 926.86 NM 933.84 Dr/
937.04 906.83 92897 905.65 923.81 905.89 939.14 Dry 935.93 Dry 3/31107 Dry 913.54 921.77 905.43 926.89 NM 933.87 Dr),
937.06 906.84 929.00 905.67 923.82 90603 939.22 Dry 935.96 Dr/
3/31107 Dry 913.58 921.81 905.50 92686 NM 933.85 Dr_
93%O8 906.84 929.01 905.83 9'23.84 906.09 939.18 Dry 935.94 Dry 4/1/07 Dry 913.58 921.77 905.50 926.86 NM 933.84 Dr./-
937.05 906.85 928.99 905.82 923.83 906.09 939.17 Dry 935.94 Dry 4/1/07 Dry 9!3.52 921.74 905.45 926.84 NM 933.82 Dr/
937.04 906.85 928.98 905.83 923.82 906.03 939.14 Dry 935.92 Dry 4/1/07 Dry 913.61 921.75 905.52 926.86 NM 933.85 Dr/
937.05 906.85 928.99 905.80 923.82 906.13 939 19 Dry 935.95 Dry 411/07 Dry 913.60 92!.76 905.55 926.83 NM 933.83 Dr/
937.05 906.86 928.99 905.91 923.83 gO6,14 939.14 Dry 935.92 Dry 4/2/07 Dry 913.54 921.72 905.49 926.82 NM 933.82 Dry 937,03 906.87 928.96 905.84 923.81 906.08 939.13 Dry 935.9!
Dry 4/2/07 Dry 913.46 921.71 90543 926.80 NM 933.81 Dr/
937.02 906.87 928.96 905.81 923.81 906.02 939.10 Dry 935.89 Dry 4/2/07 Dry 913.51 921.72 905.47 926.82 NM 933.83 Dr/
937.03 906.87 928.98 905.76 923.81 906.07 939.14 Dry 935.92 Dry 4/2/07 Dry 913.46 921.73 905.44 92680 NM 933.81 Dr/
937.03 906.88 928.98 905.83 923.81 906.02 939.09 Dry 935.89 Dry 413/07 Dry 913.41 921.69 905.38 926.79 NM 933.81 Dr/
937.01 906.88 928.96 905.74
_ 923.80 905.97 939.10 Dry 935.88 Dry 413/07 Dry 913.31 921.68 906.30 926.78 NM 933.79 Dr/
937.00 906.88 928.95 905.70 923.80 905.87 939.07 Dry 935.87 Dry 4/3/07 Dry 913.38 921.70 905.36 926.80 NM 933.82 Dx7 937.01 906.88 928,98 i 905.65 923.80 90595 939.12 Dry 935.90 Dry 4/3/07 Dry 913.36 921.71 905.37 926.77 NM 93380 Dry 937.02 906.88 928.98 905.74 923 81 905 93 939.07 Dry 935.87 Dr'/
414/07 Dry 913.33 921.67 905.3:
926.78 NM 933.80 Dr/
937.00 906.88 928.95 905.68 923.80 905.90 939.08 Dry 93587 Dry 4/4/07 Dry 913.26 921.67 905.27 926.76 NM 933.79 Dr/
936.99 906.88 92895 905.67 923.79 905.84 939.05 Dry 935.86 Dry 414/07 Dry 913.37 921.69 905.36 926.79 NM 933.82 Dr/
937,01 906.89 928.98 905.64 92380 90596 939.13 Dry 935.89 Dry 414/07 Dry 913.39 921.71 905.41 926.76 NM 933.80 Dr(
937.02 906.89 928.99 905.78 923.81 905.99 93909 Dry 935.87 Dry 4/5/07 Dry 913.39 921.67 905.40 92677 NM 933.80 Dr/
937.00 90689 928.96 905.76 923,80 906.00 939.09 Dry 935.87 Dry 4/5/07 Dry 913.35 921.66 905.37 926.75 NM 933.78 Dr(
936.99 906.89 928.95 905.78 923.80 905.96 939.06 Dry 936.86 Dry 4/5/07 Dr'/
913.43 921.68 905.43 926.77 NM 933.80 Dr/
937.OO 906.90 928.97 905.76 923.80 906,05 939.11 Dr'/
935.88 Dry 4/5/07 Dry 913,44 921.69 905.48 926.74 NM 93338 Dr/
937.00 906.91 928.98 905.88 923.81 906.07 939.07 Dry 935.86 Dry 4/6/07 Dry i 913.46 921.65 905.49 926.75 NM 933.79 Dr/
936.99 906.91 928.96 905.84 923.80 906.08 939.08 Dry 935.87 Dry 4/6/07 Dry 913.43 921.66 905.46 926.73 NM 933.77 Dry 936.98 906.91 928.96 905.88 923.80 90606 93906 Dry 935.85 Dry 416/07 Dry 913.51 921.67 905.55 926.75 NM 933.79 Dr},
936.99 906.92 928.98 905.88 923.80 906.16 939.10 Dry 935.87 Dry 416/07 Dry 913.52 921.67 905.59 926.72 NM 933.78 Dr/
936.99 906.92 928.98 905.98 923.81 906.18 939.05 Dry 935.85 Dry 4/7/07 Dry 913.47 921.63 905.54 926.71 NM 933.77 Dr/
936.97 906.93 928.94 905.93 923.79 906.14 939.04 Dr'/
935.84 Dry 4/7/07 Dry 913.38 92162 905.46 926.70 NM 933.75 Dr/
936.96 906.93 928.93 905,88 923.79 906.04 939.02 Dry 935.83 Dry 4/7/07 Dry 913.45 921.64 905.51 926.73 NM 933.77 Dr/
936.97 906.94 928.96 905.84 923.79 906.12 939.08 Dry 935.85 Dry 4/7/07 Dry 9!3.41 921.66 905.53 926.68 NM 933.75 Dr/
936.98 906.94 928.97 905.95 923.80 906.09 939.00 Dry 935.82 Dry 4/8/07 Dry 913.37 921.61 905.47 926.69 NM 933.75 Dr/
936.96 906.94 928.94 905.84 923.79 906.05 939.01 Dry 935.82 Dry 4/8/07 Dry 913.28 921.61 905.39 926.68 NM 93334 Dr/
936.95 906.94 92894 905.83 923.79 905.95 938.99 Dry 935.81 Dry 4/8/07 Dry 913.37 921.63 905.47 926.70 NM 933.77 Dry 936.98 906.94 928.97 905.79 923.79 90606 939,05 Dry 935.83 Dry 4/8/07 Dry 913.31 921.63 905.45 926.66 NM 933.74 Dr/
936.97 906,95 928.95 905.88 923.80 905.99 938.97 Dry 935.80 Dry 4/9/07 Dry 913.23 921.58 905.36 92666 NM 933.73 Dr/
936.94 906.95 928.92 905.76 923.78 905.92 938.97 Dry 935.79 Dry 419/07 Dry 913.16 92!.59 905.29 926.66 NM 933.73 Dr/
936.94 906.95 928.93 905.73 923.78 905.84 938.97 Dry 935.78 Dry 4/9/07 Dry 913.27 921.61 905.39 926.69 NM 933.76 D_
936,95 906.96 928.95 905,70 923.78 90597 939.03 Dry 935.81 Dry 419/07 Dry 913.25 921.62 905.42 92665 NM 933.73 Dr/
936.97 90696 92895 90583 923.79 90596 938.96 Dry 935.78 Dry 4/10/07 Dry 913.19 921.57 905.34 926.64 NM 933.73 Dr/
936.93 906.96 928.92 905.75 923.78 905.90 938.95 Dry 935.77 Dry 4/10/07 O_
913.08 921.56 905.26 926.64 NM 933.71 Dr/
936.92 906.96 928.92 905.70 923.77 905.81 938.94 Dry 935.76 Dry 4/10/07 Dry 913.20 921.59 905.34 926.68 NM 933.75 Dr/
936.94 906.96 928.95 905.67 923.78 905.91 939.01 Dry 935.80 Dry 4/10107 Dry 913.18 921.62 905.36 926.65 NM 933.72 Dr/
936.95 906.97 928.95 905.81 923.79 90591 93895 Dry 935.77 Dry 4/1!/07 Dry 913.18, 921.56 905.35 926.65 NM 933.73 Dr/-
936.93 906.97 928.92 905.74 923.77 905.91 938.96 Dry 935.77 Dry 4/11/07 Dry 913.15 92157 905.32 926.64 NM 933.71 Dr/
936.92 906,97 928.93 905.77 923.77 905.89 938,95 Dry 935.76 Dry 4111/07 Dry 913.29 921.60 905.45 926.69 NM 933,74 Dr/
936.95 90697 928.96 905.79 923.78 90604 939.02 Dry 935.80 Dry 4/11/07 Dry 913.34 921.63 905.53 926.65 NM 933.72 Dry 936.96 906.98 928.97 905.97 923.81 906.10 938.98 Dry 935.78 Dry 4112/07 Dry 913.32 921.57 905.51 926.64 NM 933.72 Dr/
936.93 906.98 928.93 905.94 923.79 906.09 938.95 Dry 935 77 Dry 22
TABLE
- 1. WATER LEVELS FOR 80-AC RE WSR PIEZOMETERS PIE_OMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-IA RPZ-IB RPZ-2A RPZ-2B RITZ,-3A RPZ-3BI RPZ-4A RPZ-4B RPZ-SA RPZ.-SB RPZ-6A 17JPZ-6B RPZ-7A RPZ,-7B RPZ-SA RPZ-SB RPZ-9A RPZ-9B 4/12/07 Dry 913.26 921.56 905.45 926.64 NM 933.70 Dry 936.91 906.99 928.93 90592 923.78 90602 938.95 Dry 935.76 Del 4112/07 Dry 913.36 921.60 905.59 926.64 NM 933.73 Dry 936.95 906.99 928.96 905.94 923.79 906.18 938.95 Dry 935.75 Dry 4112/07 De/
913,25 921.53 905.47 926.62 NM 933.69 Dry 936.91 907.00 928.90 905.93 923.78 906.03 938.91 Dr'/"
935.74 Dry 4113/07 De/
913.12 921.53 90536 926.60 NM 933.68 De/
936.90 907.00 928.91 905.84 923.77 905.90 938.87 De/
935.72 Dry 4/13/07 Dry 912.95 921.50 905,18 926.58 NM 933.66 Dry 936.88 906.99 928.89 905.70 923.76 905.73 938.84 De/
935.69 Dry 4/13/07 Dry 912.98 921.52, 905.20 926.61 NM 933.70 Dry 936.89 907.00 928.91 905.58 923.76 905.75 938.89 Dry 935.71 Dry 4113107 Dry 912.89 921.54 905.15 926.59 NM 933.67 Dry 936.89 906.99 928.92 905.64 923.76 905.67 938.84 Dry 935.69 Dry 4/14107 Dry 912.84 921.50 905.07 926.60 NM 933.67 Dry 936.88 906.98 928.90 905,53 923.75 905.62 938.86 Dry 935.69 Dry 4/14/07 Dry 912.78 921.50 905.02 926.59 NM 933.67 Dr}"
936,87 908.98 928.90 905.51 923.75 905.56 938.84 Dry 935.68 Dry 4/14/07 De/
912.91 921.53 905.12 926.65 NM 933.70 D,_
936.89 906.97 928.92 905.50 923.75 905.70 938.93 Dry 935.72 De/
4/14/07 De/
912.99 921.58 905.23 926.63 NM 933.69 Dry 936.92 906.98 928.94 905.67 923.78 905.80 938.91 Dry 935,73 Dry 4/15/07 Dry 913.10 921.57 905.33 926.64 NM 933.70 Dry 936,92 906.98 928.94 905.75 923.78 905.91 938.95 De/
935,74 De/
4/15/07 Dr'/"
913,11 921.58 905.35 926.61 NM 933.67 Dry 936,91 906.99 928.94 905.85 923.80 905.94 938.90 Dry 935.72 Dry 4/15107 Dry 913.12 921,55 905.35 926.59 NM 933.67 Dr/
936.91 906.99 928.93 905.85 923,79 905,95 938.88 Dry 935,71 De/
4/15/07 Dr'/
913.03 921 52 905.29 926.59 NM 933.65 Dry 936.88 906.99 928 91 905 82 923.78 905.87 938.83 De/
935.68 Dry 4/16/07 De/
912.99 921.49 905.26 926.59 NM 933.67 D_
936.87 907.00 928.89 905.73 923.76 905.84 938.84 De/
935.68 De/
4116/07 Dry 912.88 921.49 905.16 926.56 NM 933.64 Dr/
936.86 906.99 928.89 905.71 923.75 905.73 938.80 Dry 935.66 De/
4116/07 Dry 912.85 921.49 905.13 926.57 NM 933.65 Dry 936.86 906.99 928.90 905.61 923.75 905.71 938.80 De/
935.65 De/
4/16/07 De/
912.75 921.47 905.04 926.56 NM 933.64 Dry 936.85 906.98 928.88 905.58 923.74 905.61 938.78 Dry 935.64 De/
4/17107 Dry 912.70 92147 904.98 926.56 NM 933.64 Dry 936.85 906.98 928.88 905.50 923.74 905.56 938.78 De/
935.63 De/
4117107 Dry 912.63 921.46 904.90 926.57 NM 933.63 Dr'/
936.84 906.96 928.88 905,45 923.74 905.49 938.78 De/
935.63 Dry 4/17107 De/
912.76 921.49 905.02 926.62 NM 933.67 Dry 936.86 906.96 928.90 905.45 923.74 905.63 938.86 De/
935.67 De/
4/17107 Dr,/
912.81 921.54 905.09 926.59 NM 933.65 Dry 936.88 906.96 928.92 905.62 923.76 905.69 938.82 Dry 935.66 Dry 4/18/07 De/
912.85 921.50 905.t2 92659 NM 933.65 Dry 936.87 906.96 92890 905.63 923.76 905.75 938.83 De/
935.66 De/
4/16/07 De/
912.86 921.51 905.14 926.59 NM 933.64 Dr/
936.86 906.96 928.90 905.68 923.76 905.76 938.82 De/
935.66 De/
4118/07 De/
91390 921.54 905.28 926.60 NM 933.66 Dr/
936.89 906.96 928.93 905.74 923.77 905.92 938.85 De/
935.68 Dry 4118/07 De/
912.92 921.53 905.25 926.55 NM 933.63 Dry 936.87 906.97 928.91 905.85 923.78 905.87 938.77 De/
935.64 De/
4119107 De/
912.89 921.47 905.18 926.56 NM 933.63 Dry 936.84 906.97 928.88 905.74 923.75 905.82 938.79 De/
935.63 Dry 4/19/07 De/
912.84 921.47 905.14 926.56 NM 933.62 Dry 936.83 906.97 928.88 905.73 923.75 905.79 938.78 De/
935.63 De/
4119/07 De/
912.94 921.49 905,23 926.58 NM 933.64 Dr/
936.85 906.97 928.90 905.72 923.74 905.89 938.83 De/
935.65 De/
4/19107 De/
912.95 921.51 905.28 926.55 NM 933.63 Dry 936.86 906.98 928.90 905.83 923.76 905,91 938.78 De/
935.63 De/
4/20/07 De/
91290 921.48 905.23 926.54 NM 933.61 Dr,z 936.83 906.98 928.89 905.81 923.75 905.88 938.77 De/
935.62 Dry 4/20/07 De/
912.84 921.46 905.18 926.54 NM 933,61 Dr/
936.83 906.98 928.88 905.77 923.74 905.82 938.76 De/
93561 De/
4/20107 De/
912.92 921.49 905.23 926.56 NM 933.62 Dry 936.84 90699 928.89 905.76 923.74 905.90 938.80 De/
935.63 De/
4120/07 De/
912.92 921.50 905.28 926.53 NM 933.61 Dry'i 936.85 906.99 928.89 905.84 923.75 905.91 938.76 De/
935.61 De/
4/21/07 De/
912.82 921,46 905.20 926.50 NM 933.60 Dry 936.82 906.99 928.87 905.79 923.74 905.81 938.72 Dry 935.59 De/
4/21107 De/
912.64 921.42 905.01 926.49 NM 933.57 Dry 936.80 906.98 928.85 905.68 923.73 905.63 938.69 Dn/
935,56 Dry 4/21107 De/
912.63 921.43 904.98 926.51 NM 933.59 Dr/-
936.80 906.98 928.86 905.53 923.73 905,62 938.73 De/
935.57 De/
4/21107 De/
912.61 921.45 904.99 926.50 NM 933.59 Dry 936.81 906.98 928.87 905.57 923.73 905.61 938.71 Dry 935.56 Dry 4/22/07 De/
912.64 921.44 905.01 926.51 NM 933.60 Dry 936.81 906.97 928.87 905.54 923.73 905.64 938.73 De/
935.57 De/
4/22/07 De/
912.59 921.44 904.97 926.49 NM 933.58 Dry 936.80 906.97 928.87 905.58 923,73 905.61 93870 De/
935.56 De/
4/22/07 De/
912.71 921.47 905.07 926.52 NM 933.61 Dry 936.82 906.97 928.89 905.58 923.73 905,73 93877 De/
935.60 De/
4/22/07 De/
912 74 921.50 905.14 926.49 NM 933.59 Dry 936.84 906.97 928.89 905 73 923.75 905.78 938.72 De/
935.58 De/
4/23/07 De/
912.71 921.46 905.11 926.48 NM 933.58 Dr,l 936.81 906.97 928.87 905.71 923.74 905.75 938.71 De/
935.56 De/
4/23107 De/
912.64 921.44 905.05 926,46 NM 933.57 Dry 936.80 906.97 928.86 905.68 923.73 905.68 938.67 Dry 935.55 Dry 4/23/07 De/
912.64 921.42 905.04 926.47 NM 933.58 Dry 936.80 906.96 928.86 905.61 923.73 905.69 938.70 De/
935.55 De/
4/23107 De/
912.57 921.43 904.99 926.45 NM 933.56 Dr./
936.79 90696 928.85 905.64 923.72 905.63 938.66 De/
935.53 De/
4/24/07 De/
912.53 921.41 904.95 926.45 NM 933.57 Dr/
936.78 90696 928.85 905.56 923.72 905.59 938.66 De/
935.53 De/
4/24/07 De/
912.45 921.40 904.87 926.45 NM 933.56 Dry 936.77 906.95 928.84 905.52 923.72 905.52 938.66 De/
935.52 De/
4/24/07 Dry 912.57 921.44 904.98 926.48 NM 933.59 Dry 936.80 906.95 928.87 905.52 923.72 905.65 938.71 Dry 935.55 Dry 4/24/07 De/
912,57 921.45 905.00 926.44 NM 933.57 Dry 936.81 906.95 928.87 905.64 923.73 905.66 938.66 De/
935.53 De/
4/25/07 De/
912.54 921.40 904.97 926.44 NM 933.56 Dry 936.78 90695 928.84 905.60 923.72 905.64 938.66 De/
935.52 De/
4/25107 De/
912.49 921.40 904.91 926.43 NM 933.55 Dr/
936.77 906.94 92834 905.58 923.72 905.59 938.66 De/
935.51 De/
4/25107 De/
912.64 921.44 905.07 926.47 NM 933.60 Dry 936.81 906.97 928.87 905.59 923.72 905.76 938.74 De/
935.55 De/
4/26/07 De/
912.70 921.46 905.15 926.45 NM 933.58 Dr_
936.81 906.97 928.88 905.77 923.75 905.83 938.71 De/
935.55 De/
4/26/07 De/
912.71 921.42 905.17 926.44 NM 933.57 Dry 936.80 906.98 928.86 905.79 923.74 905.85 93869 De/
935,53 De/
4/26/07 De/
912,66 921.40 905,11 926.42 NM 933.55 Dry 936.78 906.98 928.86 905.80 923.74 905.80 938.66 De/
935.51 De/
4/26107 De/
912.73 921.41 905.18 926.43 NM 933.57 Dry 936.79 906.98 928.86 905.77 923.73 905.89 938.70 De/
935.53 De/
4/26107 Dry 912,69 921.41 905.18 926.40 NM 933.55 Dry 936.77 906.99 928.86 905.86 923,74 905.86 938.64 De/
935.50 De/
4/27107 De/
912.62 921.37 905.11 926,39 NM 933.55 Dry 936.76 906.99 928.84 905.77 923,72 905.79 938,63 De/
935.49 De/
4/27107 De/
912.50 921.36 904.99 926.38 NM 933.53 Dr/
936.75 906.98 928.83 905.70 923.71 905.66 938.61 De/
935.47 De/
4/27/07 De/
912.58 92138 905.05 926.41 908.99 933.56 Dry 936.78 906.98 928.85 905.63 923.71 905.75 938.67 De/
935.50 De/
4/27/07 De/
912.55 921.40 905.07 926.38 909.02 933.54 Dr'/
936.77 906.99 928185 905.73 923.72 905.74 938.61 De/
935.47 De/
4/26/07 De/
912.51 921.35 905.03 926.38 908.98 933.54 Dry 936.76 906.99 928.83 905.66 923.71 905.71 938.81 De/
935.47 De/
4128/07 De/
912.44 921.34 904.96 926.37 908.92 933.53 Dr/"
936,75 906.98 928.83 905.64 923.71 905,62 938.59 De/
935,45 De/
4/28/07 De/
912.54 921.37 905.04 926.40 908.96 933.56 Dry 936.78 906.99 928,85 905.62 923.71 905.73 938.65 De/
935.48 De/
4128/07 De/
912.45 921.34 905.00 926.36 908.96 933.53 Dry 936.75 906.98 928,82 905.68 923.70 905.65 938.57 De/
935.44 De/
4/29/07 De/
912.38 921,31 904.92 926.36 908.88 933.53 Dry 936.75 906.98 928.81 905,58 923.70 905.59 938.57 De/
935.43 De/
4/29/07 Dry 912.33 921.33 904.86 926.36 908.82 933.52 Dry 936.74 906.97 92882 905.55 923.70 905.53 938.58 De/
935.43 Dry 4/29/07 De/
912,45 921.36 904.97 926.39 908.89 933.55 Dry 936.77 906.97 928.85 905.56 923.71 905.66 938.64 De/
935.47 De/
4/29/07 Dry 912.43 921.38 905,01 926.34 908.94 933.52 Dry 936.76 906.97 928.85 905.70 923.72 905.67 938.56 De/
935.43 Dry 4/30/07 De/
912.40 921.32 904.95 926.35 908.90 933.52 Dry 936.75 906.97 928.82 905.62 923.71 905.64 938.57 De/
935.43 De/
4/30107 De/
912.35 921.31 904.91 926.34 908.86 933.51 Dry 936.74 906.96 928.82 905.61 923.70 905.59 938.56 Dry 935.42 De/
4/30/07 De/
912.48 921.35 905.03 926.38 908.93 933.54 Dry 936.78 90696 928.84 905.61 923.71 905.74 938.62 De/
935.46 De/
4/30/07 Dry 912.49 921.37 905.08 926.34 909.00 933.52 Dry 936.77 906.97 928.85 905.77 923.73 905.76 938.56 De/
935.43 De/
511/07 De/
912.48 921.32 905.06 926.34 908.98 933.52 Dr/
936.76 906.97 92882 905.71 923.71 905.75 938.57 De/
935.42 Dry 511/07 De/
912.44 921.31 905.03 926.32 908.96 933.51 Dr},
936.74 906.97 928.81 905.71 923.71 905.72 938.54 De/
935.41 Dry 511/07 De/
912.51 921.32 905.08 926.35 908.99 933.53 Dr/
936.76 906.97 92883 905.69 923.70 905.78 938.60 De/
93543 De/
, 511/07 De/
912.48 92!.34 905.09 926.31 909.01 933.50 Dr/
936.74 906.98 928.83 905.80 923.71 905.77 938.53 De/
935.41 De/
5/2/07 De/
912.44 921.30 905.05 926.31 908.97 933.50 Dry 936.74 906.98 928.81 905.73 923.70 905.73 938.54 De/
935.40 De/
5/2/07 De/
912.37 921.30 904,98 926.30 908.93 933.49 Dry 936.73 906.98 928.81 905.71 923.70 905.67 938.52 De/
935.38 De/
5/2/07 De/
912.45 921,30 905.05 926.33 90895 933.52 Dry 936.75 906,98 928.82 905.66 923,70 905.75 938.58 De/
935.41 De/
5/2/07 De/
912.45 921.33 905,09 92630 909.00 933.50 Dry 936.75 906.98 92883 905.78 923.71 905.77 938.52 De/
935.38 De/
5/3/07 De/
912.39 921.27 905.04 926.29 908.96 933.49 Dry 936.73 906.99 928.80 905.71 923.70 905.72 938.51 De/
935.38 De/
5/3/07 De/
912.33 921 27 904.98 926.29 908.91 933.49 Dry 936.72 906.98 928.80 905.68 923 70 905.64 938.50 Dry 935.37 Dry z3
TABLE I.
WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURI_
DATE RPZ-1A RPZ-1B RPT-,-2A RPZ-2B RPZ-3A P-J_-3B RP_4A[_B RP_SA RPZ-SB
_A RP_6B RPZ-TA
>JPZ-TB R.P'Z-SB RPZ-9A RP'Z,-9B 5/3/07 Dry 912.44 921.30 905.06 926.32 908.96 933.51 D_
936.75 906.99 928.83 905.67 923.70
- 905.75 93857 Dry 935.40 Dry 5/3/07 Dry 912.44 92!.33 905.11 926,29 909.02 933.49 Dt_
936,75 906.99 928.83 905.81 923.72 905.78 938.51 Dry 935.37 Dry 514/07 Dry 912.43 921.28 905.09 926.29 909.01 933.49 Dr)"
936.74 907.00 928.81 905.77 923.71 905.77 938.51 Dry 935.37 Dry 514/07 Dry 912.38 921.27 905.05 926.28 908.97 933.48 Dry 936.72 907.00 928.80 905.76 923.70 905.72 938.50 Dry 935.36 Dry 514/07 Dry 912.50 921.30 905.15 926.31 909.03 933.51 Dry 936.75 907.00 928.82 905.77 923.70 906.83 938.56 Dry 935.39 Dry 5/4/07 Dry 912.46 921.30 905.17 926.26 909.08 933.48 Dry 936.73 907.01 928.83 905.90 923.72 905.82 938.48 Dry 935.36 Dry 515/07 Dry 912.40 921.25 905.09 926.26 909.01 933.47 Dry 936.72 907.01 928.80 905.79 923.70 905.75 938.48 Dry 935.35 Dry 515/07 Dry 912.34 921.26 905.05 926.25 908.97 933.47 Dry 936.72 907.01 929.80 905.76 923 70 J05.70 938.47 Dr'/
935.34 Dry 515/07 Dry 912_39 921.27 905.09 926.28 908.99 933.49 Dry 936.73 907.02 928.81 905.73 923.69 905.75 938.50 Dry 935.35 Dry 5/5/07 Dry 912.29 921.26 905.02 926.24 908.96 933A6 Dry 936.70 907.02 928.80 905.78 923.70 905.66 938.44 Dry 935.32 Dry 516/07 Dry 912.25 921.22 904.95 926.23 908.88 933.46 DtV 936.70 907.01 928.78 905.66 923.69 906.59 938.43 Dry 935.31 Dry 516/07 Dry 912.16 921.21 904.85 926.23 908.80 933.45 Dry 936.69 907.01 928.77 905.59 923.68 905.49 938.42 Dry 935.30 Dry 6/6/07 Dry 912.16 921.23 904.87 926.25 908.79 933.47 Dry 936.71 907.00 926.80 905.53 923.68 906.62 938.46 Dry 935.31 Dr'[
5/6/07 Dry 912.12 921.24 904.86 926.22 908.78 933.46 Dry 936.69 907.00 928.79 905.58 923.68 905.49 938.41 Dr'/
935.29 Dry 5/7/07 Dry 912.10 921.22 90483 926.23 908.75 933.46 Dry 936.70 907.00 928.78 905.52 923.68 905.47 938.42 Dry 935.29 Dry 6/7/07 Dry 912.06 921.21 904.79 926.23 908.72 933.45 Dry 936.69 906.99 928.78 905.52 923.68 905,44 938.42 Dry 935.28 Dry 5/7/07 Dry 912.13 921.24 904.87 926.25 908.77 933.47 Dry 936.7I 906.99 928.80 905.54 923.68 905.54 938.46 Dry 935.31 Dry 5/7/07 Dr'/
912.13 921.25 904.89 926.23 908.79 933.45 Dry 936.70 906.99 928.80 905.63 923.69 905.53 938.41 Dry 936.29 Dry 518/07 Dry 912.10 921.21 904.86 926.22 908.77 933.45 D_
936.69 906.99 928.77 905.58
[
923.68 905.52 938.41 Dry 935.28 Dry 518/07 Dr'/
912.07 921.21 904.81 926.22 908.73 933.44 Dry 936.68 906.98 928.77 905.57 923.68 905.48 938.41 Dry 935.27 Dr'/
518/07 Dry
, 912.15 921.24 904.91 926.25 908.79 933.47 Dry 936.72 906.98 928.80 905.58 923.68 905.60 938.46 Dry 935.30 Dry 5/8/07 Dr'/
912,15 921.26 904.94 92621 908.84 933.44 Dry 936.70 906.98 928.80 905.71 923.70 905.61 938.39 Dry 935.27 Dry 5/9/07 Dry 112.11 921.20 904.87 926.20 908.79 933.44 Dry 936.68 906.98 928.77 905.64 923.68 906.55 938.38 Dry 936.26 Dry 519/07 Dry 912.03 921.19 904.78 926.19 908.71 933.42, Dry 936.67 906.98 928.76 905.59 923.67 906.46 938.36 Dry 935.24 Dry 519/07 Dry 912.08 921.21 904.84 926.24 908.73 933.45 Dry 936.70 906.97 928.78 905.53 923.67 905.54 938.43 Dry 935.27 Dry 519/07 Dry 912.08 921.25
)04.87 926.22 908.77 933.43 Dry 936.69 906.98 928.79 905.65 923.69 905.55 938.37 Dry 935.25 Dry 5110/07 Dry 912.03 921.19 904.81 926.23 908.73 933.43 Dry 936.68 906.97 928.76 905.59 923.67 905.50 938.36 Dry 935.24 Dry 5110/07 Dry 911.96 921.18 904.73 926.24 908.65 933.42 Dr'/
936.66 906.97 928.76 905.54 923.67 906.41 938.34 Dry 935.22 Dry 5/10/07 Dry 912.02 921.21 904.81 926.30 90869 933.45 Dry 936.70 906.96 928.78 905.51 923.67 905.52 938:41 Dry 935.26 Dry 5110/07 Dry 912.05 92!.25
)04.86 926.28 908.75 933.43 Dry 936.69 906.97 928.79 905.64 923.69 905.55 938.36 Dry 935.23 Dry 6111107 Dry 912.02 921.20 904.82 926.28 908.72 933.43 Dry 936.67 906.96 928.76 905.61 923.68 905.52 938.35 Dry 935.22 Dry 5111107 Dry 911.96 921.19 904.74 926.28 908.66 933.41 Dry 936.66 906.96 928.76 905.58 923.67 905.44 938.33 Dry 935.21 Dry 5111107 Dr'/
912.03 921.21 904.83 926.34 908.70 933.44 Dry 936.69 906.96 928.78 905.55 923.67 905.56 938.40 Dry 935.24 Dry 5111107 Dry 912.04 921.24 904.86 926.31 908.75 933.42 Dry 936.68 906.96 928.78 905.68 923.69
- 905.57 938.33 Dry 935.21 Dry 5112/07 Dry 912.01 921.19 904.82 926.32 908.72 933 42 Dry 936.67 906.96 928.76 905.62 923.68 905.54 938.33 Dry 935.21 Dry 5/12/07 Dry 911.95 921.18 904.76 926.32 908.66 933.41 Dry 936.65 906.96 928.75 905.60 923.67 905.47 938.32 Dry 935.19 Dry 5/12./07 Dry 912.02 921.21 904.86 926.36 908.72 933.43 Dry 936.69 906.96 928.78 905.59 923.67 905.59 938.36 Dry 935.22 Dry 5112/07 Dry 912.01 921.22 904.86 926.33 908.74 933.41 Dry 936.67 906.96 928.77 905.69 923.68 906.57 938.31 Dry 935.19 Dry 5113/07 Dry 911.97 921.18 904.80 926.34 908.70 933.41 Dry 936.66 906.96 928.76 905.62 923.67 905.53 938.31 Dry 935.19 Dry 5/13107 Dry 911.92 921.17 904.74 926.34 908.65 933.40 Dry 936.65 906.95 928.75 905.59 923.66 905.46 938.30 Dry 935.17 Dry 5/13/07 Dry 911.99 921.20 904.83 926.38 908.69 933.43 Dry 936.68 906.96 928.77 905.58 923.67 905.57 938.35 Dry 935.20 Dry 5113/07 Dry 911.99 921.22 904.86 926.35 908.74 933.41 Dry 936.67 906.96 928.77 905.69 923.68 905.58 938.29 Dry 935.18 Dry 5/14/07 Dry 911.95 921.17 904.81 926.35 908.70 933.40 Dry 936,65 906.96 928.75 905.63 923.67 905.53 938.29 Dry 93517 Dr'/
5114/07 Dry 911.88 921.16 904.72 926.35 908.63 933.38 Dry 936.64 906.96 928.75 905.59 923.66 905.44 938.27 Dry 935.15 Dry 5/14/07 Dry 911.92 921.18 904.78 926.39 908.65 933.41 Dry 936.66 906.95 928.75 905.54 923.66 906.53 938.32 Dry 935.17 Dry 5/14/07 Dry 911.90 921.21 904.79 926.35 908.67 933.39 Dry 936.65 906.95 928.76 905.65 923.67 905.50 938.26 Dry 935.15 Dry 5115107 Dry 911.86 921.16 904.73 926.36 90862 933.39 Dry 936.64 906.95 928.74 905.66 923.66 905.46 938.27 Dry 935.14 Dry 5115107 Dry 911.81 921.15 904.67 926.35 908.57 933.38 Dry 936.63 90695 928.73 905.54 923.66 905.39 938.25 Dry 935.13 Dry 5115107 Dry 911.86 921.17 904.75 926.40 908.61 933.41 Dry 936.66 906.95 928.75 905.51 923.66 905.50 938.31 Dry 935.16 Dry 5/15/07 Dry 911.88 921.22 904.79 926.36 908.66 933.39 Dry 936.65 906.95 928.77 906.66 923.68 905.51 938.25 Dry 935.13 Dry 5/16/07 Dry 911.84 921.16 904.74 92636 908.62 933.39 Dry 936.64 906.95 928.74 905.58 923.66 905.48 938.25 Dry 935.13 Dry 5/10/07 Dry 911.78 921.16 904.66 926.35 908.56 933.37 Dry 936.63 906.94 928.73 905.56 923.65 905.40 938.24 Dry 935,11 Dry 5/16/07 Dr'/"
911.85 921.18 904.76 926.40 908.62 933.40 Dry 936.66 906.94 928.75 905.53 923.66 905.52 938.30 Dry 93514 Dry 5/16/07 Dr'/
911.86 921.21 904.79 926.35 908.67 93338 Dry 936.64 906.94 928.76 905.68 923.68 905.53 938.22 Dry 935.11 Dry 5/17/07 Dry 911.80 921.14 904.69 926.36 908.60 933.37 Dry 936.63 906.94 928.73 905.58 923.66 905.45 938.23 Dry 936.11 Dr](
5/17/07 Dry 911.76 921.15 904.65 926.35 906.66 933.37 Dry 936.62 906.94 928.73 905.55 923.65 905.40 938.22 Dry 935.10 Dry 5117107 Dry 911.82 921.17 904.73 926.39 908.60 933.39 Dz7 936.64 906.94 928.75 905.54 923.66 905.50 938.27 Dry 935.12 DIV 5117107 Dry 911.82 921.19 904.75 926.36 90864 933.37 Dr./
936.63 906.94 928.75 905.65 923.67 905.50 93821 Dry 935.10 Dry 5118/07 Dry 911.77 921.13 904.68 926.35 908.59 933.37 Dry 936.62 906.94 928.72 905.67 923.65 905.45 938.21 Dry 935.09 Dry 5118/07 Dry 911.72 921.13 904.62 926.35 908.53 933.36 Dry 936.61 906.93 928.72 905.54 923.65 905.38 938.20 Dry 935.08 Dry 5/18/07 Dry 911.78
=
921.16 904.71 926.39 908.58 933.39 Dry 936.64 906.93 928.74 905.52 923.65 906.49 938.25 Dry 935.10 Dry 5/18/07 Dry 911.80 921.19 904.74 926.36 908.63 933.37 Dry 936.63 906.93 928.75 905.66 923.67 905.50 938.20 Dry 935,08 Dry 5119107 Dry 911.76 921.14 904.70 926.36 908.60 933.36 D_
936.61 906.94 928.72 906.60 923.66 905.47 938.19 Dry 935.07 Dry 5/19107 Dry 911.71 921.13 904.63 926.36 908.54 933.35 Dry 936.61 906.93 928.72 905.56 923.65 905.40 938.19 Dry 935.06 Dry 5/19/07 Dry 911.78 921.16 904.73 926.39 908.60 933,38 Dry 936,64 906.93 92874 905.56 923.65 906,52 938.24 Dry 936.08 Dry 5/19/07 Dry 911.79 921.18 904.75 926.36 908.64 933.36 Dry 936.62 906.94 928.74 905.68 923.67 905.52 938.17 Dry 93506 Dry 5/20107 Dry 911.74 921.12 904.69 926.36 908.59 933.35 Dry 936.61 906.93 928.71 905.60 923.65 905.47 938.18 Dr'/
935.06 Dry 5/20/07 Dry 911.70 921.13 904.63 926.35 908.55 933.34 Dry 936.60 906.93 928.71 905,58 923.65 905,41 938.17 Dry 935.05 Dry 5/20107 Dry 911.77 921.16 904.74 926.41 908.62 933.38 Dry 936.63 906.93 928.73 905.58 923.65 905,55 938.24 Dry 935.08 Dry 5/20/07 Dry 911.80 921.19 904.79 926.36 908.68 93335 Dry 936.63 90694 928.74 905.73 923.67 905.57 938.16 Dry 93506 Dry 5/21107 Dry 911.76 921.14 904.74 926.36 908.64 933.34 Dry 936.60 906.94 928.72 905.66 923.66 906.52 938.16 Dry 935.05 Dry 5/21107 Dry 911.72 92!.12 904.69 926.36 90860 933.34 Dry 936.60 906.94 928.71 905.63 923.65 905.47 938.t6 Dry 93504 Dry 5/21107 Dry 911.79 921.16 904.80 926.39 908.67 933.37 Dry 936.63 906.94 928.73 905.64 923.65 905.59 938.21 Dry 93506 Dr'/
5/21/07 Dry 911.79 921.18 904.80 926.34 908.70 933.34 Dry 936.61 906.95 928.73 905.75 923.67 906.67 938.14 Dry 935,04 Dr'/
5/22/07 Dry 911.75 921.11 904.74 926.34 908.65 933.34 Dry 936.60 906.95 928.70 90566 923.66 905.52 938.14 Dry 935.03 Dry 5/22/07 Dry 911.69 921.10 90465 926.33 908.59 93332 Dry 936.58 906.94 92870 905.63 923.65 905.43 938.13 Dry 935.01 Dry 6/22/07 Dry 911.72 921.13 904.72 926.37 908.62 933.35 Dry 936.61 906.94 928.72 905.59 923.65 905.51 938.17 Dry 935.03 Dry 5/22/07 Dry 911.69 921.15 904.70 926.33 90862 933.33 Dry 936.59 906.94 928.71 905.67 923.66 905.47 938.11 Dry 935.01 Dry 5/23/07 Dry 911.64 921.10 904.66 926.32 908.57 933.33 Dry 936.59 906.94 928.70 905.59 923.65 906.43 938.10 Dry 935.00 Dry 5/23/07 Dry 911.56 921.09 904.65 926.32 908.49 933.32 Dry 936.57 906.94 928.69 905.53 923.64 905.31 938.09 Dr'/
934.98 Dry 5/23/07 Dry 911.58 921.11 904.60 926.35 908.50 933.34 Dry 936.59 906.93 92871 905.48 923.65 905.38 938.14 Dry 935.00 Dry 5/23107 Dry 911.58 921.14 904.61 926.32 908.52 933.32 Dry 936.59 906.93 928.71 905.57 923.65 905.37 938.09 Dry 934.98 Dry 5/24/07 Dry 911.54 921.09 904.57 92632 908.49 93332 Dry 936.58 906.93 928.69 905.61 923.64 906.34 938.09 Dry 93498 Dry 5/24/07 Dry 911.50 921.08 904.50 926.31 908.44 933.31 Dry 936.57 906.93 928.69 905.49 923.64 905.29 938.09 Dry 934.96 Dry 5/24107 Dry 911.56 921.12 904.59 926.35 908.49 933.34 D_
936.60 906.93 928.71 905.49 923.64 905.40 938.14 Dry 934.99 Dry z4
TABLE
- 1. WATER LEVELS FOR 80.-AC RE WSR PIEZOMETERS MEASUPJ_
I_
P1EZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL DATE
_IA PJwZ-1B[
RPZ-2A RPZ-2B RPT_-3A RPZ-3B RPZ-4A R.PZ-4B RIvZ,-SA RP'Z,--5B _
17,P'Z,-7A _78 RPZ,-SA RPZ._B RPZ-9A RPZ-9B 5/24/07 Dry 911.58 921.14 904.60 926.29 908.54 933.32 D_
936.58 906.93 928.71 905.62 923.66 905.40 938.07 Dry 934.97 Dry 5/25/07 Dry 911.53 921.08 904.53 926.3(]
908.49 933.3[
D_
936.57 906.93 928.69 905.54 923.65 905.35 938.08 Dry 934.96 Dry 5/25/07 Dry 911.48 921.07 904.47 926.28 908.43 933.30 D_
936.56 906.92 928.68 905.51 923.64 905.29 938.06 Dry 934.95 Dry 5/25/07 911.52 921.10 904.55 926.31 908.47 933.33 Dr},
936.59 906.92 928.70 905.49 923.64
- 905.38 938,12 Dry 934.97 Dry 5/25107 911.53 921,12 904.56 926.27 908.51 933.31 Dzy 936.57 906.92 928.70 905.60 923.65 i 905.38 938.05 Dry 934.95 Dry 5/26/07 911.49 921.07 904.50 926.27 908.46 933.31 Dry 936.56 906.92 928.68 905.52 923.64 905.34 938.05 Dry 934.94 Dry 5/26/07 911.42 921.05 904.40 926.26 908.38 933.29 Dry 936.55 906.92 928.67 905.48 923.63 905.23 938.04 Dry 934.93 Dry 5/26/07 911.46 921.08 904.49 926.30 908.41 933.33 Dz_
936.58 906.92 928.69 905.44 923.64 905.34 938.10 Dry 934.95 Dry 5/26/07 911.49 921.11 904.54 926.26 908.47 933.31 Dzy 936.58 906.92 928.70 905.57 923.65 905.37 938.04 Dry 934,94 Dr_
5127107 911,46 921.06 904.50 926.26 908.44 933.30 D_
936,56 906.92 928.68 905.54 923.65 905,34 938.04 Dry 934.92 Dry 5/27/07 911.41 921.04 904.42 926.25 908.38 933.29 Dz7-936.54 906.91 928,67 905.50 923.63 905.25 938.03 Dry 934.91 Dry 5/27/07 911.46 921.06 904.51 I
926.29 908.42 933.32 D_
936_56 906.91 928.69 905.47 923.63 905.37 938.09 Dry 934.94 Dry 5/27/07 911.49 921.10 904.56 926.25 908.49 933.30 D_
936.57 906.91 928.70 905.62 923.66 905.40 938.03 Dry 934.92 Dry 5/28/07 911.47 921.05 904.53 926.25 908.46 933.30 D_"
936.55 906.91 928.68 905.57 923.65 905.38 938.03 Dry 934.91 Dry 5128/07 911.42 921.03 904.46 926.24 908.41 933.28 Dr}"
936.54 906.91 928.67 905.54 923.64 905.31 938.01 Dry 934.90 Dry 5/28/07 911.47 921.05 904.54 926.27 908.45 933.31 Dz7 936.57 906.91 928.69 905.62 923.64 905.41 938,06 Dry 934.91 Dry 5/28/07 911.48 921.07 904.56 926.23 908.49 933.29 D'_
936.56 906.91 928.69 905.63 923.65 905.40 938.00 Dry 934.90 Dry 5/29/07 911.43 921.02 904.50 926.23 908.44 933.29 Dr_
936.54 906.91 928.67 905.56 923.64 905.35 937,99 Dry 934.89 Dry 6/29/07 911.36 921.00 904.39 926.22 908.40 933.27 D_,}"
936.53 90690 928.66 905.50 923,63 905.24 93798 Dry 934.88 Dry 5129/07 91138 921 02 904.45 926.25 908.40 933.30 D_
936.55 90690 928.67 905.44 923.63 905.31 93803 Dry 934.89 Dry 5/29107 911.38 921.04 904.47 926.22 908.40 933.28 Dr_
936.54 90690 928.68 905.54 923.64 905.32 937.97 Dry 934.87 Dry 5/30/07 911.33 921.00 904.39 926.22 908.40 933.28 D_
936.53 906.90 928.66 905.47 923.63 905.25 937.97 Dry 934.86 Dry 5/30/07 911.27 920.98 904.32 926.21 908.41 933.27 D1},
936.52 906.90 928.65 905.43 923.62 905.16 937.96 Dry 934.85 Dry 5/30/07 911.32 921.01 904.4(
926.26 908.41 933.30 Dry 936.55 906.89 928.67 905.39 923.63 905.28 938.03 Dry 934.87 Dry 5/30/07 911.36 921.05 904.47 926.22 908.41 933,28 Dzy 936.55 906.90 928.68 905.55 923.65 905.34 937.98 Dry 934.87 Dry 5/31107 91 !.35 920.99 904.46 926.22 908.41 933.28 Dz_
936.54 906.90 926.66 905.52 i 923.64 905.32 937.98 Dry 934.86 Dry 5/31/07 911.33 920.98 904.41 926.22 908.41 933.27 Dry 936.52 906.89 928.65 905.52 i 923.64 905.29 937.98 Dry 934.85 Dry 5/31/07 911.39 921.01 904.5' 926.25 908.42 933,29 Dry 936.55 906.89 928.67 905.54 923.64 905.42 938.02 Dry 934.86 Dry 5131/07 911.44 921.02 904.56 926.21 908.48 933.28 Dry 936.55 906.90 928.68 905.67 923.65 905.46 937.97 Dry 934.86 Dry 6/1/07 911.43 920.99 904.52 926.21 908.47 933.27 D_
936.53 906.90 928.66, 905.65, 923.65 905.43 937.96 Dry 934.85 Dry 6/1/07 911.38 920.97 904.46 926.20 908.42 933.26 D_
936.52 906.90 928.64 I 905.81 I 923.64 905.36 937.95 Dry 934,84 Dry 5/1/07 911.43 920.98 904.54 926.23 908.46 933.28 Dt'_
936.54 906.90 928.66 I 9G5.59 I 923.63 905.45 938.00 Dry 934.85 Dry I
I 6/1/07 911.42 920,99 904,54 926.18 908.48 933.26 D_
936.52 906,90 928.66 905.69 923.65 905.43 937.93 Dry 934,83 Dry 6/2/07 911.36 920.96 904.46 926.18 908.42 933.26 Dry 936.51 906 90 928.65 905.59 923.63 905.36 937.92 Dry 934.82 Dry 6/2/07 911.30 920.94 904.37 926.17 908.40 933.25 I_
936.50 906.90 928.63 905.53 923.62 905.26 93792 Dry 934.81 Dry 6/2/07 911.31 920.96 904.42 926.20 908.41 933.27 D_
936.53 906.90 928.65 905.49 923.62 905.33 937.96 Dry 934.81 Dry 6/2/07 911.31 920.97 904.4, 926.17 908.41 933.26 Dry 936.51 906.90 928.65 905.57 923.63 905.31 937.91 Dry 934.80 Dry 5/3/07 9!1.27 920.93 904,38 926.17 908.41 933.25 Dry 936.51 906.90 928.64 905.50 923.62 905.27 937.91 Dry 934.80 Dry 6/3/07 911.21 920.92 904.30 928.16 908.41 933.24 Dr),
936.49 906.89 928.63 905.46 923.62 905.18 937.89 Dry 934.78 Dry 6/3/07 911.24 920.94 904.36 926.20 908.41 933.26 Dry 936.52 906.89 92865 905.43 923.62 905.27 937.96 Dry 934.79 Dry 6/3/07 911.26 920.97 904.41 926.17 908.41 933.25 Dry 936.52 906,69 928.66 905.55 923.63 905.29 937.90 Dry 934.78 Dry 5/4/07 911.22 920.91 904.35 926.16 908.41 933.24 D_
936.50 906.89 928.63 905.49 923.62 905.24 937.89 Dry 934.78 Dry 6/4/07 911.18 920.91 904.28 926.16 908.41 933.24 D_
936.49 906.88 928.63 905.45 923.62 905.18 937.89 Dry 934.76 Dr'/
6/4/07 911.23 920.93 904.37 926.18 908.41 933.26 Dry 936.51 906.88 92864 905.46 923.62 905.29 937.93 Dry 934.78 Dry 5/4/07 911.25 920.95 904.40 926.18 908.41 933.25 Dry 936.51 906.89 928.65 905.56 923.63 905.30 93789 Dry 934.77 Dry 615/07 911.23 920.91 904.37 92616 908.41 933.24 Dr},
936.50 906.89 928.63 905.52 923.63 905.28 937.89 Dry 934.76 Dry 6/5/07 911.20 920.90 904.33 926.16 908.41 933.23 Dr}"
936.49 906.88 928.62 905.51 923.62 905.25 937.89 Dry 934.75 Dry 615/07 911.27 920.93 904.45 926.!9 908.4t 933.26 Dry 936.52 906.88 928.64 905.53 923.62 905.39 937.94 Dry 934.78 Dry 6/5/07 911.33 920.96 904.53 926.16 908.43 933.25 I)t_f 936.52 906.89 928.66 905.69 923.65 905.44 937.90 Dry 934.77 Dry 6/6/07 911.33 920.91 904.50 926.15 908.43 933.24 Dr,;/
936.50 906.90 928.63 905.66 923.64 905.43 937.89 Dry 934,76 Dry 6/6/07 911.27 920.89 904.41 926.14 908.40 933.22 Dt_
936.48 906.89 928.62 905.63 923.64 905.33 937.87 Dry 93475 Dry 6/6/07 911.30 920.91 904A7 926.16 908.4t 933.25 Dry 936.51 908.90 928.63 905.59 923.63 905.39 937.90 Dry 934.75 Dry 6/6/07 911.29 920.92 904.47 926.13 908.40 933.23 Dry 936.50 906.90 928.64 905.66 923.64 905.38 93786 Dry 934.74 Dry 6/7/07 911.25 920.88 904.43 926.12 Probe dry 933.23 Dry 936.49 906.90 928.62 905.59 923.62 905.33 937.85 Dry 934.74 Dry 6/7/07 911.18 920.86 904.31 92611 ProbedP/
933.21 Dr_
936.47 908.90 928.61 905.54 923.61 905.22 937.82 Dry 934.72 Dry 6/7/07 911.17 920.87 904.33 926.14 Probe dry 933.23
- Dr0, 936.49 908.90 928.62 905.46 923.61 905.25 937.87 Dry 934.72 Dry 6/7/07 911.15 i
920.89 904.33 926.12 Probe dry 933.22 936.48 906.90 928.62 905.53 923.62 905.22 937.82 Dry 934.71 Dry 618/07 911.12 920.86 904.29 926.11 Probedry 933.22 Dry 936.47 908.89 928.61 905.46 923.61 905.19 937.82 Dry 934.70 Dry 6/6/07 911.07 920.85 Dry 934.69 904.20 926.11 Probe dry 933.21 Dt_
936.46 906.89 928,61 905.42 923.61 905.11 937.82 Dry 618/07 911.11 920.88 904.29 926.14 Probedry 933.24 Dry 936.49 906.88 928.63 905.41 923.61 905.22 937.87 Dry 934,70 Dry 6/8/07 911.14 92091 904.34 926.11 Probedry 933.22 Dry 936.49 906.89 928.64 905.53 923.63 905.25 937.82 Dry 934.70 Dry 6/9/07 911.11 920.86 904.29 926.10 Probedry 933.21 Dry 936.47 906.89 928.61 905.51 923.62 905.20 937.81 Dry 934.69 Dry 6/9/07 911.06 920.84 904.22 926.10 Probe dr 933.20 Dry 936.46 906.88 928.60 905.45 923.61 905.14 937.80 Dry 934.68 Dry 5/9/07 911.09 920.86 904.28 926.12 ProbedP/
933.22 Dry 936.48 906.88 92861 905.43 923.61 905.21 937.84 Dry 934.68 Dry 6/9/07 911.10 920.88 904.32 926.09 Probedry 933.22 936.48 906.88 928.62 905.52 923.62 905.24 937.79 Dry 934.68 Dry 6/10/07 911.06 920.84 904.24 926.09 Probe dr 933.20 D'Q" 936.46 906.88 928.60 905.47 923.61 905.18 937.79 Dry 934.67 Dry 5/10/07 911.02 920.83 904.18 926.09 Probedr) 933.20 Dry 936.45 906.88 928.60 905.43 923.61 905.11 937.79 Dry 934.66 Dry 6/10/07 911.06 920.85 904.27 926.12 Probe dr 933.22 Dry 936.48 906.88 928.61 905.42 923.61 905.22 937.84 Dry 934.67 Dry 6/10/07 911.09 920.88 904.31 926.09 Probe dr 933.21 936.47 906,88 928.63 995.55 923.63 905.25 937.79 Dry 934.67 Dry 6/11107 9! 1.07 920.83 904.27 926.09 Probe dr 933.20 Dry 936.46 906.88 928.60 905.50 923.62 905.21 937.78 Dry 934.66 Dry 6111/07 911.01 920.81 904.18 926.08 Probe dr 933.19 Dry 936.44 906.87 928.59 905.46 923.60 905.13 937.76 Dry 934.65 Dry 6/tl/07 911.05 920.84 904.26 926.11 Probe dr 933.22 Dry 936.47 906.87 928.61 905.42 923.61 905.23 937.82 Dry 934.66 Dry 6/11/07 911.03 920.85 904.23 928.06 Probedry 933.19 Dry 936.45 906.87 928.61 905.53 923.62 905.18 I
937.73 Dry 934.64 Dry 61t2/07 910.96 920.80 904.13 926.06 Probe dry, 933.19 Dry 936.44 906.87 928.60 905.40 923.60 905.08 I
937.74 Dry 934.63 Dry 6112/07 910.89 920.78 904.02 926.06 Probe dry 933.18 Dry 936.43 906.86 928.58 905.32 923.60 904.97 I
937.73 Dry 934.61 Dry 6112/07 910.90 920.81 904.08 926.09 Probe dry 933.20 Dry 936.45
- 90686, 928.60 905.27 923.60 905.05 i
937.78 Dry 934.62 Dry 5/12/07 910.92 920.84 904.1; 926.06 Probe dry 933.20 Dry 936.45 906.88 i 928.61 905.39 923.61 905.08 937.74 Dry 934.61 Dry 5/13/07 910.90 920.80 904.08 926.06 Probe dry 933.19 Dry 936.44 906.86 928.59 905.36 923.60 905.05 937.73 Dry 934.61 Dry I
6/13/07 910.87 920.78 904.02 926.06 Probe dry 933.18 D_
936.43 906.85 928.58 905.32 923.60 905.01 937.74 Dry 934.60 Dry 6113/07 910.93 920.81 904.14 926.10 Probe dry 933.21 Dry 936.46 906.85 928.60 905.34 923.60 905.15 937.80 Dry 93462 Dry 6/13/07 91098 92085 904.21 926.0{
Probe dry 933.19 Dry 936.46 906.85 928.61 905.51 923.62 905.21 937.75 Dry 934.62 Dry 6/14/07 910.98 920.80 904.19 926,06 Probe dry 933.18 D_"
936,45 906.85 I 928,60 905.50 923.62 905.20 I
937.74 Dry 934.61 Dry 6/14/07 910.96 920.78 904.15 926.06 Probe dry 933.18 Dr},
936.43 906.85 928.58
- 905.46 i 923.61 905.17 937.74 Dry 934,60 Dry 6114/07 911.01 920.81 904.25 926.08 Probe dry 933.20 Dry 936.46 906.85 928.60 905.49 923.61 905.28 937.78 Dry 934.61 Dry 6/14/07 911.04 92082 904.29 926.05 Probe dry 933.18 Dr},
936.45 906.86 928.60 905.61 923.63 905.30 937 73 Dry 934.60 Dry 25
TABLE
- 1. WATER LEVELS FOR 80-AC RE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-1A RPZ-IB RPZ-2A RPZ-2B RP'Z--3A RPZ-3B[
RPZ-4A RPZ-4B RPZ-SA RPZ-5"B RPZ-6A RPZ-6B RPZ-TA
_7B RPZ-SA RPZ-SB RPZ-9A RPZ-9B 6/15/07 911.02 920.78 904.24 92604 Probe dry 933.18 D_
936.43 906.86 928.58 905.56 923.62 905.25 937.71 Dry 934.59 Dry 6/15/07 910.96 920.76 904.15 926.03 Probe dry I 933.16 D_
936.42 906.85 928.57 905.50 923,61 905.16 937.70 Dr,/
934.58 Dry 6115/07 910.98 920.78 904.20 926.06 Probe dry 933.19 I_
936.44 906.85 928.58 905.45 923.60 905.23 937.75 Dry 934.59 De/
6/15/07 910.99 920.80 904.24 926.02 Probe dry 933.18 Dry 936.44 906.85 928.59 905.55 923.61 905.24 937.69 Dry 934.58 Dry 6/16/07 910.95 920.76 904.16 926.02 Probe dry 933.17 Dry 936.42 906.85 928.57 905.49 923.60 905.17 937.69 Dry 934.57 Dry 6/16/07 910.89 920.74 904.06 926.01 Probe dry 933.15 De/
936.41 90685 928.56 905.43 923.59 905.06 937.67 Dry 934.56 De/
6/16/07 910.90 920.76 904.13 926.04 Probe dry 933.19 Dry 936.43 906.85 928.58 905.37 923.59 905.15 937.73 De/
934.56 Dry 6/16/07 910.93 920.80 904.19 926.01 Probe dry 933.18 Dry 936.43 906.85 928.59 905.49 923.61 905.19 937.68 Dry 934.56 Dry 6/17/07 910.91 920.75 904.15 926.02 Probedry 933.17 D_
936.42 906.85 928.57 905.45 923.60 905.16 937.69 Dry 934.55 Dry 6/17/07 910.88 920.74 904.11 926.01 Probe dry 933.16 De/
936.41 906.85 928.56 905.44 923.59 905.12 937.67 Dry 934.54 Dry 6/17107 910.93 920.77 904.19 926.03 Probe dry 933.18 Dr'/
936.43 906.85 928.58 905.45 923.60 905.21 937.72 Dry 934.56 Dry 6/17/07 910.96 920.79 904.23 926.01 Probe dry 933.17 Dry 936.43 906.85 928.59 905.56 923.61 905.24 937.67 Dry 934.55 Dry 6/16/07 910.93 920.74 904.19 926.00 Probe dry 933A6 Dr_
936.41 906.85 928.57 905.51 923.61 905.19 937.66 Dry 934.54 Dry 6/18/07 910.87 920.72 904.10 925.99 Probedry 933.15 Dr_
936.40 906.84 928.56 905.46 923.59 905.11 937.64 Dry 934.53 Dry 6118/07 910.87 920.74 904.13 92601 Probedry 933.16 De/
936.41 906.84 92857 905.42 92359 90515 937.68 Dry 934.53 Dry 6118/07 910.86 920.76 904,13 925.98 Probe d_
933.15 D_
936.40 906.85 928.57 905.48 923.60 905.13 937.63 Dry 934.52 Dry 6/19/07 910.81 920.71 904.03 925.97 Probe dry 933.14 De/
93639 906.84 928.55 905.39 923.59 905.02 937.61 Dry 934.51 Dry 6/19/07 9!0.74 920.69 903.92 925.96 Probe dry 933.13 De/
936.38 906.84 928.55 905.30 923.58 904.91 937.61 Dry 934.50 Dry 6/19/07 910.73 920.71 903.96 925.99 Probe dry 933.16 De/
936.41 906.83 928.56 905.24 923.58 904.99 937.66 Dry 934.50 Dry 6/19/07 910.74 920.75 904.01 925.97 Probe dry 933.15 Dz7 936 40 906.83 928.57 905.35 923.59 905.02 937.61 Dry 934.49 Dry 6/20/07 910.72 920.71 903.95 925.96 Probe dry 933.14 De/
936.39 906.83 928.56 905.31 923.59 90497 93760 Dry 934.49 Dry 6/20/07 903,39 920.69 904,06 925.96 Probe dry 933.13 Dr l 936.38 906.82 928.55 905.26 923.58 904.89 937.60 Dry 934.51 Dry 6/20107 903.65 920.55 903.97 926.00 Probe dry 933.16 De/
935.37 906.21 928.48 905.26 923.58 898.70 933.63 Dry 932.79 Dry 6/20/07 903.98 920.81 904.07 925.97 Probe dry 933.15 Dr(
936.09 906.26 928.51 904.70 923.56 904.86 93647 Dry 93363 Dry 6/21/07 904.30 920.77 904.06 925.97 Probe dry 933.14 De/
936.08 906.29 928.50 905.24 923.56 904.86 937.50 Dry 933.86 Dry 6/21/07 904.58 920.76 904.01 925.97 908.41 933.10 Dt7 933.03 906.30 928.49 905.2.
923.55 904.82 936.36 Dry 933.84 Dry 6/21/07 904.84 920.78 904.10 925.99
!Probedry 933.12 Dry 936.24 906.33 928.50 905.30 923.55 904.93 937.56 Dry 933.94 Dry 6/21/07 905.11 920.80 904.15 925.97 Probe dry 933.11 Dry 936.22 906.35 92851 905A4 923.56 90496 937.53 Dry 934.01 Dry 6/22/07 905.41 920.76 904.14 92596 Probe dry 933.11 De/
936.22 906.37 928.49 905.42 923.56 904.95 937.53 Dry 934.07 Dry 6/22/07 905.70 920.74 904.06 925.95 Probedry 933.09 Dry 936.20 906.39 928.48 905.40 923.55 904.88 937.51 Dry 934.11 Dry 6/22/07 905,96 920.77 904.14 925.98 Probedry 933.11 De/
936.23 906.41 928.50 905.38 923.55 904.97 937.57 Dry 934.15 Dry 6/22/07 906.24 920.79 904.19 925.94 Probe dry 933.10 D_,
936.22 906.43 928.50 905.50 923.56 905.01 937.52 Dry 934.18 Dry 6/23/07 906.53 920.74 904.12 925.94 Probe dry 933.09 De/
936.20 906.44 928.48 905.45 923.56 904.95 937.50 Dry 934.20 Dry 6/23/07 906.78 920.71 904.02 925.93 Probe dry 933.08 De/
936.20 906.45 928.47 905.38 923.54 904.85 937.50 Dry 934.21 Dry 6/23/07 907.03 920.75 904.13 925.97 Probe dry 933.11 Dry 936.23 906.46 928.49 905.36 923.54 904.97 93758 Dry 934.24 Dry 6/23/07 907.29 920.79 904.19 925.93 Probe dry 933.10 D_
936.21 906.48 928.50 905.52 923.56 905.00 937.51 Dry 934.25 Dry 6/24/07 907.55 920.72 904.13 925.93 Probe dr 933.09 Dr/
936.20 906.49 928.48 905.45 923.55 904.95 937.50 Dry 934.26 Dry 6/24/07 907.79 920.71 904.04 925.93 Probe dry 933.08 Dr(
936.19 906.50 928.47 905.41 923.54 I 904.86 937.50 Dry 934.25 Dry 6124107 908.03 920.74 904.12 925.95 Probe dr]/
933.10 De/
936.22 906.51 928.49 905.39 923.54 I 90496 937.55 Dry 934.26 Dry 6/24/07 908.26 920.76 904.16 925.92 Probe dry 933.09 De/
936.21 906.53 928.49 905.51 923.56 904.97 937.50 Dry 934.27 Dry 6/25/07 908.48 920.71 904.08 925.91 Probe dr 933.08 Dr(
936.19 906.54 928.47 905.43 923.55 904.89 937.48 Dry 934.26 Dry 6/25/07 908.66 920.69 903.97 925.91 Probe dry 933.07 De/
936.18 906.54 928.47 905.37 923.54 i 904.79 937.47 Dry 934.25 Dry 6/25/07 908.82 920.72 904.03 925.93 Probe dry 933.09 Dr/
936.21 906.55 928.48 905.32 923.53 904.87 937.53 Dry 934.26 Dry 6/25/07 908.96 920.74 904.06 925.90 Probe dr 933.08 Eh7 936.19 906.56 928.49 905.42 923.55 904.88 937.47 Dry 934.26 Dry 6/26/07 909.09 920.69 904.00 925.90 Probe dr 933.08 De/
936.18 906.57 928.47 905.36 923.54 904.82 937.47 Dry 934.24 Dry 6/26/07 909.20 920.67 903.90 925.89 Probe dr 933.06 De/
936.17 906.56 928.46 905.30 923.53 904.72 937.46 Dry 934.23 Dry 6/26107 909.31 920.69 903.96 925.92 Probe dr 933.09 De/
936.20 906.57 928.47 905.26 923.53 904.80 937.51 Dry 934.24 Dry 6/26/07 909.42 920.73 904.00 925.89 Probe dr 933.08 Dr/
936.18 906.58 928.48 905.37 923.54 904.82 937.46 Dry 934.24 Dry 6/27107 909.53 920.68 903.95 925.88 Probe dr 933.07 De/
936.18 906.58 928.46 905.32 923.53 904.80 937.46 Dry 934.23 Dry 6127/07 909.60 920.65 903.86 925.88 Probe dr 933.O6 De/
936.16 906.58 928.45 905.27 923.53 904.71 937.45 Dry 934.21 Dry 6/27/07 909.68 920.69 903.95 925.92 Probe dr 933.09 De/
936.20 906.58 928.47 905.25 923.53 904.81 937.51 Dry 934.23 Dry 6/27/07 909.75 920.72 904.00 925.88 Probe dr 933.08 De/
936.19 906.59 928.48 905.39 923.55 904.85 937.46 Dry 934.23 Dry 6/28/07 909.82 920.67 903.96 I
925.88 Probe dr.t 933.07 Dry 936.17 906.59 928.46 905.36 923.54 904.83 937.45 Dry 934.22 Dry 6/28107 909.87 920.65 903.88 925.87 Probe dr 933.05 Dr(
936.16 906.59 928.46 905.32 923.53 904.74 937.44 Dry 934.21 Dry 6/26/07 909.92 920.68 903.96 925.90 Probe dr_
933.08 Dr(
936.19 906.60 928.47 905.30 923.53 904.84 937.50 Dry 934.22 Dry 6/28/07 909.98 920.71 904.02 925.87 Probe dr_
933.07 D_
936.18 906.60 928.48 905.42 923.55 904.88 937.45 De/
934_22 Dry 6/29107 Dry 910.02 920.64 903.95 925.86 908.25 933.06 De/
936.16 906.61 928.45 905.37 923.54 904.82 937.44 Dry 934.21 Dry 6/29/07 909.94 920.63 903.85 925.81 Probe dry 933.05 Dry 936.03 906.52 928.45 905.31 923.52 904.73 937.35 Dry 934.12 Dry 6/29/07 909.99 920.76 903.86 925.85 Probe dry 933.08 De/
936.06 906.52 928.59 905.29 923.41 904.82 937.39 Dry 934.14 Dry 6/29/07 910.03 920.79 903.92 925.81 Probe dry 933.O7 De/
936.05 906.53 928.60 905.42 923.43 904.86 937.36 Dry 934.13 Dry 6/30/07 910.06 920.73 903.86 925.81 Probe dry 933.06 Dr/"
936.04 906.54 928.58 905.36 923.42 904.81 937.35 Dry 934.!2 Dry 6/30/07 910.07 920.71 903.78 925.80 Probe dry 933.05 De/
936.03 906.53 928.57 905.31 923.41 904.73 937.32 Dry 934.11 Dry 6/30/07 910.09 920.74 903.86 925.84 Probe dry 933.08 De/
936.06 906.54 928.59 905.29 i
9'23.41 904.82 937.38 Dr,/
934.12 Dry 6/30/07 910.13 920.77 903.92 925.80 Probe dry 933.06 Dr(
936.05 906.55 928.60 i 905.42 i
923.42 904.87 937.36 Dry 934.12 Dry 711/07 910.15 920.72 903.87 925.80 Probe dry 933.06 Dr/
936.04 906.55 '
928.58 ! 905.37 923.42 904.83 937.34 Dry 934.11 Dry 7/1/07 9t0.15 920.70 903.78 925.79 Probedry 933.04 D0, 936.02 906.55 928.57 905.33 923.41 904.74 937.31 Dry 934.10 Dry 711/07 910.17 920.72 903.85 925.82 Probedry 933.07 Dr(
936.05 906.55 928.58 905.30 923.41 904.82 937.36 Dry 934.11 Dry 711/07 910.19 920.75 903.89 925.79 Probe dry 933.06 De/
936.04 906.56 928.59 905.41 923.42 904.84 937.33 Dry 934,10 Dry 7/2/07 910.20 920.70 903.84 925.78 Probe dry 933.05 D_
936.03 906.56 928.57 905.36 923.41 904.80 937.32 Dry 934.09 Dry 7/2/07 910.19 920.68 903.73 925.78 Probe dry 933.04 Dry 936.02 906.56 928.56 905.29 923.40 904.69 937.29 Dry 93408 Dry 7/2/07 910.20 920.71 903.80 925.81 Probe dry 933.07 Dr(
936.04 906.56 928.57 905.26 923.40 904.78 937.35 Dry 934.09 Dry 7/2/07 910.21 920.73 903.85 925.78 Probe dry 933.06 Dr/
936.04 906.56 928.58 905.37 923.42 904.81 937.32 Dry 934.08 Dry 7/3/07 910.21 920.69 903.80 925.77 Probe dry 933.05 D_
936.02 906.56 928.57 905.33 923.41 904.76 937.30 Dry 934.08 Dry 713/07 910.19 920.67 903.70 925.77 Probedry 933.04 Dry 936.01 906.56 928.56 905.27 923.40 904.68 937.28 Dry 934.07 Dry 7/3/07 910.21 920.70 903.80 925.80 Probe dry 933.07 Dry 936.04 906.56 928.57 905.26 923.40 904.79 937.35 Dry 934.08 Dry 7/3/07 910.23 920.74 903.89 925 78 Probe dry 933.06 De/
936.04 906.57 928.59 905.41 923.42 904.87 937.34 Dry 934.08 Dry 7/4/07 910.24 920.70 g03.87 925.77 Probe dry 933.05 De/,
936.03 906.57 928.58 905.42 923.43 904.86 937.32 Dry 934.07 Dry 714/07 910.24 920.66 903.79 925.76 Probe dry 933.03 De/
936.01 906.57 928.55 905.38 923.41 904.78 937.29 Dry 934.06 Dry 714/07 910.25 920.68 903.87 925.78 Probe dry 933.06 Dr(
936.03 906.57 928.57 905.35 923.41 904.87 937.34 Dry 934.07 Dry 7/4/07 910.26 920.72 903.92 925.75 Probe dry 933.05 De/
936.02 906.58 928.58 905.47 923.42 904.90 937.31 Dry 934.06 Dry 715/07 910.26 920.66 903.85 925.73 Probe dry 933.03 Dry 936.01 906.59 928.55 905.41 92342 904.83 937.29 Dry 934.05 Dry 715/07 910.24 920.64 903.74 925.74 Probe dry 933.02 De/
936.00 906.58 928.55 905.33 923.40 904.72 937.26 Dry 934.04 Dry 715/07 910.25 920.67 903.82 925.77 Probe dry 933.05 Dry 936.02 906.58 928.56 905.30 923.40 904.81 937.32 Dry 934.05 Dry 715/07 910.26 920.71 903.87 925.73 Probe dry 933.04 Dr(
936.01 906.59 928.58 905.44 923.42 904.83 937.29 Dry 934.04 Dry 716/07 910.24 920.61 903.76 925.72 Probe dry 933.03 Dry 935.99 906.59 928.53 905.33 923.40 904.71 937.25 Dry 934.03 Dry
TABLE1. WATER LEVELSFOR 80-ACREWSR PIEZOMETERS PIEZOMETRICELEVATIONIN FEET ABOVEMEANSEA LEVEL MEASURE DATE RFZ_IA RPZ-IB RPZ-2A RPZ-2B RP'Z,-3A
_B RPZ-4A RP'Z,-4B RPZ-SA RFZ,-5B RPZ-6A RP'Z-6B RPZ-7A RI_-TB RFZ,4B RPZ-9A RPZ-9B 716/07 On/
910.20 920.61 90364 925.72 Probedry 933.02 Dry 93599 906.58 928.54 905.23 92339 904.61 937.23 Dry 934.02 Dry 7/6/07 Dry 910.20 920.65 903.74 925.76 Probedry 933.05 Dt7 936.02 906.58 928.56 905.22 923.40 904.74 937.32 Dry 934,03 Dry 716/07 Dry 910.20 920.68 903.75 925.71 Probedry 933.02 D_
936.00 906.59 928.57 905.36 923.41 904.71 937.25 Dry 934.01 Dry 7/7/07 Dry 910.!9 920.62 903,70 925.72 Probede/
933.03 Dx7 936.OO 906.59 928.54 905.24 923.39 904.68 937.27 Dry 934.01 De/
7/7/07 Dry 910.17 920.62 903.65 925.71 Probedry 933.02 Dr1 935.99 906.58 928.54 905.24 923.39 904.63 937.24 Dry 934.00 De/
7/7/07 De/
91018 920.65 903.77 925.74 Probedry 933.05 D_,
936.02 906.58 928.56 =905.25 923.40 90478 937.31 Dry 934.01 Dry 7/7/07 Dry 9!0.20 920.68 903.85 925.71 Probedry 933.03 Dry 936.02 906.59 928.57 905.41 923.42 904.83 937.27 Dry 934.01 De/
718/07 Dry 910.20 920.62 903.75 925.68 Probedry 933.02 D_-
935.99 906.59 928.54 905.37 923.41 904.73 937.23 De/
934D0 Dry 718/07 Dry 91017 920.60 90365 925.69 Probedry 933,01 D_
935.98 90659 928.54 905.27 923.40 904,65 937,22 De/
93399 De/
718/07 De/
910.18 920.63 903.76 925,73 Probede/
933.04 Dri 936.01 906.59 928.55 905.26 923.40 904.78 937.29 De/
934.00 De/
7/8/07 De/
910.19 920.67 903.81 925.69 Probedry 933.02 Dry 936.01 906.59 928.56 905.42 9'23.41 904.80 937.24 De/
933.99 De/
719/07 Dry 910.18 920.60 903.72 925.68 Probe dry 933.01 D_
935.98 906.59 928.53 905.33 923.41 904_71 937.21 Dry 933.98 Dry 719/07 Dry 9!0.15 920.58 903.61 925.68 Probedr_
933.00 Dt_
935.97 906.59 928.53 905.25 923.39 904.61 937.20 Dry 933.97 Dry 7/9/07 Dry 910.16 920.62 903.74 925.71 Probede/
933.04 D_
936.01 906.59 928.55 905.25 923.39 904.75 937.28 De/
933.98 De/
7/9/07 Dry 910.17 920.65 903.77 925.67 Probedry 933.02 Drj" 936.00 90659 928.56 90539 923.41 904.76 937.23 Dry 933.97 Dry 7110/07 Dry 910.16 920.59 903.70 925.66 Probedry 933.01 Dry 935.98 906.59 928.53 905.31 923.40 904.69 937.21 Dry 933.96 De/
7/10/07 De/
910.14 920.57 903.59 925.66 Probedry 932.99 Drl 935.96 906.59 928.54 905.25 923.39 904.59 937.18 Dry 933.95 Dry 7110/07 De/
910.14 920.60 903.69 925.69 Probedry 933.03 Eh)"
935.99 906.59 928.54 905.22 923.39 904.70 937.25 Dry 933.96 Dry 7110/07 Dry 910.14 920.62 903.72 925.65 Probedry 933,01 D_
935.98 906.59 928.54 905.34 923.40 904.71 937.21 De/
933.95 De/
7/11/07 Dry 910.13 920.58 903.66 925.65 Probedry 933.01 D_
935.97 906.59 928.54 905.27 923.40 904.66 937.20 Dry 933.95 Dry 7/11/07 Dry 910.11 920.56 903.56 925.65 Probedry 932.99 Dr/
935.96 906.58 928.52 905.23 923.38 904.57 937.18 De/
933.94 De/
7/11107 De/
910.11 920.60 903.68 925.68 Probedry 933.02 Drj 935.99 906.58 928.54 905.22 923.39 904.71 937.25 De/
933.95 De/
7111/07 Dry 910.12 920.62 903.71 925.64 Probedry 933.00 D_
935.98 906.59 928.55 905.35 923.41 904.72 937.20 Dry 933.94 Dry 7/12/07 Dry 910.11 920.56 903.66 925.64 Probedry 933.60 Dry 935.96 906.59 928.53 905.28 923.40 904.68 937.19 Dry 933.93 De/
7112/07 Dry 910.09 920.55 903.58 925.64 Probedry 93299 D_"
935.95 906.58 928.52 905.24 923.39 904.59 937.17 De/
933.92 De/
7112/07 Dry 910.09 920.58 903.67 925.68 Probedry 933.02 Dt7 935.98 906.58 928.53 905.22 923.39 904.70 937.24 De/
933.93 De/
7/12/07 Dry 910.10 920.60 903.71 925.63 Probedry 933.00 Dry 935.97 906.59 928.54 905.35 923.40 904.71 937.18 Dry 933.92 Dry 7113/07 De/
91007 92053 90357 925.62 Probedry 932.98 Dry 935.95 906.58 928.52 905.25 92339 904.57 937.15 De/
93391 Dry 7113/07 De/
910.04 920.52 903.48 92563 Probedry 932.98 D_
935.94 90657 928.51 905.15 923.38 904.49 937.15 De/
93390 De/
7113/07 Dry 910.04 920.56 903.57 925.66 !Probedry 932.95 Dry 935,97 906.57 928.52 905.13 923.38 904.61 937.22 Dry 933.91 Dry 7/13/07 Dry 910.04 920.59 903.63 925.62 Probedry 932.94 Dr/
935.97 906.57 928.54 NM 923.41 904.64 937.18 Dry 933,90 Dry 7114/07 De/
910.03 920.52 903.55 925.62 Probede/
932.93 D_7-935.95 906.57 928.51 NM 923.40 904.57 937.16 De/
933.89 De/
7114/07 Dry 910.01 920.51 903.46 925.62 Probedry 932.92 D_
935.94 906.56 928.50 NM 923.39 904.49 937.14 De/
933.88 Dry 7/14/07 Dry 910.02 920.56 903.59 925.67 Probedry 932.95 D_"
935.98 906.56 928.53 NM 923.39 904.64 937.22 Dry 933.90 Dry 7114/07 Dry 910.03 920.60 903.66 925.63 Probedry 932.93 D_
935.98 906.56 928.54 NM 923.42 904.70 937.18 Dry 933.89 Dry 7115/07 De/
910.03 920.53 903.61 925.62 Probede/
932.93 D_
935.95 906.56 928.51 NM 923.41 904.65 937.16 Dry 933.88 De/
7115/07 Dry 91001 920.51 903.54 925.62 Probedr 932.92 Dry 935.94 906.56 928.50 NM 923.40 904.58 937.14 De/
933.87 De/
7115107 De/
910.02 920.55 903.64 925.66 Probedry 932.94 D_
935.97 906.56 928.52 NM 923.40 904.71 937.21 De/
933.88 Dry 7115107 Dry 910.04 920.58 903.72 925.63 Probed_
932.93 Dr/
935.96 906.57 928.53 NM 923.42 904.76 937.17 De/
933.88 De/
7/16/07 Dry 910.05 920.53 903.71 925.62 Probedry 932.93 D_
935.96 906.57 928.51 NM 923.41 904.76 937.17 Dry 933.88 DPi 7/16/07 De/
910.05 920.51 903.64 925.62 Probedr 932.91 Dr/"
935.93 906.57 928.51 NM 923.41 904.68 937.14 De/
933.87 De/
7116/07 De/
910.06 920.54 903.74 925.65 Probedry 932.94 Dry 935.96 906.57 928.52 NM 923.40 904.81 937.20 De/
933.88 Dry 7/16/07 Dry 910.08 920.56 903.75 925.59 Probede/
932.91 D_,
935.95 906.58 928.52 NM 923.42 904.78 937.13 De/
933.87 De/
7117107 Dry 910.07 920.49 903.70 925.61 Probedry 932.92 D_
935.95 906.58 928.50 NM 923.40 ' 904.75 937.16 Dry 933.86 Dry 7/17/07 Dry 910.OS 920.50 903.64 925.61 Probedry 932.90 Dx7 935.93 906.58 928.50 NM 923.40 904.67 937.12 Dry 933,86 De/
7117107 De/
910.07 920.52 903.73 925.64 Probedr'/
932.93 D_
935.96 90658 928.51 NM 923.40 904.78 937.19 Dry](
933.86 De/
7117/07 Dry 910.08 920.56 903.76 925.59 Probedr 932.91
- DP_,
935.94 906.59 928.52 NM 923.42 904.78 937.13 De/
933.85 De/
7118107 Dry 910.07 = 920.49 903.69 925.60 Probedr 932.90 D_
935.93 906.59 928.50 NM 9"23.40 904.72 937.13 Dry 933.85 Dry 7118/07 Dry 910.05 920.48 903.60 925.60 Probede/
932.89 DP_
935.92 906.59 928.49 NM 923.39 904.62 937.11 De/
933.84 Dry 7116/07 De/
910.06 920.51 903.71 925.63 Probedr 932.92 Dry 935.95 906.59 928.51 NM 923.39 904.74 937.17 Dry 933.85 De/
7118/07 Dry 910.07 : 920.54 903.73 925.58 Probedr 932.91 D_
935.94 906.60 928.51 NM 923.41 904.74 937.12 De/
933.84 De/
7/19/07 Dry 910.06 920.48 903.66 925.60 Probedr 932.90 Dr#-
935.93 906.60 92849 NM 923.39 904.68 937.11 De/
933.83 De/
7119107 Dry 910.03 920.48 903.59 925.58 Probedr 932.89 DPa" 935.92 906.60 928.49 NM 92339 904.60 937.08 Dry 933.82 Dry 7/19107 Dry 910.04 920.50 903.68 925.62 Probedry 932.92 Dry 935.94 906.60 928.51 NM 92339 904.70 937.15 De/
933.83 Dry 7/19/97 Dry 910.05 920.54 903.74 925.58 Probedr 932.90 Dry 935.94 90661 928.52 NM 923.41 904.74 937.11 De/
933.82 Dry 7/20107 De/
910.02 920.43 903.56 925.58 Probedr 932.88 Dr/"
935.91 906.60 928.47 NM 923.38 904.55 937.05 Dry 933.81 De/
7/20/07 De/
910.00 920.46 903.51 925.57 Probedr 932.88 D_
935.91 906.60 928.48 NM 923.38 904.51 937.06 Dry 933.80 Dry 7/20/07 De/
909.99 920.47 903.56 925.61 Probedr 932.91 Dr,(
935.93 906.60 928.49 NM 923.39 904.58 937.12 De/
933.81 De/
7/20107 Dry 909.99 920.51 903.59 925.57 Probedr 932.89 D_
935.92 906.60 928.50 NM 923.40 904.61 937.09 Dry 933.80
,Dr'/
7/21/07 Dry 90997 920.45 903.48 925.56 Probedr 932.88 Dx7 935.90 906.60 928.47 NM 923.38 904.49 937.04 Dry 933.79 Dry 7/21/07 Dry 909.94 920.43 903.37 925.56 Probedr 932.8?
Dr'/
935.90 906.59 928.47 NM 923.38 904.38 937.03 Dry 933.78 Dry 7/21107 De/
909.93 920.46 903.46 925.59 Probedr 932.91 D_
935.93 906.58 928.49 NM 923.38 904.50 937.11 De/
933.79 De/
7/21/07 Dry 909.93 920.50 903.48 925.55 Probe de/
932.89 Drl 935.91 906.58 926.50 NM 923.39 904.49 937,05 Dry 933.78 De/
7/22./07 Dry 909.91 920.43 903.41 925.57 Probe dry 932.88 D_
935.90 906.58 928.48 NM 923.38 904.45 937.06 Dry 933.77 Dry 7/22/07 Dr_
909.89 920.42 903.35 925.57 Probedry 932.87 l_
935.89 906,57 928,47 NM 923.37 904.40 '
937.04 Dry 933.76 Dry 7/22/07 De/
909.88 920.46 903.46 92559 Probedry 932.90 Dx},
935.92 90657 928.49 NM 923.38 904.54 937.11 De/
933.77 De/
7/22/07 Dry 909.89 92047 903.46 925.57 probedry 932.88 D_"
935.91 906.57 928.49 NM 92339 904.53 937.06 De/
933.77 De/
7/23/07 De/
909.88 920.44 903.47 925.56 Probedry 932.88 Dr/
935.91 906.56 928.48 NM 923.39 904.55 937.06 Dry 933,77 De/
7/23/07 Dry 909.87 920.43 903.42 925.56 Probedry 932,87 Drt 935,89 906.56 928.47 NM 923.38 904.50 937.04 Dry 933.76 Dry 7/23/07 Dry 909.89 920.46 903.54 925.59 Probedry 932.90 Dz)"
935.9"2 906.56 928.49 NM 923.39 904.64 937.11 Dry 933.77 De/
7/23/07 Dry 909.89 920.45 903.45 925.55 Probede/
932.86 Dry 935.89 906.56 928.48 NM 923.39 904.53 937.01 De/
933.76 Dry 7/24/07 Dry 909.87 920.44 903.47 925.56 Probedry 932.88 Dr_
935.90 906.56 928.48 NM 923.39 904.57 937.05 De/
933.76 De/
7/24107 De/
909.86 920.42 903.42 925.54 Probedr'/
932.86 Dr1 935.89 906.55 928.47 NM 923.38 904.50 937.02 De/
933.75 De/
7/24/07 Dry 909.87 920.43 903.49 925.58 Probedry 932.89 D_
935.91 906.56 928.48 NM 923.38 904.60 937.08 Dry 933.76 Dry 7/24/07 De/
909.88 920.47 903.52 925.55 Probedry 932.87 Dry 935.90 906.56 928.49 NM 92339 904.60 937.03 De/
933.75 Dry 7/25/07 Dry 909.87 920.41 903.48 925.55 Probedry 932.87 D_
935.89 906.56 928.47 NM 923.39 904.57 937.03 Dry 933.75 De/
7/25/07 Dry 909.85 920.39 903.41 925.54 Probedry 932.85 Dr/
935.88 906.55 928.45 NM 923.38 904.51 937.00 Dry 933.74 Dry 7/25/07 Dry 909.85 920.44 903.41 925.56 Probedry 932.86 Dq" 93539 906.55 928.49 NM 923.38 904.51 937.02 Dry 933.74 Dry 7/25/07 De/
909.85 920.41 903.44 925.53 Probedry 932.8"7 Dr/
935.89 906.55 928.46 NM 923.37 904.52 937.02 De/
933.73 De/
7/26/07 De/
909.84 920.41 903.41 925.53 Probedry 932.86 D_
935.80 906.55 928.47 NM 923.38 904.50 937.01 Dry 933.73 Dry 7/26107 Dry 909.82 920.39 903.33 925.53 Probedry 932.85 Dx}r 935.87 906.54 928.46 NM 923.37 904.42 936.98 Dry 933.72 Dry 7/26107 Dry 909.81 920,40 903.39 925.56 Probedry 932.8_
Dz_
935.89 906.54 928,46 NM 923.37 904.51 937.04 Dry 933.72 De/
7/26/07 De/
909.81 920.43 903.39 925.53 Probedry 93235 D_
935.88 906.54 928.48 NM 923.38 904.49 936.99 Dry 933.72 De/
7/27107 De/
909.80 920.38 903.37 925.53 Probede/
932.86 Dz7 935.88 906.54 928.46 NM 923.37 904.48 937.01 De/
933.71 De/
7/27/07 De/
909.79 920.38 903.31 925.53 Probedry 932.85 Dry 935.87 906.53 928.46 NM 923.37 904.4; 936.98 De/
933.71 De/
z7
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS
_EASURE PIEZOMETRIC ELEVATION IN FEE1 ABOVE MEAN SEA LEVEL DATE RPZ-1AIRPZ-1B I RPZ-2A RPZ-2B
_A
_B RPZ-4A RPZ-4B
_5A
_flB RPZ-6B RPZ-TA tPZ,-7B RPZ-SB RIr/_9A RPT_9B 7/27/07 De/
909.79 920.41 903.41 925.56 Probe dr 93Zg8 D_
_35.90 906.53 928.47 NM 923.37 904.54 937.04 Dry 933.72 Dry 7/27/07 Dry 909.80 920.44 903,45 925.53 Probe dry 932,85 Dry 935.89
' 906.53 928.48 NM 923.39 904,56 936.99 Dry 933.72 Dry 7/28/07 Dry 909.80 920.39 903.43 925.53 Probe dr 932.86 Dr.(
935.88 906.53 928.46 NM 923.39 90456 937.00 Dry 933.71 Dry 7/28/07 Dry 909.79 920.38 903.39 925.53 Probe dr 932.84 l)ry 935.87 906.53 928.45 NM 923.38 904.51 936.97 Dry 933.70 Dry 7/28/07 Dry 909.80 920.40 903.46 925.55 Probe dr 932.86 Dry 935.89 906.53 928.46 NM 923.38 904.60 937.02 Dry 933.71 Dry 7/28/07 Dry 909.80 920.41 903.41 925.52 Probe dr 932.83 Dr).
935.86 906.53 928.47 NM 923.39
)04.52 936.95 Dry 933.70 Dry 7/29107 Dry 909.80 920.38 903.45 925.53 Probe dr_
932.86 Dry 935.88 906.53 928.46 NM 923.38 904.57 937.00 Dry 933.70 Dry 7/29107 Dry 909.79 920.37 903.41 925.52 Probe dry 932.84 Dry 935.86 906.53 928.45 NM 923.38 904.52 936.97 Dry 933.69 Dry 7/29/07 Dry 909.81 920.39 903.50 925.55 Probe dry 932.86 l)ry 935.89 906.53 928.46 NM 923.38 904.64 937.03 Dry 933.70 Dry 7/29/07 Dry 909.83 920.42 903.55 925.53 Probe dry 932.85 D_.
935.88 906.54 928.47 NM 923.40 904.65 936.98 Dry 933.70 Dry 7/30/07 Dry 909.84 920.38 903.54 925.51 Probe dry 932.84 Dry 935.87 906.55 928.46 NM 923.39 904.65 936.98 Dry 933.70 Dry 7/30/07 Dry 909.83 920.36 903.47 925.51 Probe dry 932.83 D_,
935.86 906.54 928.45 NM 923.39 904.58 936.95 Dry 933.69 Dry 7/30/07 Dry 909.83 920.38 903.55 925.51 Probe dry 932.85 Dr/
935.88 906.55 928.46 NM 923.38 904.66 937.00 Dry 933.69 De[
7/30/07 Dry 909.83 920.36 903.47 925.50 Probe dry 932.83 Dry 935.86 906.55 928.45 NM 923.38 904.56 936.94 Dry 933.68 Dry 7/31107 Dry 909.85 920.34 903.44 925.50 Probe dry 932.84 Dr'/
935.86 906.55 928.44 NM 923.37 904.53 936.95 Dry 933.68 Dry 7/31/07 Dry 909.81 920.34 903.36 925.49 Probe dry 932.82 D_
935.85 906.55 928.44 NM 923.37 904.44 93691 Dry 933.67 Dry 7/31/07 Dry 909.80 920.36 903.44 925.52 Pmbedry 932.85
,Dz7 935.87 90655 928.45 NM 923.37 904.52 93698 Dry 933.67 Dry 7/31107 Dry 909.79 920.37 903.38 925.49
- Probe dry 932.82 935.85 90655 928.46 NM 923.38 904.44 936.91 Dry 933.67 Dry 8/1/07 Dry 909.78 920.34 903.39 925.50 Probe dry 932.83 Dr/
935.85 906.55 928.44 NM 923.37 904.45 936.94 Dry 933.66 Dry 8/1/07 Dry 909.76 920.33 903.35 925,49 Probe dry 932.82 Dry 935.84 906.54 928.43 NM 923.36 904.40 936.91 Dry 933.65 Dry 8/1/07 Dry 909.76 920.35 903.43 925.51 Probe dry 932.85 Dry 935.87 906.54 928.45 NM 923.37 904.50 936.97 Dry 933.66 Dry 8/1/07 Dry 909.76 320.35 903.44 925.49 Probe dry 932.83 Dry 935.85 906.54 928.45 NM 923.38 904,48 936.92 Dry 933.65 Dry 8/2/07 Dry 909.75 920.32 903.40 925.49 Probe dry 932.83 D_
935.85 906.54 928.43 NM 923.37 904.45 936.92 Dry 933.65 Dry 8/2/07 Dry 909.73
[
920.32 903.33 925.48 Probe dry 932.81 Dry 935.84 906.53 928.43 NM 923.36 904.38 936.89 Dry 933.64 D_
8/2/07 Dry 909.73 920.33 903.41 925.52 Probe dry 932.84 Dr,a, 935.86 906.53 928.44 NM 923.36 i 904.47 936.95 Dry 933.65 Dry 8/2/07 Dry 909.73 920.37 903.46 925.48 Probe dry 932.83
- Dra, 935.85 906.54 928.45 NM 923.38
/04.49 936.91 Dry 933.65 Dry 8/3/07 Dry 909.73 920.32 903.43 925.48 Probe dry 932.82 D_
935.84
)06.53 928.43 NM 923.37 904.48 936.91 Dry 933.64 Dry 8/3/07 Dry 909.71 920.31 903.36 925.47 Probe dr 932.81 Dr/
935.83 906.53 928.43 NM 923.37 904_40 936.88 Dry 933.63 Dry 8/3/07 Dry 909.72 920.34 903A5 925.50 Probe dr 932.84 Dry 935.86 906.53 928.44 NM 923.37 904.51 936.95 Dry 933.64 Dry 8/3/07 Dry 909.72 920.35 903.46 925.47 Probe dry 932.82 Dry 935.85 906.53 928.44 NM 923.38 904.51 936.89 Dry 933.63 Dry 8/4/07 Dry 909.72 920.31 903.43 925.46 Probe dry 932.81 Dr/
935.83 906.53
)28.43 NM 923.37 904.48 936.89 Dry 933.63 Dry 8/4/07 Dr'/
909.70 920.29 903.35 925.45 Probedry I 932.80 Dr/
935.83 906.53 928.42 NM 923.36 904.40 936.87 Dry 933.62 Dry 8/4/07 Dry 909.71 92032 903.43 925.49 Probe dry 932.83 Dry 935.85 906.53 928.43 NM 923.36 904.50 936.93 Dry 933.63 Dry 8/4/07 Dry 909.71 920.35 903.46 925.44 Probe dry 932.81 Dry 935.83 906.53 928.44 NM 923.38 904.51 936.87 Dry 933 62 Dry 8/5/07 Dry 909.70 920.29 903.36 925.45 Probe dry 932.80 Dry 935.82 906.53 i 928.42 NM 923.37 904.42 936.87 Dry 933.62 Dry 8/5/07 Dry 909.69 920.29 903.32 925.44 Probe dr'l 932.80 D_
935.82 906.53 928.42 NM 923.36 904.39 936.86 Dry 933.61 Dry 8/5/07 Dry 909.68 920.30 903.35 925.46 Probe dry 932.8!
Dr,/
935.83 906.53 928.42 NM 923.36 904.42 936.89 Dry 933.61 Dry 815/07 Dry i 90968 920.33 90337 925.42 Probe dry 932.81 Dry 935.83 906.53 928.43 NM 923.37 904.42 936.86 Dry 933.60 Dry 816/07 Dry 909.67 920.28 903.33 925.43 Probe dry 932.81 D_
935.82 906.52 928.42 NM 923.36 904.39 936.87 Dry 933.60 Dry 8/6/07 Dry 909.65 920.28 903.27 925.42 Probe dry 932.79 Dry 935.81 906.52 928.42 NM 923.36 904.33 936.84 Dry 933.59 Dry 8/6/07 Dry 909.65 920.29 903.32 925.46 Probe dry 932.82 Dry 935.83 906.52 928.42 NM 923.36 904.41 936.89 Dry 933.60 Dry 8/6/07 Dry 909.65 92033 903.37 925.42 Probe dry 932.81 Dry 935.83 906.52 928.43 NM 923.37 904.44 936.86 Dry 933.59 Dry 8/7/07 Dry 909.64 920.28 903.35 925.41 Probe dry 932.80 Dry 935.82 906.52 928.42 NM 923.36 904.42 93686 Dry 933.59 Dry 8/7/07 Dry 909.63 920.27 903.28 925.41 Probe dry 932.79 D_,
935.81 906.51 928.41 NM 923.36 904.36 936.84 Dry 933.58 Dry 8/7/07 Dry 909.64
)20.29 903.37 925.45 Probe dry 932.81 13_
935.83 906.51 928.42 NM 923.36 904.46 936.89 Dry 933.59 Dry 8/7/07 Dry 909.65 920.32 903.41 925.41 Probe dry 932.80 Dry 93533 906.52 928.43 NM 923.37 904.49 936.85 Dry 93358 Dry 8/8/07 Dry 909.65 920.28 903.40 925.41 Probe dry 932.80 Dry 935.82 906.52 928.42 NM 923.37 904.48 936.85 Dry 933.58 Dry 818/07 Dry 909.63 920.27 903.34 925.39 Probe dry 932.79 Dry 935.8l 906.52 928.41 NM 923.36 904.41 936.82 Dry 933.57 Dry 8/8/07 Dry 909.64 920.28 903.39 925.42 Probe dr 932.81 D_
935.82 90652 928.42 NM 923.36 904.49 936.87 Dry 933.58 Dry 8/8/07 Dry 909.65 920.30 903.43 925.39 Probe dr 932.80 Dry 935.82 906.52 928.42 NM 923.37 904.50 936.84 Dry 933.57 Dry 8/9/07 Dry 909.64 920.25 903.37 925.38 Probe dr 932.79 Dry 935.81 906.52 928.41 NM 92336 904.46 936.83 Dry 933.57 Dry 8/9/07 Dry 909.62 920.24 903.26 925.37 Probe dr 932.77 Dry 935.79 906.51 928.40 NM 923.35 904.34 936.79 Dry 933.56 Dry 8/9/07 Dry 909.62 920.26 903.30 925.41 Probe dr 932.80 Dr#
935.81 906.51
)28.41 NM 923.35 904.40 936.84 Dry 933.56 Dry 8/9/07 Dry 909.62 920.30 903.34 925.36 Probe dry 932.79 Dry 935.80 906.51 928.42 NM 923.36 904.42 936.8!
Dry 933.55 Dry 8/10/07 Dry 909.60 920.23 903.25 925.36 Probe dry 932.78 Dry 935.79 906.51 928.40 NM 923.35 904.35 936.80 Dry 933.55 Dry 8/10107 Dry 909.59 920.22 903.18 925.37 Probe dry 932.77 Dry 935.79 906.50 928.39 NM 923.35 904.28 936.78 Dry 933.54 Dry 8/10/07 Dry 909.59 920.26 903.29 925.41 Probe dry 932.81 Dry 935.82 906.50
- 928.41 NM 923.35 904.42 936.86 Dry 933.55 Dry 8/10107 Dry 909.60 920.29 903.31 925.36 Probe dry 932.78 Dry 935.80 906.50 928.42 NM 923.37 904.41 936.80 Dry 933.54 Dry 8/11107 Dry 909.59 920.24 903.29 925.36 Probe dry 932.78 Dry 935.79 906.50 928.40 NM 92336 904.40 936.80 Dry 933.54 Dry 8/11/07 Dry 909.57 920.23 903.22 925.35 Probe dry 932.77 Dry 935.78 906.49 928.39 NM 923.35 904.33 936.77 Dry 933.53 Dry 8/11107 Dry 909.58 920.25 903.29 925.38 Probe dry 932.79 Dr/
935.81 906.49 928.41 NM 923.35 904.43 936.83 Dry 933.53 Dry 8/11/07 Dry 909.59 920.28 903.31 925.35 Probe dry 932.78 Dry 935.80 906.49 928.41 NM 923.37 904.43 936.78 Dry 933.53 Dry 8/12./07 Dry 309.58 920.23 903.28 925.34 IProbe dry 932.78 Dry 935.79 906.49 928.39 NM 923.36 904.40 936.77 Dry 933.52 Dry 8/12/07 Dry 909.56 920.21 903.20 925.34 iProbe dry 932.76 Dry 935.78 906.49 928.39 NM 923.35 904.32 936.75 Dry 933.51 Dry 8/12/07 Dry 909.56 920.25 903.27 925.37 Probe dry 932,79 Dr/
935.80 906.48 928.40 NM 92335 904.41 936.81 Dry 933.51 Dry 8/12/07 Dry 909.57 920.27 903.32 925.34 Probe dry 932.78 D_
935.79 906.49 928.41 NM 923.36 904.44 936.77 Dry 933.51 Dry 8/13/07 Dry
- 109.57 920.22 903.28 925.33 Probe dry 932.77 Dry 935.78 906.49 928.39 NM 923.36 904.41 936.77 Dry 933.50 Dry 8/13/07 Dry 909.55 920.21 903.21 925.32 Probe dry 932.76 Dry 935.77 906.48 928.39 NM 923.35 904.32 936,73 Dry 933.49 Dry 8/13/07 Dry 909.55 920.24 903.28 925.36 Probe dry 932.79 D_,
935.80 906.48 928.40 NM 923.35 904.43 936.81 Dry 933.50 Dry 8113/07 Dry 909.57 920.28 903.34 925.32 Probe dr 932.77 Dr/
935.79 906.48 928.41 NM 923.37
- 904.46 936.76 Dry 933.49 Dry 8/14/07 Dry 909.54 920.19 903.12 925.32 Probe dr 932.74 Dr/
935.76 906.48 928.38 NM 923.36 904.25 936.68 Dry 933.48 Dry 8/14/07 Dry 909.53 920.22 903.16 925.33 Probe dr 932.76 Dry 935.77 906.47 928.39 NM 923.34 904.29 936.74 Dry 933.47 Dry 8/14/07 Dry 909.54 920.25 903.30 925.36 Probe dr 932.79 DO, 935.80 906.47 928.40 NM 923.35 904.45 936.81 Dry 933.49 Dry 8/14/07 Dry 909.56 920.27 903.35 925.32 Probe dr 932.77 Dry 935.80 906.48 928.41 NM 92337 904.48 936.76 Dry 933.49 Dry 8/15/07 Dry 909.57 920.21 903.32 926.28 Probe dr 932.76 Dr/
935.78 906.48 92839 NM 923.37 904.46 936.75 Dry 933.48 Dry 8115/07 Dry 909.54 920.20 903.23 925.30 Probe dry 932 75
- DPa, 935.76 906.48 928.39 NM 923 36 904.36 936.71 Dry 933.46 Dry 8/'15/07 Dry 909.55 920.21 903.31 925.34 Probe dry 932.78 Dry 935.79 906.48 928.39 NM 923.35 904.47 936.78 Dry 933.47 Dry 8/15/07 Dry 909.56 920.25 903.35 925.30 Probe dry 932.76 Dry 935.78 906.49 928.40 NM 92337 904.48 936.73 Dry 933.47 Dry 8/16/07 Dry 909.56 920.20 903.32 925.30 Probe dry 932.76 Dry 935.77 906.49 928.39 NM 923.36 904.46 936.73 Dry 933.46 Dry 8/16/07 Dry 909.55 920.19 903.25 925.29 Probe dry 932,75 Dry 935.76 906.49 928.38 NM 923.36 904.39 936.70 Dry 933.45 Dry 6/16/07 Dry 909.56 920.21 903.34 925.33 Probe dry 932.77 D_t 935.79 906.50 928.39 NM 9"23.35 904.50 936.77 Dry 933.46 Dry 8116/07 Dry 909.56 920.23 903.29 925.28 Probe dry 932.74 Dry 935.76 906.50 928.39 NM 923.37 904.44 936.70 Dry 933.45 Dry 6/17107 Dry 909.55 920.19 903.29 925.28 Probe dry 932.76 Dry 935.77 906.50 928.38 NM 923.35 904.43 936.71 Dry 933.44 Dry 8/17/07 Dr, 909.54 920.18 903.23 925.28 Probe dry 932.75 Dry 935.76 906.50 928.37 NM 923.35 904.37 936.69 Dry 933.43 Dry 8117107 Dry 909.54 920.21 903.31 925.32
!Probe dry 932.77 Dry 935.78 906.50 928.39 NM 9"23.35 904.47 936.75 Dry 933.44 Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEEl ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-1A RPZ-1B RPZ-2A
_t_Z-2B
_A
_B
_B RPZ-SA RPZ-SB RPZ-6A RPZ-6B
_7A RPZ-7B
_B RPT_9A RPZ-9B 9/8/07 Dry 909.15 920.02 902.92 925.07 Probedry ProbeDr 7 Dzy 935.66 906.50 928.17 NM 923.33 904.18 936.39 Dry 933.15 Dry 918/07 Dry 909.15 91999 902.88 925.06 Probedry ProbeDPj D_
935,64 906.49 928.16 NM 923.32 904.14 936.37 Dry 933.14 Dry 918/07 Dry 908.79 920.01 902.98 925.11 Probedry ProbeD_
Dr)"
935.67 906.50 928.17 NM 92332 904,26 936,43 Dry 933.15 Dry 918/07 Dry 909.17 920.04 903,01 925.06 Probedry ProbeDz7 Dr/
935,66 906,50 928.18 NM 923.34 904.27 936.37 Dry 933,15 Dry 9/9/07 Dry 909.16 920.00 902.98 925.06 Probedry ProbeDz7 D_
935.65 906.50 928.17 NM 923.34 904.25 936.37 Dry 933.15 Dry 9/9/07 Dry 909.14 919.97 902.89 925.04 Probedry ProbeDry D_
935.63 906.50 928.16 NM 923.33 904.15 936.33 Dry 933.13 Dry 9/9/07 Dry 909.15 919.99 902.95 925.09 Probedry ProbeDr Dry 935.66 906.50 928.16 NM 923.32 904.23 936.40 Dry 933.14 Dry 919/o7 Dry 909.15 920.02 902.96 925.04 Probe dry Probe Dr D_
935.65 906.50 928.17 NM 923.33 904.21 936.35 Dry 933.13 Dry 9110/07 Dry 909.14 919.96 902,88 925.04 Probe dry ProbeDz_
D_
935_63 906.50 928,15 NM 923.32 904.14 936.33 Dry 933.12 Dry 9/10/07 Dry 909.12 919,95 902.79 925.03 Probe dry PtobeD_
Dry 935,62 906,49 928.15 NM 92331 904,05 936.31 Dry 933.10 Dry 9/10/07 Dry 909.11 919.98 902.87 925.07 iProbe dry PzobeDr Dry 935.65 906.49 928.16 NM 923.31 904.15 936.37 Dry 933.11 Dry 9/10/07 Dry 909.11 920.00 902.87 925.04 Probe dry ProbeD_
935.64 906,49 928,16 NM 92332 904,14 936,33 Dry 933.11 Dry 9/11/07 Dry 909,11 919,97 902.85 925.04 Probedry PmbeDz7 Dr/
935.63 90649 928.15 NM 923.32 904.12 936.33 Dry 933.11 Dry 9/11/07 Dry 909,09 919.95 902.78 925.03 Probedry ProbeDz7 Dr/
935.62 906.48 928.15 NM 923,31 904,05 936.30 Dry 933.09 Dry 9!11/07 Dry 909.09 919.98 902.86 925.07 Probe dry ProbeD_
De/
935.65 906.48 928.16 NM 923.31 904.16 936.37 Dry 933.11 Dry 9111107 Dry 909.09 920.00 902.88 925.03
,Probedry ProbeI_
Dry 935.64 906.48 928.16 NM 923.33 904.16 936.32 Dry 933.11 Dry 9112/07 Dry 909.09 919.96 902.85 925.03 Probedry ProbeDz7 D_
935.63 906.48 92815 NM 923.32 904.13 936.32 Dry 933.10 Dry 9/12/07 Dry 909.07 919.94 902.78 925.02 Probedry
- FrobeDr, Dry 935.62 906.47 928.14 NM 923.31 904.06 936.29 Dry 933.09 Dry 9112/07 Dry 909.07 919.97 902.87 925.07 Probe dry
- ProbeD_,
Dr/
935.65 906.47 928.15 NM 923.31 904.18 936.36 Dry 933.10 Dry 9/12/07 Dry 909.08 920.00 902.89 925.03 iProbedry ProbeDr#
D_
935.64 906.48 928.16 NM 923.33 904.18 936.30 Dry 933.10 Dry 9/13107 Dry 909.07 919.96 902.85 925.02 Probedry ProbeD,_
D_
935.62 906.47 928.15 NM 923.32 904.16 936.30 Dry 933.09 Dry 9/13/07 Dry 909.06 919.93 902.78 925.01 Probe dry ProbeDr7 Dry 935.61 906.47 928.14 NM 923.31 904.07 936.27 Dry 933.08 Dry 9113/07 Dry 909.06 919.96 902.87 925.06 Probe dry ProbeDrt I_
935.64 906.47 928.15 NM 923.31 904.19 936.34 Dry 933.09 Dry 9113/07 Dry 909.06 919.98 902.88 925.02 Probe dry ProbeDr Dry 935.63 906.47 928.16 NM 923.33 90418 936.29 Dry 933.09 Dry 9114107 Dry 909.06 919.94 902.84 925.01 Probedry P[obeD_
Dry 935.62 906.47 928.14 NM 923.32 904.14 936.28 Dry 933.0S Dry 9114/07 Dry 909.04 919.92 902.75 925.00 Probe dry ProbeDry Dl7 935.61 906.47 92813 NM 923.31 904.04 936.24 Dry 933.06 Dry 9114/07 Dry 909.04 919.95 902.82 925.04 Probedry ProbeDrj Dry 935.63 906.47 928.15 NM 923.31 904.14 936.32 Dry 933.07 Dry 9114/07 Dry 909.04 919.97 902.83 925.01 Probe dry ProbeDr D_
935.63 906.47 92815 NM 923.32 904.14 936.27 Dry 933.07 Dry 9115/07 Dry 909.04 919.93 902.76 925.00 Probe dry ProbeDz_
Dry 935.6!
90646 928.14 NM 923.31 904.09 936.25 Dry 933.06 Dry 9115107 Dry 909.02 9!9.91 902,66 924,99 Probedry PmbeDry Dr/
935,60 906.46 928.13 NM 923.30 903.99 936.22 Dry 933.05 Dry 9/15/07 Dry 909.02 919.94 902.74 925.02 Probe dry ProbeDry Dry 935.62 906.45 928.14 NM 923.31 904.05 936.27 Dry 933.05 Dry 9115/07 Dry 909.01 919.95 902.71 925.00 Probe dry PtobeDz7 D_
935.61 906.45 928.15 NM 923.32 904.06 936.24 Dry 933.05 Dry 9/16/07 Dry 909.00 919,92 902.71 925.00 Probe dry ProbeDry Dry 935.61 906,45 928,14 NM 923.31 904.07 936.26 Dry 933.05 Dry 9116107 Dry 908.99 919.91 902.67 925.00 Probe dry FrobeDry Dry 935.60 906.44 928.13 NM 923.30 904 03 936.23 Dry 933.04 Dry 9116/07 Dry 909.01 919.94 902.81 925.05 Probedry ProbeDry Dry 935.64 906.44 92814 NM 923.31 904.20 936.32 Dry 933.06 Dry 9/16/07 Dry 909.01 919.97 902.85 924.99 Probe dry ProbeDt7 D_
935.63 906.45 928.15 NM 92333 904.21 936.26 Dry 933.06 Dry 9117107 Dry 909.01 919.92 902.79 924.99 Probedry ProbeDry Dry 935.61 906.45 928.13 NM 923.33 904.15 936.23 Dry 933.05 Dry 9/17/07 Dry 909.00 919.90 902.72 924.99 Probedry Probel_
I_
935.60 906.45 928.13 NM 923.31 904.08 93621 Dry 933.04 Dry 9117107 Dry 909.01 919.94 902.83 925.02 Probe dry ProbeD_7 I_
935.63 906.45 928.14 NM 923.31 904.20 936.28 Dry 933.05 Dry 9/17/07 Dry 909.01 919.95 902.81 924.97 Probe dry ProbeDry DI_
935.6!
906.45 928.14 NM 923.33 904.17 936.23 Dry 93304 Dry 9116/07 Dry 908.99 919.89 902.73 924.97 906,95 ProbeDr Dry 935.60 906.45 928.12 NM 923.31 904.08 936.21 Dry 933.03 Dry 9118/07 Dry 908.98 919.88 902.64 924.96 Probedry ProbeDry Dry 935.59 906.47 928.12 NM 923.30 903.99 936.19 Dry 933.10 Dry 9/18/07 Dry 903.41 919.72 902.67 925.00 ProbeOry 932.72 Dry 935.67 906.45 928.13 NM 923.30 904.09 933.68 Dry 933.11 Dry 9/18/07 Dry 903.51 919,77 902.71 924.98 Probedry 932.70 Dry 935.65 906A5 928.14 NM 923.32 904.11 9.33.69 Dry 933.11 Dry 9/19/07 Dry 903,61 919,73 902.66 924.97 Probe dry 932.69
- Dz_,
935.65 906.45 928,12 NM 923.31 904.08 935,72 Dry 933,11 Dry 9/19/07 Dry 903.70 919.71 902.60 924.08 Probe dry 932.69 Dry 935.64 906.44 928.12 904.82 923.30 898.69 936.27 Dry 933.10 Dry 9119107 Dry 903.78 919.71 902.73 925.16 Probe dry 932.72 Dry 935.61 906.44 928.16 NM 923.31 904.16 934.70 Dry 933.11 Dry 9119107 Dry 903.87 919.74 902.75 925.12 Probe dry 932.70 Dry 935,60 906.45 928.!5 NM 923.33 904.17 936.26 Dry 933.11 Dry 9/20107 Dry 903.96 919.70 902.70 925.12 Probe dry 932.69 Dry 935.60 906.45 928.14 NM 923.32 904.13 936.29 Dry 933.10 Dry 9/20107 Dry 904,04 919.69 902.65 925.12 Probe dry 932.68 Dry 935.58 906.45 928.14 NM 923.31 904.06 936,28 Dry 933.09 Dry 9/20/07 Dry 904.13 919.72 902,77 925.15 Probe dry 932.71 Dri 935.62 906.45 928.18 NM 923.31 904.19 936.36 Dry 933.10 Dry 9/20107 Dry 904.21 919.73 902.75 925.10 Probe dry 932.69 Dry 935.59 906.45 928.18 NM 923.33 904.14 936.30 Dry 933.10 Dry 9/21/07 Dry 904.29 919.68 902.67 925.10 Probe dry 932.68 Dry 935.58 906.45 928.16 NM 923.31 904.06 936.29 Dry 933.08 Dry 9/21/07 Dry 904,36 919.67 902,60 925.10 Probe dry 932,68 Dry 935.58 906.45 928.16 NM 923.30 903,98 93628 Dry 933,07 Dry 9/21107 Dry 904.43 919.71 902.71 925.14 Probe dry 932.71 Dry 935.61 906.45 928.17 NM 923.31 904.11 936.36 Dry 933.09 Dry 9/21/07 Dry 904.49 919.72 902.66 925.11 Probe dry 932.67 Dry 935.58 906.45 928.17 NM 923.32 904.04 936.29 Dry 933.08 Dry 9/22/07 Dry 904.56 919.68 902.66 925.11 Probe dry 932.69 Dry 935.59 906.45 928.16 NM 923.31 904.06 936.31 Dry 933.07 Dry 9/22./07 Dry 904.62 919.69 902.63 925.10 Probedry 932.68 Dry 935.58 906.44 928.16 NM 923.30 904.02 936.29 Dry 933.07 Dry 9/22/07 Dry 904.69 9!9.70 902.71 925.12 Probe dry 932.71 Dry 935.61 906.44 92817 NM 923.31 904.12 936.35 Dry 933.07 Dry 9/22/07 Dry 904.75 919.69 902.68 925.10 Probe dry 932.68 Dry 935.58 906.45 928.16 NM 923.31 904.07 936.30 Dry 933.07 Dry 9/23/07 Dry 904.82 919.68 902.67 925.09 Probe dry 932.68 Dry 935.58 906.44 928.16 NM 923.31 904.07 936.31 Dry 933.06 Dry 9/23/07 Dry 904.88 919.65 902.60 925.08 Probe dry 932.67 Dry 935.57 906.44 928.15 NM 923.3O 903.99 936.27 Dry 93305 Dry 9/23107 Dry 904.94 919.67 902.66 925.11 Probe dry 932.69 Dry 935.59 906.44 928.16 NM 923.30 904.07 936.33 Dry 933.06 Dry 9/23/07 Dry 904.99 919.68 902.63 925.08 Probe dry 932.67 Dry 935.57 90644 928.16 NM 923.31 904.02 936.28 Dry 933.05 Dry 9/24/07 Dry 905.05 919.65 902.57 925.08 Probe dry 932.67 Dry 935.57 906.43 928.15 NM 923.30 903.97 936.28 Dry 933.04 Dry 9/24/07 Dry 905,11 919.77 902.48 925.07 Probe dry 932.66 Dry 935.56 906.42 928.14 NM 923.30 903.88 936.24 Dry 933.03 Dry 9124/07 Dry 905.16 919.66 902.54 925.10 Probe dry 932.68 Dry 935.58 906.42 928.15 NM 923.30 90396 936.30 Dry 933.04 Dry 9/24/07 Dry 905.21 919.67 902.53 925.08 Probe dry 932.66 Dry 935.56 906.42 928.15 NM 923.30 903.94 936.27 Dry 933.03 Dry 9/25107 Dry 905.26 919.64 902.50 925.08 Probe dry 932.66 Dry 935.57 906.41 928.14 NM 92329 903.93 936.27 Dry 933.03 Dry 9/25107 Dry 905.31 919.63 902.44 925.07 Probe dry 932.65 Dr'i 935.55 906.40 928.14 NM 923.29 903.86 936.24 Dry 933.01 Dry 9/25107 Dry 905.36 919.65 902.51 925.10 Probe dry 932.67 Dry 935.58 906.40 928.15 NM 923.29 903.97 93631 Dry 933.02 Dry 9125/07 Dry 905.41 919.68 902.53 925.07 Probe dry 932.66 D_"
935.57 906.40 928.15 NM 923.31 903.99 936.29 Dry 933.02 Dry 9/26/07 Dry 905.47 919.65 902.51 925.07 Probe dry 932.66 D_
935.57 906.39 928.14 NM 923.30 903.99 936.29 Dry 933.02 Dry 9126/07 Dry 905.51 919.63 902.43 925.06 Probe dry 932.65 Dry 935.55 906.38 928.14 NM 923.30 903.92 936.25 Dry 933_01 Dry 9/26/07 Dry 905.56 919.65 902.50 925.09 Probe dry 932.67 Dry 935.5S 906.38 928.14 NM 923.29 904.01 936.31 Dr,/
933.02 Dry 9126107 Dry 905.61 919.66 902.49 925.06 Probe dry 932.66 Dry 935.56 906.38 928.15 NM 923.30 904.00 936.27 Dry 933.01 Dry 9/27107 Dry 905.66 919.64 902.47 925.07 Probe dry 932.66 Dry 935.56 906.38 928.14 NM 923.30 903.99 936.27 Dry 933.01 Dry 9/27107 Dry 905.71 91962 902.43 925.06 Probe dry 932.65 D_
935.55 906.37 I 928.13 NM 923.29 90394 936.25 Dry 933.00 Dry 9/27107 Dry 905.76 919.65 902.55 925.10 Probe dry 932.68 Dry 935.59 906.38 928.14 NM 923.30 904.08 936.32 Dry 933.01 Dry 9/27/07 Dry 905.81 919.68 902.59 925.07 Probe dry 932.66 Dr},
935.57 906.38 92S.15 NM 923.31 904.10 936.29 Dry 933.02 Dry 9/28/07 Dry 905.86 919.65 902.60 925.07 Probe dry 932.66 Dry 935.57 906.38
- 928.14 NM 923.31 904.13 936.29 Dry 933.02 Dry 9/28/07 Dry 905.92 919,68 902.57 925.06 Probe dry 932.65 Dry 935,55 906.38 928.13 NM 923,31 904.07 936.26 Dry 933.01 Dry 9/28/07 Dry 905.98 919.66 902.70 925.09 Probe dry 932,68 Dry 935.59 906.39 928.15 NM 923.31 904.21 936.32 Dry 933.02 Dry 9/28/07 Dry 906.04 919.67 902.73 925.06 Probe dry 932.66 Dry 935.57 906.40 928.15 NM 923.33 904.22 936.30 Dry 933.02 Dry 9/29/07 Dry 906.10 919.64 902.67 925.05 Probedry 93264 Dry 935.55 906.40 92814 NM 92333 904.15 936.26 Dry 93301 Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-1A RPZ--1B R.PZ-2A
_2B RP2_A
_B RPZ_B
_5A RP_5B RFZ,-6A RPZ-aB RP_7A RPZ-TB RIrZ,-SA
_B RP_9A RPZ-9B 9/29107 Dry 906.16 919.61 902.59 925.02 Probe dry 932.64 Dr-jr 935.54 906.40 928.13 NM
_23.31 904.05 936.23 Dry 932.99 Dry 9/29/07 Dry 906.22 919.62 902.58 925.05 Probe dry 932.65 1_
935.55 906.40 928.13 NM 923.30 904.04 936.26 Dry 932.99 Dry 9/29/07 Dry 906.27 919.61 902.54 925.03 Probe dry 932.64 Dz7 935.54 906.40 928.13 NM 923.30 903.98 936.23 Dry 932.98 Dry 9/30/07 Dry 906.32 919.59 902.44 925.02 Probe dry 932,63 Dzy 935.54 906.40 928.12 NM 923.29 903.88 936.20 Dry 932.97 Dry 9130107 Dry 906.36 9!9.64 902.33 925.02 Probe dry 932.63
,DPj 935.52 906.39 928.11 NM 923.28 903.77 936.18 Dry 932.95 Dry 9130107 Dry 90640 919.59 90238 925.05 Probe dry 932.65 Dr_
935.55 906.38 928.12 NM 923.28 903.85 936.24 Dry 93296 Dry 9/30/07 Dry 90644 919.63 9(T2.39 925.03 Probe dry 932.64 Dry 935.54 906.38 928.13 NM 923.29 903.85 936.22 Dry 932.96 Dry 1011107 Dr'/
906.48 919.59 902.36 925.03 Probe dry 932.64 Dr./
935.53 906.37 928.12 NM 923.28 903.85 936.2_
Dry 932.95 Dry 10/!/07 Dry 906.51 919.59 902.34 925.03 Probe dry 932.64 D_
935.53 906.36 928.12 NM 923.28 903,82 936.20 Dry 932.94 Dry 1011107 Dry 906.55 919.60 902.42 925.04 Probe dry 932.65 D_
935.55 906.36 928.12 NM 923.28 903.93 936.26 Dry 932.95 Dry 10/1/07 Dry 906.59 919.61 902.42 925.02 Probe dv 932.64 D_
935.54 906.36 928.12 NM 923.29 903.93 936.23 Dry 932.95 Dry 10/2/07 Dry 906.63 919.58 902.38 925.03 Probe dry 932.63 Dr'l 935.53 906.35 928.11 NM 923.29 903.90 936.21 Dry 932.94 Dry 10/2/07 Dry 906.66 919.58 902.33 925.02 Probe dry 932.63 Dr/
935.52 906.34 928.11 NM 923.28 903.85 936.19 Dry 932.93 Dry 10/2/07 Dry 906.70 919.60 902.42 925.05 Probe dry 932.65 Dx_
935.55 906.34 928.12 NM 923.28 903.96 936.25 Dry 932.94 Dry 10/2/07 Dry 906.74 919.62 902.45 925.02 Probe dry 932.64 DPt 935.54 906 34 928 13 NM 923.30 903.97 936.22 Dr'/
932.94 Dry 1013/07 Dry 906.78 919.60 902.46 925.03 Probe dr 932.64 Dr'/
935.54 90634 926.12 NM 923.29 903.99 936.23 Dry 932.94 Dry 10/3/07 Dry 906.82 919.59 902.43 925.02 Probe dr 932.63 Dr,/
935.52 906.34 928.11 NM 923.29 903.95 936.21 Dry 932.93 Dry 10/3/07 Dry 906.86 919,61 902,55 925,05 Probe dr 932.65 D_,
935.56 906.34 928.12 NM 923.29 904,09 936.27 Dry 932,95 Dry 1013/07 Dry 906.92 919.63 902.60 925,03 Probe dr 932.64 Dx7 935.55 906.35 928.13 NM 923.31 904.12 936.25 Dry 932.95 Dry 1014/07 Dry 90697 91961 902.61 925.02 Probe dr 932.63 D_
935.55 906.36 928.12 NM 923.31 904.!2 936.25 Dry 932.95 Dry 1014107 Dry 907.02 919.60 902.59 925.02 Probe dr 932.63 D_
935.53 906.36 928.11 NM 923.31 904.09 936.23 Dry 932.94 Dry 10/4/07 Dry 907.07 919.62 902.71 925.04 Probe dr 932.65 Dr},
935.56 906.37 928.12 NM 923.31 904.22 936.28 Dry 932.95 Dry 1014/07 Dry 907.13 919.63 902.70 925.01 Probe dr 932.63 D_
935.53 906.38 928.12 NM 923.33 904.18 936.23 Dry 932.95 Dry 1015/07 Dry 907.!9 919.59 902.66 925.01 Pmbedr 932.63 Dry 935.53 906,39 928.11 NM 923.32 904.13 936.22 Dry 932.94 Dry 10/5/07 Dry 907.24 919.57 902.61 925.00 Probe dr 932.62 Dr},
935.52 906.39 928.10 NM 923.31 904.06 936.19 Dry 932.93 Dry 1015107 Dry 907.29 919.60 902.69 925.01 Probe dr 932.65 Dt_"
935.54 906.39 928.11 NM 923.30 904.14 936.25 Dry 932.93 Dry 10/5/07 Dry 907,33 919.57 902.59 924.97 Probe dr 932,62 D_
935.51 906,40 928.10 NM 923.31 904.02 936.17 Dry 932.92 Dry 1016/07 Dry 90737 919.54 902.48 924.98 Probe dr 932.61 Dx7 935.51 906.40 928.10 NM 923.28 903.92 936.17 Dry 93290 Dry 10/6/07 Dry 907.40 919.54 902.36 924.97 Probe d_
932.61 I_
935.50 906.39 928.09 NM 923.28 903.78 936.12 Dry 932.89 Dry 10t6/07 Dry 907.44 919.55 902.40 925.00 Probe dry i 932.63 D_
935.53 906.38 928.10 NM 923.28 9003.85 936.19 Dry 932.89 Dry 10/6/07 Dry 907.47 919.57 902.39 924.98 Probe dryI 932.62 Dr/
935.51 90638 928.11 NM 923.28 903.84 936.17 Dry 932.89 Dry 10/7107 Dry 907.50 919.55 902.36 924.98 Probe dr/I 932.61 Dr_
935.51 906.37 928.09 NM 923.27 903.81 936.16 Dry 932.88 Dry 10/7107 Dry 907.52 919.65 902.28 924.98 Probe dryl 932.61 D_
935.50 906.36 928.09 NM 923.27 903.75 936.13 Dry 932,87 Dry 10/7/07 Dry 907.54 919.55 902.35 925.01 Probe dry!
932.63 D_
935.52 906.36 928.10 NM 923.27 903.85 936.20 Dry 932 88 Dry 10/7/07 Dry 907.57 919.57 902.37 924.99 Probe dry 932.62 Dr_
935.52 906 36 928.10 NM 923.28 903.87 936.17 Dry 932.88 DP/
10/8/07 Dry 907,60 919.56 902.40 924.99 Probe dry 932.62 Dr.i 935.52 90636 928.10 NM 923.28 90391 936.19 Dry 932.88 Dry 1018/07 Dry 907.62 919.76 902.37 924.98 Probe dry 932.61 Dr.i 935.50 906.35 928.09 NM 923.28 903.86 936.15 Dry 932.87 Dry 10/8/07 Dry 907.65 919.57 902.49 925,90 Probe dry 932.63 D_'
935.53 906.35 928.10 NM 923.28 904.01 936.23 Dry 932.88 Dry 10/8/07 Dry 907.69 919.58 902.49 924.97 Probe dry 932.62 Dz7 935.52 906.36 928.10 I
NM 923.29 904.90 936.18 Dry 932.88 Dry 1019/07 Dry 907.72 919.54 902.43 924.97 Probe dry 932.61 DP/
935.50 906.36 928.09 I
NM 923.29 903.93 936.16 Dry 932.87 Dry 10/9/07 Dry 907.75 919.59 902.34 924.96 Probe dry 932.60 Dz7 935.49 906.35 928.08 NM 923.27 903.84 936.12 Dry 932.86 Dry 10/9/07 Dry 907.77 919,55 902.42 924.99 Probe dry 932.62 Dt7 935.52 906.35 928.09 NM 923.27 903.93 936.18 Dry 932,86 Dry 10/9107 Dry 907.81 919.56 902.42 924.97 Probe dry 932.61 D_,
935.51 906.35
- 928.09 NM 923.28 903.92 936.15 Dry 932.86 Dry 10110107 Dry 907.83 919.53 902.40 924.97 Probe dry 932.61 Dr/
935.50 906.35 928.09 NM 923.27 903.90 936.15 Dry 932.85 Dry 10110107 Dry 907.85 919.53 902.34 924.96 Probe dry Dr},
Dr},
935.49 906,34 928,08 NM 923.27 903.84 936.12 Dry 932.84 Dry 10110/07 Dry 907.88 919.54 902.44 924.99 Probe dry Dr},
Dr},
935.52 906.35 928.09 NM 923.27 903.97 936.19 Dry 932.85 Dry 10/10/07 Dry i 90792 919.56 902.46 924.96 Probedry D_-
D_
935.51 906.36 928.09 NM 923.28 903.97 936.17 Dry 932.85 Dry 10111107 Dry 907.95 919.54 902.44 924.96 Probedry Dry Dry 93551 906.35 928.09 NM 923.28 903.95 936.16 Dry 932.85 Dry 10/11/07 Dry 90797 919.61 902.39 924.96 Probe dry Dt7 935.49 906.35 928.08 NM 923.28 903.89 936.13 Dry 932.84 Dry 10/11/07 Dry 908.00 919.54 902.51 924.99 Probe dry D_
Dr},
935.52 906.35 928.08 NM 923.27 904.02 936.03 Dry 932.85 Dry 10/11/07 Dry 908.04 919.57 902.54 924.97 Probe dry D'tT Dr'/
935.52 906.36 928.09 NM 923.29 904.04 93600 Dry 932.85 Dry 10/12/07 Dry 908.08 919.55 902.54 924.96 Probedry Dry Dry 935.52 90636 928.08 NM 923.29 904.03 936.00 Dry 932.85 Dry 10112/07 Dry 908.11 919.54 902.51 924.95 Probe dry D_,
Dr},
935.50 906.37 928.07 904.89 923.29 904.01 935.98 Dry 932.84 Dry 10112/07 Dry 908.14 919.55 902.62 924.97 ProbeOry D]7 Dr}"
93.5.52 906.37 928.08 904.87 923.29 904.10 936.02 Dry 932.85 Dry 10112/07 On/
908.18 919.56 902.63 924.95
- Probedry Dry D_
935.51 906.39 928.08 904.97 923.30 904.10 935.99 Dry 932.84 Dry 10/13/07 Dry 908.22 919,53 902.58 924.94 Probe dry Dr/
935.50 906.39 928.07 904.92 923.30 904.04 935.96 Dry 932.84 Dry 10113/07 Dry 908.23 919.49 902.46 924.93 Probe dry DtT
- DPa, 935.48 906.39 928.06 904.84 923.28 903.91 935.92 Dry 932.82 Dry 10113/07 Dry 908.26 919,52 902.52 924.96 Probe dry Dr'/
Dry 935.51 906.39 928.07 904.78 923.27 903.97 935.97 Dry 932.82 Dry 10/13/07 Dry 908.28 919.52 902.48 924.93 Probedry D_
D_
935.49 906.40 928.07 904.84 923.27 903.91 935.93 Dry 932.82 Dry 10114/07 Dry 908.30 919,50 902,44 924.93 Probe dry D_
D_,
935.49 906.40 928.06 904.77 923,27 903.88 935.93 Dry 932.81 Dry 10114/07 Dry 908.31 919.49 902.36 924.92 Probe dr Dr,/
D_,
935.48 906.39 928.06 904.73 923.27 903.79 935.90 Dry 932.80 Dry 10114107 Dry 908.33 919.51 902.43 924.95 Probe dry D-_
Dt7 935.50 906.39 928.06 904.68 923.27 903.88 935.96 Dry 932.80 Dry 10/14/07 Dry 908.34 919.51 902.41 924.93 Probe dry D_
Dr'i 935.49 906.39 928.06 904.76 923.27 903.85 935.93 Dry 932.79 Dry 10115107 Dry 908.35 919.49 902.38 92493 Probe dr 1_
1_
935.49 906.39 928.06 904.72 923.26
_ 903.84 935.93 Dry 932.79 Dry 10115107 Dry 908.36 919,49 902.34 924.93 Probedr Dry l_y 935.48 906.39 928.05 904,70 923.26 903.79 935.91 Dry 932.78 Dry 10115107 Dry 908.38 919.52 902.47 924,96 Probe dr D_
1_
935.51 906.39 928.07 904.71 923.27 903.95 935.99 Dry 932.80 Dry 10/15107 Dry 908.40 919.55 902.53 924.94 Probe dr D_
D_7 935.51 90640 928.08 904.86 923.29 903.99 935.97 Dry 932.80 Dry 10116/07 Dry 908.42 919.54 902.54 924.94 Probe dry Dr/
Dr/
935.51 906.40 928.07 904.88 923.29 904.02 935.97 Dry 932.80 Dry 10/16/07 Dry 908.44 919.52 902.52 92493 Probedr D_
Dry 935.49 906.40 928.06 904.89 923.29 903.98 935.93 Dry 932.80 Dry 10116/07 Dry 908.47 919.53 902.61 924.94 Probedr Dt7 D_
935.51 906.41 928.07 904.88 923.29 904.07 935.97 Dry 932.80 Dry 10116107 Dry 908.48 919.52 902.55 924.91 Probe dr Dry Dr,/
935.48 906.42 928.06 904.94 923.29 904.00 935.91 Dry 932.79 Dry 10117107 Dry 908.49 919.48 902.47 924.91 Probe dr D_
D_
935.47 906.42 928.05 904.84 923.28 903.91 935.90 Dry 932.78 Dry 10117/07 Dry 908.49 919.48 902.38 924.90 Probedr D,_
Dry 935.47 90642 92805 904.78 923.27 903.81 935.88 Dry 932.77 Dry 10/17/07 Dry 908.49 919.48 902.45 924.94 906.77 D_,
D_
935.49 906.42 928.05 904.69 923.26 903.89 935.94 Dry 932.77 Dry 10117107 Dry 908.50 919.50 902.43 924.91 90668 Dry Dry 935.48 906.42 928.05 904.78 923.27 903.87 93591 Dry 932,77 Dry 10118/07 Dry 908.50 919.47 902.34 924.90 906.61 D_
Dr},
935.47 906.42 928.04 904.70 923.26 903.79 935.88 Dry 932.76 Dry 10/18/07 Dry 908.48 919,45 902.22 924.89 906.51 I_
D_"
935.45 906.41 928.04 904.63 923,26 903.66 935.84 Dry 932.74 Dry 10118/07 Dry 908.47 919.46 902.29 924.92 906.51 Dz7 D_,
935.48 906.40 928.05 904.53 923.26 903.76 935.91 Dry 932.74 Dry 10118/07 Dry 908.47 919.48 902.26 924.90 906.50 1_
D_7 935.47 906.40 928.04 904.62 923.26 903.73 935.87 Dry 932.74 Dry 10/19/07 Dry 908.47 91946 902.24 924.91 906.48 Dry D_
935.47 906.39 928.04 904.57 923.25 903.74 935.89 Dry 932.74 Dry 10119107 Dry 908.45 9!9.45 902.18 924.90 906.44 D_
Dr},
935.45 90638 928.03 904.57 9"23.25 903.68 935.86 Dry 932.73 Dry 10/19/07 Dry 908.47 919.48 902.33 924.94 906.52 DI 7 Dr'i 935.49 906.38 928.05 904.57 923.26 903,86 935.94 Dry 932.74 Dry 10/19/07 Dry 908.49 919.51 902.37 924.91 906.59 1_,
DI7 935.49 906.38 928,06 904.74 923.27 903.89 935.91 Dry 932.75 Dry 10/20/07 Dry 908.50 919.49 902.37 924.91 906.90 017 Dz7 935.49 906.39 I 92805 904.74 923.27 903.91 935.91 Dry 932.75 Dry 10/20107 Dry 908.50 9!9.47 902.33 924.91 906 58 Dry Dry 935.47 906.38 928.04 904.74 923.27 903.86 935.88 Dry 932 74 Dry
TABLE I. WATERLEVELS FOR80-ACREWSRPIEZOMETERS PIEZOMETRIC ELEVATIONIN FEETABOVE MEANSEALEVEL I_
Dry Or_
Dry Dry Dry Dr/
Dry Dry Dry Dry DrY
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-1A
_IB RPZ-2A RP'I_2B RPZ-3A RPZ-3B RPZ-4A RirZ,-4B RPZ-SA RPZ-SB
_A RPZ4B RPZ-TA RIrZ,-7B i
_A RPZ-SB RIrZ,-9A RPZ-9B 11/10107 Dr'/
908.40 919.33 902.10 924.76 906.32 1:)17 935.38 906.27 927,96 904.70 923.22 903.74 935.63 Dry 932,45 Dry 11/11/07 Dry 908.40 91931 902.07 924.77 906.29 D_
Dr'/
935.38 906.28 927.95 904.65 923.21 903.71 93561 Dry 932.45 Dry 11/11/07 Dry 908.39 919.30 902.02 924.76 906.26
])z7
])z7 935.37 906.27 927.95 904.64 923.21 903.66 935.59 Dry 932.44 Dry 11111107 Dry 908.40 919.32 902.11 924.78 906.31 Dr#
D_
93539 906.28 927.96 904.60 923.21 903.76 935.63 Dry 932.45 Dry 11111107 Dry 908.40 919.32 902.08 924.75 906.31 1)_
935.38 906.29 927.96 904.69, 923.22 903.72 935.60 Dry 932.44 Dry 11112/07 Dry 908.39 919.28 902.02 924.75 906.26 Dry D_
935.37 906.29
! 927.95 904.61 923.21 903.65 935.58 Dry 932.43 Dry 11/12/07 Dry 908.37 919.28 901.92 924.74 906.18 Dry 935.36 906.28 927.94 904.5_
923.20 903.54 935.54 Dry 932.42 Dry 11112/07 Dry 90836 919.29 901.94 924.76 906.17 D_
Dry 93537 906.28 927.95 904.47 923.21 903.59 935 57 Dry 932.42 Dry 11/12/07 Dry 908.35 919.28 901.89 924.74 906.14 Dr},
D_
93536 90628 927.94 904.51 923.20 903.55 935.55 Dry 932.42 Dry" 11/13/07 Dry 908.34 919.27 901.86 924.74 906.10 Dry D_
935.36 906.27 927.94 904.45 923.20 903.53 935.54 Dry 932.41 Dry 11113,/07 Dry 908.33 919.27 901.81 924.75 906.07 Dry Dzy 935.35 906.26 927.94 904.44 923.20 903.49 935.53 Dry 932.40 Dry 11113/07 Dry 908.33 919.30 901.92 924.77 906.12 D_
Dry 935.38 906.26 927.95 904.43 923.20 903.63 935.58 Dry 932.41 Dry 11113/07 Dry 908.33 919.31 901.92 924.75 906.15 Dt7 Dt7 935.37 906.26 927.95 904.55 923.21 903.63 935.57 Dry 932.41 Dry 11114/07 Dry 908.33 919.30 901.92 924.75 906.15 l_
1_
935.37 906.26 927.95 904.53 923.21 903.63 935.56 Dry 932.40 Dry 11114/07 Dry 908.32 919.28 901.88 924.74 906.13 D_
D'_
93535 906.26 927.94 904.54 923.20 903.59 935.53 Dry 932.40 Dry 11/14./07 Dry 908.33 919.30 901.97 924.76 906.18 Dt7 D_
935.37 906.26 927.95 904.52 923.20 903.69 935.58 Dry 932.40 Dry 11/14/07 Dry 908.33 919.29 901.95 924.74 906.19 D_
Dry 935.36 906.26 927.94 904.60 92321 903.66 935.55 Dry 93240 Dry 11116/07 Dry 908.33 919.28 901.93 924.74 906.18 D_
I_
935.36 906.26 927.94 904.5_
92.3.20 903.66 935.54 Dry 932.39 Dry 11115107 Dry 90832 919.29 901.87 924.73 906.13 D_
Dz7 935.34 906.26 927.95 904.56 923.21 903.55 935.50 Dry 932.38 Dry 11/15/07 Dry 908.31 919.28 901.93 924.75 906.16 1_
1_
935.37 906.26 927.94 904.51 923.20 903.64 935.61 Dry 932.38 Dry 11/15/07 Dry 908.31 919.28 901.89 924.73 906.14 D_
l_
935.35 906.26 927.92 904.55 923.20 903.59 935.57 Dry 932.38 Dry 11/16/07 Dry 908.31 919.28 901.89 924.74 906.14 D_
Dr'i 935.36 906.26 927.92 904.51 923.20 903.62 935.59 Dry 932.38 Dry 11116/07 Dry 908.30 919.27 901.86 924.73 906.12 D_
Dr_
935.35 906.26 927.92 904.53 923.20 903.58 935.57 Dry 932.37 Dry 11/16/07 Dry 908.31 919.29 901.95 924.75 906.17 Dry D_7 935.37 906.26 927.93 904.53 923.20 903.67 935.61 Dry 932.37 Dry 11/16/07 Dry 908.31 919.29 901.94 924.72 906.19 Dz'}'
D_
935.36 906.26 927.92 904.62 923.21 903.65 935 59 Dry 932.37 Dry 11117/07 Dry 908.31 9!9.25 901.89 924.73 906.15 Dr},
D_
935.35 906.26 927.91 904.54 923.20 903.61 935.56 Dry 932.36 Dry 11117107 Dry 908.30 919.25 901.81 924.72 906.09 D_
D_
935.34 906.26 927.91 904.51 923.19 903.53 935.54 Dry 932.35 Dry 11117/07 Dry 908.30 919.27 901.91 924.75 906.14 D_
Dry 935.36 906.26 927.92 904.48 923.20 903.64 935.59 Dry 93236 Dry 11/17/07 Dry 906.30 919.29 901.90 924.72 906.15 D'_
I_
935.35 906.26 927.92 904.58 923.20 903.62 935.57 Dry 932,36 Dry 11118/07 Dry 908.30 919.25 90!.86 924.72 906.13 D_
D_,
935.34 906.26 927.90 904.53 923.20 903.59 935.55 Dry 932.35 Dry 11/18/07 Dry 908.28 919.24 901.79 924.71 906.07 D_
Dry 935.33 906.25 927.90 904.50 923.19 903.51 935.52 Dry 932.34 Dry 11/18/07 Dry 908.29 919.27 901.89 924.74 906.12 Dr_
D_.
935.36 906.25 927.91 904.47 923.19 903.63 935.58 Dry 932.34 Dry 11118/07 Dry 908.29 919.27 901.87 924.72 906.13 Dr_
D_
93535 906.26 927.91 904.56 923,20 903.61 935.55 Dry 932.34 Dry 11/19/07 Dry 908.28 91926 901.87 924.72 906.12 D_
1_
935.34 906.26 927.90 904.52 923.19 903.60 935.54 Dry 932.34 Dry 11119/07 Dry 908.27 919.24 901.80 924.71 906.07 I_
Dr}"
935.33 906.25 927.90 904.51 923.19 903.53 935.51 Dry 932.33 Dry 11/19/07 Dry 908.28 919.27 901.91 924.73 906.12 D_
I_
935.36 906.25 927.91 904.4_
923.19 903.65 935.57 Dry 932.33 Dry 11119107 Dry 908.29 919.28 901.92 924.72 906.16 Dry D.ty 935.35 906.26 927.91 904.59 923.20 903.65 935.56 Dry 932.33 Dry 11/20/07 Dry 908.29 919.26 901.92 924.72 906.16 D_
Dz},
935.35 906.26 927.90 904.59 923.20 903.65 935.55 Dry 932.33 Dry 11120107 Dr,/
908.28 919.25 901.88 924.71 906.14 Drl Dr'j 935.34 906.26 927.90 904.58 923.20 903.61 935.53 Dry 932.32 Dry 11120107 Dry 908.29 919.26 901.96 924.72 906.18 D_
Dry 935.35 906.26 927.91 904.66 923.19 903.70 935.56 Dry 932.33 Dry 11/20/07 Dry 908.30 919.26 901.94 924.70 906.19 Dry Dr)"
935.34 906.27 927.90 904.63 923.20 903.66 935.54 Dry 932.32 Dry 11/21107 Dry 908.29 919.23 901.89 924.71 906.14 D_
Dry 935.33 906.27 927.89 904.56 923.19 903.60 935.51 Dry 932.32 Dry 11/21107 Dry 908.28 919.23 901.79 924.69 906.08 D_
D_
935.32 906.27 927.89 90453 923.19 903.50 935.48 Dry 932.31 Dry 11/21/07 Dry 908.28 919.24 901.85 924.71 906.09 I_
l_
935.34 906.27 927.90 904.45 923.19 903.58 935.52 Dry 932.31 Dry 11/21/07 Dry 908.27 919.24 901.81 924.70 906.08 I_
Dz7 935.33 906.26 927.89 904.51 923.19 903.55 935.50 Dry 932.31 Dry 11/22/07 Dry 908.27 919.23 901.79 924.70 90605 Dnl I_
935.33 906.26 927.89 904.47 923.19 903.52 935.49 Dry 932.30 Dry 11/22/07 Dry 908.26 919.23 901.76 924.70 906.03 D_
935.32 906.26 927.89 90,4.47 923,19 903.50 935.47 Dry 932.29 Dry 11/22/07 Dry 908.27 919.25 901.88 924.73 906.10 D_
D_,
935.35 906.26 927.90 904.47 923.19 903.64 935.53 Dry 932.30 Dry 11/22/07 Dry 908.27 919.26 901.88 924.70 906.13 Dt7 I_
935.34 906.26 927.90 904.59 923.20 903.63 935.51 Dry 932.29 Dry 11123107 Dry 908.27 919.24 901.88 924.71 906.12 Dxy D_
935.34 906.27 927.89 904.5E 923.20 903.63 935.50 Dry 932.29 Dry 11/23/07 Dry 908.27 919.24 901.87 924.70 906.13 Dt7 I_
935.33 906.27 927.89 904.57 923,20 903.62 935.49 Dry 932.29 Dry 11/23/07 Dry 908.29 919.26 901.99 924.71 906.19 D_
D_
935.35 906.27 927.90 904.59 923.20
- 903.73 935.53 Dry 932.29 Dry 11123/07 Dry 908.29 919.24 901.94 924.70 906.!9 D_
D_
935.33 906.28 927.89 904.66 923.20 903.67 935.50 Dry 932.29 Dry 11/24/07 Dry 908.29 919.23 901.90 924.69 906.16 Dry Dry 935,32 906.28 927.89 904.61 923.20 903.62 935.48 Dry 932.28 Dry 11/24/07 Dry 908.28 919,2!
901.83 924.68 90696 D'_
I_
935.31 906.28 927.88 904.55 923.18 903.54 935.45 Dry 932.27 Dry 11/24/07 Dry 908.28 919.23 901.88 924.70 906.10 D'_
1_
935.33 906.28 927.89 904.50 923.18 903.60 935.48 Dry 932.27 Dry 11/24/07 Dry 908.27 919.21 901.81 924.67 906.08 Dry D_
935.31 906.28 927.88 904,54 923.18 903.52 935.44 Dry 932.27 Dry 11/'25/07 Dry 908.26 919.19 901.73 924.68 906.01 Dry Dry 935.31 906.28 927.88 904.45 923.18 903.45 935.42 Dry 932.26 Dry 11/25/07 Dry 908.24 919.19 901.65 924.66 905.93 D't7 D_
935.30 906.27 927.87 904.39 923.18 903.37 935.39 Dry 932.25 Dry 11/25/07 Dry 908.23 919.21 901.71 924.69 905.95 D_
D't7 935.32 906.27 927.88 904.33 923.18 903.47 935.44 Dry 932.25 Dry 11/25/07 Dry 908.22 919.21 901.69 924.67 905.95 D_
D_
935.32 906.26 927.88 904.41 923,18 903.45 935.43 Dry 932.25 Dry 11/26/07 Dry 908.21 919.19 901.63 924.67 905.90 Dr_
D_
935.30 906.26 927.87 904.36 923.17 903.41 935.40 Dry 932.24 Dry 11/26/07 Dry 908.20 919.19 901.58 924.66 905.85
]_
D'Q, 935.30 906.25 927.87 904.34 923.17 903.36 935.38 Dry 932.23 Dry 11/26/07 Dry 908.19 919.19 901.61 924.69 905.85 D_,
Dry 935.31 906.24 927.87 904.28 923.17 903.42 935.41 Dry 932.23 Dry 11/26/07 Dry 908.18 919.20 901.58 924.67 905.84 D_
D_
935.30 906.23 927.87 904.34 923.17 903.40 935.39 Dry 932.23 Dry 11/27/07 Dry 908.17 919.19 901.59 924.72 905.84 D'_
Dry 93531 906.23 927.87 904.31 923.17 903.43 935.41 Dry 932.22 Dry 11/27107 Dry 908.16 919.21 901.59 924.69 905.85 D_,7 D_
935.30 906.22 927.87 904.39 923.18 903.44 935.40 Dry 932.22 Dry 11/27/07 Dry 904.81 919.20 898.39 I
924.18 905.77 D_
Dr},
93532
_06.2.2 927.87 901.87 923.09 903.60 935.44 Dry 932.22 Dry 11/27/07 Dry 904.86 919.28 901.67 924.55 g04,10 D_
D_
935.31 906.22 927.87 904.42 923.10 903.56 935.41 Dry 932.22 Dry 11128/07 Dry 904.90 919.25 901.67 924.56 905.12 Dry Dr},
935.30 906.21 927.86 904.39 923.09 903.55 935.40 Dry 932.21 Dry 11/28/07 Dry 903.28 919.23 901.58 924.54 905.36 Dry Dry 935.29 906.21 927.85 904.39 923.08 903.44 935.35 Dry 932.21 Dry 11/26/07 Dry 903.28 919.15 901.62 924.73 902.97 Dr_
I_
935.31 906.20 927.87 903.77 923.09 903.46 935.40 Dry 932.21 Dry 11126/07 Dry 903.28 919.23 901.61 924.72 904.66 Dx-j, D'Q, 935.30 906.20 927.87 904.34 923.09 903.44 935.38 Dry 932.20 Dry 11/29/07 Dry 903.33 919.22 901.62 924.73 905.11 D_
D_
935.30 906.20 927.87 904.34 923.09 903.45 935.38 Dry 932.20 Dry 11/29/07 Dry 903.39 919.22 901.60 924.72 905.30 Dr,/
935.29 906.23 927.87 904.40 923.09 903.43 935.37 Dry 932.35 Dry 11/29107 Dry 903.43 919.23 901.70 924.73 905.45 D_
1_
935.30 906.23 927.87 904.40 923.09 903.54 933.68 Dry 932.35 Dry 11/29/07 Dry 903.47 919.24 901.73 924.73 905.56 D_
D_
93531 906.23 927.87 904.49 923.10 903.56 933.68 Dry 932.35 Dry 11130107 Dry 903.51 9'19.25 901.75 924.74 905.64 D_
D_
935.31 906.23 927.88 904.53 923.10 903.59 933.68 Dry 932.35 Dry 11130/07 Dry 903.54 919.25 901.79 924.74 905.71 DI 7 D,z},
933.06 906.24 927.87 904.58 923.11 903.62 933.68 Dry 932.35 Dry 11/30!07 Dry 903.57 919.28 901.94 924.77 905.83 D_
DI7 935.36 906.25 927.88 904.64 923.12 903.76 933.68 Dry 932.35 Dry 11/30/07 Dry 903.60 919.31 902.12 924.75 906.01 Dt7 DI7 935.39 906.26 927.89 904.82 923.14 903.92 933.68 Dry 932.36 Dry 1211107 Dry 903.63 919.31 902.11 924.72 906.07 DI_
D_
93535 906.28 927.89 904.92 923,15 903.86 933.68 Dry 932.36 Dry 1211/07 Dry 903.66 919.26 902.0(
924.68 906.00 Dr_
Dr}"
935.31 906.29 927.86 904.83 923,14 903.71 933.68 Dry 932.36 Dry 12/1/07 Dry 903.70 919.22 901.92 924.66 905.93 Dt7 DI7 935.30 906.30 I 927.86 904.70 923.13 903.61 933.68 Dry 932.35 Dry 12/1/07 Dry 903.73 919.18 901.70 924.61 905.75 DIy Diy 935.27 906.29 927.85 904.56 923.11 903.36 933.68 Dry 93234 Dry
TABLE I. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURF DATE RPZ-1A RPZ.-1B RPZ-2A RIr_2B RPZ-3A RPZ-3B RPZ-.4A RPT_4B RPZ,-SA RPZ-5B
_A
_B RPZ-7A RPT_TB RPZ-SA RPZ-SB RPZ-9A RPZ.-9B 1212/07 Dry 903.77 919.14 901.53 924.63 905.57 Drl I_
935.27 906.28 927.84 904.31 923 07 903.19 933.68 Dry 932.33 Dry 12/2/07 Dr'/
903,80 919.15 901.41 924.62 905.44 D_
D_
935.27 906.26 927.83 904.19 923.07 903,09 933.80 Dry 932.32 Dn/
12/2/07 Dry 903.83 919.16 901.42 924.69 905.38 D_
D_
935.29 906.25 927.84 904.07 923.07
- 903.12 934.28 Dry 932.32 Dry 12/2/07 Dry 903.86 919.16 901.39 924.67 905.35 1)P/
Dr/
935,27 906.24 927.83 904.10 923.07 903.11 934.59 Dry 932.31 Dry 1213/07 Dry 903.89 i
919.16 901.38 924.69 905.31 Dn/
Dry 935.28 906.23 927.84 904.05 923.07 903.13 934.76 Dry 932.31 Dry 12/3/07 DPi 903.92 919.18 901.38 924.68 905.30 I)_
1)_
935.27 906.22 927.84 904.10 923.07 903.15 934.88 Dry 932.30 Dr'l 12/3/07 Dry 903.94 919.19 901.51 924.72 905.37 Dr,/
Dry 935.31 906.23 927.85 904.10 92307 903.31 935.00 Dry 932.30 Dry 12/3/07 Dry 903.97 919.20 901.54 924.70 905.41
])_
Dr/
935.30 906.23 927.85 904.24 923.08 903.34 935.05 Dry 932.30 Dry 12/4/07 Dr'/
90399 919.19 901,60 924.71 905.44 D_
Dr,/
935.31 906.23 927.84 904.25 923.08 903.39 935.08 Dry 932.30 Dry 1214/07 Dry 904.01 i
919.21 901.64 924.71 905.48 I_
D_
93530 906.22 927,85 904.33 923.08 903.42 935.11 Dry 932.29 Dry 12/4/07 Dry 904.04 919.22 901.82 924.74 905.59 Dt7 935.34 906.22 927.85 904.38 923.09 903.59 935.18 Dry 932.29 Dry 12/4/07 Dry 904,06 919.25 901.89 924.71 905.68 D_
D_
935.33 906.22 927.86 904.55 923.11 903.62 935.21 Dry 932.30 Dry 12/5/07 Dry 904.09 919.24 901.94 924.72 905.72 I_
D_
935.33 906.22 927.86 904.58 923.12 903.64 935.21 Dry 932.30 Dry 1215107 Dry 904.11 919.25 901.97 924.70 905.74 D_
I_
935.32 906.22 927.86 904.63 923.12 903.63 935.20 Dry 932.30 Dry 12/5/07 Dry 904 14 919.24 902.07 924.72 905.82 D_
Dr/
935.36 906.22 927.85 904.60 923.12 903.75 935.24 Dry 932.30 Dry 1215107 Dry 904.17 919.25 902.05 924.69 905.84 D_
D_
935.33
_16.23 927.85 904.71 923.13 903.69 935.21 Dry 932.30 Dry 12/6/07 Dry 904.19 919.23 902.03 924.69 905.82 Dr),
D_
935.32 906.24 927,84 904.66 923.13 903.65 935.19 Dry 932.30 Dry 12/6107 Dry 904.22 919.22 901.97 924.66 905.78 1_
Dry 935.30 906.24 927.84 904.64 923.13 903.57 935.15 Dry 932.30 Dry 1216107 Dry 904.25 919.22 902.03 924.70 905.80 Drj Dr},
93532 906.25 927.85 904.57 923.12 903.63 935.16 Dry 932,30 Dry 1216/07 Dry 904.27 919.22 901.99 924.68 905.78 D_
DP/
935.29 906.25 927.84 904.64 923.12 903.56 935.14 Dry 932.30 Dry 12/7/07 Dry 904.30 919.20 901.96 924.68 905.77 D_
D_
935.29 906.25 92734 904.58 923.11 903.55 935.12 Dry 932.29 Dry 12/7/07 Dry 904.32 919.22 901.97 924.69 905.77 D_
Dr_
935.29 906.26 927.84 904.60 923.11 903.56 935.13 Dry 932.29 Dry 12/7/07 Dry 904.35 919.22 902.04 924.68 905.82 D_
D_
935.30 906.26 927.84 904.61 923.11 903.63 935.17 Dry 932.29 Dry 12/7107 Dry 904.38 919.20 901.99 924.68 905.81 Dr'(
Dry 935.29 906.27 927.84 904.62 923.11 903.58 935,14 Dry 932.29 Dry 12/8/07 Dry 904.40 919.20 901.99 924.69 905.81 D_
Dr_
935.29 906.27 927.83 904.61 923.11 903.58 935.14 Dry 932.29 Dry 1218/07 Dry 904.43 919.17 901.92 924.65 905.76 Dry D_
935.27 906.27 927.83 904.59 923.10 903.50 935.10 Dry 932.28 Dry 12/8/07 Dry 904.45 919.17 901.91 924.67 905.74 l_
Dr'/
935.28 906.28 927.83 90451 923.09 903.50 935.09 Dry 932.28 Dry 12/8/07 Dry 904.48 919.16 901.84 924.66 905.71 Dry Dry 935.27 906.28 927.82 904.52 923.09 903.44 935.07 Dry 932.27 Dry 12/9/07 Dry 904.51 919.16 901,81 924.67 905.68 D'_
D'_
935.27 906.28 927.83 904.46 923.08 903.42 935.06 Dry 932.27 Dry 12,'9107 Dry 904,53 919.16 901.77 924.67 905.65 l)z7 D_
935.27 906.27 927.82 904.46 923.07 903.39 935.05 On/
932.26 Dr](
12/9107 Dry 904.55 919.18 901.84 924.68 905.69 1_
l)t7 935.29, 906.28 927.83 904.46 923.07 903.47 935.10 Dry 932.26 Dry 12/9107 Dry 904.58 919.18 901.83 924.67 905.71 Dr'/
Dr'/
935.27 906.28 927,83 904.52 923.08 903.46 935.10 Dry 932.26 Dry 12/10/07 Dry 904.60 91919 901,88 92¢70 905.75 D_
D_
935.29 906.28 927.83 904.54 923.08 903,54 935.14 Dry 932.26 Dry 12110/07 Dry 904.62 919.20 901.90 924.68 905.79 D_
D_
935 28 90628 927.83 904.62 923.09 903.55 935.15 Dry 932.26 Dry 12/10/07 Dry 904.64 919.21 902.01 924.69 905.86 D_
Dr/
935.31 906.29 927.84 90464 923.09 903.65 935.19 Dry 932.26 Dry 12110/07 Dry 904.67 919.20 901.95 924.66 905.86 Dr),
Da7 935.28 906.30 927.83 904.72 923,10 903.59 935.15 Dry 932.26 Dry 12/11107 Dry 904.69 919.16 901,85 924.64 905.79 1)_
Dr'(
935.26 906.30 927,82 904.62 923.09 903.48 935.08 Dry 932.26 Dry 12/11/07 Dry 904,71 919.14 901.70 924.61 905.67 l_
Dr)"
935.24 906.30 927.81 904.52 923.07 903.32 935.01 Dry 932.25 Dry 12/11107 Dry 904.73 919.13 901.62 924.63 905.58 Dr_
Dr),
935.24 906.30 927.81 904.36 923.06 903.26 934.98 Dry 932.24 Dry 12111107 Dry 904.75 919.11 901.48 924.62 905.48 1)n/
D_
935_4 906.29 927.81 904.29 923.06 903.16 934.95 Dry 932.24 Dry 12/12/07 Dry 904.77 919.12 901.43 924.64 905.41 Dry D_7 935.25 906.28 927.81 904.20 923.O6 903.14 934.94 Dry 932.23 Dry 12/12/07 Dry 904,79 919.11 901.37 924.63 905.36 D'_
l)'t7 935.23 906.26 927,80 904.19 923.05 903.11 934.93 Dry 932.22 Dry 12112/07 Dry 904.81 919.!3 901.44 924.67 905.38 Dr_
D_
935.27 90626 927.81 904.15 923.06 903.23 934.98 Dry 932.22 Dry 12112/07 Dry 90483 919.15 901.46 924.66 905.42 Dr),
Dr),
935.26 906.25 927.81 904.26 923.06 903.27 935.01 Dry 932.22 Dry 12113/07 Dry 904.84 919.15 901.52 924.68 905.47 Dz)"
Da7 935,27 906.25 927.82 904.29 923.06 903.34 935.05 Dry 932.22 Dry 12/13/07 Dry 904.86 919.16 901.55 924.66 905.50 Dry D_
935.27 906.24 927.82 904.38 923.07 903.38 935.07 Dry 932.22 Dry 12113/07 Dry 904.88 919.17 901.66 924.67 905.59 Dry l_
935.29 906.24 927.82 904.41 923.07 903.50 935.13 Dry 932.22 Dry 12/13/07 Dry 904.90 919.17 901.64 924.65 905.61 E_
I_
935.27 906.24 927.82 904.50 923.08 903.47 935.12 Dry 932.22 Dry 12114/07 Dry 904.92 919.14 901.59 924.64 905.58 Dry D_
935.26 906.24 927.81 904.46 923.08 903.41 935.07 Dry 932.22 Dry 12/14/07 Dry 90493 919.13 901.51 924.62 905.52 l)z7 Dr),
935.23 906.24 927.80 904.42 923.07 903.33 935.02 Dry 932.21 Dry 12114/07 Dry 904.95 919.12 901.51 924.64 905.49 Dr/
D'Q, 935.25 906.24 927.81 904.32 I 923.06 903.34 935,01 Dry 932,21 Dry 121!4/07 Dry 904.97 919.12 90!.43 924.61 905.45 1_
l)P/
935.23 906.23 927.80 904.34 923.05 903.27 934.98 Dry 932.20 Dry 12/15/07 Dry 904.98 919.09 90!.34 92462 905.37 D._
1_
935.23 906.23 927.80 904.24 923.05 903.19 934.94 Dr'/
93220 Dry 12/15/07 Dry 905.00 91910 901.27 924.62 905.30 Dry Dr'[
935.22 906.23 927.79 904 19 923.05 903.14 934.92 Dry 932.19 Dry 12/15/07 Dry 905.01 919.12 901.35 924.66 905.34 I_
I_
935.26 906.23 927.81 904.16 I 923.05 903.27 93497 Dry 932.19 Dry 12/15107 Dry 905,03 919.14 901.37 924,64 905.38 1)z7 Dr./
935.25 906.23 927.81 904.28 923.06 903.30 934.99 Dry 932.19 Dry 12/16/07 Dry 905.04 919.13 901.43 924.65 905.42 l)P/
D_
935.27 90623 927.81 904.30 923.06 903.36 935,01 Dry 932.19 Dry 12/16/07 Dry 905.05 919.14 901.43 924.64 905.43 D_
I_
935.25 906.22 927.80 904.36 923.06 903.35 935.01 Dry 932.18 Dry 12/16/07 Dry 905.07 919.15 901.55 924.67 905.51 Drt D_
935.29 906.23 927.81 904.37 923.07 903.50 935.06 Dry 932.18 Dry 12/16/07 Dry
,905.09 919.16 901.57 924.63 905.56 D_
D_
935.27 906.23 927,81 904.51 923.08 903.49 935.08 Dr'/
932.18 Dry 12117107 Dry 905.10 919.14 901.55 924.64 905.55 Dr/
Dr),
935.26 906.23 927.8(
904.48 923.08 903.47 935.05 Dry 932.18 Dry 12117107 Dry 905.12 919.13 901.50 924.62 905.52 D'_
935.23 906,22 927,79 904.49 923.07 903.39 935.01 Dry 932.18 Dry 12117/07 Dry 905.14 91913 901.55 924.64 905.53 Dr_
Dr_
935.26 906.23 927.81 904.41 923.07 903.45 935.01 Dry 932.18 Dry 12/17/07 Dry 905.15 919.11 901.48 924.61 905.50 Dr/
Dr'/
935.23 906.23 927.79 904.45 923.O6 903.37 934.98 Dry 932.17 Dry 12118107 Dry
' 905.17 919.09 901.43 924.62 905.46 D_
Dr/
935.23 906.23 927.79 904.36 923.05 903.32 934.95 Dry 932.17 Dry 12118/07 Dry 905.18 919.09 901,37 924.61 905.41 I_
D_
935.22 906.22 927.79 904.34 923.05 903.26 934.93 Dry 932.16 Dry 12/16/07 Dry 905.20 919.11 901.44 924.64 905.44 D_
D_
935.25 906.23 927.80 904.30 923.05 903.36 934.96 Dry 932.16 Dry 12/16/07 Dry 905.21 919.12 901.45 924.62 905,46 1_
I_
935.24 906.23 927.80 904.39 923.05 903.36 934.97 Dry 932.16 Dry 12/19/07 Dry 905.23 919.11 901.46 924.63 905.46 Dr/
])_
935.24 906.23 927.79 904.38 923.05 903.36 934.97 Dry 932.16 Dry 12/19107 Dry 905.24 919.09 901.39 924.60 905.43 Dr/
Dr'/
935.22 906.22 927.78 904.38 923.05 903.29 934.93 Dry 932.15 Dry 12119107 Dry 905.25 919.09 901.41 924.63 905.42 I)t7 Dz7 935.24 906,22 927.79 904.30 923.04 903.32 93493 Dry 932.15 Dry 12/19./07 Dry 905.27 919.10
_01.36 924,60 905.40 Dr},
l)_
935.22 906.23 927.79 904.36 923.05 903.28 934.92 Dry 932.15 Dry 12/20107 Dry 905.29 919.08 901.36 924.63 905.38 I_
Dr'/
935.23 906.23 927.78 904.28 923.04 903.28 934.91 Dry 932.15 Dry 12/20107 Dry 90530 919.11 901.38 924.62 905.40 D_
Dr/
935.23 906.22 927.79 904.34 923.04 903.31 934.93 Dry 932.14 Dry 12/20107 Dry 905.32 919.11 90!.51 924.66 905.49 Dry Dr'i 935.26 906.22 927.79 904,35 923.05 903,45 934.98 Dry 932.14 Dry 12/20/07 Dry 905.33 919.16 901.61 924.64 905.59 DI_
1)17 935.26 906.22 927.81 904.53 923.07 903.53 935.03 Dry 932.14 Dry 12/21/07 Dry 90535 919.15 901.67 924.64 905.66 D_
I_
935.27 906.22 927.80 904,58 923.08 903.57 935.04 Dry 932.14 Dry 12/21/07 Dry 905,37 919,14 901.63 924.61 905.65 I_
I)z),
935.24 906.23 927.80 904.63 923.08 903.50 935.01 Dry 932.14 Dry 12/21107 Dry 905.38 919.12 901.60 924.60 90562 I_
I)_
935.24 906.23 927.79 904.54 923.08 903.47 934.98 Dry 932.14 Dry 12/21/07 Dry 905.40 919.08 901.42 924.57 905.50 D_
Dn/
935.20 906.23 927,75 904,48 923.06 903.28 934.89 Dry 932.13 Dry 12/'22/07 Dry 905.41 919.06 901.26 924.58 905.35 1)17 DI 7 935.20 906.2" 927.77 904.28 923.04 903.14 934.79 Dry 932.13 Dry 12/22/07 Dry 905.42 919.04 901.10 924.56 905.21 D_
D_
935.19 906.23 927.76 904.16 923.03 903.01 934.72 Dry 932.12 Dry 12/22/07 Dry 905.44 919.05 901.12 924.61 905.17 I_
I_
935.22 906,23 927.77 904.03 923.03 903.07 934,70 Dry 932.12 Dry 12/22/07 Dry 905.45 919.07 901.12 924.60 905.18 1)I7 D17 935.21 906.23 927.78 904.11 923.03 903.11 934.74 Dry 932.12 Dry 12/23107 Dry 905.46 919.06 901.13 924.62 905.18 DI_
l)Iy 935.21 906.23 927.77 904.10 923.03 903.15 934.75 Dry 93211 Dry
TABLE 1.
WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN ICEET ABOVE MEAN SEA LEVEL MEASURI_
DATE RPZ-1A RPZ-1B RPZ-2A RPZ-2B RPZ-3A RPZ.-3B RPZ-4A RPZ-4B RPZ-SA RPZ-5B RPZ-6A RPZ-6B RPZ-TA RP'/_7B RPZ-8A RPZ-SB RPZ-9A RP'Z-9B 12./23107 Dry 905.47 919.07 901.14 924.61 905.19 Dry Dry 935.20 906.22 927.77 904.16 923,03 903.17 934.78 Dry 932.tl Dry t2/23/07 Dr'/"
905.49 919.09 901.26 924.62 905.27 Drl 13_
935.24 906.23 927.78 904.18 923.04 903.32 934.85 Dry 932,11 Dry 12123/07 Dry 905.50 919.09 901.25 924.60 905.30 D_
Dry 935.22 906.23 927.78 904.31 923.05 903.30 934.88 Dry 932,11 Dry 12/24/07 Dry 905.51 919.07 901.27 924.61 905.31 D'_
Dry 935.23 906.23 927.77 904.28 923.04 903.31 934.88 Dry 932.10 Dry 12/24107 Dry 905.52 919.08 901.27 924.60 905.32 Dr/
Dry 935.21 906.22 927.77 904.32 923.04 903.30 934.88 Dry 932.10 Dry 12/24/07 Dry 905.54 919.10 901.42 924.65 905.41 Dr_
I_
935.26 906.23 927.78 904.33 923.05 903.46 934.93 Dry 932.10 Dn/
12/24107 Dry 905.56 919.13 901.51 924,62 905.52 Dry Dry 935.25 906.23 927.79 904.52 923.07 903.53 935.04 Dry 932.10 Dry 12/25/07 Dry 905.57 919.12 901.49 924.60 905.53 Day Drl 935.24 906.23 927.78 904.54 923.07 903.49 935.03 Dry 932.10 Dry 12/25107 Dry 905.58 919.08 901.36 924.58 905.45 D_
Dry 935.20 906.22 927.76 904.49 923.07 903.33 934.93 Dry 932.10 Dry 12/25107 Dry 905.59 919.06 901,35 924.59 905.40 1_
Dr'/
935.22 906.22 927.77 904.35 923.05
- 903.33 934.86 Dry 932.09 Dry 12/25/07 Dry 905.61 919.05 901.28 924.58 905.35 Dry Dr/
935.20 906.23 927.76 904.34 923.04
- 903.25 934.81 Dry 932.09 Dry 12/26/07 Dry 905,62 919.04 901,29 924.59 905.33 D_
Dry 935.21 906.22 927.76 904.27 923.03 903.26 934.79 Dry 932.09 Dry 12/26/07 Dry 905.63 919.07 901.33 924.61 905.36 Dr).
D_
935.21 906.22 927.77 904.31 923.03 903.30 934.81 Dry 932.08 Dry 12/26/07 Dry 905.64 919.10 90152 924.65 90549 Drl Dry 935.26 906.22 927.78 904.38 923.04
_ 903.51 934.92 Dry 932.09 Dry 123'26/07 Dry 905.66 919.15 901.64 924.61 905.63 Dr/
Dry 935.26 906.22 927.79 904.63 92307 903.58 935.03 Dry 932.09 Dry 12/27107 Dry 905.68 919.12 901.64 924.60 905.65 Dr/
Dr#
935.25 906.23 927.78 904.64 923.08
_ 903.56 935.03 Dry 932.09 Dry 12/27107 Dry 905.69 919.09 90151 924.55 905.58 D_
D_
935.20 906.23 927.77 904.61 923.07 903.40 934.95 Dry 932.08 Dry 12/27/07 Dry 905.70 919.05 901.43 924.57 905.49 D_
935.20 906.23 927,76 904.42 923.05 903.33 934.85 Dry 932.08 Dry 12/27107 Dry 905.71 919.03 901.32 924.56 905.40 Dry D_
935.19 906.23 927.75 904.37 923.04
- 903.23 934.77 Dry 932.08 Dry 12/28/07 Dry 905.72 919,04 901.23 924.58 905.32 D_
Dry 935.19 906.23 927.75 904.27 923.03 903.16 934.70 Dry 932.07 Dry 12/28/07 Dry 905.73 919.05 901.21 924.56 905.28 D_
D_
935.18 906.22 927.75 904.25 923.03 903.14 934.67 Dry 932.07 Dry 12/28107 Dry 905.74 919.05 901.30 924.59 905.33 D,_
Dry 935.22 906.23 927.76 904.21 923.03 903.27 934.71 Dry 932.07 Dry 12126/07 Dry 905.76 919.06 901.29 924.68 905.35 D0, Dry 935.20 906.23 927.76 904.32 923.03 903.26 934.75 Dry 932.06 Dry 12/29107 Dry 905.77 91906 901.29 924.58 905.35 Dry Dr/
935.20 906.23 927.76 904.31 923.03 903.26 934.75 Dry 932.06 Dry 12/29107 Dry 905.78 919.05 901.24 924.56 905.32 Dr/
Dr/
935.18 906.22 927.75 904.32 923.03 903.22 934.72 Dry 932.06 Dry 12/29107 Dry 905.79 919.04 901.30 924.59 905.34 Drl Dr),
935.21 906.23 927.75 904.27 923.03
! 903.29 934.73 Dry 932.05 Dry 12/29107 Dry 905.80 919.04 901.23 924.56 905.31 Dr/
Day 935.18 906.23 927.74 904.32 923.03 903.22 934.72 Dry 932.05 Dry 12/30/07 Dry 905.$1 919.02 901.18 924.58 905,27 Dry Dr(
935.18 906.22 927.75 904.25 923.02 903.18 934.67 Dry 932.05 Dry 12/30/07 Dry 905.82 91903 901.16 924.56 905.24 Dr,/-
Drj 935.18 906.22 927.74 904.24 923.02 903.17 934.65 Dry 932.04 Dry 12!30/07 Dry 905.83 919.04 901.26 924.60 905.30 Dry Dry 935.22 906.22 927.75 904,22 923.02 903.30 934,69 Dry 932.04 Dry 12130107 Dry 905.85 919.06 901,27 924.57 905,34 Dry Dry 935.20 906.22 927.75 904.35 923.03 903.29 934.73 Dry 932.04 Dry 12/31107 Dry 905.86 919.04 901.23 924.57 905.31 Dr),
Dri 935.19 90622 927.74 904.32 923.03 903.26 934.70 Dry 932.04 Dry 12/31/07 Dry 905.86 919.02 90'1.15 924.54 905.26 D'Q, Dry 935.17 906.21 927.74 904.30 923.02 903.17 934.66 Dry 93203 Dry 12/31107 Dry 905.87 919.02 901,19 924.57 905_25 D_
D_
935.20 906.21 927.74 904.20 923.02 903.23 934.64 Dry 932.03 Dry 12/31/07 Dry 90588 919.02 901.11 924.53 905.22 Dry 1_
935.17 906.21 927.74 904.25 923.02 903.14 93461 Dry 932.03 Dry 111/08 Dry 905.89 918.99 901.02 924.55 905.12 Dr/
Dry 935.17 906.20 927.73 904.13 923.01 903.09 934.53 Dry 932.02 Dry 111/08 Dry 90590 919.00 90098 924,55 905.09 Dry Dr,/
935.17 906.20 927.73 904.10 923.01 903.07 934.49 Dry 932.02 Dry 111/08 Dry 905.91 919.04 901.11 924.59 905.16 Dr/
Dr_
935.21 906.20 927.75 904.11 923.02 903,23 934.53 Dry 932.02 Dry 111/08 Dry 905.92 919.05 901.12 924.57 905.20 D_
Dr_
935.19 906.20 927.75 904.26 923.03 903.23 934.58 Dry 932.01 Dry 1/2/08 Dry 905.93 I
919.03 901.13 924.57 905.20 Dr/
Dr/
935.19 906.20 927.74 904.24 923.62 903.24 934.58 Dry 932.01 Dry 1/2/08 Dry 905.94 919.03 901.11 924.56 905.20 Dry Dry 935.18 906.19 927.74 904.27 923.02 903.22 934.57 Dry 932.01 Dry 1/2/08 Dry 905.95 919.02 901.19 924.58 905.24 D_
Dr/
935.21 906.20 927.74 904.24 923.02 903,31 934.59 Dry 932.01 Dry 1/2/08 Dry 905.96 919.04 90!.18 924.56 905.25 D_
D_
935.19 906.20 927.74 904.35 923.03 903.28 934.62 Dry 932.01 Dry 113/08 Dry 905.97 919.02 901.19 924.56 905.23 D'_
Dry 935.19 906.19 927.73 904.31 923.02 903.28 934.60 Dry 93200 Dry
!13/08 Dry 905.98 919.02 901.15 924,55 905.19 Dry Dry 935.17 906.19 927.73 904.33 923.02 903.23 934.58 Dry 932.00 Dry 113/08 Dry 905.99 919.02 901.24 924.58 905.25 Dry l_
935.20 906.19 927.74 904.30 923.02 903.34 934.61 Dry 932.00 Dry 113/08 Dry 906.00 919.02 901.23 924.55 905.27 Dry Dry 935.18 906.19 927.73 904.39 923.02 903.30 934.61 Dry 93200 Dry 114/08 Dry 90601 919.02 901,22 924.57 905.27 Drl D_
935.18 906.19 927.73 904.36 923.03 903_28 934.59 Dry 931.99 Dry 1/4/08 Dry 906.02 919.01 901.18 924.55 905.25 Dry 935.16 906.19 927.72 904.35 923.02 903.25 934.56 Dry 931.99 Dry 1/4/08 Dry 906.03 919.02 90!.29 924.57 905.31 D_
Dr/
935.20 906.19 927.73 904.33 923.02 i 903.36 934.59 Dry 931.99 Dry 114/08 Dr/
906.04 919.03 901.29 924.56 905.34 Dry Dr/
935.19 906.19 927.73 904.42 923.03 i 903.34 934.62 Dry 931.99 Dry 115/08 Dry 906.05 919.03 901.34 924.57 905.39 Dry D_
935.20 906.19 927.73 904.44 923.03 903,40 934.64 Dry 931.99 Dry 115/08 Dry 906.06 919.04 901.33 924.54 905.40 D_
D_
935.18 906.19 927.73 904.50 923.04 903.35 934.63 Dry 931.98 Dr,/
115/08 Dry 906.08 919.03 901.40 924.57 905.45 Dry Dry 935.21 906.20 927.73 904.45 923,04 903.43 934.65 Dry 931.98 Dry 115/08 Dry 906.09 919.05 901.42 924.55 905.49 D_
Dr_
935.19 906.20 927.74 904.56 923.05 903.42 934.69 Dry 931.98 Dry 1/6/08 Dry 906.10 919.04 901.41 924.56 905.50 D_
Dry 935.19 906.21 927.73 904.54 923.05 903.41 934.68 Dry 931.98 Dry 1/6/08 Dry 906.11 919.01 901.36 924.53 905,46 D_
D_
935.17 90622 927.72 904.50 923.04 903.33 934.64 Dry 931.98 Dry 1/6/08 Dry 906.12 919.01 901.40 924.56 905.47 Dry Dry 935.19 906.22 927.73 904.43 923.04 903.38 934.63 Dry 931.98 Dry 116/08 Dr'i 906.14 919.04 901.40 924,56 905.50 D0, Dr_
935.18 906.23 927.73 904.53 923.04 903.37 934.64 Dry 931.98 Dry 1/7/08 Dry 906.15 919.02 901.47 924.58 905.54 Dr/
D_
935.20 906.24 927.73 904.51 923.04 903.44 934.66 Dry 931.98 Dry 1/7/08 Dry 906.16 919.03 901,42 924.52 905.54 Dry Dr/
935A6 906.25 927.71 904.61 923.04 903.36 934.65 Dry 931.97 Dry 1/7/08 Dry 906.17 918.99 901.33 924.52 905.47 Dr/
Dry 935.16 906.26 927.72 904.47 923.03 903.28 934.58 Dry 931.97 Dry 1/7/08 Dry 906.18 918.97 901.19 924.50 905.35 Dry D_
935.15 906.26 927.71 904.38 923.01 903.13 934.48 Dry 931.97 Dry 118/08 Dry 906.19 918.97 901.09 924.52 905.24 Dry Dr/
935.15 906.25 927.71 904.22 923.01 903.06 934.41 Dry 931.96 Dry 1/8/08 Dry 906,19 918.97 901.01 924.51 905,17 Dry D_
935,14 906.25 927,71 904.17 923.00 903.00 934.36 Dry 931.96 Dry 1/8/08 Dry 906.20 918.99 901.09 924.55 905.20 Dr_
Dry 935.17 906.24 927.72 904.13 923.01 903_12 934.37 Dry 931.96 Dry 1/8/08 Dry 906.21 918.99 901.11 924.54 905.22 Dry D_
935.17 906.24 927.72 904.22 923.01 903.14 934.39 Dry 931.96 Dry 119/08 Dry 906.22 91900 901.16 924.55 905.26 Dry Dry 935.18 906.24 927.72 904.26 923.01 903.20 934.42 Dry 931,96 Dry 1/9/08 Dry 906.23 919.00 901.14 924.52 905.26 Dry D_
935.16 906.24 927.72 904.31 923.01 903.18 934.43 Dry Dry Dry 1/9/08 Dry 906.24 918.99 901.18, 924.54 905.28 Dry 1_
935.17 906.24 927.71 904.27 923.01 903.23 934.43 Dr,/
Dry Dry 1/9/08 Dry 906.25 918.99 901.13 924.52 905.20 D_
Dry 935.15 906.24 927.71 904.32 923.01 903.17 934.41 Dry Dry Dry 1110108 Dry 906.26 918.97 901.10 924.54 905.19 Dr),
D_
935.15 906.24 927.70 904.25 923.00 903.14 934.37 Dry Dry Dry 1/10/08 Dry 906.26 918.97 901.06 924.50 905.18 1_
1_
935.14 906.23 927.70 904.25 923.00 903.11 934.34 Dry Dry Dry 1110108 Dry 906.27 918.98 901.12 924.55 905.20 D_
D_
935.17 906.23 927.71 904.18 923.01 903.19 934.35 Dry Dry Dry 1110108 Dry 906.28 919.00 901.12 924.52 90523 Dry Dry 935.16 906.23 927.71 904.30 923.01 903.18 934.36 Dry Dry Dry 1111t08 Dry 906.29 918.98 90!.16, 924.54 905.25 Dr./
D_
935.17 906.24 927.70 904.27 923.00 903.22 934.37 Dr/
Dry Dry 1111108 Dry 906.30 918.97 901.14 924.52 905.23 D,_
1_
935.14 906.23 927.70 904.31 923.00 903.18 934.37 Dry Dry Dry 1111/08 Dry 906.31 918.98 901.23 924.54 905.28 D_
D_
935.17 906.25 927.71 904.27 923.01 903.27 934.50 Dry Dry Dry 1/11108 Dry 906.32 919.00 901.22 924.51 905.29 Dry D_
935.15 906.25 927.71 904.38 923.01 903.23 934.51 Dry Dry Dry 1112/08 Dry 906.33 918.96 901.17 924.51 905.24 Dr/
Dry 935.14 906.25 927.70 904.30 923.00 903.17 934.46 Dry Dry Dry 1112/08 Dry 906.33 918.95 901.09 924.49 905.18 D_
Dr/
935.12 906.25 927.70 904.26 923.00 903.07 934.41 Dry Dry Dry 11!2/08 Dn/
906.34 918.97 901.15 924.53 905.!9 Day D_
935.16 906,25 927.70 904.18 923.00 903.17 934.40 Dry Dry Dry 1112/08 Dry 906.35 918.98 901.16 924.52 905.21 Dry Dr7 935.t5 90625 927,71 904.27 923.00 903.17 934.41 Dry Dry Dry 1113/08 Dry 906.36 918.96 901.17 924.53 905.21 Dry Dr/
935.15 906,25 927.70 904.25 923.00 903.18 934.40 Dry Dry Dry 1113108 Dry 906.36 918.97 901.15 924.50 905.21 D_
Dry 935.14 906.24 927.70 904.28 923.00 903.15 934.38 Dry Dry Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PlEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RFT_IA RPZ-1B RIr/_2A RP7_2B
_A RIrZ_B
_B RIr/_SA
_5B RPZ-6A
_B RP7_TA
_7B
_B RPF_gA
_9B 1113/08 Dry 906.37 918.97 901.21 924.53 905.24 DI_
DI_
935.16 906.25 927.71 904.25 923.00 903.22 934.40 Dry Dry Dry 1113/08 Dry 906.38 918.97 901.13 924.48 905.21 D_
D_
935.13 906.25 927.70 904.32 923.00 903.13 934.38 De/
De/
,De/
1/14/08 De/
906.38 918.94 90106 924.50 905.13 D_
Dr},
935.13 90624 927.69 904.18 922.99 903.07 934.31 De/
De/
De/
1/14/08 Dry 906.39 918.94 900.99 924.48 905,08 D_
1_
935,12 906.24 927.69 904.16 922.99 903.02 934.25 Dry Dry Dry 1114/08 Dry 906.39 918.96 901.04 924.52 905.09 D_
,D_
935.15 906.24 927.70 904.10 923.00 903.10 934.23 Dry Dry Dry 1114/08 De/
906.40 918.95 901.01 924.50 905.09 D,_
D_
935.13 906.24 927.69 904.17 922.99 903.08 934.22 De/
De/
De/
1115108 De/
906.41 918.94 900.99 924.52 905.08 Dr,/
Dt7 935.13 906.24 927,69 904.14 922.99 903.09 934.20 De/
De/
De/
1115/08 Dry 906,41 918.96 901.04 924.51 905.11
]_
935.14 906.23 927.70 904.19 923.00 903.13 934.22 Dry Dry Dry 1115/08 Dry 906.42 918.99 901.20 924.55 905.23
]_
]_
935.19 906.24 927.71 904.24 923.01 903.31 934.30 Dry Dry Dry 1115108 Dry 906.43 919.01 901.27 924.53 905.32 12_
I_,
935.17 906.24 927.71 904.43 923,02 903.34 934.40 Dry Dry Dry 1116/08 Dry 906.44 918.98 901.24 924.52 905.33 Dry Dry 935.17 906.25 927.70 904.42
]
923.02 903.31 934.41 Dry Dry Dry 1116/08 De/
906.44 918.98 901.21 924,50 905,27 I_
I_
935.14 906.25 I 927.69 904.43 923.02 903.25 934.39 Dry Dry Dry 1/16/08 Dry 906.45 918.97 901.26 924.52 905.29 Dt7 Dr/
935.17 906.25 927.69 904.37 923.02 903.31 934.38 Dry Dry De/
1/16/08 Dry 906.46 918.98 901.23 924.48 905.32 D_
D-Q, 935.14 906.26 927.69 904.44 923.02 903.25 934.37 Dry Dry De/
!1t7/08 Dry 906.47 918.94 901.14 924.49 905.25 D_
D_
935.13 906.26 927.69 904.33 923.01 903.17 934.30 Dry Dry Dry 1/17/08 Dry 906.47 91893 901.06 924.47 905.19 D_"
D_
935.12 906.26 927.68 904.29 923.00 903.09 934.2-.2 Dry Dry Dry 1117/08 De/
906.48 918.95 901 12 924.52 905.21 D_
D_
935.15 906.26 927.69 904.22 922.99 903.17 934.20 Dry De/
Dry 1/17/08 De/
906.49 918,95 901.09 924,49 905.21 D_
1_,
935,12 906.26 927.69 904.31 922.99 903.13 93420 Dry Dry Dry 1/18/08 Dry 906.49 918.93 901.06 924.49 905.17 I_
D_
935.12 906.26 927.68 904.2_
922,99 903.10 934,15 Dry Dry Dry 1116/08 Dry 906.50 918.92 901.00 924.47 905.12 Dr},
I_
935.11 90625 927.68 904.22 922.99 903.03 934.11 Dry Dry Dry 1118/08 Dry 906.50 918.92 901.01 924.50 905.11 Dr},
Dry 935.13 906.26 927.68 904.13 922.99 903.08 934.08 Dry Dry Dry 1118/08 De/
906.51 918.93 900.97 924.46 905.08 D_
D_
935.11 906.25 927.67 904.19 922.98 903.03 934.06 Dry Dry Dry 1119108 Dry 906.51 918.89 900.88 924.48 905.00 D_
D_
935.11 906.25 927.67 904.08 922.98 902.97 934.00 Dry Dry Dry 1119108 Dry 906.51 918.91 900.84 924.47 904.95 Dr,/
Dry 935.10 906.24 927.67 904.05 922.98 902.95 933.95 Dry Dry Dry 1119108 Dry 906.52 918.93 900.97 924.53 905.01 D_
D_
935.15 906.24 927.68 904.02 922.98 903.11 933.97 Dry Dry Dry 1119108 Dry 906.53 918.96 901.05 924.51 905.09 935.15 906.24 927.69 904.21 923.00 903.17 934.04 Dry Dry Dry 1/20108 Dry 906.53 918.96 901.11 924.52 905.15 D_
D_
935.15 90624 92769 904.26 923.00 903,21 934.08 Dry Or'/
Dry 1/20108 Dry 90654 918.97 901.15 924.50 905.19 Dry Dz7 935.15 906.24 927.69 904.34 923.01 903.23 934.12 Dry Dry Dry 1/20108 Dry 906.55 918.98 901.26 92453 90528 Dry 935.18 906.25 927.69 904_35 923.02 903.34 934.18 Dry Dry Dry 1120.,'08 Dry 906.55 918.99 901.28 924.49 905.33 Dr'i 935.16 906.25 927.69 904.49 923.03 903.32 934.23 Dry Dry Dry 1/21108 De/
906.56 918.96 901.23 924.47 905.30 D_,
Dr/
935,14 906.26 927.68 904.4_
923.02 903.25 934.20 De/
De/
Dry 1/21/08 Dry 906.56 918.93 901.11 924.46 905.21 D_
D_
935.11 906.26 927.67 904.36 923.01 903.12 934.11 Dry Dry Dry 1/21/08 Dry 906.57 918.93 901.13 924.49 905,19 I_
Dr_
935,13 906.26 927.67 904.25 923.00 903.16 934,05 Dry Dry Dry 1/21108 Dry 906.58 918.92 901.08 924.47 905.17 Dry D_
935.11 906.26 927.67 904.30 92300 903.11 934.01 De/
Dry Dry 1122/08 Dry 906.58 918.90 901.03 924.47 905.13 I_
I_
935.11 90626 927.66 904.22 922.99 903.08 933.95 Dry De/
De/
1/22/08 Dry 906,58 918.89 900.95 924.45 905.07 Dr/
1_7 935,09 906.26 927.66 904.19 922.98 90300 93390 Dry Dry Dry 1/22/08 Dry 906,59 918.91 901.03 924.50 905.09 Dr'(
Dry 935.13 906,26 927.67 904.12 922.98 903.09 933.89 Dry Dry Dry 1/22/08 Dry 906.59 918.93 901.03 924.47 905.12 I_
D_
935.11 906.26 927.67 904.24 922.98 903.09 933.91 De/
Dry Dry 1/23108 Dry 906.60 918.91 901.03 924.49 905.12 D_
D_
935.I2 906.26 927.67 904.21 922.98 903.10 933.90 De/
Dry Dry 1/23108 Dry 906.60 918.91 901.04 924.48 905.12 D_
D_
935.11 906.26 927.66 904.25 922.98 903.10 933.89 Dry Dry Dry 1/23/08 Dry 906.61 918.94 901.15 924.51 905.20 Dry Dry 935.I5 906.26 927.68 904.26 922.99 903,23 933.95 Dry Dry Dry 1/23/08 Dry 906.62 918.94 901.14 924.47 905.23 D'_
1_
935.12 906.27 927.67 904,38 923,00 903,19 933,98 Dry Dry Dry 1124108 Dry 906.62 918.91 901.11 924.48 905.21 Dr_
Dr_
935.11 906.27 927.66 904.31 922.99 903.16 933.97 Dry Dry Dry "l/24/08 Dry 90663 918.92 901.08 924.46 905.19 D'_
Dr/
935,10 906.27 927.66 904.32 922.99
' 903.12 933.95 Dry Dry Dry 1/24/08 Dry 906.63 918.91 901.10 924.49 905.19 D_
Dr}"
935.12 906.27 927.66 904.28 922.98 903.16 93393 Dry Dry Dry 1/24/08 Dry 906.64 918.90 901.04 924.44 905.16 D_
D_
935.09 906.28 927.65 904.30 922.98 903.08 933.91 Dry Dry Dry 1/25108 Dry 906.64 918.88 900.95 924.45 905.08 D_
D_r 935.09 906.27 927.65 904.20 922.98 903.00 933.84 Dry Dry Dry 1/25/08 De/
906.64 918.88 900.85 924.43 905.90 D_
Dr_
935.08 906.27 927.65 904.13 922.97 90292 933,77 Dry Dry Dry 1/25/08 Dry 906.64 918.88 900.88 924.47 904.98 D_
D_
935.11 906.26 927.66 904.03 922.97 902.98 933.72 Dry Dry Dry 1/25108 Dry 906.65 918.87 90082 924.45 904.95 D'_
Dz_
935.09
_06.26 927,64 904,09 922.97 902.95 933.69 Dry Dry Dry 1/26/08 De/
906.65 918.87 900.82 924.46 904.93 D_
D_
935.09 906.25 927.65 904.04 922.97 902.96 933.67 Dry De/
Dry 1/26/08 Dry 906.65 91887 900.75 924.45 904.90 D_
I_
935.08 906.24 92765 904.05 922.97 902.94 93368 De/
Dry De/
1/26/08 Dry 906.65 918.89 900.87 924.50 904._P3 1_,
D_
935.12 906.24 927.66 904.02 922.97 903.06 933.68 Dry Dry Dry 1/26/08 Dry 9006.66 9t8.91 900.91 924.48 905.01 Dry Dry 935,11 906.24 927.66 904.18 923.07 903.!0 933.71 Dry Dry Dry 1/27/08 De/
906.66 918.91 900.93 924.49 905.02 D_
I_
935.11 906.24 927.66 904.20 923.0!
903.10 933.72 De/
Dry Dry 1/27/08 Dry 90666 918.9!
900.98 924.47 905.07 D-Q, Dz},
935.12 906.24 927.66 904.23 923.08 903.14 933.76 Dry Dry Dry 1/27/08 Dry 906,67 918.93 901.10 924.50 905.t6 Dr},
D_
935.15 906.24 927.67 904.26 923.09 903.25 933.82 Dry Dry Dry 1/27108 Dry 906.67 91894 901.10 924.49 905.19 Dr/
Dr/
935.13 906.25 927.67 904.38 923.10 903.23 933.84 Dry Dry Dry 1128/08 Dry 906.68 918.94 901.12 924.47 905.22 D_
Dt7 935.12 906.26 92767 904.40 923.11 903.23 933.85 De/
De/
Dry 1/28/08 Dry 90668 918.90 901.06 924.43 906.17 D_
Dry 935.09 906.26 927,65 904.36 923.10 903.14 933.81 Dry De/
Dry 1/26/08 Dry 906.69 918.90 901.!6 924.48 905,21 D_
D_
935.14 906.27 927.65 904.29 923.09 903.25 933.82 Dry Dry Dry 1/28108 Dry 906.70 918.90 901.10 924.42 905.19 Dr'/
1_
935.09 906.27 927.65 904.39 923.10 903.14 933.82 Dry Dry Dry 1/29/08 De/
906.70 918.84 900.94 924.42 905.07 I_
I_
935.07 906.27 927.63 904.25 923.08 903.00 933.73 De/
Dry Dry 1/29108 De/
906.70 918.84 900.84 924.41 904.97 D'_
D'Q" 935.06 906.26 927.63 904.14 923.07 902.91 Probe dry Dry Dry De/
1129/08 Dry 906.70 918.86 900.90 924.48 904.97 I_
D_
935.11 906.26, 927.64 904.04 923.07 903.00 Probedry Dry Dry Dry 1/29/08 Dry 906.71 918.89 900.94 924.46 905.02 D_
I_
935.10 906.26 927.65 904.16 923.07 903.04 Probe dry Dry Dry Dry 1130108 Dry 906.71 918.89 901.00 924.48 905.03 Dr'/
935.11 906.27 927.65 904.18 923.08 903.08 Probedry Dry Dry Dry 1/30/08 Dry 906.71 918.90 901.01 924.44 905,04 Dry D_
935.10 906.27 927.65 i 904.25 i 923.08 903.09 Probe dry Dry Dry Dry 1130108 Dry 906.72 918.88 901.03 924.45 905.03 D_
I_
935.10 906.27 927.65 904,22 923.08 903.10 Probedry Dry Dry Dry 1130108 Dry 906.72 918.85 900.88 924.39 904.93 D_
D_
935.05 906.27 927.63 904.22 923.07 902.94 Probe dry Dry Dry Dry 1/31108 Dry 906.72 918.81 900.73 924.41 90478 Dry Dz7 935.05 906.26 927.63 904.02 923.06 902.83 Probe dry Dry Dry Dry 1/31108 De/
906.71 918.82 900.63 924.40 904.68 D_
D_
935.05 906.25 927.62 903.93 923.06 902.79 Probe dry De/
Dry Dry 1/31/08 Dry 906.71 918.85 900.73 924.48 904.70 I_,
I_
935.10 906.24 927.64 903.87 923.07 902.93 Probedry Dry Dry Dry 1/31108 Dry i 906.72 918.88 900.80 924.46 90477 D_
935.10 906.24 927.64 904.03 923.07 903.90 Probe de/
Dry Dry De/
2/1/08 Dry 906.72 918.88 900.88 924.48 904.83 Dry D_,
935.12 90624 927.64 904.08 923,07 903.07 Probedry Dry Dry Dry 2/1/08 Dry
] 906.72 918.89 900.89 924.44 90488 I_
D_,
935.10 906.24 927.64 904.18 923.08 903.06 Probedry Dry Dry Dry 2/1/08 Dry I 90673 918.88 900,97 924.48 904.93 I_
Dr'/
935.12 906.24 927.64 904.16 923.08 903.14 Probe dry De/
Dry Dry 2/1/08 Dry 906.73 918.90 901.00 924.45 90497 1_
Dt7 935.11 906.24 927.64 904.28 923.09 803.13 Probedry Dry Dry Dry 2/2/08 Dry 906.73 918.88 901.01 924.45 904.99 D_r D_
935.11 906.25 927.64 90426 923.09 903.14 Probedry Dry Dry Dry 2/2/08 Dry 906.73 918.88 900.95 924.43 904.96 Dr7 D_r7 935.08 906.24 927.63 904.27 923.09 903.06 Probe dry Dry Dry Dry 2/2/08 Dry 906.74 918.87 901.04 924.46 905.01 D_
Dr_
935.11 906.2 =,
927.63 904.22 923.08 903.15 Probedry Dry Dry Dry 2/2/08 Dry 906.74 918.88 901.01 924.44 905.02 D_
I_
935.09 906.26 927.63 904.31 923.09 903.10 Probedry Dry Dry Dry 2/3/08 De/
906.75 918.86 901.02 924.46 905.02 I_
I_
935.10 906.26 927.63 904.26 923.08 903.12 Probe dry Dry Dry Dry 2/3/08 Dry 906.75 918.88 901.02 924.45 905.03 Dx7 Dz7 935.09 906.26 927.63 904.31 923.09 903.10 ProbedP Dry Dry Dry 2/3/08 Dry 906.76 918.90 901.19 924.50 905.15 Dt7 D_
935.13 906.27 927.65 904.32 923.09 90328 Probedry Dry Dry Dry
TABLE1. WATER LEVELSFOR 80-ACREWSR PIEZOMETERS PIEZOMETRICELEVATIONIN FEET ABOVEMEANSEA LEVEL MEASURE DATE
_IA RIr_IB
_2A RPZ-2B RFZ,-3A
_B RPZ-4A RPZ-4B R WZ,-SA RPZ-SB _A RPZ-6B RPZ,-7A RIrZ_7B! _
RPZ-8B RIrZ,-9A RI'Z_9B 2/3/08 Dry 906.77 918.93 901.28 924.45 905.25 I_
D_
935.12 906.29 927.65 904.54 923.11 903.30 Probedry Dry Dry Dry 2/4/08 On/-
906.77 918.89 901.24 924.44 905.24 D_
D_
935.1l 906.29 927,63 904.49 923,11 903.26 : Pmbedry Dry Dry Dry 2/4/08 Dry 906.78 918.88 901.18 924.41 905.21 D_,
D_
935.09 906.30 927.63 904.47 923.11 903.18 Pmbedry Dry Dry Dry 2/4/08 Dry 906.78 918.86 901.16 924.42 905.17 D_
1_
935.09 906.31 927.63 904.37 923.10 903,16 PrObedry Dry Dry Dry 2/4/08 Dry 906.78 918.83 90!.02 924.39 905.08 D-Q, Dr_
935.05 906.31 927.62 904.34 923.09 903.02 Probedry Dry Dry Dry 2/5/08 Dry 906.78 918T82 900.92 924.40 904.98 Eh7 D_
935.05 906.32 927.62 904.20 923.07 902.95 Probedry Dry Dry Dry 2/5/08 Dry 90678 918.81 900.76 924.37 904.85 Dry Dry 935.03 90631 927.61 904.12 923.06 90282 Probedry Dry Dry Dry 2/5/08 Dry 906.78 918.80 900.7!
924.41 904.77 Dr},
[h_
935.05 90630 927.61 903.95 923.05 902.82 Probedry Dry Dry Dry 2/5/08 Dry 906,78 918,81 900.66 924.40 904.72 D_
1_
935.04 90629 927.61 903,96 923,05 902.80 Probedry Dry Dry Dry 2/6/08 Dry 906.78 918.80 900.64 924.43 904,69 Dr_
Dz7 935.05 906.29 927.61 903.92 923.05 902.83 Probedry Dry Dry Dry 2/6/08 Dry 906.77 918.82 900.65 924.41 904.70 bz7 Dz7 935.05 906.27 927.61 903.96 923.05 902.87 Probedry Dry Dry Dry 2/6/08 Dry 906.78 918.84 900.74 924.45 904.77 D_
Dr.]
935.08 906.27 927.62 903.24 923,06 902.98 Probedry Dry Dry Dry 2/6/08 Dry 906.78 918.84 900.75 924.41 904.80 D_
D_
935.06 906.26 927.85 903.93 923.06 902.96 Probedry Dry Dry Dry 2/7/08 Dry 906.78 918.80 900.68 924.42 904.75 Dry D_
935.05 906.26 927.63 904.32 923,05 902.90 Probedry Dry Dry Dry 2/7/08 Dry 906.78 918 82 900.65 924.40 904.73 D_
l_
935.04 906.25 927.63 904.38 923.05 902.89 Probedry Dry Dry Dry 2/7/08 Dry 906.78 918.82 900.74 924.45 904.77 D.Q" Dr,[
935.08 906.26 927.53 903.43 923.05 903.60 Probedry Dry Dry Dry 2/7/08 Dry 906.78 918.85 900.79 924.43 904.83 D'Q, Dz7 935.07 906.25 927.92 904.01 923.06 903.01 Probedry Dry Dry Dry 2/8/08 Dry 906.79 918.83 900.78 924.44 904.84 935.07 906.25 927,65 904.31 923.06 903,01 Probedry Dry Dry Dry 2/8/08 Dry 906,78 918.82 900.75 924.40 904.83 D_
13_
935.04 906.25 927.65 904.45 923.05 90296 Probedry Dr]
Dry Dry 2/8/08 Dry 906.79 918.81 900.81 924.44 904.85 D_,
D_,
935.07 906.25 927.45 903.38 923.05 903.03 Probedry Dry Dry Dry 2/8/08 Dry 906.79 918.84 900.80 924.41 904.87 D_7 Dz7 935.05 906.25 928.00 904.05 923.05 903.00 Probedry Dry Dry Dry 2./9/08 Dry 906.79 918.81 900.78 924.42 904.86 D_
D_
935.05 906.25 927.65 904.38 923.05 902.99 Probedry Dry Dry Dry 2/9/08 Dry
_906.79 918.80 900.71 924.39 904.81 D17 D_
935.03 906.25 927.65 904.49 923.04 902.92 Pmbedry Dry Dry Dry 2/9/08 Dry 906.79 918.81 900.79 924.44 904.84 Dry Dt7 935.07 906.25 927.49 903.36 923.05 903.01 Probedry Dry Dry Dry 2/9/08 Dry 906.80 918.83 900.80 924.42 904.87 Dry Dry 935.05 906.25 928.14 903.98 923.05 903.00 Probedry Dry Dry Dry 2/10108 Dry'/
906.80 918.82 900.79 924.41 904.87 D_
D_,
935.05 906.25 927.67 90439 923.05 902.99 Probe dry Dry Dry Dry 2/10108 Dry 906.79 918.81 900.73 924.39 904.83 D_
Dr'/
935.03 906.25 927.62 904.49 923.04 902.92 Probedry Dry Dry Dry 2/10/08 Dry 906,80 918.81 900,81 924.44 904,86 Dt7 Dry 935.07 906.25 927,22 903.35 923.04 903.02 Probedry Dry Dry Dry 2/10108 Dry 906.80 918.84 900.83 924,41 904.9t D'_
935.06 906.25 928.30 904.04 923.05 903.(T2 Probedry Dry Dry Dry 2/11108 Dry 906.80 918.81 900.82 924.42 904.90 D_
D_
935.05 906.26 927.73 904.41 923,05 903.01 Pmbedry Dry Dry Dry 2/11108 Dry 906.80 918,81 900.77 924.40 904.88 D_
D_,
935.03 906.25 927.65 904.57 923.05 902.96 Pmbedry Dry Dry Dry 2/11108 Dry 906.81 918.82 900.87 924.44 904.92 D_,
935.06 906.26 926.99 903.44 923.05 903.05 Probedry Dry Dry Dry 2/11/08 Dry 906.81 918.83 900.87 924.40 904.95 D_
D_
935.05 906.27 928.26 904.05 923.05 903.03 Probedry Dry Dry Dry 2/12/08 Dry 906.81 918.80 900.82 924.40 904.92 D_
D_
935.04 906.27 927.74 904.47 923.05 902.99 Pmbedry Dry Dry Dry 2/12/08 Dry 906.81 918.79 900.76 924.39 904.87 I_
D_
935.02 906.27 927.66 904.62 923.04 902.93 Probedry Dry Dry Dry 2/12/08 Dry 906.81 918.80 900.82 924.37 904.89 Dry D_,
935.06 906.27 926.96 903.43 923,04 903.00 Pmbedry Dry Dry Dry 2/12/08 Dry 906.82 918.83 900.84 924.38 904.93 D_
Dr'(
935.05 906.28 928.22 904.05 923.05 903.00
- Probedr, Dry Dry Dry 2/13/08 Dry 906.82 918.81 900.86 924.36 904.94 I)Q, I_
935.05 906.28 927,74 904.53 923.05 903.02 Probedry Dry Dry Dry 2/13108 Dry 906.82 918.83 900.90 924.37 904.98 D_
D'Q, 935.05 906.28 927.66 904.64 923.05 903.05 Probedry Dry Dry Dry 2/13/08 Dry 906.83 918.84 901.07 924.36 905.11 D_
Dry 935.10 906.29 927.34 903.74 923.06 903.21 Probedry Dr,/
Dry Dry 2/13/08 Dr'/
906.84 918.89 901.18 924.41 905.23 D_7 Dry 935.09 906.31 927.91 904.13 923.08 903.26
- Probedr, Dry Dry Dry 2/14/08 Dry 906,84 918,85 901,17 924,39 905.26 D_,
1_
935,08 90632 927.70 904,43 923.08 903.24 Pmbedry Dry Dry Dry 2/14108 Dry 906.85 918.84 901.08 924.40 905.21 1_7 D-Q" 935.05 90633 927.73 904.67 923.08 903.12 Probedry Dry Dry Dry 2/14/08 Dry 906.85 918.81 901.05 924.37 905.17 D_7 Dr'j, 935.05 906.35 927.22 903.92 923.07, 903.10 Probedry Dry Dry Dry 2/14/08 Dry 906.85 918.80 900.96 924.41 905.10 D_,
D_
935.03 906.35 927.98 904.47 923.06 903.02 Probedry Dry Dry Dry 2/15108 Dry 906.85 918.79 900.9,_
924.38 905.03 D_
Dr},
935.03 906.36 927.70 904.72 923.05 903.00 Probedry Dry Dry Dry 2/15/08 Dry 906.85 918.79 900.84 924.39 904.95 Dr_
D_
935.02 906.36 927,67 904.71 923.04 i 90293 Probedr']
Dry Dry Dry 2/15/08 Dry 906.86 _ 918.78 900,80 924.37 904.93 D_
Dry 935.02 906.36 927.11 904.20 923.04 902.90 Probedry Dry Dry Dry 2/15106 Dry 906.85 918.76 900.71 924.41 904.87 D_,
D_
935.01 906.36 927.68 904.46 923.03 902.82 Probedry Dry Dry Dry 2/16/08 Dry 90685 918.76 900.64 924.38 904.80 D_
D_
935.01 906.35 927.68 904.62 923.03 i 902.79 ; Probedry Dry Dry Dry 2/16108 Dry 906.85 918.76 900.57 924.38 904.74 Dt7 Dt7 935.01 90634 927.63 904.60 923.03 ' 902.77 ProbedryI Dry Dry Dry 2/16/08 Dry 906.85 918.76 900.62 924.36 904.75 1_
Dt7 935.03 906.34 926.96 903.62 923.03 902.86 Pmbedry Dry Dry Dry 2/16/08 Dry 906.85I 918.80 900.66 924.39 904.80 Dr}"
D_
935.02 906.34 928.07 903.98 923.03 902.88 Probedry Dry Dry Dry 2/17/08 Dry 90685 918.78 900.66 924.38 904.80 D_"
Dr],
935.03 906.33 927.70 904.42 923.03 902.89 Probedry Dry Dry Dry 2/17/08 Dry 906.85 918.78 900.63 924.39 904.79 l)ry l)z),
935.01 906.33 927.64 904.52 923.03 902.86 Probedry Dry Dry Dr'/
2/17/08 Dry 906.85 918,77 900.71 924,37 904.82 Dr),
Dt7 935.04 906.33 927.07 903.40 923.03 902.95 Probedry Dry Dry Dry 2/17108 Dry 906.85 918,79 900.71 924.41 904.83 D_
D_
935.02 906.33 928.10 903.89 923,03 902.92 Probedry Dry Dry Dry 2/16/08 Dry 906.85 918.76 900.70 '
924.38 904.81 DrF Dr)"
935.02 906.33 927.74 904.41 923.03 902.91 Probe dry Dry Dry Dry 2/18/08 Dry 906.85 918.77 900.66 924.37 904.80 D_
D_
935,01 906.32 927.63 904.53 923.03 902.88 Probedry Dry Dry Dry 2/18/08 Dry 906.85 91877 900.74 924,34 904.83 Dry D-Q" 935.04 906.33 927.28 903.53 923.03
_02.96 Probedry Dry Dry Dry 2/18_8 Dry 906.86 918.79 900.74 924.38 904.86 Dt7 D_
935.02 906.33 927.88 903.96 923.04 902.94 Probedry Dry Dry Dry 2/19/08 Dry 906.86 918.77 900.73 924.36 90486 l)t7 D_
935.02 906.33 927.71 904.43 923.03 90294 Probe dry Dry Dry Dry 2/19/08 Dry 906.85 91875 90065 924.38 904.81 D_
D_
935.00 906.33 927.64 904.47 923.03 902.87 Probe dry Dry Dry Dry 2/19/08 Dry 906.85 918.77 900.71 924.37 904.82 D"Q" D_,
935.03 90633 927.31 903.51 923.03 90293 Probedry Dry Dry Dry 2/19108 Dry 906.86 918.78 900.71 924.39 904.85 Dr),
Dr_
935.02 906.33 927.99 90386 923.03 902.92 Probedry Dry Dry Dry 2/20/08 Dry 906.86 918.75 900.70 924.37 90484 Dz7 Dt7 935.02 906.33 927.70 904.36 923.02 902.93 Probedry Dry Dry Dry 2/20108 Dr'/
90666 918.77 900.68 924.36 904.64 D_
D_
935.01 906.33 927.61 904.36 923.03 902.89 Probedry Dry Dry Dry 2/20108 Dry 906.86 918.77 900.78 924.32 904.88 D_
I_
935.04 90633 927.15 903.63 923.03 902.99 Probedry Dry Dry Dry 2/20108 Dry 906.87 918.81 900.84 924.36 904,96 Dt7 Dr),
935.04 906.34 927.84 90400 923.04 903.03 Probedry Dry Dry Dry 2/21/08 Dry 906.86 918.75 900.74 924.35 904.90 D_"
D_
935.01 906.35 927.75 904.37 923.03 90294 Probedry Dry Dry Dry 2/21108 Dry 906.86 918.74 900.66 924.37 904.83 D_
D_
934.99
_06.34 927.70 904.56 923.02 902.86 iP'be dry Dry Dry Dry 2/'21/08 Dry 906.86 918.74 900.66 924.36 904.81 D_
D_
935.02 906.34 927.04 903.50 923.02 902.88 Probe dry Dry Dry Dry 2/21/08 Dry 906.86 918.76 900.66 924.40 904.82 Dr_
Dr.j 935,00 906.34 928,11 904.08 923.02 902.87 Pmbedry Dry Dry Dry 2/22/08 Dry 906.86 918.75 900.66 924.37 904.81 Dr),
D_
935.01 906.34 927.69 904.46 923.02 902.88 Probedry Dry Dry Dry 2/22/08 Dry 906.86 918.75 900.64 924.36 904.80 Dry 935.00 906.35 927.59 904.39 923.02 902.87 Probe dry Dry Dry Dry 2/22/08 Dry 906.86 918.75 900.69 924.33 904.83 Dx7 D_,
935.03 906.35 927.55 904.20 923.02 902.92 Probedry Dry Dry Dry 2/22/08 Dry 906.87 918.78 900.74 924.37 904.88 Dry D_
935.03 906.35 927.63 904.26 923,03 902.97 Probedry Dry Dry Dry 2/23/08 Dry 906,87 918,74 900,68 924.35 904.84 Dr_
D_
935,00 906 35 _ 927.64 904.39 923.02 90290 Probe dry Dry Dry Dry 2/23108 Dry 906.86 918.71 900.52 924.35 904.73 Dr),
D_
934.98 906.34 927.69 904.53 923.01 902.75 Probedry Dry Dry Dry 2_./23/08 Dry 906.85 918.71 900.48 924.32 904.66 D_
D_
935.00 906.34 926.95 903.30 923.01 902.78 Probedry Dry Dry Dry 2/23/08 Dry 906.85 918.72 900.45 924.37 904.64 Dry Dry 934.99 906.33 928.20 i 903.94 923.01 902.77 Probedry Dry Dry Dry 2/24/08 Dry 906.85 9t8.72 900.45 924.35 904.63 D_
935.00 906.33 927.68 904.25 923.01 902.80 Probedry Dry Dry Dry 2/24/08 Dry 906.84 918.74 900.46 924.36 904,63 D_,
D_
934.99 906.32 927,56 904.23 923.01 902.78 Probedry Dry DW Dry 2/24/08 Dry 906.85 918.74 900.56 924.35 90469 Dry Dz7 935.02 906.32 927.48 903.76 923.02 90290 Probedry Dry Dry D_/
2/24108 Dry 906.85 918.78 900.62 924.39 904.77 Dry Dz7 935.02 906.32 927.69 903.84 923.03 902.93 Probedry Dry Dry Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ,-IA RPT_IB RPZ-2AIRP_2B
_A RPZ-3B RP_4A RPZ-4B RPZ-SA RPZ-SB RPZ.-6A RPZ-6B RPZ-7A RPZ,-7B RPZ-SA RPZ-8B RP_9A RPZ-9B 2/25108 Dry 90685 918.74 900.59 924.37 904.76 Dt7 D_
935.01 906.32 92766 904.28 923.02 90290 Probe dry Dry Dry Dry 2./25/08 Dry 906.84 918.72 900.48 924.37 904.68 Dr},
D_
934.97 906.31 927.67 904.37 923.01 902.79 Probe dry De]
Dr'/
Dr/
2/25/08 De]
906.84 918,72 90051 924.34 904.65 Dry D_
935.00 906.31 926.84 903.29 923.01 902.84 Probe dry Dry Dry Dry 2/25/08 Dry 906,84 918.74 900.51 924.36 904.66 Dt7 D_
934.99 906.31 928.11 903.79 923.01 902.82 Probede]
Dry Dry Dry 2/26/08 Dry 90683 918.71 900.47 924.34 904.62 Dr),
l)_
934.98 906.31 927.78 904.36 923.01 902.80 Probe dry Dry Dry Dry 2/26/08 Dry 906.82 918.70 900.37 924.33 904.55 Dt7 Drt 934.97 90630 927.65 904.48 923.00 902.72 Probe dry Dry Dry Dry 2/26/08 Dry 906.83 918.71 900.43 924.32 90453 Dry Dry 935.00 906.29 927.13 903.26 923.01 902.81 Probedry Dry Dry Dry 2/26/08 Dry 906.82 918.74 900.47 924.35 904.57 Dr),
Dry 935.00 90629 928.07 903.78 923.01 902 83 Probe dry Dry Dry Dry 2/27/08 Dry 906.82 918.72 900.45 924,34 904.57 I_
935.00 906,29 927.72 904.32 923.01 902,82 I Probe dry Dry Dry Dry 2/27/08 Dry 906.82 918.73 900.47 92435 904.58 Dr),
Dry 934.99 906.29 927.66 904.46 923.01 902.83 Probe dry Dry Dry Dry 2/27/08 Dry 906.82 918.73 900.59 924.34 904.66 Dr},
Dry 935.03 906.29 926.84 903.26 923.01 902.94 Probe dr,/
Dry Dry Dry 2/27/08 Dry 906.83 918.77 900.66 924.38 904.75 D_
D_
935.02 906.30 928.25 903.86 923.03 902.98 Probede]
Dry Dr'/
Dry 2/28/08 Dry 906.83 918.75 900.69 924.36 904.79 Dr/"
D_
935.03 906.30 927.85 904.47 923.03 902.99
' Probe dry Dry Dry Dry 2/26/08 Dr'/
906.83 918.74 900.64 924,35 904.77 Drj Drj 935.00 906.30 927.68 904.61 923.03 902.93 Probe dry Dry Dr)(
Dry 2/28/08 Dry 906.83 91874 900.70 924.31 904.80 D'_
I_
935.02 90631 926.99 903.42 923.03 902.98 Probe dry Dry Dry Dry 2/28/08 Dry 906.84 918.75 900.66 924.34 904.79
- Drj, D_
934.99 906.32 i 928.11 90398 923.03 902.93 Probedry Dry Dry Dry 2/26/08 Dry 906.83 918.70 900.56 924.30 90472 1)_
Dx7 934.98 906.32 92783 904.52 923.01 902.86 Probedry Dry Dry Dry 2/29/08 Dry 906.83 918.69 900.45 924.30 904,63 Dry I)z7 934.96 906.32 927,68 904,63 923.00 902.76 Probe de]
Dry Dry Dry 2/29/08 Dry 906.82 918.70 900.49 924.31 904.63 D_
Dr)"
934.99 906.31 927.13 903.52 923.00 902.82 Probedry Dry Dry Dry 2/29/08 Dry 906.82 918.72 900.49 924.35 904.64 D_
D=),
934.98 906.32 927.99 903.91 923.00 902.80 Probe dry Dry Dry Dry 3/1/08 Dry 906.82 918.70 90048 924.34 904.63 Dry Dr_
934.98 90631 927.83 904.43 923.00 902.80 Probe dry
,Dry Dry Dry 3/1/08 Dry 906.82 918.70 900.48 924.35 904.62 Dry I_
934.97 906.31 927,65 904.52 923.00 902.80 Probe dry Dry Dry Dry 3/1/08 Dry 906.83 918.74 900.66 924.34 904.73 D_
Dr'/
935,02 906.31 926.92 903.39 923.01 902.94 Probe dry Dry Dry Dry 3/1/08 Dry 906.83 9!8.76 900.76 924.38 904.83 Dr/
935.02 906.32 928.00 903.97 923.02 902.99 Probe dry Dry Dry Dry 3/2/08 Dry 906.84 918.75 900.78 924.34 904.87 D_
D_
935.02 906.33 927.68 904.35 923.03 903.00 Probede]
Dry Dry Dry 3/2/08 Dry 906.83 918.73 900.69 924.35 904.81 D_
D_
934.98 906.34 927.73 904.55 923.03 90290 Probe dry Dry Dry Dry 3/2/08 Dry 906.83 918.70 900.68 924.31 904.78 Dt7 D_
935,00 906.34 927.35 903.88 923.01 902.90 Probe dry Dry Dry Dry 3/2/08 Dry 906.83 918.68 900.52 924.35 904.68 D[7 Dry 934.95 906.34 927.80 904.25 923.00 902.75 Probe dr,/
Dry Dry Dry 3/3/08 Dry 906.82 918.65 900.35 924.30 904.51 D_
D_
934.95 906.33 927.65 904.49 922.99 902.65 Probedry Dry Dry Dry 313/08 Dry 906.8!
91865 900.21 924.31 904.39 D_
Dry 934.94 906.32 927.60 904.47 922.99 902.60 Probe dry Dry Dry Dry 313/08 Dry 906.81 918.68 900.31 924.29 904.41 D_
D_
934.98 906.31 927.17 903.63 922.99 902.71 Pmbede]
Dry Dry Dry 3/3/08 Dry 906.80 91871 900.36 924.34 904.46 Dry D_
934.98 906.31 927.80 903.86 923.00 902.74 Probe dry Dry Dry Dry 314/08 Dry 906.80 918,70 900.39 924,32 904.49 D_
D_
934.99 906.30 927.74 904.38 923.00 902.78 Probe dry Dry Dry Dry 314/08 Dry 906.80 918.71 900.44 924.31 904.54 Dr#"
934.98 906.30 927.64 904.45 923.00 902.80 Probedry Dry Dry Dry 3/4/08 Dry 906.80 918.72 900.60 924.29 904.65 I_
D_
935.02 90630 926.89 903.30 923.00 902.93 Probe dry Dry Dry Dry 3/4/08 Dry 906.81 918.76 900.68 924.35 904.75 D_
D_
935.01 906.31 928.02 903,87 923,02 902.95 Probe dry Dry Dry Dry 3/5/08 Dry 90681 918.73 900.67 924.32 904.76 D_
Dt7 935.01 90631 927.82 904.43 923.02 902.95 Pmbedr Dry Dry Dry 3/5/08 Dry 906.81 918.72 900.61 924.35 904.73 Dx7 D_
934.98 906.32 927.68 904.63 923.02 902.89 Probe dry Dry Dry Dry 315/08 Dry 906.81 918.70 900.65 924.33 904.74 D_
Dr),
935.00 906.32 926.91 903.47 923.01 902.92 Probe dry Dry Dry Dry 315/08 Dry 906.81 918.70 90056 924.37, 904.69 D_
Dr,j 934.96 906.32 927.86 904.04 923.01 902.82 Probe dr](
Dry Dr'/
Dry 316/08 Dry 906.80 918.65 900.45 924.33 904.60 Dry Dr/
934.95 90632 927.72 904.36 922.99 902.76 Probe dr, Dry Dry Dr'/
316/08 Dry 906.79 918.65 900.33 924.3!
904.49 D_
D_
934.93 906.31 927.64 904.45 922.98 902.65 Probe dry Dry Dry Dry 3/6/08 Dry 906.79 918.66 900.38 924.28 904.48 Drf 1)_
934.97 906.31 927.04 903.52 922.99 902.72 Probe dry Dry Dry Dry 3/6/08 Dry 906.79 918.69 900.39 924.31 904.50 D_
Dt7 934.95 906.30 928.06 903.88 922.99 902.71 Probe dry Dry Dry Dry 3/7/08 Dry 906.78 918.66 900.35 924.29 904.47 D,Q, 934.95 906.30 927.76 904,32 922,98 902,69 Probe dry Dry Dry Dry 3/7/08 Dry 906.78 918,65 900.26 924.30 904.40 D_
Dr},
934.93 906.29 927.62 904.44 922.98 902.63 Probe dry Dry Dry Dry 3/7/08 Dry 906.78 918.66 900,36 924.28 904.44 I_
I)t7 934.97 906.28 927.05 903.30 922,98 i 902.75 I Probe dr]/I Dry Dry Dry 3/7/08 Dry 906.78 918.70 900.43 924.33 904.51 D'_
I_
934.97 906.28 927.97 903.68 922.99 I 902.78 Probe de]'
Dry Dry Dr'/
i 318/08 Dry 906.78 918.69 900.46 924.31 904.55 D_
Dry 934.98 906.28 927.82 904.36 923.00 902.81 1Probe dry Dry Dty Dry 3/8/08 Dry 906.77 918.69 900.50 924.31 904.59 D_,
Drf 934.97 906.28 927.62 904.44 923.00 902.82 Probedr_[
Dry Dry Dry 3/8/08 Dry 90678 918.71
_60.68 924.30 904.71 D_
Dr_
935.02 906.29 926.71 903.29 923.00 90296 Probe dry[
Dry Dry Dry 3/8/08 Dry 906.79 918.74 900.77 924.34 904.82 D_,
1_
935.01 90630 927.86 903.81 923.02 902.99 Probe dry Dry Dry Dry 3/9/08 Dry 906.79 918.69 90070 924.32 904.79 l_
D_,
934.99 906.30 927.79 904.35 923.02 902.92 Probe dr,/'
Dry Dry Dry 3/9/08 Dry 906.78 918.66 900.53 924.32 904.68 Dr/
Dr/
934.94 906.30 927.58 904.40 923.01 902.79 Pmbedry Dry Dry Dry 3/9/08 Dry 906.78 918.65 900.53 924.30 904.63 Dr_
Dr),
934,95 906.30 926.99 903,39 922.99 902.79 Probe de]
Dry Dry Dry 3/9/08 Dry 906.77 91865 900.46 924.33 904.57 Dry I_
934,93 906,30 927.82 903.79 922.99 902.73 Probe dry Dry Dry Dry 3/10108 Dry 906.77 918.63 900.38 924.30 904.47 D_
D_
934.93 906.30 927.84 904.36 922.98 902.68 Probe de]
Dry Dry Dry 3/10/08 Dry 906.76 918.62 900.28 924.32 904.36 Dry Dry 934.92 906.29 927.64 904.47 922.97 902.61 Probe dry Dry Dry Dry 3/10108 Dr'/"
906.76 918.64 900.35 924.29 904.35 D_
Dry 934.95 90628 926.98 903.33 922.98 902.70 Probe dry Dry Dry Dry 3/10/08 Dry
_06.76 918.66 90038 924.33 904,39 D_
Dr_
934.95 90628 927,82 903,69 922,98 902.71 Probe dry Dry Dry Dry 3111/08 Dry 906.76 918.64 900.35 924.31 904.36 Dry D_
934.94 906.28 927.84 904.30 922.98 902.70 Probe dry Dry Dry Dry 3111108 Dry 906.75 918.64 900.33 924.31 904.35 D_
D_
934.93 906.27 927.64 904.41 922.97 902.68 Probedry Dry Dry Dry 3111/U8 Dry 906.75 918.65 900.45 924.29 904.42 D_
D_
934.97 906.27 926.80 903.14 922.98 902.79 Probe dry Dry Dry Dry 3/11/08 Dr](
906.76 918.69 900.52 924.33 904.52 I)_
Dx7 934.97 906.27 928.01 903.77 922.99 902.82 Pmbedry Dry Dry Dry 3/12/08 Dry 906,76 91867 900.54 924.30 90456 D_
D_
934,97 906.28 927.86 904.33 922.99 902.84
! Probede]
Dry Dry Dry 3112/08 Dry 906.75 918.67 900.51 924.30 90455 D_
Dt7 934.95 906.27 927.66 904.50 922.99 902.81 Probe dry Dry Dry Dry 3112/08 Dry 906.76 918.67 900.63 924.28 904.62 D_
934.98 906.28 926.73 903.20 922.99 902.90 Probe dry Dry Dry Dry 3/12/08 Dry 906.76 918.70 900.63 924.34 904,67 D_,
D_
934.97 906.29 927.81 903.84 923.01 902.89 i Probe dry Dry Dry Dry 3113/08 Dry 906.76 918.67 900.61 924.30 904.66 I_
D_
934.97 906.30 927.88 904.46 923.00 902.88 Probede]
Dry Dry Dr_
3113/08 Dry 906.76 918.66 900.58 924.31 904.63 Dr_
Dr_
934.94 906.30 927.63 904.56 923,00 902.83 Probede]
Dry Dry Dry 3/13/08 Dry 906.77 918.66 900.67 924.27 904.67 Dt7 Dry 934.98 90631 926.7!
i 903.36 922.99 902 90 Probe dry Dry Dry Dry 3/13/08 Dry 906.77 918.68 900.68 924.28 904.72 1)_
D_
934.96 906.32 927.83
_ 90393 923.00 902.89 Probe dry Dry Dry Dry 3/14/08 Dry 906.77 918.66 900.67 924.28 904.72 Dr),
D_
934.96 906.32 927.65 904.27 923.00 902.88 Probedry Dry Dry Dry 3/14/08 Dry 906.76 918.64 900.60 924.28 904.68 D_
D_
934.93 90633 927.63 904.46 922,99 902.82 Pmbede]
Dry Dry Dry 3/14/08 Dry 906.78 918.67 900.71 924.26 904.74 DQ, Dry 934.97 906.34 927.19 903.64 922.99 902.91 Probedry Dry Dry Dry 3/14/08 Dry 906.78 918.69 900.74 924.29 904.80 D_
D_,
934.96 906.35 927.74 904.02 923.00 902.90 Pmbedry Dry Dry Dry 3/15/08 Dry 906.78 918,65 900.71 924.27 904.77 l_
l_
934.95 906.36 927.73 904.51 923.00 902.88 Probe dry Dry Dry Dry 3/15/08 Dry 906,78 918.63 900.62 924.28 904.72 Dry Dt7 934.92 90636 927.62 904.64 922.99 902,80 Probe dry Dry Dry Dry 3115108 Dry 906.76 918.65 900.74 924.26 904.78 D_
Dr_
934.97 906.37 926.99 903.71 922.98 902.91 Probe dry Dry Dry Dry 3/15/08 Dry 906.79 918.69 900.84 924.30 904.88 D_
Dr]
934.97 906.38 927.83 904.21 923.00 902.95 Probe dry Dry Dry Dry 3/16108 Dry 906.80 918.66 900.83 924.28 904.89 Dr/
D_
934.96 906.39 927.77 904.66 923.00 902.93 Probe de]
Dry Dry Dr,/
3/16/08 Dry 906.79 918.65 900.72 924.29 904.84 D_
Dt7 934.93 906.40 927.62 904.74 923.00 902.84 Probedry Dry Dry Dry 3/16/08 Dry 906.80 918.63 900.69 924.26 904.80 Dr},
D_
934.93 906.41 927.23 904.07 922.98 902.82 Probe dry Dr](
Dry Dry 3/16/08 Dry 906.80 918.62 900.60 924.31 904.73 Dr/
Dry 934.92 906.41 927.71 904.44 922.97 902.75 Pmbedry Dry Dry Dry 3/17/08 Dry 90679 918.61 90055 924.29 904.68 Dry
])_y 934.92 906.41 927.60 904.56 922.97 902.72 Probedry Dry Dry Dry
TABLE
- 1. WATER LEVELS FOR 80=ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-IA RPZ-1B RPZ-2A RPZ-2B RPZ-3A RPZ-3B RPZ-4A RPZ-4B RPZ-SA RPZ-SB RPZ-6A RPZ-6B RPZ-7A RPZ-7B RPZ-SA RPZ--SB RPZ_9A;_9B 3/17/08 Dry 906.79 918.61 900.46 924.29 904.61 D_
D_
934.91 906.41 927.57 904.63 922.97 902.65 Probedry Dry Dry Dry 3/17f08 Dr](
906.78 918.61 900.47 922.60 904.59 D_
D_
934.92 906.40 927.35 903,85 922.97 902.67 Probe dry Dty Dry Dry 3/17/08 Dry 90678 91861 900.42 924.30 904.56 I_ 7 Dr,(
934.91 906.40 927.78 903,90 922.97 902.63 Probe dry Dry Dry Dry 3/18/08 Dry 906.77 918.61 900.41 924.26 904.54 I_
I_
934.92 906.39 927.72 904.35 922.97 902.64 Probe dry Dry Dry Dry 3/18/08 Dry 906.76 918.60 900.33 924.28 904.49 D_,
D_,
934.90 906.38 927.61 904.45 922,96 902.59 Probe dry Dry Dry Dry 3/16/08 Dry 906.76 918.61 900.38 924.09 904.50 D_,
Dry 934.93 906.38 926.77 903,18 922.96 902.67 Probe dry Dry Dry Dry 3/18/08 Dry 906.76 918.63 900.38 924.29 904.52 D_
D_
934.9t 906.38 927.98 903.73 922.97 902.65 Probe dry Dry Dry Dry 3/19/08 Dry 906.75 918.60 900.36 924.27 904.50 I_
D_
934.91 906.37 927.78 904.20 922.96 902.65 Probe dry Dry Dry Dry 3/19/08 Dry 906.75 918.59 900.29 924.28 904.45 I_
I_,
934.90 906.36 927.63 904.37 922.96 902,60 Probedr'/
Dry Dry Dry 3/19/08 Dry 906.75 918.61 900,41 924.26 904.51 Ded I_
934.94 906.36 926.95 903.19 922.96 902.71 Probe dry Dry Dry Dry 3/19/08 Dry 906.75 918.65 900.48 924.30 904,59 Dry Dry 934.94 906.36 927.49 903.19 922.96 902.71 Probe dr Dry Dry Dry 3/20/08 Dry 906.75 918.63 90050 924,27 904.62 D_,
D_
934.94 906.36 927.49 903.93 922,96 902.73 Probe dry Dry Dry Dry 3/20/08 Dry 904.83 918.61 900.42 924.27 904.58 D_,
D_
934.91 906.35 927.48 903.98 922.96 902.67 930.54 Dry Dry Dry 3/20108 Dry 90486 918.46 900.26 924.25 903.28 I_
D_
933.79 905.81 927.48 903.93 922.95 902.72 Probe dry Dry Dry Dry 3/20/08 Dry 904.88 918.49 900.27 924.29 904.16 I_
1_
934.91, 90582 927.50 902.19 922.96 902.70 Probe dry Dry Dry Dry 3/21108 Dry 904.90 918.44 900.21 924.27 904.38 D_
l_
934.91 905.83 927.49 903.75 922.95 902.66 Probe dry Dry Dry Dry 3/21/08 Dry 904.90 918.44 90021 924.11 900.78 I_
D_
932.80 905.84 927.49 903.79 922.95 902.59 Probe dry, Dry Dry Dry 3/21/08 Dry 904.92 918.55 900.35 924.10 903.58 D_
I_
934.92 905,85 927.50 903,74 922,95
' 902,66 iProbe dry I Dry Dry Dry 3/21/08 Dry 904.94 918.58 900.39 924.13 904.18 D_
D_
934.91 905.85 927.51 903,87 922,95 902.68 Probe dry, Dry Dry Dry 3/22/08 Dry 904.95 918,55 900.38 924.!0 904.38 D_,
1_
934.92 905.86 927.49 903.84 922.95 902.68 Probe dry Dry Dry Dry 3/22/08 De/
904.96 918.55 900.34 924.11 904.45 Dry I_
934.89 905.85 927.49 903.86 922.95 902.63 Probedry Dry Dry Dry 3/22/08 Dry 904.97 918.55 900.42 924.09 904.55 I_,
D_
934.92 905.86 927.50 903.82 922.95 902.70 Probe dry Dry De/
Dry 3/22/08 Dry 904.98 918.58 900.43 924.12 904.63 D_
D_
934.91 905.87 927.50 903.94 922.95 902.70 Probe dry Dry Dry Dry 3/23/08 Dry 904.99 918.54 900.39 924.09 904.63 Dr}"
D_,
934.90 905.87 927.49 903.88 922.94 902.67 Probe dry Dry Dry Ory 3/23/08 Dry 905.00 918.53 900.30 924.10 904.58 D_
D_7 934.88 905.87 927.49 903.84 922.94 902.60 Probe dr,/
Dry Dry Dry 3/23/08 Dry 905.01 918.55 900.38 924.08 904.63 D_
Dry 934.92 905.87 927.50 903.79 922.95 902.67 Probe dry Dry Dry Dry 3/23/08 Dry 905.02 918.57 900.42 924.13 904.68 D_
l_
934.91 905.88 927.50 903.90 922.95 902,68 Probe dry Dry Dry Dry 3/24/08 Dry 905.03 918.55 900,40, 924,11 904.69 l_y Dry 934.91 905,88 927.49 903.88 922.94 90268 Probedry Dry Dry DW 3/24/08 Dry 905.03 918.53 900,35 924.11 904.67 D_,
934.88 905.88 927.48 903.88 922.94 902.64 Probedry Dry Dry Dry 3/24/08 Dr'/
90504 91856 900.46 924.09 904.75 D_
D_
934.93 905.88 927.50 903.87 922.95 902.74 Probe dry Dry Dry Dry 3/24/08 Dry 905.05 918.57 900.49 924.13 904.80 I_
Dnj 934.91 905.89 927.50 903.99 922.95 902.73 Probe dry Dry Dry Dry 3/25/08 Dry 90506 918.54 900.46 924.10 904.78 Dr'/
l_
934.91
)05.90 927.49 903.95 922.95 902.72 Probe dry Dry Dry Dry 3/25/08 Dry 905.07 918.64 900.40 924.11 904,75 D_
D_
934,88 00590 927.49 903.95 922,95 902.67 Probe dry Dry Dry Dry 3/25/08 Dry 905.07 918.54 900.46 924.09 904.78
- Dea, D_,
934.92 905.91 927.49 903.88 922.94 902.73 Probe dry Dry Dry Dry 3/25/08 Dry 905.09 918.56 900.46 924.13 904.81 D_
D_
934.89 905.92 927.49 903.98 922.95 902.71 Probe dry Dry Dry Dry 3/26/08 Dry 905.09 918.53 900.41 924.10 904.77 D_
D_
934.89 905.92 927.48 903,91 922,94 902.68 Probe dry Dry Dry Dry 3/26/08 Dry 905.10 918.52 900.34 924.09 904.72 Dry Dry 934.88 905.92 927.48 903.88 922.94 902.62 Probe dry Dry Dry Dry 3/26/08 Dry 905.11 918.54 900.43 924.08 904.7-/
D_
Dr),
934.92 90593 927.49 903.83 922.94 902.71 Probedry Dry Dry Dry 3/26/08 Dry 905.12 918.57 900.49 924.11 904.84 D_
I_
934.91 905.94 927.50 903.99 922.95 902.73 Probedry Dry Dry Dry 3/27108 Dry 905.13 918.55 900.49 924.09 904.85 D._
D_
934,9l 905.95 927.49 903.98 922,95 902.73 Probe dry Dry Dry Dry 3/27/08 Dry 905.13 918.54 900.43 924.08 904.82 I_7 Dry 934.89 90595 927.48 903.98 922.94 902.69 Probe dry Dry Dry Dry 3/'27108 Dry 905.14 918.55 900.54 924.07 904.89 D_,
D_,
934.93 905.96 927.49 903.95 922.94 902,78
_ Probe dry Dry Dry Dry 3/27/08 Dry 905.15 916.57 90058 924.10 904.95 D_
D_
934.91 905.98 927.50 904,08 922,95 902.78 probedry Dry Dry Dr'/
3/2_D8 Dry 905.16 916.64 900.57 924.07 904.95 I_
D_
934.91 90599 927.49 904.04 922.95 902.77 Probe dry Dry Dry Dry 3/26/08 Dry 905.17 918.54 900.53 924,08 904.92 D_
D_
93439 906.00 927.48 904,04 922,95 902,73 Probe dry Dry Dry Dry 3/28/08 Dry 905.18 918.55 900.63 924,06 904.99 I_
I_
934.92 906.02 927.49 904 02 922.95 902.81 Probe dry Dry Dry Dry 3/28/08 Dry 90519 91857 900.66 924.10 905.04 D_
D_
934,91 906,04' 927,49 904.14 I 922.96 902.81 Probe dry Dry Dry Dry 3/29108 Dry 905.20 918.53 900.61 924.08 905.01 1_
l_
934.90 906.05 927.48 904.08 922.95 902.77 PrObe dry Dry Dry Dry 3/29/08 Dry 905,21 918.52 900.53 924.09 904.95 l_
Dr,/
934.87 906.06 927.48 904.04 922.94 902.71 Probe dry Dry Dry Dry 3129108 Dry 905.22 918.54 900.60 924.08 904.97 I_
D_
934.91 906.08 927.48 903.99 922.94 902.76 Probedry Dry Dry Dry 3/29/08 Dry 90523 918.54 90061 924.11 905.00 D_
I_
934.89 90609 927.48 904.07 922.94 902.75 Probe dry Dry Dry Dry 3/30/08 Dry 905.24 918.51 900.55 924.08 904.96 I_,
D_
934.88 906.11 927.47 904.01 922.94 902.71 Pmbedry Dry Dry Dry 3/30108 Dry 905.24 918.51 900.48 924.08 90491 D_
D_
934.87 906.11 927.47 903.96 922.93 902.64 Probe dry Dry Dry Dry 3/30/08 Dry 905.25 918.52 900.53 924.06 904.92 Dr_
1_
934.90 906.13 927.48 903.91 922.94 902.69 Pmbedry Dry Dry Dry 3/30/08 Dry 905.26 918.53 900.49 924.10 904.91 l_
1_
934.87 906.14 927.47 903.98 922.94 902.64 Probe dry Dry Dry Dry 3/31/08 Dry 905.27 918.50 900.44 924,07 904.86 D_,
D_
934.87 906.15 927.47 903.89 922,93 902.61 Probe dry Dry Dry Dry 3/31/08 Dry 905.27 918.49 900.34 924.07 904.78 D_-
DQ, 934.86 906.15 927.46 903.83 922.93 902.54 Probedry Dry Dry Dry 3.131108 Dry 905.28 918.50 900.39 924.05 904.78 Dry Dry 934.89 906.15 927.47 903.74 922.93 902.61 Probe dry Dry Dry Dry 3/31108 Dry 905.29 918.53 900.43 924.09 904.82 D_-
Dr_
934.88 906.16 927.48 903.85 922.93 902.62 Probe dry Dry Dry Dry 4/1/08 Dry 905.29 918.50 900.41 924.06 904.80 Dr}"
Dr)"
934.88 90616 927.47 903.82 922.93 902,61 Probe dry Dry Dry Dry 4/1/08 Dry 905.30 918.50 900.37 924.07 904.78 I_
D_
934.86 906.17 927.46 903.84 922.93 902.58 Probe dry Dry Dry Dry 4/1/08 Dry 905.30 918.51 900.47 924.06 904.83 I_
l_
934.89 906.17 927.47 903.81 922.93 902.67 Probe dry Dry Dry Dry 4/1/08 Dry 905.31 918.53 900.50 924.12 904.88 D_
D_,
934.88 906.18 927.48 903.94 922.94 902.67 Probedry Dry Dry Dry 4/2/08 Dry 905.32 918.50 900.49 924.09 904.86 D_
D_
934.88 906.19 927.47 903.89 922.93 902.66 Probe dry Dry Dry Dry 4/2/08 Dry 905.32 918.49 900.43 924.10 904.83 D_
D_
934.86 906.19 927.46 903.88 922.93 902,61 Probe dry Dry Dry Dry 4/2/08 Dry 905.33 918.50 900.52 924.07 904.87 Dt7 D_
934.89 906.2(
927.47 903.83 922.93 902.68 Probe dry Dry Dry Dry 4/2/08 Dry 905.34 918.53 900.53 924.10 904.90 D_,
D_
934.87 906.21 927.47 903.95 922.93 902.66 Probe dry Dry Dry Dry 4/3/08 Dry 905.35 918.49 900.50 924.06 904.88 D_
I_
934.87 906.22 927.46 903.89 922.93 902.64 Probe dry Dry Dry Dr'/
4/3/08 Dry 905.35 91848 900.42 924.06 904.82 1_
I_
934.85 906.22 927.41 903.86 922.92 902.57 Probe dry Dry Dry Dry 413/08 Dry 905.36 918.49 900.48 924.04 904.84 D_
D_"
934.8_
906.23 927.46 903.79 922.93 902.63 Probedry Dry Dry Dry 413/08 Dry 90536 918.51 900.47 924.09 904.85 Dry D_y 934.86 90624 927.47 903.88 922.93
- 902.60 Probe dry Dry Dry Dry 4/4/06 Dry 905.37 918.47 900.42 924.06 904.79 D_,
D_
934.86 906.24 927.46 903.79 922.92 902.57 Probedry Dry Dry Dry 4/4/08 Dry 905.37 i
918,47 900.36 924.07 904.75 I_
Dry 934.85 906.24 927.45 903.75 922.92 902.54 Probe dry Dry Dry Dry 4/4/08 Dry 905.38 91850 900.49 924.05 904.83 D.Q, I_
934.89 90624 927.47 903.73 922.92 902.65 Probe dry Dry Dry Dry 4/4/08 Dry 905.39 918.54 900.61 924.09 904.94 D_
Dry 934.89 906.25 927.48 903.93 922.93 902.70 Probe dry Dry Dry Dry 415/08 Dry 905.40 918.53 900.68 924.06 905.01 D'Q, D_
934.91 906.27 927.48 903.96 922.94 902 75 Probe dry Dry Dry Dry 415/08 Dry 905.40 918.52 90067 924.08 905.03 Dr/
Dr/
934.88 906.28 927.48 904.02 922.94 902,72 Probe dry Dry Dr'/
Dry 415/08 Dry 905.41 918.53 900,76 924.08 905.10 Dry D_
934.9!
906.29 927.48 904,01 922,94 902,79 Probe dry, Dry Dry Dry 4/5/08 Dry 905.41 918.54 900.77 924.10 905.13 D_
D_
934.89 906.30 927.47 904.11 922.95 902.76 Probedry Dry Dry Dry 4/6/08 Dry 905.42 918.50 900.72 924,07 905.10 I_
I_
934.88 906.31 927.46 904.03 922.94 902.73 Probe dry Dry Dry Dry 416/08 Dry 905.42 918.48 900.61 924.07 905.02 D_
D_
934.84 906.32 927.45 903.97 922.93 902.63 Probedry Dry Dry Dry 4/6/08 Dry 90543 918,48 900,67 924.05 905,03 I_
D_
934._8 906.32 927.46 903.85 922.92 902,69 Probe dry Dry Dry Dry 4/6/08 Dry 905.44 918.51 900,72 924.07 905.09 D_
DQ, 934.86 906.33 927.47 903.97 922.93 902.69 Probe d_/
Dry Dry Dry 4/7/08 Dry 905.45 918.48 900.67 924.04 905.06 D_
D_
934.86 906.34 927.45 903.92 922.92 902.66 Probe dry Dry Dry Dry 4/7/08 Dry 905.45 918.47 900.62 924.04 905.03 DD, D'Q, 934.84 90634 927.45 903.90 922.91 902.61 Probe dry Dry Dry Dry
TABLE I.
WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE R.W_IA RPZ-IB RPZ-2A
_2B RPZ-3A
_B RPZ-4A
_B i RPZ-SA
_58[
RPZ-6A RPZ-6B[
RPZ,-TA
_78 RI_-SA RPZ,-SB RPZ-9A RlY_9B 4/7/08 Dr'/
905 45 918.49 900.70 924.03 905.07 l_
I_
934.87 906.35 927.46 903.86 922.92 902.68 Probe dry Dr'/
Dry Dry 4/7/08 Dry 905.46 918.51 900.72 924.07 905.11 D_
D_
934.86 906.36 927.46 903.97 922.92 902.67 Probe dry Dry De/
Dry 4/8/08 Dry 905.47 918.48 900.71 924.03 905.11 D_
D_
P34.87 906.37 927.45 903.92 922.92 902.68 Probedry Dry Dry Dry 4/8/08 Dry 905.47 918.49 900.72 924.03 905.13 1_,
- Drd, 934.86 906.37 927.46 903.94 922.92 902.67 Probe dry Dry Dry Dry 4/8/08 Dry 905.48 918.51 900.84 924.03 905.22 Dry D_
934.89 906.38 927.47 903.97 922.92 902.76 Probe dry Dry Dry Dry 4/8/08 Dry
_05.49 918.53 900.91 924,09 905.3!
I_
I_
934.88 906.39 927.47 904.11 922.93 902.78 Probe dry Dry Dry Dry 4/9/08 Dry 905.50 918.50
)00.88 924.04 905.30 Dry D_
934.8'7 906.4t 927.46 904.09 922.93 902.75 Probe dr Dry Dry Dry 4/9/08 Dry 905.50 118.49 900.82 924.03 905.26 DI_
DI_
934,84 906.41 927.46 904.05 922.93 902.70 Probe dr'/
Dry Dry Dry 4/9/08 Dry 905.51 918,48 900.82 924,03 905,26 I_
I_
934.86 906.42 927,46 903.97 922.92 902.71 Probe dry Dry Dry Dry 4/9/08 Dry 905.5!
91849 900.78 924.09 905.25 D_
Dry 934.84 906.43 927.45 904.01 922.91 902.66 Probedry Dry Dry Dry 4/10/08 Dry 905.52 918.46 900.72 924.06 905.19 13a7 Dry 934.84 906.43 927.44 903.91 922.91 902.62 Probe dr Dry Dry Dry 4/10/08 Dry 905.52 l18.44 900.59 924.06 905.08 Da7 I_/
934.83 906.43 927.43 903.83 922.90 902.51 Probe dry Dry Dry Dry 4110108 Dry 905.53 918.47 l00.61 924.05 905.09 Dr,l D_
934.85 106.42 927.45 903.74 922.91 902.56
- Probe dr' Dry Dry Dry 4/10108 Dry 905.53 918.47
)00.59 924,08 905.09 Dr-f I_
934.83 906.43 927.44 903.81 922.91 902.53
=Probe dry, Dry Dry Dry 4/11/08 Dry 905.53 918.43 900.48 924.05 905.00 Dr7 Dry 934.82 906.42 927.43 903.71 922.90 902.49 Probe dry Dry Dr,/
Dry 4/11108 Dry 905.53 918.43 900.38 924.06 90492 D_
934.81 906.41 927.43 903.62 922.90 902.45 Probe dry Dry Dry Dry 4/11108 Dry 905.54 918.47 900.48 924.05 904.97 I_
D_
934.86 906.40 927.45 903.59 92291 902.55 Probe dry Dry Dry Dry 4/11/08 Dr'/
905,54 918.49 900.52 924,09 905,03 I_
Da7 934.84 906.40 927.45 903,76 922.91 902.54 Pmbedry Dry Dry Dry 4/12/08 Dry 905.54 918.44 900.41 924.05 904.96 I_/
D_
934.82 906.40 t27.43 903.69 922.90 902.49 Probe d_
Dry Dry Dry 4/12/08 Dry 905.54 918.42 900.31 924.05 904.88 D_
D_
934.81 906.38 927.43 903.62 922.90 902.44 Probedry Dry Dry Dry 4/12./08 Dry 905.54 918.46 900.42 924.04 904.93 Da7 Dr/
934.85 906.37 927.44 903,57 922.90 902.54 Probe dry Dn/
Dry Dry 4/12/08 Dry 905.55 918.49 900.50 924.08 905.03 DP/
Dr/
934.85 906.38 927.45 903.74 922.91 902.58 Probe dry Dry Dry Dry 4/13/08 Dry 905.55 918.46 900.51 924.05 905.05 Dr7 Dr,[
934.85 906.37 927.45 903.77 922.91 902.59
- Probe dry Dry Dry Dry 4/13/08 Dry 905.55 918.45 900.44 924.04 905.02 Dry Dry 934.83 906.37 i 927.44 903.77 922.90 902.54 Probe dry Dry Dry Dry 4/13/08 Dry 905.56 918.47 900.56 924.02 905.10 Dr'/
D_
934.86 906.37
- 927.45 903.77 922.91 902.63 Probe dry Dry Dry Dry 4113/08 Dry 905.56 918.49 900.60 924.06 905.17 Dr'/
D_
934.86 906.37 927.45' 903.89 922.91 902.65 Probedry Dry Dry Dry 4/14/08 Dry 905.57 918.46 900.60 924.01 905.18 I_
Dry 934.86 90638 927.44 903,89 922.91 902.65 Probe dry Dry Dry Dry 4/14/08 Dry 905.57 918.46 900.54 924.01 905.16 Dr,(
D_
934,84 906.37 927.43 903.$9 92250 902.61 Probedry Dry Dry DrY 4/14/08 Dry 90557 918.47 900.64 924.01 905.22 D_
Dr-/
934.87 906.38 927.44 903.87 922.91 902.69 Probe dry Dry Dry Dry 4114/08 Dry
)05.58 918.50 900.68 924.07 905.29 D_
D_
934.85 906.39 927.45 904.01 922.92 902.70 Probe dry Dry Dry Dry 4/15108 Dry 90558 918.47 900.65 924.04 905.28 D_
1_
934.85 906.39 927.44 903.97 922.91 902.68 Probedry Dry Dry Dry 4/15/08 Dry 905.59 918.46 900.59 924.05 905.25 D_
I_/
934.83 906.40 927.43 903.95 922.91 902.64 Probe dry Dry Dry Dry 4/15/08 Dry 905.59 918.47 100.68 924.04 905.31 I_
D_
934.87 906.40 927.43 903.93 922.91 902.72 Probe dry Dry Dry Dry 4/15108 Dry 905.60 918.50 900.72 924.09 905.37 1_
DP/
934.86 90642 927.45 904.07 922.92 902.73 Probe dry Dry Dry Dry 4/16/08 Dry 905.60 118.46 900.68 924.06 905.36 l_,
Dr/
934.85 906.42 927.43 904.02 922.91 902.71 Probe dry Dry Dry Dry 4/15/08 Dry 905.60 918.45 900.57 924.05 90529 I_
I_
934,82 906.42 927.43 903.98 922.91 902.63 Probe dr Dry Dry Dry 4/16/08 Dry 905.61 918.44 900.55 924.04 905.26 Dxy Dr(
934.84 906.43 927.43 903.88 922.90 902.63
- Probe dr Dry Dry Dry 4/t6/08 Dry 905.6t 918.44
)00.45 924.07 905.20 D_
D-Q, 934.80 906.43 927.42 903.90 922.89 902.55 Probe dry Dry Dry Dry 4117108 Dry 905.61 918.41 900.30 924.03 905.07 D_
Da7 934.80 906.42 927.42 903.75 922.89 902.45 Probe dry Dry Dry Dry 4/17108 Dry 905.61 918.42 900.17 924,03 904.96 I_
I_
934.79 906.41 927.43 903.63 922.89 902.39 Probe dry Dry Dry Dry 4117108 Dry 905.62 918.44 900.25 924.01 904.99 Dry Dr(
934.84 906.40 927.43 903.58 922.90 902.49 Probe dry Dry Dry Dry 4117108 Dry 905,62 918.47 900.28 924.05 905.04 Dr'/
I_
934.82 906.40 927.44 903.73 922.90 902.50 Probe dry Dry Dry Dry 4/18/08 Dry 905.62 918.43 900.27 924.03 905.03 D_
D_
934.83 906.40 927.42 103.71 922.89 902.51 Probe dry Dry Dry Dry 4/18/08 Dry 905.62 918.43 900.23
=
924.02 905.00 1_
Dr/
934.81 906.39 927,42 903.71 922.89 902.49 Probe dry Dry Dry Dry 4/16/08 Dry 905.63 918.46 900.36 924.00 905.09 I_
D_
934.85 906.39 927.43 903.74 922.90 902.60 Probe dry D_
Dry Dry 4/18/08 Dry 905.63 918.49 900.47 924.05 905.20 Dt7 I_
934.86 906.40 927.45 903.93 922.9l 902.66 Probe dry Dry Dry Dry 4/19/08 Dry 905.64 918.47 900.49 924.03 905.24 D_
I_
934.86 906.41 927.44 903.97 922.91 902.67
_ Probe dry Dry Dry Dry 4/19/08 Dry 905.64 918.46 900.43 924.04 905.21 Da7 Dr_
934.84 906.41 927.43 903.97 922.91 902.63 Probe dry Dry Dry Dry 4/19108 Dry 905.65 918.47 900.51 924.03 905.27 Dr,/
D_
934.86 906.42 927.43 903.96 922.91 902.70 Probe dry Dry Dry Dry 4/19/08 Dry 905.65 918.48 900.51 924.06 905.30 I_
Dry 93434 906.43 927.43
- 904,07 i
922.92 902.68 Probe dry Dry Dry Dry 4/20108 Dry 905.6S 918.44 900.43 924.03 905,24 Dr/
I_
934.83 90643 927.41 ' 903,97 922.91 902.63 Probedry Dry Dry Dry 4/25/08 Dry 905.65 918.42 900.31 924.03 905.15 D_
Da7 934.80 906.43 927.41 903.91 922.90 902.54 Pmbedry Dry Dry Dry 4/20/08 Dry 905.66 918.42 900.34 92402 905.14 D_
1_
934.82 906.43 927.42 903.81 922.89 90258 Probe dry Dry Dry Dry 4/20108 Dry 905.66 918.45 900.36 924.05 905.17 1_7 Dry 934.82 906.44 927.43 903.91 922.90 902.58 Probe dry Dry Dry Dry 4/21/08 Dry 905.67 918.41 900.31 924.01 905.13 I_
D_/
934.81 906.44 927.41 903.86 922.89 902.55 Probe dry Dry Dry Dry 4/21/08 Dry 905.67 918.40 900.19 924.02 905.05 I_
D_
934.78 906,43 927.40 903,82 922.88 902,47 Probe, dry Dry Dry Dry 4/21/08 Dry 905.67 918.41 900.22' 924.00 905.05 Dr_
D_
934.82 906.43 927.41 903.73 922.89 902.51 Probe dry Dry Dry Dry 4/21108 Dry 905.67 918.44 900.25 924.04 905,08 Dry Dry 934.81 906.44 927.42 903.83 922.89 902.52 Probe dr_
Dry Dry Dry 4/22/08 Dry 905.68 918.42 900.24 924.00 905.07 1_
D_/
934.81 906.44 927.41 903.79 922.89 90252 Probe dry Dry Dry Dry 4/22/08 Dry 905.68 918.41 900,19 924.01 905.04 I_
D,_
934,79 906.43 927.41 903.80 92288 902,48 Probedry Dry Dry Dry 4/22/08 Dry 905.68 918.43 900.28 924.00 905.09 Dr/
I_
934.83 906.43 927.42 903.79 922.89 902.56 Probe dry I Dry Dry Dry 4/22/08 Dry 905.69 918.45 900.31 924.05 905.15 D_
1_/
934.82 906.44 927.43 903.92 922:90 902.58 Probedry Dry Dry Dry 4/23/08 Dry 905.69 918.42 900.28 924.03 905.13 I_
D_
934.81 906.44 927.41 903.89 922.89 90257 Pmbedry Dry Dry Dry 4/23/08 Dry 905.69 918.41 900.18 92402 905.07 I_
Dry 934.79 906.44 927.41 903.87 922.88 902.50 Probe dry Dry Dry Dry 4/23/08 Dry 905.70 918.42 900.23 924.01 905.09 D_
D_
934.82 906.44 927,41 903.82 922.89 902.56 Probe dry Dry Dry Dry 4/23/08 Dry 905.70 918.43 900.21 924.06 905.10 I_
I_
934.79 906.44 927.41 903.90 922.89 902.53 Probe dry Dry Dry Dry 4/24/08 Dry 905.70 918.40 900.16 924.01 90505 DP/
1_/
934.79 906.45 927.40 903.82 922.88 902.51 Probe dry
, Dry Dry Dry 4/24/08 Dry 905.70 918.39 900.07 924.00 904.99 D_
D_
934,78 906.44 927.40 903.81 922.88 902.45 Probe dry Dry Dry Dry 4/24/08 Dry 905.71 918.41 900,08 92399 904.99 D_
D_,
934.81 906.44 927.41 903.75 922.88 902.49 Probe dry Dry Dry Dry 4/24/08 Dry 905.71 918.41 900.06 924.03 904.98 D_
Dr-/
934.78 906.44 927.41 903.81 922.88 902.46
_ Probe dry Dry Dry Dry 4/25/08 Dry 905.71 918.38 899.97 924.01 904.90 D_
Dr/
934.78 906.44 927.39 903.72 922.87 902.43 Probe dry Dry Dry Dry 4/25/08 Dry 905.71 918.37 899.88 924.01 904.82 13a 7
I_/
934.77 906.43 927.39 903.66
_ 922.87 902.38 Probe dry Dry Dry Dry 4/25/08 Dry 905.71 9!8.40 899.95 924.01 904.85 D_7 D_
934.81 906.42 927.41 903.61 922.88 902.47 Probe dry Dry Dry Dry 4/25/08 Dry 905.71 918.43 900,01 924.05 904,91 Dz_
1_
93480 906.42 927.42 903.75 922.88 902.49 Probe dry Dry Dry Dry Dry 905.72 918.40 900.01 924.02 90490 Dry Dry 934.81 9(36.42 927.40 903,75 922.88 902.49 Probe dry Dry Dry Dry 4/26/08 4/26/08 Dry 905.72 918.39 899.93 924.03 904.86
- Dr3, D_
934.78 906.42 927.39 903.75 922.87 902.45 Probe dry Dry Dry Dry 4/26/08 Dry 905.72 918.41 900.04 924.01 904.92 I_
D_
934.82 906.42 927.40 903.74 922.88 902.54 Probe dry Dry Dry Dry 4/26/08 Dry 905.72 918.43 900.05 924.05 904.95 D_
D_
934.80 90642 927,41 903.88 922.88 902.52 Probe dry Dry Do/
Dry 4/27108 Dry 905.72 918.37 899.94 924.02 90487 Dz7 Dr/
934.78 906.42 927.39 903.79 922.87 902.46 Probe dry Dry Dry Dry 4/27108 Dry 905.72 918.36 899.8t 924.02 904.77 D_
D_
934.76 906.41 927.38 903.69 922.87 902.38 Probe dry Dry Dry Dry 4/27/08 Dry 905.72 918.38 899,85 924.01 904.77 I_
I_
934.80 906.41 927.40 903.62 922.87 902_44 Probe dry Dry Dry Dry 4/27/08 Dry 905.73 918.41 899.86 924.03 904.79 D_,
1_
934.78 906,41 927.40 903.72 922.87 902.43 Probe dr'/
Dry Dry Dry 4/28/08 Dry 905.73 918.38 899.83 924.00 904,76 D_
Da7 934.78 90640 927.39 903.69 922.87 902.42 Probe dr'/
Dry Dry Dry 4/28/08 Dry 90573 918.36 899_75 924.00 904.70 Dry Dry 934.77 906.39 927.38 903.66 922.86 902.39 Probe dry I Dry Dry Dry 4/28108 Dry 905.73 918.39 899.86 923.97 904.76 Dry D_
934.81 906.39 927.40 903.66 922.87 902.48 Probe dry Dry Dry Dry
TABLE I.
WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN Irgg'l ABOVE MEAN SEA LEVEL
_4EASURE DATE RPZ-1A
_IB RPZ-2A RPZ-2B RPZ-3A
_B RPZ-4A RPZ4B RPZ-SA RPZ-SB RPZ-6B RPZ_7A RPZ-7B RPZ-SA RPZ-SB RPZ-9A RPZ-9B 4/28/08 Dry 90573 9t8.42 899.93 924.02 904.84 Dry Dt7
)34.81 906,40 927.41 903.81 922.88 902.52 Probe dry Dry
,Dry Dry 4/29/08 Dry 905.74 918.40
_99,95 923.99 904.86 D_
Dr_
934.81 906.40 927.40 903.83 922.88 902.54 Probe dry Dry Dry Dry 4/29108 Dry 905.74 l18.40 899.92 923.99 904.85 I_
Drj 934,80 806.40 927.39 903.86 922.88 902.51 Probe dry Dry Dry Dry 4/29108 Dry 905.74 918.41 900.03 923.99 904.92 Dr},
Dry 934.83 906.41 927.40 903.86 922.88 902.60 Probe dry Dry Dry Dr/
4/29108 Dry 905.75 918.44 900.10 924.03 905.00 D_
Drl 934.82 906.42 927.41 904.02 922.90 902.63
_Probe dry Dry Dry Dry 4/30108 Dry 905.75
_ 918A1 900.08 923.99 905.00 D_
D_
934.82 906.43 927.39 903.99 922.89 902.62
' Probe dry!
Dry Dry Dry 4/30/08 Dry 90535 918.40 900.02 924.00 904.96 Dr,/
D_
934.80 906.43 927.38 903.98 922.89 902.57 Probe dry Dry Dry Dry 4/30/08 Dry 905.76 918.41 900.09 924.00 905.00 D_
D_
934.82 906.45 927.39 903.94 922.89 902 63 Probe dry Dry Dry Dry 4/30/08 Dry 905.76 918.43 900,11 924.04 905.03 D_
D_
934.80 906,46 927,40 904.03 922.90 902.61 Probe dry Dry Dry Dry 5/1/08 Dry 905.76 918,38 900.01 924.01 904.97
[h),
D_
934.78 906.46 927,38 903.94 922,89 902.55 Probedry Dry Dry Dry 511/08 Dry 905.76 918.35 899.86 924.01 904.65 Dr/
D_
934.75 906.46 927.37 903.87 922.87 902.45 Probe dry Dry Dry Dry 5/1/08 Dry 905.77 918.37 899.87 923.99 904.83 D_
Dr/
934,78 906.46 927.38 903.76 922.87 902.47 Probe dry Dry Dry Dry 5/1/08 Dry 905.77 918.39 89984 924.03 904.82 I_
Dz7 93436 906.46 927.39 903.83 922.87 902.43 Probe dry Dry Dry Dry 5/2/08 Dr'/
905.77 918.35 899.76 923.99 904.74 D_
Drj-934.76 906.46 927.38 903.75 922.86 902.39 Probe dry Dry Dry Dry 5/2/08 Dry 905.77 918.34 899.66 923.99 904.66 D_
D_
934.75 906.45 I 927.37
}03.67 922.86 902.34 Probe d_
Dry Dry Dry 5/2/08 Dry 905.77 9!8.37 899.75 923.99 904.69 D_
D_
_34.79 906.45 927.38
- 903.64
! 922.87 902.43 Probe dry Dry Dry Dry 5/2/08 Dry 905.77 9t8.39 899.73 924 02 904.71 D_
D_
P34.77 906.45 927.39 903,76 922.8"/
902.40 Probe dry Dry Dry Dry 5/3/08 Dry 905.78 918,36 899,73 923.98 904.69 D_
Dr_
93437 906.45 927.38 903.71 922.86 902,41 Probe dry Dry Dry Dry 513/08 Dry
_ 905.78 918.34 899.65 923.99 904.64 13t7 D_
934.76 906,44 927.37 903,70 922.86 902.38 Probe dry Dry Dry Dry 5/3/08 Dry 905 78 918.37 899.75 923.98 904.69 Dr),
Dr),
934.79 906.45 927.38 903.69 922.86 902.46 Probe dry Dry Dry Dry 5/3/08 Dry 905.78 918.40 899.80 924.00 904.76 D_
93438 906.45 927.39 903.84 922.87 902.48 Probe dry Dry Dry Dry 514/08 Dry 905.79 918.37 899.80 923.98 904.76 Dry D_
934.79 906.45 927.38 903.83 922.87 902.50 Probe dry Dry Dry Dry 514/08 Dr,/
905.79 118.36 899.74 923.97 904.73 D_
Dr/
934.77 906.45 927.37 903.83 922.86 902.45 Probe dry Dry Dry Dry 5/4/08 Dry 905.79 9!8.37 899.82 923.98 904.78 Dry Dr/"
934.80 906.46 927.38 903.81 922.87 902.52 probedry Dry Dry Dry 5/4/08 Dry
)05.79 918.39 899.81 924.03 904.80 D_
D_
934.77 906.47 927.38 903.92 922.87 902.49 Probe dry Dry Dry Dry 5/5/08 Dry 905.79 918.35 899.76 923.99 904.76 D_
1)_
934.77 906.47 927.37 903.84 922.86 902.47 Probe dry Dry Dry Dry 5/5/08 Dry 905.80
}18.34 899.70 923.99 904.70 D_
D_
934.75 906.47 927.37 903.81 922.86 902.42 Probe dry Dry Dry Dry 5/5/08 Dry 905.80 918.37 899.76 923.98 904.74 DW Dry 934.78 906.47 927.38 903.78 922,86 902.48 Probe dr Dr'/
Dry Dry 5/5/08 Dry 905.80 918.38 899.76 924.01 904.75
- Dnj, D_
934.76 906.48 927.37 903.88 922,86
!02.46 Probe dry Dry Dry Dry 516108 Dry 905,80 918.34 899.69 923.98 904.70 D_
D_
934.75 906.48 927.36 903.80 922.86 902.42 Probe dry:
Dry Dry Dry 5/6/08 Dry 905.81 918.34 899.62 923.99 904.64 Dr_
D_
934.74 906.48
)27.36 903,77 922.86 902.37 Probe dry Dry Dry Dry 5/6/08 Dry 905.81 918.35 899.63 923.98 904.63 Dr'/
Drl 934.76 906.48 927.36 903.71 922.86 902.40 Probe dry Dry Dry Dry 5/6/08 Dry 905.81 918.36 899.62 924.01 904.62 D_
D_
934.75 906.48 927.37 903.76
}22.86 902.39 Pmbedry Dry Dry Dry 5/7/08 Dry 905.81 918.33 899.54 I 923.97 904.52 D_
D_
934.74 906.48 927.36 903.71 922,85 902.35 Probe dry Dry Dry Dry 5/7/08 Dry 905.81 918.31 899.45 923.97 904.44 Dry D_
934.74 906.47 927.35 903.62 922.85 902.32 Probedry Dry Dry Dry 5/7/08 Dry 905.81 918.36 899.57 923.97 904.53 Dry Dt7 934.78 906.47 927.37 903.63 922.86 902,42 Probe dry Dry Dry Dry 5/7/08 Dry 905.81 918.40 899.64 924.00 904.61 Dry I)t 7 934.77 906.47 927.38 903.80 922.87 902.45 Probe dry Dry Dry Dry 5/8/08 Dry 905.81 918.35 899.61 923.98 904.60 Drj Dr),
934.77 906.47 i 927.37 903.78 922.86 902.44 Probe dry Dry Dry Dry 518/08 Dry 905.81 918.33 899.55 923.98 904.56 Dr),
Dr/
934.75 906.47
! 927.35 903.76 922.85 902.40 Probe dry Dry Dry Dry 5/8/08 Dry 905.82 918.35 899.61 923.98 904.59 l_
D_
934.78 906.47 927.36 903.74 922.86 902.45 Probedry Dry Dry Dry 5/8/08 Dry 905.82 918.36 899.62 924.01 904.62 Dt7 Dr/
934.76 906.48 927.37 903.84 922,86 902.44 Probe dr'/
Dry Dry Dry 5/9/08 Dry 905.82 918,33 899.60 923,98 904,59 D_
Dr)"
934,76 906.48 927,36 903,78 922.85 902.43 Pmbedry Dry Dry Dry 5/9/08 Dry 905.82 918.32 899.53 923.99 904.55 D_
Dr/
934.74 906.48 927.35 903.77 922.85 902.38 Probe dry Dry Dry Dry 5/9/08 Dry i 905.83 918.34 899.61 923.98 904.59 D_
D_
934.77 906.48 927,36 903.74 922.85 902.45 Probe dry Dry Dry Dry 5/9/08 Dry 905.83 918.36 899.58 924.01 904.60 D_
Dr),
934.75 906.49 927.36 903.85 922.86 902.41 Probe dry Dry Dry Dry 5110/08 Dry 905.83 918.30 899.49 923.97 904.52 I)_
934.74 906.49 927.35 903.73 922.84 902.36 Probe dry Dry Dry Dry 5/10/08 Dry 905.82 918.30 899.38 923.98 904.43 Dr),
D_
93433 906.48 927.35 903.67 922.84 902.30 Probe dry Dry Dry Dry 5110108 Dry 905.83 918.32 899.42 923.95 904,44 D_
934.7_
906.48 927.35 903.62 922.85 902.36 Probe dry Dry Dry.
Dry 5110108 Dry 905.83 918.34 899.44 923.96 904.46 Dr,/
D_
934.75 906.48 927.36 903.70 922.85 902.36 Probe dry Dry Dry Dry 5/11/08 Dry 905,83 918.32 899.42 923.94 904.43 Dr/
Dr_
934.74 906.48 927.35 903.67 922.84 902,35 Probe dry Dry Dry Dry 5/11/08 Dry 905.83 918.31 899.38 923.96 904.40 D_
l_
934,73 906.47 927.34 903.67 922.84 902.33 Probedr Dry Dry Dry 5111/08 Dry 905.83 918.33 899.47 923.96 904.46 Dr_
D_
934.77 906.47 927.35 903.67 922.85
- 902.41 Probe dry Dry Dry Dry 5/11108 Dry 905.84
= 918.36 889.53 924.00 904.52 I)t7 D_
934.76 906.48 127.37 903.82 922.86
' 902.43
,Probe dry!
Dry Dry Dry 5/12./08 Dry 905.84 918.32 899.52 923.97 904.49 D_
Dr(
934.76 906.48 927.35 903.79 922.85 902.43 Probe dr'/
Dry Dry Dry 5112/08 Dry 905.84 918.32 899.49 923.99 904.46 D._
D'P/
934.75 906.49 927.35 903.80 922.85 902.41 Probe dry Dry Dry Dry 5112/08 Dry 905.83 918.34 899.62 923,97 904.52 Dr_
Dr},
934.78 906.49 927.36 903.81 922.85 902.49 Probe dry Dry Dry Dry 5/12/08 Dry 905.84 918.37 899.66 923.99 904.57 D_
D_
934.76 906.50 927.36 903.95 922.87 902.49 probe dr'/"
Dry Dry Dry 5/13/08 Dry 905.85 918.33 899.63 923.94 904.54 Dr'(
Dr)"
934.76 906.51 927,35 903.89 922.86 902.49 Probe dry Dry Dry Dry 5/13/08 Dry 805.84 918.30 899.47 923.95 904.43 D_
Dt7 934.72 906.51 927.34 903.85 922.85 902.36 Probe dry Dry Dry Dry 5/13/08 Dry 905.84 918.30 899.43 923,95 904,36 Dr_
l)t7 93433
}06.51 927.35 903,71 922.85 902.33 Probe dry Dry Dry Dry 5t13/08 Dry 905.84 918.29 899.32 923.99 904.28 Dr/
D_
934.72 90650 927.34 903.67 922.84 902.27
! Probe dry Dry Dry Dry 5114/08
, Dry 905.84 918.29 899.28 923.95 904.19 Dr),
l_
934.72 906.50
}27.34 903.56 922.84 902.27 probe dry Dry Dry Dry 5/14/08 Dry 905.84 918.28 89922 923.96 904.15 Dr_
D_
934,71 906.49 927.33
' 903.54 922.84 902.25 Probe dry Dry Dry Dry 5/14/08 Dry 905.84 918.31 899.31 923.95 904.20 D_,
934.74 906.48 927.34 903.53 922.84 902.33 Pmbedry Dr_
Dry Dry 5/14/08 Dry 905.84 9!8.33 899.35 924.00 904.24 Dt7 I)z7 934.74 906.48 927.35 903.66 922.85 902.33 Probedry Dry Dry Dry 5/15108 Dry 905.84 918.30 899.38 923.97 904,25 Dz),
D_
934.75 906.48 927.34 903.64 922_84 902.36 Probe dry Dry Dry Dry 5/15/08 Dry 905.84 918.30 899.35 923.96 904.24 Dr_
D0, 934.73 906.47 927.34 903.69 922.84 902.34 Probe dry Dry Dry Dry 5115/08 Dry 905.84 918.31 899.43 923.96 904.27 D_
D_
934.75 906.48 927.35 903.68 922.84 902.39 Probe dry Dry Dry Dry 5/15/08 Dry 90584 91830 899.33 924.00 904.23 D_
Dt7 934.71 906.48 927.35 903.73 922.84 902.29 Pmbedry Dry Dry Dry 5/16/08 Dry 905.84 918.27 899.27 923.97 904.14 I_
Dr)"
934.71 906.47 927.33 903.59 922.83 902.26 Probedry Dry Dry Dry 5116/08 Dr, 905.85 918.26 899.17 923.96 904.06 D_
Dry 934.71 906.46 927.33 903.53 922.83 902.22 Probe dr, Dry Dry Dry 5/16/08 Dry 905.84 918.29 899.24 923.95 904.08 Dr_
D_
934.73 906.45 927.34 903.48 922.83 902.28 Probe dry Dry Dry Dry 5/16/08 Dry 905.83 918.31 899.26 923.99 904.10 Dry Dry 934.72 906.45 927.35 903.59 922.83 902.27 Probe dry Dry Dry Dry 5117/08 Dry 905.83 918.27 899,23 923.95 904.06 D_
D_
934.71 906.44 927.33 903.54 922,83 902.25
- Probe dry:
Dry Dry Dry 5117108 Dry 905.83 918.26 899.14 923.95 903.99 Dr,[
Dr_
934.70 90643 927.33 903.51 922.82 902.21 Probedry Dry Dry Dry 5117/08 Dry 905.83 918.30 899.28 923.94 904.06 Dr_
Dr_
934.74 906.42 927.34 903.49 922.83 902.32 Probe dry Dry Dry Dry 5117108 Dry 905.83 918,34 899.38 923.99 904.16 Dry 934.75 906.43 927.36 903.68 922,84 902.36 Probe dry Dry Dry Dry 5115/08 Dry 905,83 918.29 899.37 923.97 904,15 Dr/
D_
934.74 906.43 927,34 903.68 922.83 902.35 Probe dry Dry Dry Dry 5/18/08 Dry 905.82 918.26 899.29 I
923.99 904.09 D_
D_
934.71 906.42 927.33 903.64 922.82 902.29 Probe dry Dry Dry Dry 5115/08 Dry 905.83 918.29 899.42 923.98 904.16 D_
D_
934.75 906.42 927.34 903.62 922.83 902.38 Probe dry Dry Dry Dry 5118/08 Dry 905.83 918.33 899.51 923.72 904.25 Dry Dr_
934.75 90643 927.35 903.78 922.84 902.41 Probe dry Dry Dry Dry 5119108 Dry 905.83 918.30 899.50 923.95 904.25 D_r D_
934.74 906.43 927.34 903,78 922.84 902.40 Probe 0n/"
Dry Dry Dry 5/19108 Dry 905.83 918.27 899,43 923.95 904.21 I)q, Dr/
934,72 906.43 927.33 903.74 922.83 902.35 Probe dry Dry Dry Dry 5/!9/08 Dry 905.83 918.30 899.55 923.92 904_27 Dr/-
Dry 934.75 90643 927.34 903.72 922.83 902.43 Probe dry Dry Dry Dry 5/19/08 Dry 905.83 918.32 89958 923.96 904.32 Dry Dry 934.74 90644 927.341 903.86
= 922.84 902.42 Pmbedry Dry Dry Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASUR_
DATE RPZ-1A[
RP'Z.-IB[
RPZ-2A RPZ-2B RPZ_A RPZ-,3B RPZ-4A RPZ-4B RPZ-SA RPZ-SB RPZ-6A 17JtZ-6B RPZ-7A[RPZ-TB[
IGuZ-SB[
RPZ-9A RPZ-9B 6/10/08 Dry 905.06 918.20 899.77 923.89 904.71 Dr},
934.68 906.49 927.29 903.69 922.79 I 1902-30 Probe dry Dry Dry Dry 6/10/06 Dr/
9O5.07l 918.22 899.86 923.88 904.77 D_
D_
934.71 906.50 927.29903.66 922.79 902.37 Probe dry I Dry Dr](
Dry 6/10/08 Dry 905.07 I
918,25 899.91 923.92 904.87 Dry Dry 934.70 90651 927.31 903.79 922.80 902.39 Probe dry i Dry Dry Dry 6/11/08 Dry 905.08 918.20 899.83 923.89 904.78 Dr/
Dx-j 934.68 906.51 927.29 903.74 922.79 902.34 Probe dr)'_
Dry Dry Dry 6/11/08 Dry 906.08 918.19 899.72 923.90 904.70 Dry D_
934.66 906,50 927.29 903.68 922.78 902.26 Probe dry I Dry Dry Dry 6/11/08 Dry 905.08 I
918.20 899.78 923.89 904.72 Dt7 Da7 934.70 906.50 927.29 903.60 922.79 902.31 Probe dry, Dry Dry Dry 6/11/08 Dry 905.09 918.23 899.78 923.92 904.74 Dr,/
Dr.(
934.68 906.51 927.30 903.69 922.79 902.30 Probe dry Dry Dry Dry 6/12/08 Dry 905.09 918.18 899.71 923.89 904.69 Dz_
D_
934.67 906.50 927.28 903.62 922.78 902.25 Probe dry Dry Dry Dry 6/12/08 Dry 905.09 918.17 899.60 923.90 904,61 D_
Dr/
934,66 906.49 927.28 90357 922,78 902.20 Probed_
Dry Dry Dry 6/12/08 Dry 905.09 918.19 89965 923.88 904.62 D_
D_
934.69 906.49 927,29 903.49 922,78 902.26 Probe dry Dry Dry Dry 6/12/08 Dry 905.09 918.22 899.67 923.92 904.65 Dr,[
934.67 906.49 927.29 903.59 922.79 902.26 Probe dry Dry Dry Dry 6/13/08 Dry 905.09 918.17 899.61 923.88 904.61 Dr_
D_
934.67 906.48 927.28 903.53 922.78 902.23 Probe dry Dry Dry Dry 6/13/08 Dry 905.09 918.16 899.50 923.89 904.53 D_
D_/
934.65 906.47 927.27 903.50 922.77 902,18 Probe dry Dry Dry Dry 6/13/08 Dry 905.09 918.19 899.58 923.88 904.57 Dry D_
934.69 906.46 927.29 903.45 922.78 902.26 Probe dry Dry Dry Dry 6/13/08 Dr'/
905.10 918.22 899.61 923.91 904.61 D_
Dr,l 934.67 906.46 927.29 903,56 922.78 902.26 Probe dry Dry Dry Dry 6/14/08 Dry 905.10 918.18 899.59 923.87 904.60 1_
Dr'l 934.68 906.46 927.28 903.55 9"22.78 902.26 Probedry Dry Dry Dry 6/14/08 Dry 905.10 918.16 899.51 923.88 904.56 Dr},
D_
934.65 90645 927.27 903.53 922.77 902.21 Pmbedry Dry Dry Dry 6/14/08 Dry'/
905.10 918.19 89960!
923.87 904.60 Dry 13_
934,69 906.45 927,29 903.51 922,78 902.28 Probe dry Dry Dry Dry 6/14/08 Dry 905.11 918.22 899.66 !
923,91 904.66 1_/
I_
934,68 906A5 927.29 903.63 922.78 902.30 Probe dry Dry Dry Dry 6115108 Dry 905.11 918.18 899.65 923.88 904.67 I_
1_
934.68 906.45 927.28 903.62 922.78 902.30 Probe dry Dry Dry Dry 6/15108 Dry 905.11 918.17 899.56 923.89 904,62 D_
Dr/"
934.66 906.44 927.27 903.62 922.77 902.24 Probedry Dry Dry Dr,/
6/15108 Dry 905.11 918.19 899.64 923.88 904.66 D_
D_
934.69 906.44 927.28 903.58 922.78 902.31 Pmbedry Dry Dry Dry 6/15/08 Dry 905.11 918.21 899.67 923.92 904.71 D_
D_
934.67 906.45 927.29 903.69 922.78 902.30 Probedry Dry Dry Dry 6/16/08 Dry 905.12 918.17 899.63 923.89 904.68 Dr,[
Dr,/
934.67 906.45 927.27 903.64 922.77 902.29 Probedry Dry Dry Dry 6/16/08 Dry 905.12 918.16 899.55 923.88 904.63 Dzy D_
934.65 906.44 927.27 903.61 922.77 902.23 Pmbedry Dry Dry Dry 6/16/08 Dry 905.12 918.17 899.60 923.88 904.64 l_
I_
934.67 906,44 927.28 903.56 922.78 902,27 Pmbedry Dry Dry Dry 6/16/08 Dry 905.12 918.19 899.59 923.91 904.66 1_
D_
934.65 90644 927.28 903.63 922.78 902.25 Probedry Dr'/
Dry Dry 6/17/08 Dry 905.12 918.16 899.54 923.88 90461 Dry Eh7 934.65 906.44 927.27 903.57 922.77 902.22 Probe dry Dry Dry Dry 6/17108 Dr'/
905.12 918.15 899.43 i 923.88 904.54 Dz7 Dr_
934.64 906.43 927.26 903.52 922.77 902.17 Probe dry Dry Dry Dry 6117108 Dry 905.12 918.17 899.50 923.87 904.56 D_
D_
934.67 906.42 927.28 903.47 922.77 902.23 Probedry Dry Dry Dry 6/17/08 Dry 905.12 918.20 899.55 923.90 904.62 D_
D_
934.67 906.43 927.29 903.58 922.78 902.25 Probe dry Dry Dry Dry 6/18/08 Dry 905.13 918.16 899.51 923.87 904.59 Da7 D_
934.66 906.43 927.27 903.55 922.77 902.24 Probedry Dr,/
Dry Dry 6/16/08 Dry 905.13 918.15 899.45 923.87 904.56 Dr/
DD, 934.65 906.42 927.27 903.54 922.76 902.20 Probedry Dry Dry Dry 6/18/08 Dry 905.13 918.17 899.55 923,86 904.61 I_
Dr/
934.69 906.42 927.28 903.52 922.77 902.28 Probedry Dry Dry Dry 6/18/08 Dry 905.13 918.20 899.60 923.91 90468 Dr'/
Dr,/
934.67 906.42 927.29 903.66 922.77 902.30 Pmbedry Dry Dry Dr,/
6/19108 Dry 905.13 918.16 899.57 923.87 904.66 D_
I_
934.66 906.42 927,27 903.63 922,77 902.27 Probedry Dry Dry Dry 6/19108 Dry 905.13 918.15 899.49 923.86 904.60 Dry Dt7 934.64 906.42 927.27 903.60 922.76 902.22 Probe dry Dry Dry Dry 6/19/08 Dr'/
905.14 918.16 899.56 923.87 904.64 D_
D_
934.67 906.42 927.27 903.56 922.77 902.28 Probe dry Dry Dry Dry 6/19/08 Dry 905.14 918.19 899.61 923.92 904.69 Da7 1_
934.66 906.42 927.28 903.67 922.77 902.29 Probe dry Dry Dry Dry 6/20108 Dry 905.14 918.16 899.57 923.89 904.67 D_
D_
934.66 906.43 927.27 903.64 922.77 902.27 Probe dry Dry Dry Dry 6/20/08 Dry 905.14 918.13 899.48 923.88 904.61 Dr.(
1_/
934.64 906.42 927.26 903.60 922.76 902.21 Probe dry Dry Dry Dry 6/20/08 Dry 905.14 918,15 899.53 923.87 904.62 DD, D_
934.67 906.42 927.27 903.55 922.76 902.25 Probe dry Dry Dry Dry 6/20/08 Dry 905.15 918.18 899.56 923.90 904.66 I_'
Dt7 934.65 906.42 927.28 903.64 922.77 902.25 Probedry Dry Dry Dry 6/21/08 Dry 905.15 918.14 899.49 923.87 904.61 D_
D_j 934.64 906.42 927.27 903.59 922.76 902.21 Probe dry Dry Dry Dry 6/21/08 Dry 905.15 918.13 899.40 923.87 904.54 Da7 D_
934.63 906.41 927.26 903.53 922.76 902.16 Probe dr},
Dry Dry Dry 6/21/08 Dry 905.15 918.14 899.44 923.86 904.55 1_
D_
934.67 906.41 927.27 903.46 922.76 902.21 Probe dry Dry Dry Dry 6/21108 Dry 905.15 918.18 899.48' 923.91 904.60 D_
DD, 934.65 906.41 927.27 903.56 922,76 902.23 Probedry Dry Dry Dry 6/22/08 Dry 905.15 918.13 899,40 923.87 904.54 D_
DD, 934.63 906.41 927.26 903.52 922.76 902.17 Probe dry Dry Dry Dry 6/22/08 Dry 905.15 918.10 899.29 923.85 904.45 D_,
D_
934.63 906.40 927.25 903.44 922.75 902,13 Probedry Dry Dry Dry 6/22/08 Dry 905.t5 918.16 899.42 923.86 904.52 D_
D_
934.68 906.39 927.27 903.42 922.76 902.23 Probedry Dry Dry Dry 6/22/08 Dry 905.15 918.20 899,51 923.90 904,61 DD, DD, 934.67 906.40 927.28 903.59 922.77 902.28 Probe dry Dry Dry Dry 6/23/08 Dry 905.16 918.!5 899.48 923.86 904.61 I_
Dr/
934.66 906.40 927.27 903.61 922.76 902.26 Probedry Dry Dr'/
Dry 6/23/08 Dry 905.16 918.13 899.41 923.87 904.56 DD, DD" 934.64 906.39 927.26 903.58 922.76 902.21 Probe dry Dry Dry Dry 6/23/08 Dry 905.16 918.14 899.48 923.87 904.60 D_
D_
934.67 906.39 927.26 903.55 922.76 902.26 Probe dry Dry Dry Dry 6/23/08 Dry 905.16 918.17 899.51 '
923.91 904.63 Dr,/
Dz7 934.66 906.40 927.27 903.64 922.76 902.26 Probe dry Dry Dry Dry 6/24/08 Dry 905.16 918,12 899.44 923.86 904.59 D_
Dr/
934.64 906.40 927.26 903.59 922.76 902.22 Probedr)'
Dr'/
Dry Dry 6/24/08 Dry 905.16 918.11 899.34 923.87 904.51 Dr/
1_
934.63 906.39 927.25 903.54 922.75 902.15 Probedry D_
Dry Dry 6/24/08 Dry 905.16 918.13 899.42 923.85 904.54 Dry D_
934.66 906.39 927.26 903.48 922.76 902.22 Probedry Dry Dry Dry 6/24108 Dry 905.16 918.16 899.47 923.89 904.59 D_
Dr_
934.65 906.40 927.27 903.59 922.76 902,23 Probe dry Dr'/
Dry Dr'/
6/25/08 Dry 905.16 918.12 899.39 923.86 904.54 I_
D'_
934.62 906,39 927,26 903.56 922.75 902.18 Probe dr](
Dry Dry Dry 6/25/08 Dry 905.16 918.10 899.29 923.85 904.47 DD, DD' 934.62 906.38 927.25 903.48 922.75 902.13 Pmbedry Dry Dry Dry 6/25/08 Dry 905.16 918.13 899.38 ;
923.85 904.5!
D'q Dry 934.66 906.38 927.27 903.44 922.76 902.21 Probe dry Dry Dry Dry 6/25/08 Dry 905.17 918.16 899.40 923.89 904.55
]_
I_
934.64 906.39 927.27 903,56 922.76 902.21 Probe dry Dry Dry Dry 6/26/08 Dry 905.17 918.12 899.38 923.86 904.53 D_
DD, 934.64 90638 927.26 903.52 922.75 902,20 Probedry Dry Dry Dry 6/26/08 Dry 905.17 918.10 899.31 923.86 904.48 D_
D_
934.63 906.38 927.25 903,50 922.75 902.15 Probe dry Dry Dry Dry 6/26/08 Dry 905.17 918.13 899.43 923.85 904.55 D_
I_,
934.67 90638 927.26 903,49 922.75 902.25 Probedry Dry Dry Dry 6/26/08 Dry 905.17 918.16 899.45 923.90 904.60 DD, Dx}"
934.64 906.38 927.27 903.63 922.76 902.23 Probe dry Dr'/
Dry Dry 6/27/08 Dry 905.17 918.11 899.38 923.84 904.55 1_
1_
934.63 906.38 927.25 903.57 922.75 902.20 Probedry Dry Dr'/
Dry 6/27108 Dry 905.17 918.10 899,30 923.85 904.49 D_
I_
934.62 906,38 927.25 903.52 922.74 902.!4 Probedry Dry Dry Dry 6/27/08 Dry 905.17 918.11 899.36 923.86 904.51 Dr/
I_
934.65 906.38 927.25 903.47 922.75 902.20 Probedry Dry Dry Dry 6/27108 Dry 905.17 918.14 899.38 923.90 904.55 Dr'(
Dr'/
934.63 90638 927.26 903.57 922.75 90220 Probe dry Dry Dry Dry 6/26/08 Dry 905.17 918.10 899.33 923.86 904.50 Dr/
934.62 906.38 927.26 903.51 922.74 902.16 Probe dry Dry Dry Dry 6/26/08 Dry 905.17 918.09 899.22 923.86 904.42 Dr/
Dr_
934.61 906.37 927.24 903.46 922.74 902.10 Pmbedry Dry Dry Dry 6/28/08 Dry 905.17 918.11 89930 923.85 904.46 DD, Dry 934.65 906.36 927.25 903.41 922r75 902.18 Pmbedry Dry Dry Dry 6/26/08 Dr'/
905.!8 9!8.t5 899.37 923.75 904.52 Dr/
Dr,i 934.64 906.37 927.26 903.64 922,75 902.20, Probe dry Dry Dry Dry 6/29/08 Dry 905.18 918.10 899.32 923.70 904.50 DD, DD" 934.63 906.37 927.25 90352 922.74 902.17 i Probedry Dry
, Dry Dry 6/29/08 Dry 905.17 918.09 899.24 923.71 904.44 DD, DD, 934.61 906.36 927.24 903.49 922.74 902.13 Probe dr),
Dry Dr'i' Dr'/
6/29/08 Dry 905.18 918.11 899.34 923.70 904.50 D_
Dt7 934.65 906.36 92725 903.46 922.75, 902.20 Probe dr),
Dry Dry Dry 6/29108 Dry 905,18 918.14 899.37 923.74 90454 D'_
Dr_
934.62 906.36 927.26 903.60 922.75 902.20 Pmbedry Dry Dry Dry 6/30108 Dry 905.18 918.08 899.28 923.71 904.48 Dr_
Da7 934.62 906.36 927.24 903.52 922.74 902.15 Probe dr),
Dry Dry Dry 6/30/08 Dry 905.18 918.08 899.22 923.69 904.42 Dry D_
934.61 906.36 927.24 903.47 922.74 902.12 Probedry Dry Dry Dry 6/30/08 Dry 905.18 918,11 899.32 923.69 904.47 I_
1_
934.65 906.35 927.25 903.45 922,74 902.20 Probe dry Dry Dry Dry 6/30/08 Dry 905.18 918.14 899.38 923.74 904.54 D_,
D_
934.64 906.36 927.26 903.58 922.75 902.22 Probe dry Dry Dry Dry 711/08 Dry 905.18 918.10 899.36 923.69 904.53 DD" Dz7 934.64 906.36 927.25 903.57 922.74 902.21 Probedry Dry Dry Dry 711/08 Dry 905.18 91809 899.29 923.66 904.49 D_
- Dt3, 934.61 906.36 927.24 903.55 922.74 902.16 Probedry Dry Dry Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PtgZ, OMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RP_IA RPZ-IB RIe_2A RPZ-2B
_A
_B RIr_4A RP'Z-4B RP_SA[
RIr_SB[
RPZ-6A
_B Rlr_7A RP_7B
_B RF_9A
_9B 7/1/08 Dry 905.18 918.11 899.41 923.69 904.55 D_
DI_
934.66 I 906.36]
927.25 903.52 922.74 902.25 Probedry Dry Dry Dry 7/I/08 Dr'/
905.18 918.14 899.42 923.74 904.59 D_
D_
934,63 906.37 927.26 903.67 922.75 90223
- Probedry Dry Dry Dry 7/2/08 Dry 905.19 918,08 899.39 923.65 904.56 D=7 D_
934.63 906.37 92724 903.59 922.74 902.22 Probe dry Dry Dry Dry 7/2/08 Dry 905.19 918.08 899.31 923.69 904.51 D_,
D_
934.61 906.37 927.24 903.57 922.73 902.16 Probedry Dry Dry Dry 7/2/08 Dry 905.19 918.10 899.42 923.69 904.57 D_
D_
934.65 906.37 927.25 903.54 922.74 902.25 Pmbedry D_
Dry Dry 7/2/08 Dr,/
905.19 918.14 899.48 923.74, 904.64 Dr/
Dx7 934.64 906.38 927.26 903.69 922.75 902.27
_ Probedry Dry Dry Dry 7/3/08 Dry 905.19 918.09 899.43 923.70 904.61 Dry Dry 934.62 906.39 927.24[
903.66 922.74 902.23 Probe dry Dry Dry Dry 7/3/08 Dry 905.19 918.05 899.26 923.71 904.49 D_
Dr/"
934.60 906.38 927.23 ' 903.55 922.73 902.12 Probe dry Dry Dry Dry 7/3/08 Dry 905,19 918.09 899.36 923,70 904,53 D_
Dr,/
934.64 906.39 927.24
] 903A9 922,74 902.20 Probe dry Dry Dry Dry 7/3/08 Dry 905.19 918.13 899.41 923.74 904.59 D_
Dr-/
934.62 906.39 927.26 903.62 922.74 90220 Probe dry Dry Dry Dry 714/08 Dry 905.19 918.04 899.28 923.69 904.49 Dry Dzy 934.60 906.39 927.23 I 903.52 922.73 902.12 Probedry Dry Dry Dry 7/4/08 Dry 905.19 918.06 899.17 923.68 904.40 Dr'/
Dr_
934.60 906.38 927.23 903.44 922.73 902.07 Probe dry Dry Dry Dry 7/4/08 Dry 905.20 918.09 899.29 923.68 904.46 D_
D_
934.64 906.38 927.24 903.41 922.74 902.17 Probedry Dry Dry Dry 714/08 Dry 905.19 918.13 899.27 923.73 904.48 D_
D_
934.60 906.39 927.25 903.56 922.74 902.13 Probedry Dry Dry Dry 715/08 Dry 905.20 918.08 899.26 923.69 904.45 Dr'/
De/
934.62 906.38 927.24 903.46 922.73 902.14 Pmbedry Dry Dry Dry 715/08 Dry 905.20 918.06 699.18 923.69 904.40 D_
Dt7 934.60 906.38 927.23 903,44 922.73 902.09 Probe dry Dry Dry Dry 715/08 Dry 905.20 918.08 899.28 923.69 904.45 D_
D'Q, 934.64 906.38 927.24 903.42 922.73 902,18 Probe dr)'
Dry Dry Dry 715/08 Dry 905.20 918.12 899.35 923.73 904.53 D_
D_
934.63 906.38 927.25 903.58 922.74 902.20 Probe dry Dry Dry Dry 7/6/08 Dry 905.20 918.08 899.33 923.66 904.52 D_,
D_
934.63 906 38 927.24 903.56 922.73 902.20 Probe dry Dry Dry Dry 7/6/08 Dry 905.20 918.07 899.28 923.68 904.49 D_
Dry 934.61 906.38
] 927.23 903.56 922.73 902.16 Probe dry Dry Dry Dry 7/6/08 Dry 905.20 918.09 899.39 923.69 904.53 D_,
I_
934.65 906.39 927.24 903.54 922.73 902.24 Probe dry Dry Dry Dry 716/08 Dry 905.20 918.12 899.43 923.73 904.57 D_
D_
934.63 906.40 927.25 903.69 922.74 902.24 Probedry Dry Dry Dry 7/7/08 Dry 905.21 918.06 899.32 923.67 904.48 D_y D_
934.60 906.40 927.23 903,61 922.73 902.17 i Probedry Dry Dry Dry 7/7/08 Dry 905.21 918.05 899.23 923.68 904.41 Dry Dry 934.60 906.40 927.22 903.53 922.72 902.11 Probedry Dry Dry Dry 7/7/08 Dry 905.21 918.08 899.34 923.68 904.46 D_7 D'Q, 934.64 906.41 927.24 903.49 922.73 902.20 Probe dry Dry Dry Dry 7/7/08 Dry 905.2!
918.10 899.37 923,72 904.50 Dr},
1_
934.62 906.41 927.24 903.61 922.73 902.20 Probedry Dry Dry Dry 7/8/08 Dry 905.21 918.07 899.35 923.64 904.48 D_
Dr},
934.62 906.41 927.23 903.59 922.73 902.18 Pmbedry Dry Dry Dry "7/8/08 Dry 905.21 918.04 899.26 923.68 904.41 Dry DtT 934.59 90641 927.22 903.54 922.72 902.13 Probedry Dry Dry Dry 718/08 Dry 905.21 918.07 899.36 923.67 904.46 D_
D,Q, 934.63 906.41 I 927.23[
903.51 922.73 902.20 Probe dry Dry Dry Dry 718/08 Dry 905,21 918.11 899.39 923.71 904.50 D_
D_
934.60 906.42, 927.24, 903.65 922.73 902.19 Probedry Dry Dry Dry 7/9/08 Dry 905.21 918.03 899.25 923.67 904.40 Dr},
I_
934.60 906.42 927,22 903.53 922.72 902.12
! Probedry Dry Dry Dry 719/08 Dry 905.21 918.03 899.18 923.68 904.34 D_
D_
934.59 906.41 927.22 903.46 922.72 90208
- Probedry Dry Dry Dry 7/9/08 Dry 90521 918.07 899.28 923.68 904.39 I_
Dt7 934.63 906.41 927.23 903,45 922.73 902.16
! Probe dry Dry Dry Dry 7/9/08 Dry 905.21 918.10 899.30 923.72 904.44 Dz7 Dr'/
934,6O 906.42 927.24 903.57 92273 902.14 Probedry Dry Dry Dry 7110108 Dry 905.22 918.04 899.21 923.67 904.37 Dr),
Dr_
934.59 906.41 927.22 903.49 922.72 902.10 Probe dry Dry Dry Dry 7/10/08 Dry 905.21 918.03 899.14 923.69 904.32 D_,
Dr},
934.58 906.41 927.22 903.44 922.72 902.07 Probe dry Dry Dry Dry 7110/08 Dry 905.21 918.06 899.22 923.69 904.36 Dry Dr(
934.62 906.41 927.23 903.41 922.72 902.14 Probe dry Dry Dry Dry 7110/08
- Dry, 905.21 918.05 89911 923.73 904.30 Dry Dr},
934.57 906.41 927.23 903.49 922.72 902.04 Probedr)'
Dry Dry Dry 7111108 Dry 905.21 918.04 899.09 923.66 904.26 D_
Da7 934.59 906.40 927.23 903.35 922.72 902.05 Probe dry Dry Dry Dry 7111108 Dry 905.21 918.03 899,00 923.69 904.20 Dry l_ 7 934.58 906.39 927.21 903.35 922.71 902.02 Probe dr)"
Dry Dry Dry 7/11/08 Dry 905.21 918.04 899.05 923.68 904.21 Dry Dry 934.60 906.38 927.22 903.29 922.72 902.07 Probe dr'/
Dry Dry Dry 7111/08 Dry 905.21 91807 899.07 923.71 904.24 I_,
D_,
934,59 906.38 927,23 903.40 922.72 902.06 Probe dr)"
Dry Dry Dry 7112/08 Dry 905.21 918.01 898.99 923.67 904.18 Dr/
I_
934.58 906.37 927.21 903.33 922.71 902.02 Probedry Dry Dry Dry 7112/08 Dry 905.20 918,01 898.90 923.68 904.12 D_
D_
934.57 906.36 927.21 903.30 922.71 902.00 Probe dry Dry Dry Dry 7112/08 Dry 905.20 918.05 899.00 923.67 904.17 D_,
D_,
934.61 906,35 927.22 903,28 922.72 902.07 Probe dr)"
Dry Dry Dry 7/12/08 Dry 905.20 918.06 899.00 923.71 904.19 D_
1_
934.58 906.35 927.23 903.38 922.72 902.05 Probe dry Dry Dry Dry 7113/08 Dry 905.20 918.03 899.00 923.67 904.18 Dz7 I_
934.59 906.34 927.22 903.35 922.71 902.06 Probe dr)"
Dry Dry Dry 7113/08 Dry 905.19 91802 898.95 923.67 904.16 1_
D_
934.58 906.33 927.21 903.35 922.71 902.03 Probe dr)"
Dry Dry Dry 7113/08 Dry 905.19 918.05 899.09 923.66 904.25 Da7 Dr},
934.62 906.33 927.22 903.37 922.72 902.15 Probedry Dry Dry Dry 7/13/08 Dry 905.19 918.02 899.05 923.70 904.24 D_
D_
934.58 906.33 927.21 903.46 922.71 902.09 Probedry Dry Dry Dry 7/14/08 Dry 90519 918.03 899.04 923,67 904.24 Dt7 D_
934,59 906.33 927,22 903.42 922.71 902.10 i Probe dr)'
Dry Dry Dry 7/14/08 Dry 905.19 918.02 898.99 923.68 904.21 D_
Dr},
934.57 906.32 927.21 903,43 922.71 902.05 Probedry Dry Dry Dr,/
7114/08 Dry 905.19 918.03 899.06 923.67 904.24 Dr7 Dry 934.60 906.32 927.22 903.38 922.71 902.11 Probedr)"
Dry Dry Dry 7114/08 Dry 905.19 918.06 899.09 923.71 904.29 DP/
Dry 934.59 906.32 927.22 903.50 922.71 902.10 Probe dry Dry Dry Dry 7115108 Dry 905.19 918.01 899.05 923.68 904.25 Dry D_
934.58 90632
! 927.21 903.44 922.71 902.08 Pmbedry Dry Dry Dry 7/15/08 Dry 905.19 918100 898,97 923.69 904.20 D_
D_
934.57 906.31!
927.21, 903.40 922.70 902.03 Probedry Dry Dry Dry 7115/08 Dry 905.19 918.02 899.05 923.67 904.23 l_
I_
934.6O 906.31 927.22, 903.36 922.71 902.09 Probe dry Dry Dry Dry 7115/08 Dry 905.19 918.05 899.07 923.70 904.27 Dry Dry 934.58 906.31,
927.22 90347 922.71 902.08 Probedry Dry Dry Dry 7/16/08 Dry 905.18 918.00 899.00 923.67 904.22 Dry I_
934.57 906.31 927.21 903.42 I
922.70 902.05 Probe dr)'
Dry Dry Dry 7115/08 Dry 905.18 918.00 898.93 923.66 904.16 1_
Dr_
934.56 90630 927,20 903 37 I 922.70 902.00 Probe dry Dry Dry Dry 7/16/08 Dry 905.18 918.02 699.00 923.66 904.19 Dr/
Dr,/
934.60 906.29 927.21 903.33
]
922.71 902.07 Probe dr)"
Dry Dry Dry 7116108 Dry 905.18 918.06 899.07 923.70 904.26 Dt7 Dry 934.59 906.30 927.22 903.46 i
922.71 902.09 Probe dry Dry Dry Dry 7/17/08 Dry 905.18 918.00 899,04 923.66 904.24 D_
934.59 90630 927.21 903.43 922.70 902.09 Probe dry Dry Dry Dry 7117108 Dry 905.18 918.00 898.98 923.65 904.20 Dry 13_
934.56 906.29 927.20 903.42 922.70 902.04 933.69 Dry Dry Dry 7117/08 Dry 905.18 918.02 899.08 923.66 904.25 D_
D_
934.60 906.30 927.21 903.40 922,71 902.12 92614 Dry Dry Dry 7/17/08 Dry 905.18 918.06 89915 923.70 904.33 D_
I_
934.60 906.30 927.22 903.53 922.71 902.15 926.13 Dry Dry Dry 7118108 Dry 905.18 918.02 899.14 923.67 904.33 Da7 Da7 934.60 906.31 927.21 903.53 922.71 902.14 926.13 Dry Dry Dry 7116/08 Dry 905.18 918.00 899.08 923.67 904.29 D_
Dry 934.58 906.31 927.20 903.52 922.70 902.10 926.12 Dry Dry Dry 7118108 Dry 905.18 918.01 899.14 923.66 904.32 D_
Dr,/
934.60 906.31 927.21 903.48 922.70 902.15 926.11 Dry Dry Dry 7118108 Dry 905.18 918.04 899.18 923.70 904.36 D_
Dr'/
934.59 906.32 927.22 903.58 922.71 902.15 926.12 Dry Dry Dry 7119108 Dry 905.18 917.99 899.10 923.67 904.31 Dry Dr-/"
934.57 906.32 927.20 903.53 922.70 902.09 926.11 Dry Dry Dqt 7119/08 Dry 90518 917.99 899.04 923.67 904.26 Dr/
D_
934.56 906.3,_
927.20 903.47 922.70 902.05 926.09 Dry Dry Dry 7119/08 Dry 905.18 918.00 899.08 923.65 904.27 D_
D,_
934.59 906.32 927.20 903.42 922.70 902.09 926.08 Dry Dry Dry 7/19/08 Dry 905.18 918.02 899.11 923.69 904.30 D_
D_
934.57 906.32 927.21 903.50 922.70 902.08 926.08 Dry Dry Dry 7/20108 Dry 905.18 917.97 898.96 923.66 904.19 Dry Dr},
934.55 90632 927.19 903.43 922.69 901,99 926.06 Dry Dry Dry 7/20/08 Dr_
905.18 917.97 898.87 923.65 904.11 I_
D_
934.55 90631 927.19 903.32 922.69 901.96 926,03 Dry Dry Dry 7/'20/08 Dry 905.18 918.00 898.95 923.65 904.14 I_
1_
934.58 906.31 927.20 903.28 922,70 902.03 926.01 Dry Dry Dry 7/20/08 Dry 905.18 918.02 898.98 923,70 904.18 D_
D_
934.57 906.31 927,21 : 903.38 922,70 902.04 926.00 Dry Dry Dry 7121/08 Dry 905.17 917.98 898.95 923.66 904.16 Dry D_
934.57 906.31 927.19 I 903.35 I
922.69 902.03 925.99 Dry Dry Dry 7/21/08 Dry 905.17 917.97 898.90 923.66 904.12 D_
D_
934.55 906.30 927.19 903.34 922.69 901.99 925.97 Dry Dry Dry 7/21/08 Dry 905.17 918.00 899.00 923.65 904.18 l_
Dr/
934.59 906.30 927.20 903.34 922.70 902.08 925.97 Dry Dry Dry 7/21108 Dry 905.17 918.03 899.05 923.69 904,24 D_
D_
934.58 906.30 927.21 903.48 922.70 902.09 925.97 Dry Dry Dry 7/22/08 Dry 905.17 917,99 899.02 923.65 904.22 Dry Dr},
934.57 90630 927.20 903,45 922.69 902.07 925.96 Dry Dr_
Dry 7/22/08 Dry 906.17 917.97 898.97 923.65 904.19 Dry Dry 934.55 906.30 927.19 903.43 922.69 902.03 925.95 Dry Dry Dry 7/22/08 Dry 90517 917.99 899.04 923.65 904.23 Dry Dry 934.59 906.30 927.20 903.39 922.70 902.10 925.95 Dry Dry Dry
TABLE1, WATER LEVELSFOR 80-ACREWSR PIEZOMETERS PIEZOMETRICELEVATIONIN FEET ABOVEMEANSEA LEVEL MEASURE DATE RPZ-IA RPZ-IB R.PZ-2A _2B RPZ,-3A RPZ-3B
_A
_B
[ R.W_SA R]W/_SB _A I RPZ-6B! RPZ-TA RPZ-TB RPZ-SA RPZ--SB RPZ-9A RPZ-9B 7122/08 Dry 905.17 916 02 89905 923.70 904.26 D_
D_
934.57 906,31 927.21 903.51 922.70, 902.08 925.95 Dry Dry Dry 7/23/08 On/
905.17 9'/7.97 898.99 923.63 904.22 Dr/
934.55 906.31 927.19 903,44 = 922.69 902.04 925.94 Dry Dry Dry 7/23/08 Dry 905.17 917.97 898,91 923.65 904,15 Dry D_
934.54 90630 927.19 903,39 922.69 901.99 925,92 Dry Dry Dry 7/23/08 Dry 905,17 917.99 899.01 923.65 904.20 Dx7 Drj 934,59 906.30 927.20 903.35 : 922.69 902.07 925.92 Dry Dry Dry 7/23/08 Dry 905.17 918.02 899.06 923.70 904.27 l_
l_
934.58 906.31 927.21 903.48 922.70 902.08 925.93 Dry Dry Dry 7/24/08 Dry 905.17 917.96 898.98 923.65 904.21 D'Q" Dry 934.56 906.3!
927.19 903.43 922.69 902.03 925.92 Dry Dry Dry 7/24/08 Dry 905.17 917.96 898.91 923.65 904.16 Dry Dry 934.54 906.30 927+19 903.39 922.68 901.99 925.90 Dry Dry Dry 7/24/08 Dry 905.17 917.98 898.99 923.64 904.19 E_
1_
934.58 906.30 927.20 903.35 922.69 902.06 925.90 Dry Dry Dry 7/24/08 Dry 905,17 918.01 899.02 923.69 904,24 D'Q, D_
934.56 906.31 927.20 903.46 922.69 902.05 925.91 Dry Dry Dry 7/25/08 Dry 905.17 917.96 898,93 923.64 904.17 Dr/
Dr/
934.55 906.31 927.19 903.40 922,69 902.00 925.89 Dry Dry Dry 7/25108 Dry 905.16 917.95 898.85 923.65 904.10 Dry Dry 934.54 906.30 927.18 903.34 922.68 901.97 925.87 Dry Dry Dry 7/25/08 Dry 905.16 917.97 898.94 923.64 904.14 D,Q, l_
934.58 906.30 927.19 903.30 922.69 902.04 925.87 Dry Dry Dry 7/25108 Dry 905.16 9!8.00 898.97 923.68 904.18 Dr/
D_
934.55 906.30 927.20 903.44 922.69 902.01 925.87 Dry Dry Dry 7/26/08 Dry 905.16 917.94 898.88 923.65 904.12 Dry Dr/
934.55 906.30 927.18 903.34 922.68 901.99 925.86 Dry Dry Dry 7/26/08 Dry 905.16 917.94 898.81 923.64 904+06
£h7 I_7 934.54 906.29 927.18 903.31 922.68 901.95 925.82 Dry Dry Dry 7/26/08 Dry 905.16 917.97 898.91 923.65 904.12 Dr_
I_
934.58 906.29 927.19 903.29 922.69 902.04 925.81 Dry Dry Dry 7/26/08 Dry 905.16 91799 89891 923.68 904.14 1_
Dr},
934.55 906.29 927.19 903.41 922.69 902.01 925.80 Dry Dry Dry 7/27/08 Dry 905.16 917.95 898.84 923.65 904.09 Dr'/
Dr'/
934.54 906.29 927.18 903.35 922.68 901.98 925.78 Dry Dry Dry 7/27/08 Dry 905.15 917.94 898.75 923.66 904.01 I_
I_
934.53 906.28 927.18 903.29 922.68 901.93 925.75 Dry Dry Dry 7127/08 Dry 905.15 917.97 898.86 923.64 904.06 I_
Dry 934.57 906.28 927.19 903.26 922.68 902.02 925.75 Dry Dry Dry 7/27108 Dry 905.15 917.99 898.88 923.69 904.10 13_
Dt7 934.55 906.28 927.20 903.39 922.69 902.00 925.74 Dry Dry Dry 7/26/08 Dry 905.15 917.94 898.83 923.65 904.07 Dr/
I_
934.55 906.28 927.18 903.33 922.68 901.98 925,72 Dry Dry Dry 7/26/08 Dry 905.14 917.94 898.76 923.65 904.01 D_
Dr/
934.53 906.27 927.18 903.31 922.68 901.94 925.71 Dry Dry Dry 7/26/08 Dry 905.15 917.96 898.83 923.64 904.05 D_(
D_
934.56 906.27 927.18 903.28 922.68 _902.01 925.70 Dry Dry Dry 7/26/08 Dry 905.14 917.99 898.87 923.68 904.10 I_
I_
934.55 906.27 927.19 903.39 922.68 902.01 925.70 Dry Dry Dry 7/29108 Dry 905.14 ; 917.94 898.81 923.65 904.05 D_
934.54 906.27 927.18 903.34 922.67 901.97 925.68 Dr'/
Dry Dry 7/29/08 Dry 905.14 917.93 898.74 923.65 904.00 D_
D_
934.53 906,26 927.17 903.31 922,67 901.94 925.66 Dry Dry Dry 7/29108 Dry 905.14 917.96 898.84 923.63 904.05 Dr'/
Dry 934.56
/06.26 927.18 903.29 922,68 902,01 925.66 Dry Dry Dry 7/29/08 Dry 905.14 91798 898.89 923.68 904.11 I_
I_
934+55 906.26
)27.19 903.41 922.68 902.03 925.66 Dry Dry Dry 7130108 Dry 905.14 917.94 898.86 923.64 90,4._'
Dr/
Dr/
934.55 906.27 927.18 903.39 922.68
_02.01 925.65 Dry Dry Dry 7130108 Dry 905.14 917.93 898.79 923.63 904.04 Dr/
D_
934.53 906.26 927.17 903.36 922.67 901.96 925.64 DPt Dry Dry 7/30108 Dry 905.14 917.95 898.89 923.63 904.09 Dr/
I_ 7 934.56 906.26 927.18 903.33 922.68 902.04 925.64 Dry Dry Dry 7/30/08 Dry 905.14 917.99 898.95 923.68 904.16 Dr}"
D'_
934.55 90627 927.19 903,47 922.68 902,06 925.64 Dry Dry Dry 7131108 Dry 905.14 917.94 898.91 923.63 904.14 D_
Dr},
934.55 906.27 927.18 903.44 922.67 902.04 925.64 Dry Dry Dry 7/31108 Dry 905.13 917.92 898.86 923.63 904.10 l)z7 Dz7 934.53 906.27 927.17 903.41 922.67 902.00 925.63 Dry Dry Dry 7/31108 Dry 905.14 917.95 898.95 923.62 904.15 D_
Drl 934.56 906.27 927.18 903.39 922.68 902.07 925.64 Dry Dry Dry 7/31/08 Dry 905.14 917.98 899.01 923.67 904.22 Dry Dr(
934.55 906.28 927.19 903.51 922.68 902.08 925.65 Dry Dry Dry 8/1/08 Dry 905.14 917.94 898.97 923.63 904.19 Dr},
Dr'/
934.55 906.29 927.18 903.48 922.67 902.05 925.65 Dry Dry Dry 6/1/08 Dry 905.14 917.92 898.88 923.65 904.13 Dz),
l)t7 934.52 906.28 927.17 903.45 922.67 901 99 925.63 Dry Dry Dry 6/1/08 Dry 905.14 917.94 898.96 923.63 904.16 D_
D_
934.56 906.29 927.18 903.38 922.67 902.05 ]
925.63 Dry Dry Dry 6/1/08 Dry 905.14 917.97 899.00 923.67 904.21 Dr,/
Dr/
934.54 906.30 927.19 903.50 922.68 902.05 925.64 Dry Dry Dry 8/2/08 Dry 905.14 917.92 898.93 923.63 904.16 D_
, Dr/
934.53 906.30 927,17 903.45 922.67 902.00 925.63 Dry Dry Dry 8/2/08 Dry 905.13 917.90 898.82 923.64 904.08 D_
Dr_
934.52 906.30 927.17 903.37 922.67 901.94 925.61 Dry Dry Dry 8/2/08 Dry 905.14 917.94 898.91 923.63 904.12 D_
D_
934.56 906.30 I 927.18 903.33 922.67 902.02 925.61 Dry Dry Dry 8/2/08 Dry 905,14 91797 898.94 92358 904.16 D_
D_
934.53 906.30 ; 927.19 903.45 922.67 902.00 925.61 Dry Dry Dry 3/3/08 Dry 905.13 917.91 898.82 923.62 904.07 D_
Dr/
934.51 906.30 927.17 903.37 922.67 901.93 925.60 Dry Dry Dry 6/3/08 Dry 905.13 917.90 898.74 923.63 904.00 I_
I_,
934.51 906.30 927.16 903.29 922.66 901,90 925,58 Dry Dry Dry 8/3/08 Dry 906.13 917.92 898.81 923.63 904.02 D_"
D_
934.54 906.30 927.17 903.23 922.67 901.97 925.57 Dry Dry Dry 8/3/08 Dry 905.13 917.94 898.82 923.68 904.05 Dr},
D_
934,53 906.30 927.18 903.34 922.67 901.95 925.57 Dry Dry Dry 814/08 Dry 905.13 917.89 898,75 923.63 904.00 Dt7 D_
934.52 906.29 927.16 903.28 922.66 901.93 925.55 Dry Dry Dry 8/4/08 Dry 905.13 917.90 898.69 923.64 903.95 D'_
D_7 934.51 906,29 927.16 903.26 922.66 901.89 925.54 Dry Dry Dry 8/4/08 Dry 905.13 917.91 898.76 923.63 903.96 D_
Dr,/
934.54 906.29 927.17 903.21 922.66 901.96 925.53 Dry Dry Dry 8/4/08 Dry
- 905.13 917.95 898.80 923.67 904.01 Dr),
Dri 934.53 906.28 927.18 903.34 922.67 901.97 925.53 Dry Dr'/
Dry 8/5/08 Dry 905.12 917.91 898.77 923.59 903.98 D_
I_7 934.53 906.28 927.17 903,31 922.66 901.96 925.62 Dry Dry Dry 8/5/08 Dry 905.12 917.90 898.70 923.63 903.94 Dr#,
Dry 934.51 906.28 927.16 903.29 922.66 901.91 925.51 Dry Dry Dry 6/5/08 Dry 905.12 917.92 898.81 923.62 903.99 I)z7 Dr/
934.55 906.28 927.17 903.26 922.67 901.99 925,50 Dry Dry Dry 8/5/08 Dry 905.12 917.94 898.79 923.67 904.01 D,_
l)q, 934.52 906.27 927.18 903.39 922.66 901.95 925.50 Dry Dry Dry 6/6/08 Dry 905.12 917.88 898.71 923.62 903.94 Dry Dr/
934.52 906.28 927.16 903.28 922.66 901.92 925.49 Dry Dry Dry 8/6/08 Dry 905.12 917.89 898.65 923.64 903.89 D_,
Dr/
934.50 906,27 927.16 903.24 922.66 901,89 925.47 Dry Dry Dry 8/6/08 Dry 905.12 917.92 898.77 923.62 903.96 I_
I_
934.55 906.27 927.17 903.23 922.66 901.98 925.48 Dry Dry Dry 8/6/08 Dry 905.12 917.94 898.77 923.67 903.99 I)t),
Dr/
934.52 906.27 927.18 903.37 9"22.66 901.96 925.47 Dry Dry Dry 8/7/08 Dry 905.12 917.92 898.78 923.62 903.99 Dry DrI 934.53 906.27 927.17 903.32 922.66 901.97 925.47 Dry Dry Dry 8/7/08 Dry 905.11 917.89 898.72 923.63 903.95 D_
D_
934.51 906.26 927.15 903.32 922.65, 901.93 925.45 Dry Dry Dry 8/7/08 Dry 905.11 917.91 898.82 923.62 904.01 Dz),
Dr'/
934.54 90627 927.16 903.29 922.66 902.00 925.45 Dry Dry Dry 8/7/08 Dry 905.11 917.94 898.85 923.67 904.02 I_
Dr},
934.50 906.27 927,17 903.42 922.66 i 901.93 925,44 Dry Dry Dry 8/8/08 Dry 905.11 ; 917.87 898.69 923.63 90393 D_
Dry 934.5l 906.27 927.16 903.27 922.65 901.91 925.43 Dry Dry Dry 818/08 Dry 905.11 : 917.88 898.61
,923.63 903.86 D_
D_
934.50 90626 927.15 903.24 922.65 901.86 925.41 Dry Dry Dry 818/08 Dry 905.11 917.91 898.72 923.61 903.92 D_
D_
934.54 906.26 927.17 903.21 922.66 901.97 925.41 Dry Dry Dry 8/8/08 Dry 905.11 9!7.93 898.74 923.67 903,96 D_
D'_
934.52 906.26 927.17 903.35 922.66 901,95 925.40 Dry Dry Dry 819/08 Dry 905.11 9!7.88 898.70 923.62 903.92 Dry D_
934.52 906.26 927.!6 903.29 922,65 901.94 925.40 Dry Dry Dry 6/9/08 Dry 905.10 917.87 898.60 923.63 903.85 D_7 Dry 934.50 906.25 927.15 903.27 922.65 901.88 925.38 Dry Dry Dry 8/9/08 Dry 905.10 917.90 898.70 923.61 903.90 Dr/
1)_
934.54 906.25 927.16 903.23 922.66 901.96 925.38 Dry Dry Dry 6/9/08 Dry 905.10 917.92 898,69 923.66 903.92 Dry Drj 934.51 906.25 927.17 903.36 922,66 901.94 925.38 Dry Dry Dry 8110/08 Dry 905.10 917.88 898.64 923.62 903.88 D_
D:_
934.51 906,25 927.15 903.30 922.65 901.92 925.37 Dry Dry Dry 6/16/08 Dry 905.!0 917.87 898.56 923.62 903.82 Dry Dr}"
934.50 906.26 927.15 903.26 922,65 901.88 925.36 Dry Dry Dry 8/10/08 Dry 905.10 91790 898.68 923.61 903.84 D_
D_
934+54 906.25 927.16 903.25 922.65 901.97 925.35 Dry Dry Dry 8/'10/'08 Dry 905.10 917.93 898.72 :
923.66 903.88 l)z'7 Dr/
934.52 906.25 927.17 903.39 922.66 g01.97 925.36 Dry Dry Dry 6/11/08 Dry 905.10 917.89 898.69 923.62 903.85 Dry Dr/
934.52 906,25 927,16 903.36 922.65 901.95 925.35 Dry Dry Dry 8/11/08 Dry 905.10 917.8(
898.59 923.60 903.78 Dr_
l_
934.49 906,25 927.15 903.32 922.65 901.89 925.34 Dry Dry Dry 6/11/08 Dry 905.t0 917.89 898.70 923.61 903.84 D_
934.54 906.25 927.16 903.29 922.65 901.98 925.34 Dry Dry Dry 6/11108 Dry 905.10 917.91 898.74 923.66 903.92 I)z7 Dt7 934.52 906.26 927.16 903.41 922.65 901.97 925.34 Dry Dry Dry 8/12/08 Dry 905,10 917.89 898.71 923.63 903.91 D_
D_
934.52 906.26 927.16 903.38 922.65 901.96 925.34 Dry Dry Dry 6/12/08 Dry 905.09 917,86 898,63 923.62 903,83 Dry D't7 934.49 906.26 _ 927.15 903.35 922.65 901.91 925,33 Dry Dry Dry 6/12/08 Dry 905.09 917.89 898.71 923.61 903.85 D_
Dry 934.53 906.26 927.16 903.31 922,65 901.98 925.33 Dry Dry Dry 8112/08 Dry 905.10 91791 898.73 923.66 903.89 DO" Dry 934.51 906.27 927.16 903.42 922.65 901.95 925.33 Dry Dry Dry
TABLE1. WATER LEVELSFOR 80-ACREWSR PIEZOMETERS PIEZOMETRICELEVATIONIN FEETABOVE MEANSEA LEVEL MEASURE DATE RPZ-1A _IB RPT_2A RPZ-2B RPZ-3A; _B
_4A
_B RPZ-SA RPZ-SB RPZ--6A RPZ-6B _7A RIr/_TB
_B RPZ-9A
_9B 8/13/08 Dr'/
905.10 917.86 898.66 923_61 903.83 D_
D_
934.50 906.27 927.15 903.35 922.64 901.92 925.33 Dry Dry Dry 6/13/08 Dry 905.09 917.85 898.56 923.60 903.75 D_
D_
934.49 906.27 927.14 903.30 922.64 901.86 925.32 Dry Dry Dry 8/13/08 Dry 905.09 917.88 898.65 923.61 903.79 Dry I_
934.53 906.27 927.16 903.25 922.65 901.94 925.31 Dry Dry Dry 8/13/08 Dry 90509 917.90 898.68 923.67 903.83 Dry D-Q, 934.51 906.27 927.16 903.37 922.65 901.93 925.31 Dry Dry Dry 8/14/08 Dry 905.09 917.85 898.58 923.6!
903.76 D_
D_
934.49 906.27 927.15 903.31 922.64 901.86 925.31 Dry Dry Dry 6/14/08 Dry 905.09 91783 898.47 923.61 903.65 D_
Dr_
934.49 906.26 927.14 903.21 922.64 901.83 925.29 Dry Dry Dry 8/14/08 Dry 905.09 917_87 898.56 923.61 903.70 Dry Dry 934.52 906.26 927.15 903.17 922.64 901.91 925.28 Dry Dry Dry 8/14/08 Dry 905.09 917.89 898.52 923.66 903.70 D_.
Dr}.
934.49 906.26, 927.15 903.29 922.64 901.86 925.28 Dry
, Dry Dry 8/!6/08 Dry 905.09 917.85 898.54 923.61 903.69 Dr/
D_
934.50 906.26 I 927.14 I 903.25 922.64 901.87 925.27 Dry Dry Dry 8/15/08 Dry 905.08 917.84 898.48 923.61 90365 I_
- Drj, 934.48 906.25 927.14 903.22 922.64 901.84 925.26 Dry Dry Dry 8/15/08 Dry 905.08 917.86 898.57 923.60 903.69 D_
D_
934.52 906.25 927.15 903.20 i
922.64 901.92 925.26 Dry Dry Dry 6115108 Dry 905.08 917.89 898.58 923.65 903.73 Dry D'Q" 934.49 906.26i 927.16 903.33 922.65 901.90 925.25 Dry Dry Dry 8/16/08 Dry 905.08 917.85 898.56 923.61 903.70 D'Q, I_
934.49 906.26 ; 927.14 903.25 922.64 901.88 925.25 Dry Dry Dry 6/16/08 Dry 905.08 917.83 898.47 923.62 903.64 D_
Dry 934.48 906.25 ! 927.14 ! 903.22 ; 922.63 901.84 925.24 Dry Dry Dry 8/16/08 Dry 905.08 917 86 898.59 923.60 903.70 D_,
I_
934.53 906.25 927.15 903.20 922.64 901.94 925.23 Dry Dry
, Dry 6116/08 Dry 905.08 917.89 898.62 923.65 903.76 D_
Dry 934.50 906.26 927.16 903.35 922.64 901.92 925.23 Dry Dry Dry 8117/08 Dry 90508 917.83 89852 923.61 903.69 D'_
D'_
934.48 906.26 927.13 903.29 922.63 901.87 925.23 Dry Dry Dry 8/17/08 Dry 905.07 917.84 898.48 923.61 903.65 I_
D_
934.48 906.25 927.14 903.25 922.63 901.84 925.22 Dry Dry Dry 6/17/08 Dry 905.08 917.86 898.59 923.60 903.71 Dr'/
I_
934.52 906.25 927.15 903.22 922.64 901.93 925.21 De/
Dry Dry 8/17/08 Dry 905.07 917.88 898.62 923.64 903.76 D_
I_
934.50 906.26 927.15 903.36 922.64 901.91 925.21 Dry Dry Dry 6/18/08 Dry 905.07 917.82 898.54 923.61 903.70 D_7 D_
934.49 906.25 927.13 903.28 922.63 901.88 925.21 Dry Dry Dry 8118/08 Dry 905.07 917.82 898.47 923.60 903.65 I_
D_
934.47 906.25 927.13 903.24 922.63 901.83 925.20 Dry Dry Dry 6/18/08 Dry 905.07 917.85 898.55 923.59 903.69 D_
Dry 934.51 906.25 927.14 903.20 922.63 901.90 925.19 Dry Dry Dry 8/16/08 Dry 905.07 917.87 898.58 923.64 903.73 Dry Dry 934.49 906.25 927.15 903.31 922.64 90!.90 925.19 Dry Dry Dry 8/19/08 Dry 905.07 917.63 898.53 923.60 903.70 Dry D_
934.49 906.25 927.14 903.28 922.63 901.88 925.18 Dry Dry Dry 8119108 Dry 905.07 917.82 898.47 923.60 903.66 D_
Dry 934.47 906.25 927.13 903.25 922_63 901.84 925.17 Dry Dry Dry 8/19/08 Dry 905.07 917.85 898.55 923.59 903.70 D_
Dr/
934.5I 906.25 927.14 903.21 922.63 901.91 925.17 Dry Dry Dry 8/19/08 Dry 905.07 917.87 898.59 923.63 903.76 D_
I)t7 934.50 906.26 927.15 903.34 922.64 901.91 925.17 Dry Dry Dry 8/20/08 Dry 905.07 917.83 898.57 92360 903.75 D_
D_
934.49 906.26 927.14 903.31 922.63
_1l_
925.17 Dry Dry Dry 6/20108 Dry 905.06 917.82 898.50 923.59 903.71 D_
Dry" 934.47 906.26 927.13 903.29 922.63 901.85 925.16 Dry Dry Dry 8/20108 Dry 905.06 917.84 898.58 923.59 903.75 Dt7 Dry 934,51 906.26 927.14 903.25 922.63 901.92 925.16 Dry Dry Dry 8/20/08 Dry 905.06 917.86 898.63 923.64 903.80 D_
Dry 934.50 906.27 927.15 903.3(
922.64 901.93 925.16 Dry Dry Dry 8/21/08 Dry 905.06 917.82 898.56 923.60 903.76 I_
l_
934.48 906.27 927.13 903.33 922.63 901.89 925.16 Dry Dry Dry 8/21/08 Dry 905.06 917.82 898.48 923.59 903.70 D_
Dt7 934.47 906.26 927.13 903.28 922.63 901.83 925.15 Dr](
Dry Dry 8/21/08 Dry 905.06 917.84 898.56 923.59 903.73 D_
D_
934.50 906.27 927.14 903.23 922.63 901.90 925.14 Dry Dry Dr](
8/21/08 Dry 905.06 917.86 898.57 923.64 903.76 D_
D_
934.48 906.27 927.14 903.35 922.63 901.88 925.14 Dry Dry Dry 8/22/08 Dry 905.06 917.81 898.49 923.60 903.70 Dr.(
D_
934.47 906.27 927.13 903.28 922.62 901.84 925.13 Dry Dry Dry 8/22/08 Dry 905.06 917.60 923.60 90362 Dr'/
Dr'/
934.46 906.27 927.12 903.22 922.62 901.80 925.12 Dry Dry Dry 8/22/08 Dry 905.06 917.82 923.59 903.65 D_
- Drj, 934.50 906.27 927.1; 903.16 922.63 901.87 925.12 Dry Dry Dry 8/22/08 Dry 905.06 917.85 923.65 903.68 Dt7 I_
934.48 906.27 927.14 903.27 922.63 901.86 925.12 Dry Dry Dry 8/23/08 Dry 905.05 9!7.80 923.56 903.63 Dry Dry 934.47 906.27 927.12 903.22 922.62 901.82 925.11 Dry Dr,/
Dry 8/23/08 Dry 905.05 917.79 923.61 903.57 Dr1 D_
934.46 906.26 927.12 903.17 92.2.62 901.79 925.10 Dry Dry Dry 8/23108 Dry 905.05 917.82 922.47 903.62 D_
- Drj, 934.50 906.26 927.13 903.14 922.63 901.87 925.09 Dry Dry Dry 8/23/08 Dry 905.05 917.85 923.80 903.66 Dry D,_
934.48 906.26 927.14 903.27 922.63 901.87 925.09 Dry Dry Dry 8/24/08 Dry 905.05 917.80 923.76 903.61 D_.
Dr_
934.47 906.26 927.12 903.23 922.62 901.83 925.08 Dry Dry Dry 8/24/08 Dry 905.05 917.79 923.76 903.55 Dry Dr_
934.46 906.26 927.12 903.18 922.62 901.79 925.07 Dry Dry Dry 8/24/08 Dry 905.05 917.83 922.46 903.61 D_
I_
934.50 906.26 927.13 903.16 922.62 901.88 925.07 Dry Dry Dry 8/24108 Dry 905.05 917.85 923.66 903.66 Dr,/
D_
934.49 906.26 927.14 903.30 922.63 i 901.88 925.07 Dry Dry Dry 8/25/08 Dry 905.04 917.79 923.63 903.58 I)Pj Dry 934.46 906.26 927.12 903.25 922.61 =901.82 925.06 Dry Dry Dry 8/25/08 Dry 905.04 917.80 923.63 903.53 D_
I_
934.46 906.26 927.12 903.20 922.62 901.79 925.05 Dry Dry Dry 8/25/08 Dry 905.04 917.81 923.62 903.58 Dra" Dry 934.51 906.26 927.!3 903.17 922.62 : 901.89 925.05 Dry Dry Dry 8/25/08 Dry 905.04 917.83 923.68 903.56 I_
I_
934.44 906.26 927.13 903.32 922.62 901.78 925.04 Dry Dry Dry 8/26/08 Dry 905.04 917.77 923.63 903.52 Dr/
Dr7 934.49 906.26 927.11 903.14 922.61 901.82 925.04 Dry Dry Dry 8/26/08 Dry 905.00 917.80 898.43 923.63 903.49 Dt7 Dry 934.46 906.11 927.12 903.18 922.6I 901.77 925.03 Dry Dry Dry 8/26/08 Dry 905.00 917.83 898.34 923.61 902.50 Dr}"
I_
934.40 906.11 926.95 901.52 922.50 901.85 922.30 Dry Dry Dry 8/26/08 Dry 905.00 917.85 898.37 923.67 903.01 I_
I_
934.37 906.11 926.94 902.52 922.50 901.84 922.37 Dry Dry Dry 8/27108 Dry 904.99 917.8!
898.34, 923.63 903.13 1_
D_
934.37 906.11 926.94 902.86 922.49 901.81 922.42 Dry Dry Dry 8/27108 Dry 904.99 917.8!
898.1S 923.63 900.23 Dr./,
DrT 934.36 906.11 926.93 902.92 922.49 901.87 921.65 Dry Dry Dry 8/27/08 Dry 904.99 917.83 898.48 923.62 902.75 Dr},
D_,
934.40 906.11 927.04 901.28 922.50 901.96 922.49 Dry Dry Dry 8/27108 Dry 90499 917.85 89851 92366 903.24 Dr/
D_
934.37 90611 927.04 902.48 922.50 901.94 922.52 Dry Dry Dry 8/26/08 Dry 904.99 917.81 898.46 923.61 903.35 Dr'¢ I_
934.37 906.11 927.03 902.94 922.49 901.92 922.56 Dry Dry Dry 8/26/08 Dry 904.98 917 82
- 89843, 923.60 903.40 Dry Dr_
934.35 906.11 927.03 903.05 922.49 901.89 922.59 Dry Dry Dry 8/28/08 Dry 904.98 917.84 898.54 923.61 903.51 Dr}"
I_
934.40 906.11 927.04 903.06 922.50 901.98 922.62 Dry Dry Dry 8/28/08 Dry 904.98 917.86 898.55 923.66 903.58 Dq.,
Dr,i 934.36 906.12 927.05 903.21 922.50 901.95 922.65 Dry Dry Dry 8/29108 Dry 904.98 917.77 898.48 923.62 903.52 D_
D_
934.37 906.12 927.02 903.09 922,48 901.89 922.68 Dry Dry Dry 8/29/08 Dry 904.97 917.81 898.41 923.61 903.50 D_
D_"
934.35 906.12 927.02 903.09 922.49 901.87 i 922.71 Dry Dry Dry 8/29/08 Dry 904.97 917.83 898.52 923.61 903.56 1_
Dr},
934.39 906.12 927.04 903.05 922.49 901.96,i 922.74 Dry Dry Dry 8/29/08 Dry 904.97 917.85 898.56 923.65 903.63 Dr/
Dry 934.38 906.12 927.04 903.18 922.50 901.96 I 922.77 Dry Dry Dry 6/30/08 Dry 904.97 917.79 898.49 923.61 903.59 l_
D_
934.36 906.13 927.02 903.13 922.49 901.92 I 922.79 Dry Dr'/
Dry i
8/30/08 Dry 904.97 917.81 898.46 923.61 903.56
]3x7 Dr-/
934.35 906.13 927.02 903.12 922.49 901 89 922.82 Dry Dry Dry 8/30108 Dry 90497 917.82 898.56 923.61 903.62 Dry Dry 934.38 906.13 927.03 903.09 922.49 901.96 922.85 Dry Dr'/
Dry 8/30#08 Dry 904.97 917.84 898.56 923.65 903.64 I_
I_
934.36 906.13 927.04 903.19 922.49 90193 922.87 Dry Dry Dry 8/31/08 Dry 904.97 917.80 898.47 923.62 903.58 I_
934.34 906.14 I 927.02 903.13 922.49 901.88 922.89 Dry Dry Dry 6/31/08 Dry 904.96 917.80 898,42 923.61 903,54 D_,
D_
934,35 906,13 927.02 ' 903.08 : 922.49 901.86 922.91 Dr'/
Dr'/
Dr'/
8/31/08 Dry 904.96 917.82 898.52 923.61 90359 D_
Wry 934.38 906.14 927.03 903.05 922.49 901.94 922.94 Dry Dry Dry 8/31/08 Dry 904.96 917.83 898.52 923.65 903.61 D._
Ehy 934.35 906.14 927.03 903.17 922.49 901.91 922.96 Dry Dry Dry 9/1/08 Dry 904.96 917.78 898.46 923.61 903.56 D_
I_
934.35 906.14 927.02 903.09 922.48 901.88 922.98 Dry Dry
, Dry 911/08 Dry 904.96 917.78 898.40 923.61 903.51 D_'
1_
934.34 906.14 927.02 903.05 922.48 901.85 923.00 Dry Dry Dry 9/1/08 Dry 904.95 917.80 898.46 923.61 903.52 I_
D_
934.37 906.13:927.031 903.01 922.49 901.90 923.02 Dry Dry Dry 9/1/08 Dry 904.95 917.82 898.45 923.65 903.52 D_
I_
934.35 906.14 927.03 903.09 922.49 901.88 923.04 Dry Dry Dry 9/2/08 Dry 90495 917.78 898.41 923.62 903.47 D_
934.34 906.13 927.02 903.04 922.48 901.86 923.06 Dry Dry Dry 9/2/08 Dry 904.95 917.78 898.34 923.61 903.40 D_
I_
934.33 906.13 927.01 903.01
_'22,48 901.83 923.07 Dry Dry Dry 9/2/08 Dry 904.94 917.80 898.41 923.60 903.43 D_
D'Q, 934.37 906.13 927.02 902.97 922.48 901.89 923.09 Dry Dry Dry 9/2/08 Dry 904.94 917.81 898.42 923.64 903.45 D_
Dry 934.35 906.13 927.03 903.06 922.48 901.88 923.11 Dry Dry Dry 9/3/08 Dry 904.94 917.78 898.38 923.61 903.42 Dry D=7 934.34 906.13 927.02 903.04 922.48 901.86 923 13 Dry Dry Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEEl ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-IA RPT_IB RPZ-2A RP_2B
_A RPZ-3B RPZ-4A RFZ_B RFZ-SA RP_SBIRI_-6AIRPZ-6B RPZ-TAIRIr_TBI
_B RPZ-9A IRFL-gB 9/24108 Dry 904.80 917.67 898.25 923.56 903.33 Drl
- Drj, 934.30 906.101
- 92698, 902.87 922.43 901.79 923.71 Dry Dry Dry 9/24/08 Dry 904.79 917.68 898.27 923.60 903.36 D'_
Dl_
934.29 906. !0 926.99 902.96 922.43 901.79 923.72 Dry Dry Dry 9/25/08 Dry 904.79 917.65 898.24 923.56 903.32 D_
D_
934.28 906.10 926.98 902.96 922.43 901.76 923.72 Dry Dry Dry 9/25/08 Dry 904.79 917.64 898.16 923.57 903.26 934,26 906.10 926.97 902,92
_ 922.43 901.70 923.71 Dry Dry Dry 9/25108 Dry 904.79 917.66 898.26 923.56 903.31 D_
Dr_
934.30 906.10 926.98 902.88 922.43 901.78 923.72 Dry Dry Dry 9/25/08 Dry 904.79 917.67 898.26 923.60 903.34 D_
Drj 934.28 906 10 926.98 902.97 922.43 901.77 923.72 Dry Dry Dry 9/26/08 Dry 904.79 917.65 898.22 923.57 903.31 Dt7 Dry 934.27 906.10 926.97 902.95 922.43 901.74 923.72 Dry Dry Dry 9/26/08 Dry 904.78 917.63 898.15 923.57 903.25 1_
DI_
934.26 906.09 926.97 902.91 9'22.42 901.70 923.71 Dry Dry Dry 9/26/08 Dry 904.78 917.66 898.25 923.55 903.31 Drl D_
934.29 906.10 926.98 902.87 922.43 901.78 923.7t Dry Dry Dry 9/26/08 Dry 904.78 91767 898.24 923.59 903.33 Dr},
DQ, 934.28 906.10 926.98 902.95 922.43 901.76 923.71 Dry Dry Dry 9/27/08 Dry 904.78 917.64 898.2"1 923.55 903.31 Dr(
Dry 934.27 906.10 926.97 90'_.94 922.43 i 901.74 923.71 Dry Dry Dry 9/27/08 Dry 904.77 917.63 898.15 923.56 903.26 D_
Dx7 934.25 106.10 926.97 902.91 922.42 i 901.70 923.70 Dry Dry Dry 9/27108 Dry 904.77 917.65 898.26 923.55 903.31 D_
I_
934.29 906.10 926.98 902.88 922.43 901.78 923.71 Dry Dry Dry 9/27108 Dry 904.77 917.66 898.18 923.59 903.30 D_
D_
934.25
)06.10 926.97 902.97 922.43 901.70 923.70 Dry Dry Dry 9/28108 Dry 904.77 917.65 898.19 923.57 903.28 Dry Dry 934.27 906.10 926.98 902.90 922.43 901.72 923.70 Dry Dry Dry 9/28/08 Dry 904.77 917.63 898.12 923,57 903.23 Dzy Dr,j 934.25
}06.09 926.96 902,89 922.42 901.69 923.69 Dry Dry Dry 9/28/08 Dry 904.77 917.64 898.21 923.56 903.28 Dry D_
934.29 906.09 926.97 902.85 922.43 901.76 923.70 Dry Dry Dry 9/28/08 Dry 904.77 917.65 898.21 923.60 903.30
]_
Dr/
934.27 906.10 926.98 902.94 922.43 901.74 923.69 Dry Dry Dry 9129/08 Dry 904.76 917.63 898.17 92357 903.27 D_
D_
934.26 906.10 926.97 902.92 922.42 901.72 923.69 Dry Dry Dry 9/29108 Dry 904.76 917.61 898.10 923.58 903.22 D_
I_
934.25 906.10
_ 926.96 I 902.88 922.42 901.68 923.69 Dry Dry Dry 9129108 Dry 904.76 917.64 898.20 923.56 903.26 I_
D_
934.29 906,09
! 926.97 902.84 922.42 901.75 923.69 Dry Dry Dry 9/29108 Dry 904.76 917.64 898.16 923.60 903.26 1_,
D_
934.26 906.10 926.97 902.92 I
922.42 901.71 923.68 Dry Dry Dry 9/30/08 Dry 904.76 917.61 898.07 923.57 903.19 Dry D_
934.25 906.10 926.96 902.86 922.42 901.68 923.68 Dry Dry Dry 9/30108 Dry 904.75 917.61 898.01 923.57 903.13 Dr/
D_
934.24 906.10 926.96 902.81 922.42 901.65 923.67 Dry Dry Dry 9130/08 Dry 904.75 917.63 898.08 923.55 903.17 Dry D_
934.27 906.09 926.97 902.77 922.42 901.71 923.66 Dry Dry Dry 9/30/08 Dry 904.75 917.63 898.09 923.59 903.19 D_
D.Q, 934.26 906.10 926.97 902.85 922.42 901.70 923.66 Dry Dry Dry 10/1/08 Dry 904.75 917.62 898.09 923.56 903.18 D_
Dry 934.26 906.10 926.97 902.84 922,42 901,70 923.66 Dry Dry Dry 1011108 Dry 904,75 917.61 898.04 923.57 903,15 D_
D_
934.24 906.09 926.96 902.84 922.42 901.67 923.65 Dry Dry Dry 1011/08 Dry 904.74 917.63 898.15 923.56 903.21 D_
D_
934.28 906.09 926.97 902.82 922.42 901.75 923.65 Dry Dry Dry 1011108 Dry 904.74 917.64 898.17 923.59 903.25 D_
D_
934.27 906.10 926.97 902.91 922.42 90!.74 923.65 Dry Dry Dry 10/2/08 Dry 904.74 917.62
_98.18 923.57 903.26 D'Q, Dr},
934.27 906.10 926.97 902.92 922.42 901.75 923.66 Dry Dry Dry 10/2/08 Dry 904.74 917.61 898.14 923.56 903.25 D'_
D_
)34.25 90609 926.97 902.93 922.42 901.72 923.65 Dry Dry Dry 10/2/08 Dry 904,73 I
91763 898.26 923.54 90332 Dr)"
Drl
- '34.29 90610 926,97 902-91 922,42 901.80 923.66 Dry Dry Dry 10/2/08 Dry 904.74 917.64 898.30 923.57 903.38 Dr_
D_
934.28 90608 926.97 903.02 922.42 901.80 923.66 Dry Dry Dry 10/3/08 Dry 904.74 917.61 898.28 923.54 903.38 D17 Dr_
934.27 90608 926.97 903.03 922.42 901.78 923.67 Dry Dry Dry 10/3/08 Dry 904.74 917.61 898.20 923.55 903.33 D_
D,t7 934.24 906.08 926.96 903.00 922.41 901.72 923.66 Dry Dry Dry 10/3/08 Dry 904.74 917.61 898.27 923.53 903.35 Dry Dry 934.27 906.08 926.96 902.93 922.41 901.77 923.67 Dry Dry Dry 10/3/08 Dry 904.73 917.62 898.27 923.57 903.36 DO, D_
934.26 906.08 926.96
)03.00 92241 901,76 923.67 Dry Dry Dry 1014/08 Dry 904.73 917.60 898.26 923.55 903.35 D_
Dr/
934.26 906.08 926.96 902.97 922.41 901.75i 923.67 Dry Dry Dry 10/4/08 Dry 904.73 917.61 898.24 923.55 903.33 D_
Dr/
934.25 906.08 92696 902.98 922.41 901.72 923.67 Dry Dry Dry 10/4/08 Dry 904.73 917.60 898.29 923.54 903.34 D_
Dry 934.27 906.08 926.96 902.94 922.42 101.77 923.68 Dry Drv Dry 1014108 Dry 904.73 917.63 898.32 923.58 903.38 D_
D_
934.26 906.08
- 926.97 903.02 922.42 901.77 92368 Dry Dry Dry 1015108 Dry 904.73 917.61 898.29 923.56 903.36 Drt Dt'y 934.25 906.08 926.96 903.01 922.41 901.75 923.68 Dry Dry Dry
'_016/08 Dry 904.73 917.58 898.19 923.56 903.29 Dr]
D_
934.23 906.08 926.96 902.97 922.41 901.68 923.68 Dry Dry Dry 1015108 Dry 904.73 917.59 898.22 923.55 903.28 D_
D'_
934,26 906,08 926.96 902.89 922.41 901,71 923,68 Dry Dry Dry 1015108 Dry 904.73 917.59 898.16 923.59 903.25 I_
D_
934.23 906.08 926.95 902.92 922.41 90166 923.68 Dry Dry Dry 1016/08 Dry 904.72 917.58 898.!2 923.56 903.19 D_
D_
934.24 906.08 926.96 902,86 122.41 901.65 923.67 Dry Dry Dry 1016/08 Dry 904.72 917.57 898.01 923.57 903.11 Dr7 D_
134.22 906.08 926.95 902.81 922.40 901.61 923.66 Dry Dry Dry 1016/08 Dry 904.72 917.59 898.07 923,55 903.12 D_
D_
934.25 906.08 926.96 902.75 922.41 901.66 923.65 Dry Dry Dry 10/6/08 Dry 904.72 917.59 898.04 923.59 903.12 D_
Dr_
934.23 906.08 926.95 902.79 922.40 901.63 923.65 Dry Dry Dry 10/7/08 Dry 904.7'1 917.57 897.98 923.56 903,07 Dt7 Dr_
134.23 906.08 926.95 902.75 922.40 901.62 923,64 Dry Dry Dry 10/7108 Dry 904.71 917.56 897.90 923.56 903.01 Dz7 D_,
934.21
)06.08 926.95 902.72 922.40
- 901.59 923.64 Dry Dry Dry 10/7/08 Dry 904.71 i 917.59 898.02 923.55 903.06 DW Dry 934.26 906.08 926.96 902.69 922.41 901.68 923.63 Dry Dry Dry 10/7/08 Dry 904.71 917.60 898.04 923.58 903.11 D0" Dr(
934.25 906.08 926.96 902.79 922.41 901.68 923.63 Dry Dry Dry 10/8/08 Dry 904.71 917.59 398.07 !
923.56 903.13 D_,
Dr},
934.25 906.08 926,96 902.82 922.40 101.70 923.63 Dr_
Dry Dry 10/8/08 Dry 904.70 917.57 898.02 923.55 903.11 I_
I)zT, 934.23 90608 926.95 902.84 922.40 901.66 923.62 Dry Dry Dry 1018/08 Dry 904.70 917.59 898.16 923.52 903.20 D_
D_
93427 906.08 926.96 902.84 922.41 901.75 923.62 Dry Dry Dry 1018/08 Dry 904.70 917.60 89819 923.55 903.25 Dr),
Dry 934.26 906.08 926.96 902.94 922.41 901.74 923.63 Dry Dry Dry 1019108 Dry 904.70 917.59 898.2!
923.53 903.27 Dry D_
934.27 906.08 926.96 902.96 922.41 101.75 923.63 Dr./
Dry Dry 1019108 Dry 904.70 917.57 898.17 92353 903.25 D_
Dr)'
934.25
_06.08 926.95 902.97 922.40 901.71 923.62 Dry Dry Dry 1019108 Dry 904.70 917.59 898.30 923.52 903.34 D_
D_
934.29 906.08
- 926.96 902.94 922.41 901.80 923.63 Dry Dry Dry 10/9108 Dry 904.70 917.61 898.32 923.55 903.39 Dr_
Dry 934.27 906.08 926.96 903.05 922.41 901.79 923.64 Dry Dry Dry 10110/08 Dry 904.70 917.59 898.33 923.53 903.40 Dr),
Dry 934.27 906.08 926.96 903.05 922.41 901.78 923.64 Dry Dry Dry 101!0/08 Dry 904.70 917.57 898.27 923.54 903.37 Dr}"
D_
934.25 90608 92695 903.04 922.41 901.74 923.64 Dr}'
Dry Dry 10110108 Dry 904.70 917.58 898.38 923.52 903.43 D_
D_
934.28 906.08 926,96 903.00 922.41 901.80 923.65 Dry Dry Dry 10110108 Dry 904.70 917.60 898.39 923.57 903.47 Dt7 D_,
934.26 906.07 926.96 903.10 922.41 901.79 923.66 Dry Dry Dry 10111108 DP/
904.70 917.57 898.36 923.54 903.46 D_
D.Q" 934.25 906.08 926.95 903.07 922.41 901.76 923.66 Dry Dry Dry 10/11/08 Dry 904.70 917.54 898.20 923.55 903.35 l_
D_
934.22 906.09 926.94 903.00 922.40 901.66 923.66 Dry Dry Dry 10111/08 Dry 904.69 917.55 898.20 923.53 903.32 Dr_
D_.
934.23 906.09 926.95 902.90 922.40 90168 923.65 Dry Dry Dry 10/11108 Dry 904.69 917.54 898.10 923.58 903.25 D_
Dr,/
934.21 906.09 926.94 902.89 922.39 901.61 923.63 Dry Dry Dry 10/12/08 Dry 904.69 917.54 898.05 923.54 903.19 Dry Dry 934.21 906.09 926.94 902.81 922.40 901.59 923.62 Dry Dry Dry 10/12/08 Dry 904.69 917.53 897.92 923.54 903.09 D_
D'_
93420 906.08 926.93 902.75 922.39 901.54 923.61 Dry Dry Dry 10/12/08 Dry 904.68 917.54 897,95 923.53 903.08 D_
D_,
934.22 906.08 926,94 902.67 922.39 901.59 923.60 Dry Dry Dry 10112/08 Dry 904.68 917.54 897.89 923.56 903.04 D_
Dr)"
934.20 906.08 926.94 902.69 922139 901.56 923.59 Dry Dry Dry 10113408 Dry 904.68 917.53 897.85 923.53 903.01 D_
Dry 934.20 906.08 926.94 902.65 922.39 901.56 923.59 Dry Dry Dry 10113/08 Dry 904.67 917.52 897.75 923.54 902.93 D_
D_
934.19 906.08 926.93 902.63 922.39 901.52 923.58 Dry Dry Dry 10/13/08 Dry 904.67 917,54 897.85, 923.52 902,97 l_
Dr_
934.24 906.08 926.94 902.58 922.39 901.61 923.57 Dry Dry Dry 10/13/08 Dry 904.67 917.55 897.87 923.55 903.00 Dry Dr_
934.22 906.08 926.95 902.67 922.39 901.60 923.56 Dry Dry Dry 10/14/08 Dry 904.67 917.53 897.85 923.53 902.99 Dry D,t7 934.22 906.08 926.94 902,69 922.39 901.61 923.56 Dry Dry Dry 10114/08 Dry 904.66 917.53 897.79 923.53 902.96 D'Q" D'_
934.20 906.08 926.94 902.70 922.39 901.56 92"3.55 Dry Dry Dry 10114108 Dry 904.66 917.55 897.91 923.52 903.03 Dr_
Dr_
934.24 906.08 926.94
! 902.68 922.39 901.66 923.54 Dry Dry Dry 10/14/08 Dry 904.66 917.56 897.92 923.57 903.05 D_
D_
934,22
_06.08 926.95 902.77 922.39 901.64 923.54 Dry Dry Dry 10115/08 Dry 904.66 91753 897.90 923.54 903.03 Dr},
934,22 906,08 926,94 902.79 922.39 901.64 923.53 Dry Dry Dry 10115108 Dry 904.65 917.51 897.81 923.55 902.95 Dry D_7 934.19 906.08 926.93 902.78 922.39 901.57 923.53 Dry Dry Dry 1(3115/08 Dry 904 65 917.54 897.92 923.53 902.99 Dry D_y 934.23 906.08 926.95 902.73 922.39 901.64 923.52 Dry Dry Dry
TABLE I.
WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-IA RPZ-IB RPZ-2A RP'Z,-2B RP'Z,-3A RPZ,.,3B RPZ-4A RPZ-4B RPZ-SA RPZ--SB RPZ-.6A
_B RPZ-TA RI_-TB RI_-SA RPZ-8B RPZ-9A RPZ-9B 10/15/08 Dry 904.65 917.54 897.90 923.56 903.00 D_
D_
934.21 906.08 926.94 902.80 922.39 901.62 923.52 Dry Dry Dry 10/16,'08 DP/
904.65 917.52 897.85 923.54 902.97 D_
D_
934.21 906.08 926.93 902.79 922.38 901.60 923.51 Dry Dry Dry 10/16/08 Dry 904.64 917.50 897.76 923.54 902.91 Drt D_
934.19 906.07 926.93 902.75 922.38 901.54 923.50 Dry Dry Dry 10/16/08 Dry 904.64 917.52 897.83 923.53 902.93 D_,
Dry 934.22 906.07 926.94 902.70 92239 901.60 923.50 Dry Dry Dry 10116/08 Dry 904.64 917.52 897.80 923.56 902.92 D_
- Dra, 934.20 906.08 926.93 902.75 922.38 901.58 923.49 Dr,[
Dr'[
Dry 10/17/08 Dry 904.64 917.51 897.74 923.53 902.87 D_
D_
934.19 906.08 926.93 902.71 922.38 901.56 923.48 Dry Dry Dry 10117108 Dry i 904.63 917.50 897.67 923.54 902.82 Dt7 D0, 934.I8 906.07 926.93 902.69 922.38 901.53 923.47 Dry Dry Dry 10117/08 Dry 904.63 917.52 897.77 923.52 902.86 Dr}"
D_
934.23 906.07 926.94 902`66 92238 901 62 923.46 Dry Dry Dry 10/17/08 Dry 904.63 917.53 897.79 923.55 902.89 Dx7 Dt7 934.21 906.08 926,94 902.74 92238 90161 923.46 Dry Dry Dry 10/18/08 Dry 904.63 917.51 897.77 923,.52 902.88 D_
- Drj, 934.22 906.07 926.93 902.75 922.38 901.61 923.45 Dry Dry Dry 10118/08 Dry 904.62 917.50 897.72 923.54 902.85 Dzy Dry 934.19 906.07 926.93 902.76 92238 901.57 923.44 Dry Dry Dry 10/18/08 Dry 904.62 917.52 897.83 923.51 902.91 Drt D_
934.23 906.07 926.94 902.74 922.38 901.65 923.44 Dry Dry Dry 10/18/08 Dry 904.62 917.53 897.83 923.55 902.94 D_
Drj" 934.22, 906.08 926.94 902.81 922.38 901.63 923.44 Dry Dry Dry 10/19/08 Dry 904.62 917.51 897.81 923.53 902`93 D_
D_
934.21 906.08 926.93 902.82 922.38 901.62 923.43 Dry Dry Dry 10/19/08 Dry 904.62 917.50 897.76 923.52 902.90 D_
D_
934J9 906.07 926.93 902.81 922.38 901.58 923.42 Dry Dry Dry 10119/08 Dry 904.61 917.51 897.87 923.50 902.95 D_
Drj 93423 906.07 926.94 902.78 92238 901.65 923.42 Dry Dry Dry 10119108 Dry 904.61 917.52 897.85 923.54 902.97 1_
Dry 934.21 906.07 926.94 902.86 922,38 901.62 923.42 Dry Dry Dry 10/20108 Dry 904.61 917.49 897.81 923.52 902`94 Dr_
Dr'i 934.21 906.07 926.93 902.83 922.38 90161 923.41 Dry Dry Dry 10/20/08 DW 904.61 917.48 697.73 92354 902.89 D_
D_
934.18 906.07 926.92 902.81 922.37 901.55 923.41 Dry Dry Dry 10/20/08 Dry 904.61 917.50 897.80 923.51 902.92 D_
D_
934.21 906.07 926.93 902.76 922.38 901.61 923.40 Dry Dry Dry 10/20108 Dry 904.61 917.51 897.79 923.55 902.92 D_
Dr_
934.20 906.08 92693 902.82 922.38 901.59 923.40 Dr'/
Dry Dry 10/21108 Dry 904.60 917.49 897.74 923.52 902.88 Dry Drj 934.19 906.08 926.93 902.78 922.37 901.57 923.39 Dry Dry Dry 10/21108 Dry 904.60 917.48 897.65 923.53 902.82 Dry D_
934.17 906.07 926.92 902.76 922.37 901.52 923.38 Dry Dry Dr,/
10/21108 Dry 904.60 917.50 897.74 923.52 902.86 D_
Dr/
934.22 906.07 926.93 902.71 922.37 901.60 923.38 Dry Dry Dry 10/21108 Dry 904.60 917.51 897,75 923.55 902.88 Dr_
D_
934.20 906,07 926.93 902.78 922.37 901.59 923.38 Dry Dry Dry 10/22/08 Dry 904.60 917.48 897.70 923.52 902.84 l_
D_
934.19 906.08 926,92 902.77 922.37 901.57 923.37 Dry Dry Dry 10/22/08 Dr'/
904,59 91747 897.56 923.52 902.75 D_
D'_
934.16 906.07 926.92 902.73 922.37 901.49 923,36 Dry Dry Dry 10/22/08 Dry 904.59 917.47 897.61 923.51 902.74 Dry
, Dr'/
934.20 906.07 926.93 902.65 922.37 901.55 923.35 Dry Dry Dry 10122/08 Dry 904.59 917.49 897.60 923.54 902.75 D_
Dr},
934.19 906.07 92693 902.69 922.37 90153 923.35 Dry Dry Dry 10/23108 Dry 904.59 917.47 897.60 923,52 902.74 D_
Dr/
934.19 906.07 926.92 902.67 922.37 901.55 923.34 Dry Dry Dry 10/23/08 Dry 904.58 917.47 897.55 923.53 902.71 D_
934.17 906.07 926,92 902,69 922.37 901.52 923.33 Dry Dry Dry 10/23/08 Dry 904.58 917.49 897.65 923.51 902.77 D_
D_
934.21 906,07 926.93 902,67 922.37 901.59 923.33 Dry Dry Dry 10/23/08 Dry 904.58 9!7.49 897.64 923.54 902.78 D0, D_
934.20 906.07 926.93 902,75 92237 901.58 923.33 Dry Dr,/
Dry 10/24/08 Dry 904.58 917.47 897.62 923_51 902.76 D_
D_
934.19 906.07 926.92 902.74 922.37 901.57 923.32 Dry Dry Dry 10/24/08 Dry 904.57 9!7.46 897.55 923.51 902.72 Dry Dt7 934.17 906.07 926.92 902.73 922.36 901.52 923.31 Dry Dry Dry 10/24/08 Dry 904.57 917.47 897.63 923.49 902.75 D_
l_
934.20 906,07 926.92 902.69 922.37 901.58 923.31 Dry Dry Dry 10/24/08 Dry 904.57 917.48 897.62 923.53 902.76 Dry Dry 934.19 906,07 926.92 902.76 922.37 901.56 923.30 Dry Dry Dry 10/25/08 Dry 904.57 917.45 897.57 923.51 902.72 D.Q, D_
934.18 906.07 926.91 902.73 922.36 901.53 923.30 Dry Dry Dry 10/25108 Dry 904.57 917.45 897.47 923.53 902.65 D'Q, D'_
934.16 906.07 926.91 902.69 922.36 901.48 923.29 Dry Dry Dry 10/25108 Dry 904.56 917.47 897.58 923.51 902.69 b_
Dry 934.21 906.07 926.93 902.65 922.36 901.58 923.28 Dry Dry Dry 10/25/08 Dry 904.56 917.47 897.56 923.54 902.70 Dr(
Dr/
934.19 906.07 926.92 902.72 922.37 901.55 923.28 Dry Dry Dry
'10/26/08 Dry 904.56 917,45 897.52 923.52 902,67 D_
D_
934,18 90607 926.92 902,71 922.36 90153 923,27 Dry Dry Dry 10/26/08 Dry 904.56 917.44 897.45 923.53 902.61 1_
Dry 934.16 906.07 926.91 902.69 92236 901.49 923.27 Dry Dry Dry 10/26108 904.56 917.46 897.53 923.51 902`65 D_
D_
934.20 906.07 926.92 902.65 922.36 901.56 923.26 Dry Dry Dry 10/26/08 Dry 904.56 917.46 897.50 923.54 902.65 D_
D_
934.17 906.07 926.92 902.72 922.36 901.52 923.26 Dry Dry Dry 10/27/08 Dry 904.55 917.43 897.41 923.52 902.58 D_
Dry 934.16 906.07 926.91 902.67 922.35
_31.49 923.25 Dry Dry Dry 10/27108 Dry 904.55 9t7.43 897.30 923.52 902.49 D_
934.15 906.07 926.91 902.63 922.35 901.44 923.24 Dry Dry Dry 10/27/08 Dry 904.54 917.45 897.36 923.50 902.51 Dr'/
b_
934.19 906.07 926.92 902.56 922,36
! 901.51 923.23 Dry Dry Dry 10127108 Dry 904.55 917.45 897.35 923.52 902.51 I_
D-_
934.17 906.07 926.92 902.62 922.36 901.48 923.22 Dry Dry Dry 10/28/08 Dry 904.54 917.44 897.32 923.50 902.46 D_
Dr/
934.17 906.07 92691 902.60 92235 901.49 923.22 Dry Dry Dr'/
10/28/08 Dry 904.54 917.43 897.27 923.50 902.41 Dr/
Dr'/
934.15 90607 926,91 902,60 92235 901.46 923.21 Dry Dry Dry 10/28/08 Dry 904.54 917.45 897.38 923.49 902.46 D_,
Dry 934.19 906.07 926.92 902.58 922.36 901.55 923.20 Dry Dry Dry 10/28/08 Dry 904.53 917.46 897.40 923.53 902.49 D_
D_,
934.18 906.07 926.92 902.67 922.36 901.54 923.20 Dry Dry Dry 10/29108 Dry 904.53 917.44 897.41 923,51 902.49 Dr},
Dr(
934.19 906.07 926.91 902.69 922.35 901.54 923.19 Dry Dry Dry 10/29/08 Dry 904.53 i
917.44 897.36 923.52 902.46 Dr_
D_
934.16 906.07 929.91 902.71 922.35 901.50 923.19 Dry Dr'/
Dry 10/29108 Dry 904.53 917.45 897.47 923.51 902,52 D.Q, D_
934,20 906.07 926.92 902.68 922.36 901.58 923.18 Dry Dry Dry 10/29/08 Dry 904,53 917.46 897.49 923.54 902.55 D_
D[y 934.19 906.07 926.92 902.75 922.36 901.56 923.18 Dry Dry Dry 10130/08 Dry 904.53 9!7.43 697.46 923.52 902.53 Dry Dry 934.18 90607 926.91 902.76 922.35 901.54 923.18 Dry Dry Dry 10/30/08 Dry 904.52 917.42 897.35 923,53 902.45 Dr_
D_
934.15 906.07 926.90 902.73 922.35 901.46 923.!7 Dry Dry Dry 10130/08 Dry 904,52 917.43 897.40 923.51 902.46 1_
D'Q" 934.17 90607 926.91 902.65 92235 90151 923.16 Dry Dry Dry 10/30/08 Dry 904.52 917.42 897.34 923.53 902.43 D_
I_
934.15 906.07 926.91 902.67 922.35 901.46 923.15 Dry Dry Dry 10/31108 Dry 904.52 917.41 897.26 923.51 902.37 D_
D'_
934.15 906.07 92690 902.62 922.34 901.45 923.14 Dry Dry Dry 10/31/08 Dry 904.51 917.44 897.19 923.51 902.31 D_
934.14 906.07 926.90 902.57 922.34 901.42 923.13 Dry Dry Dry 10131108 Dry 904.5!
917.44 897.29 923.50 902.34 D'_
D_
934.17 906.07 926.91 902.53 922.35 901.49 923.13 Dry Dry Dry 10/31/08 Dry 904.51 917.43 897.30 923.53 902.37 D._
D'_
934,17 906,07 926.91 902.59 922.35 901.49 923.12 Dry Dry Dr'/"
1111/08 Dry 904.51 917.41 897.32 923.51 902.38 D_
Dr_
934.17 906.07 926.91 902.61 922,34 901.50 923.11 Dry Dry Dry 11/1/08 Dry 904.50 917.41 897.29 923.51 902.36 D_
D_
934.15 906.06 926.90 902.63
,922.34 901.47 923.10 Dry Dry Dry 11/1/08 Dry 904.50 917.44 897.43 923.50 902.44 934.19 906.07 926.91 902.62 922.35 901:56 923.10 Dry Dry Dry 1111/08 Dry 904.50 917.44 897.47 923.52 902.50 D'P/
D'Pa, 934.19 906.07 926.92 902.71 922.35 901.56 923.10 Dry Dry Dry 11/2/08 Dry 904.50 917.42 897.50 923.50 902.52 Dz7 D_7 934.19 906.07 926.91 902.74 922.35 901,56 923.09 Dry Dry Dry 11/2/08 Dry 90¢50 917.42 897.47 923.50 902.50 Dry Dry 934.17 906.07 926.91 902.77 922.35 901.52 923.09 Dry Dry Dry 11/2/08 Dry 904.50 917.44 897.58, 923.47 902`56 I_
l)_
934.20 906.07 926.91 902.75 922.35 901.59 923.09 Dry Dry Dry 11/2/08 Dry 904.50 917.42 897.58 923.51 902.58 Dr_
D_
934.18 906.07 926.91 902.81 922.35 901.57 923.08 Dry Dry Dry 1119/08 Dry 904.50 917.41 897.57 923.49 902.57 Dr_
D_
934.18 906.07 926.91 902.79 922.35 901.55 923.08 Dry Dry Dry 1113/08 Dry 904.50 9!7.44 897.52 923.49 902.54 D'q.,
Dry 934.16 906.07 926.90 902.77 922.35 901.51 923.08 Dry Dry Dry 11/3/08 Dry 904.50 917.44 697.64 923.48 902.60 D_
D'Q" 934.20 906.07 926.91 902.74 922.35 901.58 923.07 Dry Dry Dry 11/3/08 Dry 904.50 917.42 897.63 923.52 902.62 D'Q" 934.18 906.07 926.91 9(72.81 922.35 901.57 923.07 Dry Dry Dry 1114/08 Dry 904.50 917.41 897,64 923.49 902.62 D_
D[7 934.18 906.07 926.90 902.81 922,35 901.56 923.07 Dry Dry Dry 1114/08 Dry 904.49 917.43 897.61 923.50 902.60 D_
D_
934.16 906.07 926.90 902.79 922.35 901.52 923.07 Dry Dry Dry 1114108 Dry 904.49 917.43 897.69 923.50 902.63 D_,
D_
934.18 906.07 926.91 902.75 922.34 901.56 923.07 Dry Dry Dry 11/4/08 Dry 904.49 917.44 897.67 923.53 902.62 D_
D_,
934.17 906.07 926.90 902.80 922.35 901.54 923.06 Dry Dry Dry 11/5/08 Dry 904.49 917.44 897.62 923.51 902.55 Dr_
D_
934,15 906.07 926.90 902.76 922.34 901.50 923.06 Dry Dry Dry 1115/08 Dry 904.49 917.44 897.49 923.52 902.43 D_
D_
934.13 90607 926.90 902.72 922.34 901.41 923.05 Dry Dry Dry 1116/08 Dry 904.49 917.44 897.51 923.50 902.39 Dr'/
Eh7 934.16 906.07 926.90 902.62 922.34 901.45 923.05 Dry Dry Dry 11/5/08 Dry 904.49 917.44 897.46 923.54 902.35 Dr]
DD" 934.13 906.07 926.90 902.61 922.34 901.42 923.04 Dry Dry Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS MEASURE PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL DATE
_lAI RPT_IB RPZ-2A RIrZ.-2B
_A RPZ-3B RPZ-4B RPZ-SA P.PZ-SB RPZ-6A RPT_6B RPZ-7A RI_-7B RPZ-SA RPZ-SB RPZ-9A RPZ-9B 1116/08 Dry 904.48 917.44 897.39 923.52 902.29 D_
Dzy 934.13 906.07 926.89 902.57 922.33 901.40 923.04 Dry Dry Dry 11/6/08 Dry 904.48 917.44 897.31 923.53 902.21 Dry Dx7 934.12 906.07 926.89 902.52 922.33 901,37 923.02 Dry Dry Dry 1116108 Dry 904.48 I
917.44 897.41 923.51 902,25 Dry Dr),
934.16 906.07 926.90 902.47 922.33 901.46 923.02 Dry Dry Dry 1116108 Dry 904.48 917.44 897.41 923.51 902.27 D_
1_
934.14 906,07 926.90 902.54 922.34 90t.44 923,01 Dry Dry Dry 11/7/08 Dry 904.47 917.44 897.39 923.47 902.24 Dz*y Dry 934.14 906.07 926.89 902.52 922.33 901.43 923.00 Dry Dry Dr'/
11/7/08 Dry 904.47 917.44 897.35 923.47 902.22 D'_
Dry 934.13 90606 926.89 902.52 922.33 901.41 922.99 Dry Dry Dry 11/7/08 Dry 904.47 917.45 897.49 923.46 902.30 Dry Dr}"
934.17 906.07 926.91 902.52 922.34 901.51 922.98 Dry Dry Dry 11/7/08
- Dry, 904.47 917.45 897.54 923.50 902.36 D_
D.Q, 934.16 906.07 92690 902.62 922.34 901.51 922.98 Dry Dry Dry 11/8/08 Dry 904.47 917.44 897.55 923.48 902.38 Dr},
D_
934.17 906.07 926.90 902,65 922.34 901.52 922.98 Dry Dry Dry 1118/08 Dry 904,46 917.43 89755 923.49 902.39 Dz},
D_
934.16 90607 92690 902.68 922.34 901.50 92297 Dry Dry Dry 1118/08 Dry 904.46 917.45 897.71 923.47 902.48 DJy D_
934.20 906.07 926.91 902.68 922.34 901.58 922.97 Dry Dry Dry 1!/8/08 Dry 904.47 917.44 897.77 923.51 902.56 D_
I_
934,19 906.07 926.91 902.78 922.34 901.59 922.97 Dry Dr]
Dry 11/9108 Dry 904.47 917.44 897.84 923.49 902.62 D[ 7 Dt7 934.21 906.07 926.91 902.83 922.35 901.63 922.97 Dry Dry Dry 11/9/08 Dry 904.47 917.43 897.89 923.50 902.68 Dr'i D_
934.19 906.06 926.91 902.88 922.35 901.62 922.97 Dry Dry Dry 1119108 Dry 904.47 917A5 898.03 923.48 902.78 1_
D_
934.22 906.07 92693 90292 922.36 901.67 I
922 98 Dry Dry Dry 11/9108 Dry 904.47 917.41 897.88 923.52 902.71 1_
D't7 934.16 906.07 92690 902.96 922.35 901.55 922.97 Dry Dry Dry 11/10/08 Dry 904.47 917.40 897.77 923.50 902.62 D_
Dry 934.14 906.07 926.89 902.84 922.34 901.49 922.97 Dry Dry Dry 11/10/08 Dry 904.46 917.41 897.64 923.50 902.51 I)I},
Dr},
934.11 906.07 926.89 902.74 922.33 901,41 922.96 Dry Dry Dry 11110/08 Dry 904.46 917.41 897.66 923.49 902.49 D'_
Dt7 934.14 906.07 926.89 902.63, 922.33 901.46 922.96 Dry Dry Dry 11110/08 Dry 904.46 917.40 897.59 923.53 902.45 D_
Dr_
934.12 906,07 926.89 902.63 92233 901.41 922.95 Dry Dry Dry 11/11/08 Dry 904.46 917.41 897.56 923.50 902.41 D_
D_
934.12 906.07 926.88 902.58 I
922.33 901.40 922.95 Dry Dry Dry 11/11/08 Dry 904.45 917.41 897.47 923.49 902.34 Dr'/
Dr},
934.11 906.06 '
926.88 902,55 I
922.33 901.37 922.94 Dry Dr'/
Dry 11111/08 Dr,/'
904.45 917.41 897.56 923.46 902.38 D_
Dry 934.15 906.07 926.90 902.50 922.33 901.44 922.93 Dry Dry Dry 1!111/08 Dry 904.45 917.44 897.52 923.50 902.38 Dr'/
Dry 934.12 906.07 926.88 902.56 922.33 901.41 922.92 Dry Dry Dry 11/12/08 Dry 904.45 917.44 897.51 923.46 902,36 D_,
Dr/
934.13 906.07 926.88 902.54 922.32 901.42 922.92 Dry Dry Dry 11112/08 Dry 904.44 917.44 897.49 923.48 902.35 Dry Drl 934.11 906.06 926.89 902.55 922.33 901.40 922.91 Dry Dry Dry 11/12/08 Dry 904.44 917.44 897.60 923.46 902.41 D_
D_
934.15 906.07 926.89 902.53 922.33 901A8 922.90 Dry Dry Dry 11112/08 Dry 904.44 917.43 897.60 923.50 902.44 Dry Dry 934.14 906.07 926.89 902.61 922.33 901.47 922.90 Dry Dry Dry 11113/08 Dry 904.44 917.43 897.61 923.48 902.45 D_
D'Q" 934.14 906_07 926.88 902.62 922.32 901.48 922.89 Dry Dry Dry 111t3/08 Dry
- 904.44 917.44 897.60 923.49 902.44
,D_
D_
934.13 906.06 926.89 902.64 922.33 901.44 922.88 Dry Dry Dry 11113108 Dry 904.44 917,44 897.74 923.47 902.54 D_
D_
934.17 906.07 926.90 902.63 922.33 901.54 922.88 Dry Dry Dr'/
11113/08 Dr'/
904.44 917.43 897.78 923.50 902.60 I_
D_
934.16 906.07 926.90 902.72 922.33 901.53 922.88 Dry Dry Dry 11/14/08 Dry
' 904.44 917.43 897.74 923.47 902,57 Dry I_
934.14 906.07 926.89 902.74 922.33 901.49 922.87 Dry Dry Dry 11114/08 Dry 904.43 917.43 897.63 923,48 902.51 D_
Dry 934.11 906.06 926.81 902.70 922.32 901.42 922.87 Dry Dry Dry 11114/08 Dry 904.43 917.44 897.67 923.47 902.51 Dr'/
Dr'[
934.14 906.07 926.89 902.63 922.32 901.46 922.86 Dry Dry Dry 11114/08 Dry 904.43 917.44 897.61 923.50 902.48 Dr/
Dr1 934.11 906.07 926.88 902.64 922.32 901A0 922.86 Dry Dry Dr'/
11115108 Dry 904.43 917.44 897.54 923.48 902.42 Dry D,ty 934J1 906.07 926.88 902.58 922.32 901.38 922.85 Dry Dry Dry t1/15/08 Dry 904.42 917.43 897.45 923.48 902.35 Dzy 934.10 906.07 926.88 902.53 922.32 901.34 922.84 Dry Dry Dry 11115108 Dry 904.42 917.43 897.52 923.47 902.37 Dr),
D_
934.13 906.07 926.89 902.47 922.32 901.41 922.83 Dry Dry Dry 11115108 Dry 904.42 917.43 897.52 923.51 902.39 Dr_
Dr'/
934.12 906.07 926.88 902.52 922.32 901.40 922.83 Dry Dry Dry 11116/08 Dry 904.42 917.43 897.52 923.49 902.38 Dry Dry 934.12 906.07 926.88 902.52 922.32 901.40 922.82 Dry Dry Dry 11/16/08 Dry 904.42 917.43 897.47 923.49 902.35 Da7 Dt7 934.10 906.06 926.88 902.52 922,32 901.37 922.81 Dry Dry
,Dry 11/16/08 Dry 904.41 917.44 897.55 923.47 902.40 D_
D_
934.13 906.07 926.89 902.50 922.32 901.43 922.80 Dry Dry Dry 11116/08 Dry 904,41 917.44 897.53 923.51 902.40 1_
Dr/
934.11 906.07 926.88 902.55 922.32 901.40 922.80 Dry Dry Dry 11/17/08 Dry 904.41 917.43 897.47 923.48 902.35 D'Q, 1_
934.10 906.07 926.87 902.52 922.31 901.38 922.79 Dry Dry Dry 11117108 Dry 904.4!
917.43 897.40 923A8 902.30 D_
D_
934.09 906.06 926.87 902.50 922.31 901.35 922.78 Dry Dry Dry 11117108 Dry 904.40 917.44 897.50 923.47 902.35 D_
I_
934.13 906.07 926.88 902.46 922.31 901.42 922.77 Dry Dry Dry 11/17/08 Dry 904.40 917.43 897.50 923.50 902.37 Dt7 Dr'/
934.12 906.07 92688 902.53 922.31 I 901.40 922.76 Dry Dry Dry 11/18/08 Dry 904.40 917.43 897.47 923.48 902.35 D_
Dr'/
934.11 906.07 926.87 902.52 922.31 901.39 922.75 Dry Dry Dry 11118108 Dry 904.40 917.44 897.43 923.48 902.32 D_
D_
934.09 906.06 926.87 902.51 922.31
- 901.36 922.74 Dry Dry Dry 11118/08 Dry 904.39 917.44 897.54 923.46 902.39 D_
I_
934.13 906.07 926.88 902.49 922.31 901.44 922.73 Dry Dry Dry 11/18/08 Dry 904.39 917.43 897.57 923.49 902.43 Dr/
D't7 934.13 906.07 926.88 902.57 922.31 901.44 922.73 Dry Dry Dry 11/19/08 Dry 904.39, 917.43 897.57 923.47 902.44 D_
934.12 906.07 926.88 902.59 922.31 901.44 922.72 Dry Dry Dry 11/19/08 Dry 904.39 917.44 897.54 923.48 902.43 Dry Dry 934.11 906.06 926.88 902.59 922.31 901.40 922.72 Dry Dry D_
11/19/08 Dry 904.39 917.44 897.65 923.47 902.50 Dry D'_
934.14 906.07 926.89 902.57 922.31 901.47 922.71 Dry Dry Dry 11119108 Dry 904.39 917.44 897.64 923.49 902.52 D'_
l)'P/
934.12 906.07 926.88 902.64 922.31 901.45 922.71 Dry Dry Dry 11/20/08 Dry 904.38 917.44 897.62 923.47 902.51 D_
D_
934,12 906.07 926.87 902.63 922.31 901.43 922.70 Dry Dry Dry 11120/08 Dry 904.38 917.44 897.56
]
923.48 902.47 Dry Dr},
934.09 906.06 926.87 902.61 922.31 901.38 922.69 Dry Dry Dry 11/20108 Dry 904.38 917.44 897.66 I
923.46 902.53 Dr'/
Dr}"
934.13 906.07 926.88 902.57 922.31 901.46 922.69 Dry Dry Dry 11/20/08 Dry 904.38 917.44 897.67 I
923.49 902..55 D_
Dry 934.12 906.07 926.88 902.63 922.31 901.44 922.68 Dry Dry Dry 11/21108 Dry 904.38 917.44 897.66 923.47 902.54 Dr'/
Dr'/
934.11 906.07 926.88 902.63 922.31 901.42 922.68 Dry Dry Dry 11/21/08 Dry 904.38 917.45 897.57 923.47 902.48 1_
I_
934.09 906.06 926.87 902.61 922.30 901.37 922.67 Dry Dry Dry 11/21108 Dry 904.37 917.43 897.64 923.46 902.52 D_
- Drj, 934.12 906.07 926.88 902.55 922.31 901.43 922.67 Dry Dry Dry 11/21/08 Dry 904.37 917.44 897.62 923.50 902.52 D_
Dr/
934.11 906.07 926.87 902.60 922.31 901.40 922.66 Dry Dry Dry 11/22/'08 Dry 904.37 917.43 897.60 923.47 902.51 Dr/
D'_
934.10 906.07 926.87 902.57 922,30 901.39 922.66 Dry Dry Dry 11/22J08 Dry 904.37 917.43 897.55 923.47 902.48 D_
Dry 934.08 906.06 926.87 902.56 9'22.30 901.36 922.65 Dry Dry Dry 11122/08 Dry 904.37 917.44 897.61 923.46 902.51 I_
D_
934.11 906.07 926.88 902.53 922.30 901.42 922.64 Dry Dry Dry 11/22/08 Dry 904.37 917.44 897.59 923.49 902.51 D_
D_
934.10 906.07 926.87 902.57 922.30 901.39 922.64 Dry Dry Dry 11/23/08 Dry 904.36 917.43 897.57 923.47 902.50 1_
D'_
934.,10 906.07 926.87 902.55 922.30 901.38 922.63 Dry Dry Dry 11/23/08 Dry 904.36 917.44 897.54 923.50 902.47 1_
1_
934.08 906.06 926.87 902.54 922.30 901.35 922.63 Dry Dry Dry 11123/08 Dry 904.36 917,44 897.62 923.46 902.52 Diy Day 934.12 906.06 926.88 902.51 922.30 901fl2 922.62 Dry Dry Dry 11/23/08 Dry 904.36 917.43 897.59 923.48 902.51 D_
l)z7 934.10 906.05 926.87 902.57' 922.30 901.39 922.61 Dry Dry Dry 11/24/08 Dry 904.36 917.43 897.56 923.49 902.49 D_
D_
934.09 906.06 926.86 902.54 922.29 901.37 922.61 Dry Dry Dry 11124/08 Dry 904.35 917.43 897.49 923.48 902.44 Dt7 Dry 934.08 90605 926.86 902.52 922.29 901.34 922.60 Dry Dry Dry 11/24/08 Dry 904.35 917.43 897.62 923.45 902.51 Dr},
D_
934.12 906.05 926.88 902,48 922,30 901.42 922.59 Dry Dry Dry 11/24/08 Dry 904.35 917.43 897.59 923.47 902.53 D'_
I_
934.10 906.05 926.87 902.57 922.30 901.39 922.59 Dry Dry Dry 11/25/08 Dry 90435 917.43 897.62 923.45 g02.54 D_
Dry 934.11 906.05 926.87 9ff2.56 922.30 901.40 922.58 Dry Dry Dry 11/25/08 Dry 904.35 917.43 897.60 923.45 902.53 I_
1_
934.10 90605 926.87 902.56 922.29 901.39 922.57 Dry Dry Dry 11/25/08 Dry 904.35 917.43 897.68 923.45
_02.58 D_
D_
934.]2 906.05 926.88 902.54 922.30 901.44 922.57 Dry Dry Dry 11/25/08 Dry 904.35 917.43 897.70 923.49 902.61 Dr},
D'ty 934.11 906.06 926.87 902.60 922.30 901.43 922.57 Dry Dry Dry 11/20/08 Dry 904.35 917.43 897.73 923.47 902.65 13_
D_
934.12 90605 926.87 902.62 922.30 901.47 922.56 Dry Dry Dry 11/25/08 Dry 904.34 917.43 897.68 923.47 902.62 D_
D_
934.09 906.05 926.86 902.65 922.29 901,40 922.56 Dry Dry Dry 11/26/08 Dry 904.34 917.43 897.78 923.46 902.69 D_
I_
93 13 906.05 926.88 902.60 922.30 901.47 922.55 Dr'/
Dry Dry 11/26/08 Dry 904.34 917.43 897.75 923.48 902.69 Dry Dry 934.11 906.05 926.87 902.65 922.30 901.44 922.55 Dry Dry Dry 11127/08 Dry 904.34 917.43 897.77 923.45 902.72 D_
Dr},
934.10 906.05 926.86 902.67 922.30 901.43 922.55 Dry Dry Dry
TABLE I. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEI_! ABOVE MEAN SEA LEVEL MEASURF DATE RPZ-1A RIrZ.-1B RPZ.-2A RPZ-2B
_A RPZ-3B RIrZ.4A
_B RP'Z_SA RPZ-SB RPZ-6A RPZ-6B
_7A RIarZ,-TB RPZ-SAI_BI RP'Z,-9A RPZ-9E 11/27/08 Dry 904.34 917.42 897.72 923.47 902.69 1_
D_
934.08 906.05 926.86 902.66 922.30 901.39 922.54 Dry Dry Dry 11/27/08 Dry 904.34 917.42 897.75 923.44 902.69 D_
D_
934.10 906.05 926.87 902.60 922.29 901.41 922.54 Dry Dry Dry 11/27108 Dry 904.34 917.42 897.65 923.49 902.63 Dzy D_
934.07 90605 926.85 902.59 922.28 901.35 922.54 Dry Dry Dry 11/28108 Dry 904.33 917.42 897.59 923.46 902.58 Dr'/
I_
934.07 906.05 926.86 902.53 922.29 901.33 922.53 Dry Dry Dry 11/28/08 Dry 904,33 917.44 897.56 923.45 902.55 DI_
D_
934.07 906.05 926.86 902.50 922.29 901.32 922.52 Dry Dry Dry 11/28/08 Dry 904.33 917.44 897.66 923.43 902.61 D't7 D_
934.11 906.06 926.87 902.47 922.29 901.41 922.52 Dry Dry Dry 11/28/08 Dry 904.33 917.44 897.65 923.48 902.63 De[
Dry 934.09 906.05 926.86 902.54 922.29 901.38 922.51 Dry Dry Dry 11129/08 Dry 904.33 917.44 897.64 923.46 902.63 Dr'/
D_
934.09 906.05 926.86 902.54 922.29
! 901.38 922.51 Dry Dry Dry 11/29/08 Dry 904.33 917.44 897.59 923.47 902.58 Dz7 Dr'/
934.07 906.05 926.86 902.54 922.29 901.33 922.50 Dry Dry Dry 11/29/08 Dry 904.32 917.44 897.64 923.45 902.61 D_
D_
934.10 906.05 926.86 902.49 922.29 901.39 922.50 Dry Dry Dry 11129108 Dry 904.32 917.44 897.60 923_50 902.60 DxV Dz7 934.07 90605 926.86 902.54 922.29 I 901.35 922.49 Dry Dry Dry 11/30/08 Dry 904.32 917.44 897.58 923.46 902.58 Dzy Dry 934.07 906.05 926.86 902.51 922.28 901.34 922.49 Dry Dry Dry 11/30108 Dry 904.32 917.44 897.53 923.45 902.55 D_
D_
934.06 906.05 926.86 902.50 922.28 901.32 922.48 Dry Dry Dry 11/30/08 Dry 904.32 917.44 897.61 923.43 902.59 D_,
Dr'/
934.10 906.05 926.87 902.46 922.28 901.39 922.47 Dry Dry Dry 11130/08 Dry 90432 917.44 897.61 923.48 902.61 D_
Dr_
934.09 906.05 926.86 902.53 922.29 901.37 922.47 Dry Dry Dry t2/1/08 Dry 904.31 917.44 897.66 923.46 902.57 D_
D_
934.07 906.175 926.86 902.52 922.28 901.34 922.47 Dry Dry Dry 1211/08 Dry 904.31 917.44 897.47 923.46 902.51 D_
D'_
934.05 906.05 926.86 902.49 922.28 901.30 922A6 Dry Dry Dry 12/1/08 Dry 904.31 917.44 897.55 923.45 902.54 Dry D_
934.09 906.05 926.86 902.44 922.28 901.37 922.45 Dry Dry Dry 12/1/08 Dry 904.31 917.44 897.55 923.48 902.56
]_
I_
934.08 906.05 926.86 902.50 922.28 901.36 922.45 Dry Dry Dry 12/2/08 Dry 904.31 917.44 897.55 923.44 902.57 D_
Dry 934.08 906.05 926.86 902.50 922.28 901.36 922.44 Dry Dry Dry 12/2/08 Dry 904.30 917.44 897.54 923.44 902.57 D_
D_
934.07 90605 926.86 902.52 922.28 901.35 922.43 Dry Dry Dry 12/2/08 Dry 904.30 917.44 897.66 923.42 902.64 Dry D_
934,11 906.05 926.86 902.61 922.28 901.43 922.43 Dry Dry Dry 12/2/08 Dry 904.31 917.44 897.67 923.47 902.68 D_
D_
934.09 906.05 926.86 902.59 922.29 901.41 922.43 Dry Dry Dry 12/3/08 Dry 904.30 917.44 897.59 923.44 902.63 Dry Dry-934.07 906.05 926.85 902.58 922.28 901.35 922.42 Dry Dry Dry 1213108 Dry 904.30 917.44 897.49 923.45 902.55 D_
D_
934.05 906.05 926.85 902.54 922.28 901.29 922.41 Dry Dry Dry 12/3/08 Dry 904.30 917.44 897.57 923.43 902.57 Dry D_
934.09 906.05 926.86 902.48 922.28 901.36 922.41 Dry Dry Dry 12/3/08 Dry 904.30 917.44 897.56 923.48 902.59 Dr/
D_
934.08 906.05 926.85 902.52 922.28 901.35 922.40 Dry Dry Dry 12/4/08 Dry 904.30 917.44 897.57 923.46 902.59 Dry I_
934.08 906.05 926.85 902.52 922.28 901.36 922.40 Dry Dry Dry 1214108 Dry 904.29 917.44 897.55 923.47 902.58 Dry D_
934.07 906.05 926.85 902.53 922.28 901.34 922.39 Dry Dry Dry 12/4/08 Dry 904,29 9!7.44 897.63 923.46 902.63 D_
Dry 934.09 906.05 926.86 902.51 922.28 901.39 922.39 Dry Dry Dry 12/4/08 Dry 904.29 917.44 897.57 923.50 902.60 D_
D_
934.06 906.05 926.85 902.56 922.28 901.33 922.39 Dry Dry Dry 12/5/08 Dry 904.29 917.44 897.50 923.47 902.55 Dry Dr'/
934.06 906.05 926.85 902.50 922.27 901.30 9Z_.38 Dry Dry Dry 12/5/08 Dry 904.29 917.44 897.39 923.49 902.47 D_
Dr'/
934.04 906.05 926.84 902.47 922.27 901.26 922.37 Dry Dry Dry 12/5108 Dry 904 28 917.44 897.45 923.45 902.49 Dry Dry 934.08 906.05 926.85 902.40 922.27 901.33 922.36 Dry Dry Dry 1215/08 Dry 904.28 917.44 897.42 923.48 902.49 D_
I_
934.06 906.05 926.85 902.44 922.27 901.29 922.36 Dry Dry Dry 1216/08 Dry 904,28 9!7.44 897.37 923.45 902.45 I_
D'_
934.05 906.05 926.85 902.41 922.27 901.29 922.35 Dry Dry Dry 12/6/08 Dry 904.28 917.44 897.33 923_42 902.42 Dry Dry 934.O4 906.05 926.84 902.40 922.27 901.27 922.34 Dry Dry Dry 1216108 Dry 904.28 917.44 897_40 923.39 902.46 D_
D_
934.07 906.05 926.85 902.38 922.27 901.33 922.34 Dry Dry Dry 12/6108 Dry 904.27 917.44 897.41 923.44 902.49 D_
D_
934.07 906.05 926.85 902.44 922.27 901.32 922.33 Dry Dry Dry 12/7108 Dry 904.27 917.44 897.44 923.41 902.50 D_
D_
934.08 906.05 926.85 902.46 922.27 901.35 922.33 Dry Dry Dry 12/7/08 Dry 904.27 917.44 897.47 923.42 902.52 D_(
D_ry 934.07 906.05 926.85 902.49 922.27 901.34 922.32 Dry Dry Dry 12/7108 Dry 904.27 917.44 897.58 923.42 902.61 D'_
D't7 934.10 906.05 926.86 9G2.51 922.27 901,41 922.32 Dry Dry Dry 12/7108 Dry 904.27 917.44 897.64 923.48 902.69 Dz7 D_
934.10 906.05 926.86 902.59 922.28 901.42 922.31 Dry Dry Dry 12/8/08 Dry 90427 9!7.44 897.70 923.45 902.74 D-Q, Dr'/
934.11 90605 926.86 902.64 922.28 901.43 922.31 Dry Dry Dry 12/8/08 Dry 904.27 917.44 897.66 923.47 902.74 D_
Dr_
934.69 906.05 92686 902.68 922.28 90!.40 922.31 Dry Dry Dry 12/8/08 Dry 904.27 917.44 897.76 923.44 902.79 Dry Dr,/
934.12 906.05 926.87 902.66 922.28 901.46 922.31 Dry Dry Dry 12/8/08 Dry 904.27 917.44 897.74 923.49 902.81 D_
D_
934.10 906.05 926.86 902.72 922.28 901.42 922.30 Dry Dry Dry 12/9108 Dry 904.26 917.44 897.65 923.46 902.75 D_
Dr'i 934.07 906.05 926.85 902.68 922.27 901.35 922.30 Dry Dry Dry 12./9108 Dry 904.26 917.44 897.46 923.47 902.59 D_
Dr,j 934.03 906.05 926.84 902.60 922.26 901.23 922.29 Dry Dry Dry 12/9/08 Dry 904,26 917.44 897.41 923.45 902.52 D_
Dry 934.05 906.05 926.84 902.45 922.26 901.25 922.29 Dry Dry Dry 12/9/08 Dry 904.26 917.44 897.30 923.47 902.43 Dt7 Dr_
934.02 906.05 926.83 902.40 922,26 901.20 922.28 Dry Dry Dry 12110/08 Dry 904.26 917.44 897.21 923.46 902.34 D_
I_
934.03 906,05 926.83 902.32 922.25 901.19 922.27 Dry Dry Dry 12110/08 Dry 904.25 917.44 897.14 923.47 902.28 D_
D_
934.02 90605 926.83 902.27 922.25 901.19 922.26 Dry Dry Dry 12/10/08 Dry 904.25 917,44 897.27 923.45 902,34 D_
Dry 934.07 906.05 926.86 902.23 922.25 901,29 922.25, Dry Dry Dry 12110108 Dry 904.25 917.44 897.31 923.48 902.39 D_
Dx},
934.06 906.05 926.85 902.33 922.26 901.30 922.25 Dry Dry Dry 12111/08 Dry 904.25 917.44 897.36 923.45 902.43 Dry D_
934.07 906.05 926.85 902.37 922.26 901.32 922.24 Dry Dry Dry 12/11/08 Dry 904.24 917.44 897.35 923.42 902.44 D_
D_
934.06, 906.05 926.84 902.42 922.26 901.31 922.23 Dry Dry Dry 12111108 Dry 904.24 917.44 897.50 923.39 902.54 Dry Dry 934.10 906.05 926.86 902.44 922.26 901.40 922.23 Dry Dry Dry 12/11/08 Dry 904.24 917.44 897.55 923.43 902.61 Dry D_
934.09 906.05 926.86 902.54 922.27 901.40 922.22 Dry Dry Dry 12112/08 Dry 904,24 917.44 897,58 923.43 902.64 D_
D'_
934.10 906.05 926.85 902.58 922.27 901.41 922.22 Dry Dry Dry 12112/08 Dry 904.24 9!7.44 897.62 923.44 902.68 Dr},
D_
934.09 906.05 926.85 902.62 922.27 90,1.40 922.22 Dry Dry Dry 12/12/08 Dry 904.24 917.44 897.72 923.43 902.75 Dry Dt7 934.11 90605 926 87 902.64 922.28 901.45 922.21 Dry Dry Dry 12112/08 Dry 904.24 917.44 897.76 923.47 90281 D_
D_
934.11 90605 926.87 902.69 922.28 901.45 922.21 Dry Dry Dry 12/13/08 Dry 904.24 917.44 897.79 923.46 902.85 D_
D_
934.12 90605 926.86 902.73 922.28 901.45 922.21 Dry Dry Dry 12/13/08 Dry 904.24 917.44 897.77 923.45 902.86 D_
D_
934.10 906.05 926.85 902.75 922.28 901.43 922.21 Dry Dry Dry 12113/08 Dry 904.24 917.44 897.88 923.43 902,93 Dz7 D_
934.13 906.05 926,86 902.73 922.28 901.48 922.21 Dry Dry Dry 12113108 Dry 904.24 917.44 897.87 923.44 902.95 D_
Dt7 934.11 906.05 926.86 902.79 922.29 901.46 922.21 Dry Dry Dry 12/14/08 Dry 904.25 917.44 897.76 923.44 902.88 I_
D_
934.08 906.05 926.84 902.76 922.28 901.38 922.21 Dry Dry Dry
!2114/08 Dry
! 904.24 917.44 8.97.69 923.46 902.75 Dz7 D:ry 934.03 906.05 926.83 902.66 922.27 901.27 922.20 Dry DP/
Dry 12/14/08 Dry 904.24 917.44 897.56 923.45 902.68 D_
Dr},
934.05 906.05 926.83 902.54 922.26 901.28 922.20 Dry Dry Dry 12/14/08 Dry 904.24 917.44 897.48 923.48 902.62 D_
Dx7 934.03 906.05 926.83 902.49 922.26 901.25 922.19 Dry Dry Dry 12/15/08 Dry 904.24 917.44 897.45 923.44 902.58 Dz7 Dr./
934.03 906.05 926.83 902.44 922.25 901.24 922.19 Dry Dry Dry 12/15/08 Dry 904.24 917,44 897,43 923.,41 902.56 D_
Dry 934.02 906.05 926.83 902.43 922.25 901.24 922.18 Dry Dry Dry 12/15/08 Dry 904.23 917.44 897.53 923.36 902.61 D_
D_
934.06 906.05 926.84 902.42 922.25 901,32 922.18 Dry Dry Dry 12/15108 Dry 904.23 917.44 897.57 923.40 902.66 Dry 934.06 906.05 926.84 902.49 922.26 901.32 922.18 Dry Dry Dry 12116108 Dry 904.23 917_44 897.55 923.40 902.66 D_
D_
934.05 906.05 926.84 902.52 922.26 901.32 922.17 Dry Dry Dry 12/'!6108 Dry i 904.23 917.44 897.54 923.43 g02.66 D_
l_
934.04 906.06 926.84 902.64 922.26 901.30 922.17 Dry Dry Dry 12116/08 Dry 904.23 917.34 897,66 923.42 902.66 D_
Eh7 934.05 906.05 926.84 902.51 922.26 901.31 922.17 Dry Dry Dry 12116/08 Dry 904.23 917.44 897.49 923.46 902.63 D_
D_
934.03 906.05 926.83 902.52 922.25 901.27 922.16 Dry Dry Dry 12/17/08 Dry 904.23 917.49 897.54 923.43 902.65 D_
Dry 934.05 906.05 926.84 902.51 922.26 901.31 922.16 Dry Dry Dry 12117108 Dry 904.23 917.46 897.58 923.44 902.69 D_
D_
934.05 906.05 926.84 902.54 922.26 901.33 922.15 Dry Dry Dry 12/17/08 Dry 904.23 917.05 897.69 923,41 902.77 D_
D_
934.08 906.05 926.85 902.57 922.26 901.39 922,15 Dry Dry Dry 12/17108 Dry 904.23 917.10 897.73 923.46 902.83 Dr_
Dr},
934.07 90605 926,85 902.64 922.27 901.40 922.15 Dry Dry Dry 12/18/08 Dry 904.23 917.35 897.62 923,43 902.76 Dry Dry 934.03 906.C5 926.82 902.65 922.25 901.31 922.15 DDr_w Dry Dry 12/18/08 Dry 904 22 917.59 897.42 923.44 902.61 Dry Dz7 934.00 906.05 926.81 902.57 922.24 901.18 922.14 On,'
Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMEI RIC ELEVATION IN FEE l ABOVE MEAN SEA LEVEL MEASURE DATE RPZ--1A RPZ-1B RPZ-2A RPT_2B
_A RPZ-3B
_A RPZ-4B RPZ--SA
_SB RPZ-.6A RP'Z,-6B
_TA RPZ,-7B RIrZ.-SA RPZ.-SB RPZ-9A
_RPZ-9B 12/18/08 Dry 904.22 917.49 897,30 923.42 902.47 D_
Dr},
934.01 90605 926.82 902.42 922.23 901.16 922.13 Dr/
Dry Dry 12118/08 Dry 904.22 917.77 897.20 922.47 902.38 Dr},
D_
934.00 906.05 926.82 902.34 922.23 901.14 922.12 Dry Dry Dry 12119108 Dry 904.22 917.91 897.20 923.64 902.36 Dry D_
934,02 906.05 926.83 902.27 922.24 901.19 I
922.11 Dry Dry Dry 12/!9/08 Dry 904.21 917.92 897.18 923.65 902.36 D_,
D_
934.01 906.05 926.83 902.27 922.24 901.!9 922.11 Do/
Dry Dry 12/19/08 Dr](
904.21 917.23 897,29 923.63 902.40 Wry D_
934.04 906.05 92684 902.26 922.24 901.27 922.10 Dry Dry Dry 12119/08 Dry 904.21 917.61 897.26 922.92 902.40 D_
934.02 906.05
- 926.83
= 902.34 i 922.24 901.24 92209 Dry Dry Dry 12/20/08 Dry 904.21 917.80 897.25 923.62 902.39 Dr/
Dry 934.02 906.05 926.83 902.34 922.24 901.24 922.08 Dry Dry Dry 12120/08 Dry 904.20 917.90 897.22 923.61 902.37 Dq" Dr},
934.01 906.05 926.82 902.36 922.24 901.21 922.07 Dr]/
Dry Dry 12/20/08 Dry i 904.20 9!7,27 897.27 923.57 90Z39 D_
D_
934.03 906,05 926.83 902,33 922.24 901,26 922,06 Dry Dry Dry 12/20/08 Dry 904,20 917.62 897.28 923,59 902.42 D_
Drl 934.03 906.05 92683 902.39 922.24 901.26 922.05 Dry Dry Dry 12/21108 Dr'l 904.20 917.82 L97.27 923.56 902.41 Dr,(
Dr(
934.62 906.05 926.83 902.40 92224 901.25 922.04 Dry Dry Dry 12/2!108 Dry 904.20 i17.91 897.27 923.58 902.41 D_
Drt 934.02 906.05 926.83 902.41 922.24 901.24 922.03 Dry Dry Dry 12/21/08 Dry 904.31 917.17 897.41 923.67 898.70 Dr7 D_
934.O6 906.24 926.84 902.41 922.24 901.34 922.03 Dry Dry Dry 12/21/08 Dry 904.31 917.48 897.46 923.63 901.74 Wry D_
934.07 906.24 926.76 900.91 921.26 901.35 922.03 Dry Dry Dry 12/22/08 Dry 904.31 917.65
_97.51 92361 802.26 D_
DrI 934.10 906.24 926.76 901.93 922.11 901.36 922.02 Dry Dry Dry 12/22/08 Dry 904.31 917.64 897.52 923.62 902.46 Dr},
D_
934.O9 906.24 926.76 902.42 922.20 901.35 922.02 Dry Dry Dry 12/22/08 Dry 904.31 917.39 897.63 923.60 901.09 1_
l_
934.12 106.24 926.77 902.61 922.20 901.34 922.02 On/
Dry Dry 12/22/08 Dry 904,31 917.46 897.66 923,65 902.20 D_
D_
_34.1I 906.24 926,95 900.84 922.40 901.38 922.02 Dry Dry Dry 12/23/08 Dry 904.31 917.49 897.67 923.61 902.50 Dq, D_
934.11 906.24 92694 901.65 922.39 901.37 922.01 Dr'/
Dry Dry 12/23/08 Dry 904.31 917.63 897.58, 923.57 902.56 I)t7 D_
934.07 906.24 926.93 902.31 922.39 901.31 922.01 Dry Dry Dry 12/23108 Dry 904.31 917.26 897.53 923.54 902.57 D_
D_
934.07
)06.24 92693 902.51 922.37 901,29 922.01 Dry Dry Dry 12/23/08 Dry 904.31 917.65 897.41 923.57 902.52 Dr_
D't7 934.03 906.24 926.92 902.58 922.36 901.21 922.00 Dry Dry Dry 12/24108 Dry 904.31 917.88 897,34 923.54 902.47 Wry D_
934.O4 906.24 92692 902.52 922.35
)01.20 921.99 Dry Dry Dry 12/24108 Dry 904.30 917.89 897.27 923.66 902.43 Dry Dry 934.03 906.24 926.92 902.50 922.35 901.17 921.98 Dry Dry Dry 12/24/08 Dry 904.30 917.44 897.34 923.54 902.47 D_
D_
934.07 906.24 926.94 902.47 922.35 901.24 921.98 Dry Dry Dry 12/24/08 Dry 904.30 917.55 897.38 923.59 902.53 D_
D_
934.06 906.24 926.94 902.53 922.37 901.26 921.98 Dry Dry Dry 12/25/08 Dry 904.30 917.59 897.41 923.58 902.56 D_
D_
934.07 906.24 926.94 902,57 922.37 901,28 921.97 Dry Dry Dry 12/25/08 Dry 904.30 917,59 897,41 923.59 902.58 Dry Dry 934.06 906,24 926.93 902.60
- 92237 901.27 92197 Dry Dry Dry 12/25/08 Dry 904.30 917.42 89753 923.57 902.66 Dt7 l_
934.10 906.24 926.95 902.62 92237 901.35 921.97 Wry Dry Dry 12/25/08 Dry 904.30 917.24 897.64 923.62 902.77 D_
D_
934.10 906.24 926.95 902.71 922.39 901.36 921.97 Dry Dry Dry 12/26/08 Dry 904,30 917.33 897.65 923.60 902.74 D_
D_
934.07 906.24 92694 902.76 922.38 901.29 921.96 Dry Dry Dry 12/26/08 Dry 904.30 917.59 897.40 923.60 902.64 Dr./
D_,
934.03 906.23 926.92 902.70 922.36 901.20 92196 Dry Dry Dry 12/26/08 Dry
- 904.29 917.47 897.37 923.58 902,58 Dry l_
934.04 906.24 926.92 902.61 92235 901.20 921.95 Dry Dry Dry 12/26108 Dry 904.29 917.76 897.23 923.62 902.48 D_
I_
934.01 906.24 926.92 902.56 922.34 901.13 92194 Dry Dry Dry 12/27/08 Dry 904.29 918.09 897.11 923.60 902.36 D_
D_
934.01 906.24 926.91 902.46 922.33 901.11 921.93 Dry Dry Dry 12/27/08 Dry 904.29 918.20
_97.01 923.59 902.26 D_
D_
934.00 906,24 926.91 902.38 922,33 901.08 921.92 Dry Dry Dry 12/27/08 Dry 904.28
)17.57 897.02 923.57 902.23 Dry Dr/
934.03 906.24 926.92 902.30 922.32 901.14 921.91 Dry Dry Dry 12/27/08 Dry 904.28
)17.99 897.02 923.61 902.23 Dr},
D_
934.02 906.24 926.92 902.32 922.34 901,14 92190 Dry Dry Dry 12/28/08 Dry 904.28
}18.14 897.00 923.58 902.21 D0, Drl 934.02 906.24 92692 902.33 92234 901.15 921.89 Dry Dry Dry 12/28/08 Dry
)04.27 918.23 896.98 923.59 902.19 D_
D_
934.01 906.24 926.92 902.36 922.34 901.14 921.88 Dry Dry Dry 12/28/08 Dry 904.27
)17.41 897.06 923.57 902.23 Dry Dr,/
934.64 906.24 926.93 902.34 92:2.34
! 901.2!
921,87 Dry Dry Dry 12/28/08 Dry 904.27
]
917.83 897.09 923.62 902,26 I_
Dt7 934.04 90624 926,93 902.42 92235 901.21 921.87 Dry Dry Dry 12/29/08 Dry 904.27 917.97 897.13 923.59 902.27 D_
D_'
934.04 906.24 926.93 902.45 922.35 901.22 921.86 Dry Dry Dry "12/29/08 Dry 904.26 918.06 897.12 923.58 902.27 D_
D_
93¢03 906.23 926.93 902.49 922.35 901.21 921.85 Dry Dry Dry 12/29108 Dry 904,26 Probe dry 897,09 923.57 902.34 D_
934.06 90624 926.93 90250 92235 901.28 921.84 Dry Dry Dry 12/29/08 Dry 904.26 Probe dry 897.24 923.61 902.38 D_
D_
934.O6 906.24 926.93 902.57 922.37 901.27 921.84 Dry Dry Dry 12/30/08 Dry 904.26 Probe dry 897.24 923.59 902.38 D_
D_,
934.05 906.24 926.93 902.60 922.36 901.25 921.83 Dry Dry Dry 12/30/08 Dry 904.26 Probe dry 897.20 923.59 902.35 D_
Dt7 934.03 906.23 926.92 902.59 922.35 901.21 921.82 Dry Dry Dry 12130108 Dry 904.26 Probe dry 897.23 923.59 902.39 D_
D_
934.06 906.24 926.93 902.56 922.35 901.261 921.81 Dry Dry Dry 12/30/08 Dry 904.26 Probe dry 897.25 923.63 902.39 D_
Dr),
934.04 906.24 926.92 902.61 922.36 901.231 921.81 Dry Dry Dry 12/31108 Dry 904.26 Probe dry 897.25 923.60 902.37 D_
D_
934.04 906.241926.92 902.58 92235 901.21 921,80 Dry Dry Dry 12/31/08 Dry 904.25 Probe dry 897,21 923.60 902.34 1_
D_
934.02 906.23 926.92 902.57:922.35 901.19 921.79 Dry Dry Dry 12/31/08 Dry 904.25 Probe dry 897.33 923.56 902.40 Wry Dry 934.06 906.24 926.93 902.53 922.34 901.27 921.79 Dry Dry Dry 12/31/08 Dry 904,25 Probedry 897.34 923.59 902.44 Dr},
D_7 934.05 906.24 926.93 902.61 922.36 901.25 921.78 Dry Dry Dry 111/09 Dry i 904.25 Probe dry 197.31 923.58 902.44 Dr,j" 934.04 906.24 926.93 902.61 922.35 901.23 921.78 Dry Dry Dry 1/1/09 Dry 904.25 Probe dr_
897,27 923.58 902.41 D_
D_
934,02 906.23 926.92 90260 922.35 901.20 921.77 Dry Dry Dry 111/09 Dry
)04.25 Probe dry l97.34 923.54 90244 Dry Dry 934.04 906.24 926.93 902.55 922.34 901.25 921.76 Dry Dry Dry 111/09 Dry 904.25 Probe dr l97.37 923.57 902.47 Dry Dry 934.04 906.24 926.92 902.62 922.36 901.25 921.76 Dry Dry Dry 1/2/09 Dry 904.25 probe dry 897.38 923.55 902.51 Dry Dr),
934.04 906.24 926.93 902.62 922.35 901.25 921.76 Dry Dry Dry 1/2/09 Dry 904.24 Probe dr 897.38 923,57 902,51 D_
Dt7 934,04 906.23 926,92 902,64 922.35 901.25 921.75 Dry Dry Dry 1/2/09 Dry 904.24 Probe dr 897,50 923.56 902.57 D_7 D_,
934.07 906.24 926.93 902.64 922.35 901.32 921.75 Dry Dry Dry 1/2/09 Dry 904.25 Probe dr 897.56 923.61 902.62 Dr_
Dr_
934 06 90624 926.93 902.71 922.37 901.30 92!.75 Dry Dry Dry I/3/09 Dry 904.25 Probedr 897.54 923.59 902.61 D_
D_
934.O6 906.24 926.92 902.73 922.36 901.30 921.75 Dry Dry Dry 1/3/09 Dry 904.24 Probe dr 897.50 92357 902.60 Dxy D_
934.04 906.23 926.92 902.74 922.36 901.26 921.74 Dr/
Dry Dry 113/09 Dry 904.24 Probe dry 897.52 923.54 90260 D_
D_
934.05 906.24 92692 902.68 922.35 901.28 921.74 Dry Dry Dry 1/3/09 Dry 904.24 Probe dry 897.48 923.58 902.58 D_,
934.03 906.24 926,92 902.68 922.35 901.25 921.74 Dry Dry Dry 114/09 Dry 904.24 Probe dry 897.46 923.56 902.56 D_
D_
934.03 906.24 926.92 902.66 922.34 901.23 921.73 Dry Dry Dry 114/09 Dry 904.24 Probedry 897.36 923.56 902.50 Dr/
Wry 934.00 906.23 926.91 902.63 922,34 901.16 921.73 Dry Dry Dry 114/09 Dry 904.24 Pmbedry 897.35 923.55 902.47 Dry D_y 934.01 906.24 92692 902.56 922.33 901.17 921.72 Dry Dry Dry 1/4/09 Dry 904.24 Probe dry 897.26 923.60 902.41 Dry Dr/
934.00 90624 926.90 902,55 922.33 901.13
=
921.72 Dry Dry Dry 1/5)09 Dry 904.24 Pmbe dry 897.21 923.58 902,36 Try Dry 934.00 906.24 926.91 902.49 i 922.32 901.12 921.71 Dry Dry Dry 1/5)09 Dry 904.23 Pmbedry 897.14 923.58 902.31 Drt Dr_
933.99 906.23 926.91 902.46 922.32 901.11 921.70 Dry Dry Dry 1/5/09 Dry 904.23 Probe dry 897.25 923.57 902.36 Dr1 D_
934,03 906.24 926.92 902.42 922.32 901.20 921.69 Dry Dry Dry 1/5/09 Dry 904.23 Probedry 897.28 923.61 902.40 Dr_
D_
934.02 906.24 926,92 902.50 922.34 901.19 921.69 Dry Dry Dry 116/09 Dry 904.23 Probe dr 897.26 923.58 902.40 Dr/
Dry 934.02 906.24 926.91 902.52 922.33 901.19 921.69 D_'
Dry Dry 1/6/09 Dry 904.23 Probedry 897.17 923.56 902.33 D_
D_
933.98 906.23 926.91 902.51 922.33 901.12 92!.68 Dry Dry Dry 1/6/09 Dry 904.23 Probe dry 897.18 923.54 902.32 D_
[h7 934,01 906.24 926.91 902.44 922.31 901.16 921.67 Dry Dry Dry 1/6/09 Dry 904.23 Probedry 897.12 923.57 902.29 D'_
Dr'/
933.99 906.24 926.90 902.45 922.32 901.13 921.67 Dry Dry Dry
!/7/09 Dry 904.22 Probedr 897.10 923.51 902.26 1_
Dr},
933.99 906.24 926.91 902.42 922.32 901.12 Dry Dry Dry Dry 1/7/09 Dry 904.22 Probedr 897.05 923.52 902.22 I_
DtT 933.98 906.23 926.90 902.41 922.32 901.11 Dry Dry Dry Dry 1/7/09 Dry 904.22 Probedr 897.15 923.52 902.28 D_
Dr_
934.02 906.23 926.92 902.38 922.31 901.18 Dry Dry Dr,/
Dry 1/7/09 Dry 904.22 Probe dr 897.17 923.59 902.32 D_
I_
934.02 906.24 926.91 902.46 92233 901.19 Dry Dry Dry Dry 1/8/09 Dry 904.22 Probe dr 897.18 923.56 902.33 D_
Dr_
934.0l 906.24 926.91 902,48 922.33 901.18 Dry Dry Dry Dry 118/09 Dry 904.21
- Probedry, 897.16 923.57 902.32 Dry DtT 934.00 906.23 926.91 902.50 922.33 901.17 Dry Dry Dry Dry 1/a_
Dry 90421 Pmbedrv ! 897.30 923.56 902.41 Dry Dry 934,04 906.24 926.92 902.50 92233 901 25 Dry Dry Dry Dry
TABLE
- 1. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RP'A-1A Rpr/-,-1B RPT_2A RPZ-2B RPZ.,3A RPZ-3B RPZ-4A RPZ-4B RPZ.-SA RPZ-SB RPZ-6A RPZ-6B
_7A RPT_7B R]PZ,-SA
_B RPZ-9A RPZ-9B 1/8/09 Dry 104.21 Probe dry 897.33 923.62 902.46 Drl D_
934.03 906.24 926.92 902.58 922.35 901.24 Dry Dry Dry Dry 1/'9/09 Dry 904.21 Probe dry 897.31 923.58 902.45 Dry Dr/
934.02 906.24 926.91 902.61 922.34 901.22 Dry Dr'i Dry Dr'i 119/09 Dry 9042-1 Probe dry 897.22 923.56 902.39 D_
Dry 933.99 906.23 926.90 902-59 922.33 901.15 Dry Dry Dry Dry 1/9/09
,Dry 904.21 Probe dry 897.22 923,54 902.37 Dt7 D_
934.01 906.23 926.91 902.52 922,31 901.17 Dry Dry Dry Dry 1/9/09 Dry 904.21 Probe dry 897.08 923.59 902.27 Dry D_
933.97 906.23 926.89 902.51 922,32 901.08 Dry Dry Dry Dry 1/10/09 Dry 904.20 Probedry 896.90 923.55 902.11 D_7 Dr_
933.96 906.24 926.89 902.40 922.29 901.02 Dry Dry Dry Dry 1110/09 Dry 904.20 Probe dr 896.80 923.56 902.01 Dry Dry 933.95 906.23 926.89 902.29 922.28 901.01 Dry Dry Dry Dry 1110/09 Dry 904.19 probe dry 896.86 923.54 902.02 D_
D_
933.99 906.23 926.90 902.22 922.28 901.09 Dry Dry Dry Dry 1110/09 Dry 904.19 Probe dr 896.87 923.60 902.03 D_
D_
933.98 906.23 926,90 902.28 922,31 901.09 Dry Dry Dry Dry 1111/09 Dry 904.19 Probe dr 896.85 923.57 902.01 Dr/"
D_
933.98 90623 92689 902-28 922.30 901.09 Dry Dry Dry Dry 1111109 Dry 904.18 Probedr 896.86 923.57 902.01 D_
Dr,/
933.98 906.23 926.90
)02.30 922.30 i 90!.10 Dry Dry Dry Dry 1/11/09 Dry 904.18 Probedr 897.01 923.55 902.11 Dry I_
934.02 906.23 926.91 902-32 922.30 901.20 Dry Dry Dry Dry 1111109 Dry 904.18 Probedr 897.03 923.58 902.15 D't7 Dry 934.01 906.23 926.91 902.42 922.33 901.17 Dry Dry Dry Dry 1112/09 Dry 904.18 Probe dr 897.01 923.56 902.15 Dry Dr),
934.00 906.23 92691 902,46 922.32 901.16 Dry Dry Dry Dry 1112/09 Dry 904.17 Probedry 896.95 923.56 902.10 Dr),
Dry 933.98 90623 92690 902.46 922.31 1901.11 Dry Or,/
Dry Dry 1112/09 Dry 904.17
! Probe dr 897.02 923.55 902-14
- Dea, D_
934.01 906.23 926.90 902.42 922.30 901.17 Dry Dry Dry Dry 1112/09 Dry 904.17 Probe dr 896.99 92358 902 14 Dr1 Dr_
933.99 906 23 926.90 902-47 922.32 901.13 Dry Dry Dry Dry 1113/09 Dry 904.17 Probe dr 896.93 923.55 902.10 I_
I_
933.98 906.23 926.89 902.45 922.30 901.11 Dry Dry Dry Dry 1113/09 Dry 904.16 PmbedP#
89691 92354 902_07 D_
933.97 906.23 926.89 902.42 922.30 901.10 Dry Dry Dry Dry 1113109 Dry 904.16 Probe dryl 897.00 923.52 902.13 D_,
1_
934.00 906.23 926.90 902.40 922,30 901.16 Dry Dry Dry Dry 1/13/09 Dry 904.16 ProbedryI 897.03 923.58 902.19 Dr},
934.00 906.23 926.91 902.48 922.32 901.16 Dry Dry Dry Dry 1114/09 Dry 904.16 Pmbe dry 897.05 923.55 902.21 I_r Dr},
934.00 906.23 926.90 902.49 922.31 901.17 Dry Dry Dry Dry 1/14109 Dry 904.16 Probedry 897.00 923.56 902`19 D_
I_ 7 933,98 906.23 926.90 902.51 922.31 901.13 Dry Dry Dry Dry 1/14/09 Dry 904.15 Probedry I 897.04 923.54 902.19 Dr,/
D_
934.00 906.23 926.90 902.47 922.30 901.17 Dry Dry Dry Dry 1114/09 Dry 904.15 Pmbe dry 897.04 923.57 902.19 D_
D_
933.99 906.23 926.90 902.52 922.32 901.15 Dry Dry Dry Dry 1115109 Dry 904.15 Probe dry 897.00 923.54 902-16 D_
D'Q, 933.99 906.23 926.89 902.51 922.31 901.13 Dry Dry Dry Dry 1115109 Dry 904.15 Probedry 896.95 923.54 902.12 D_
Dr),
933.97 906.23 926,89 902.49 92'2.30 901.10 Dry Dry Dry Dry 1/15/09 Dry 904.15 Probe dry 897.02 923,53 902-15 Dr,(
Dr,(
934,00 906.23 926.90 902.45 922.30 901.16 Dry Dry Dry Dry 1115109 Dry 904.15 Pmbedry 896.97 923.57 902.14 Dry D_
933.98 906.23 926.89 902.50 922.31 901.12 Dry Dry Dry Dry 1116/09 Dry 904.14 Probedr'/
896.9!
923.55 902-09 D_
Dry 933.96 906.23 926.89 902.46 922.30 S01.09 Dry Dry Dry Dry 1116/09 Dry 904,14 Probedry 896.83 923.56 902-02 D_"
D_,
933.95 906.23 926.89 902.43 922.29 901.05 Dry Dry Dry Dry 1/16/09 Dry 904.14 Probe dry 896.88 923.53 902.03 Dry Dr_
933.99 906.23 926.90 902.37 922.28 901.12 Dry Dry Dry Dry 1116109 Dry 904.14 Probe dry 896.88 923.58 902.04 D_
D_
933.98 906.23 926.90 902.42 922.30 901.10 Dry Dry Dry Dry 1117/09 Dry 904.14 Probe dry 896.86 923.56 902.03 Dt_
D_
933.97 906.23 926.89 902.41 922.29 901.10 Dry Dry Dry Dry 1117109 Dry 904.13 Probe dry 896.84 923.56 902.02 D_
Dr},
933.96 906.23 926.89 902.42 i
922.30 901.09 Dry Dry Dry Dry 1117/09 Dry 904.13 Probedry 896.90 923.54 902.05 D_
D17 933.99 906.23 926.90 902.41 i
922.29 901.!4 Dry Dry Dry Dry 1117109 Dry 904.13 Probedry 896.86 923.58 902.05 Dry Dry 933.97 906.23 926.89 902.45 922.30 901.10 Dry Dry Dry Dry 1116/09 Dry 904.13 Probe dry 896.77 923.56 901.98 D_,
D_
933.95 906.23 926.89 902.42 922.29 901.07 Dry Dry Dry Dry 1118/09 Dry 904.13 Probe dry 896.71 923.56 901.93 D_
D_
933.95 906.23 926.88 902.38 922.28 901.04 Dry Dry Dry Dry 1118/09 Dry 904.12 Probedry 896.78 923.54 901.96 D_
Dx7 933.98 906.23 926.89 902.34 922.28 901.10 Dry Dry Dry Dry 1118/09 Dry 904.12 Probe dry 896.76 923.58 901.97 Dz7 Dx7 933.97 906.23
}26.89 902.39 922.29 901.08 Dry Dry Dry Dry 1/19/09 Dry 904.12 Probe dry 896.77 923.55 901.96 Dry D_
933,97 906.23 926.89 902-39 922,29 901.10 Dry Dry Dry Dry 1/19/09 Dry 904.12 Probe dry 896.74 923.55 901.90 D_,
Dry 933.95 906.23 926.89 902.40 922.29 901.06 Dry Dry Dry Dry 1119/09 Dry 904.12 Probedry 896.82 923.53 901.91 D_
E)_
933.99 906.23 926.89 902.38 922.28 901.13 Dry Dry Dry Dry 1/19/09 Dry 904.12 Pmbe dry 896.84 923.56 901.93 Dr_
D_
933.98 906.23 926.90 902.44 922.30 901.13 Dry Dry Dry Dry 1/20/09 Dry 904.12 Probe dry 896.82 923.54 901.90 Dri D_
933.97 906.23 926.88 902.46 922.29 901.10 Dry Dry Dry Dry 1/20/09 Dry 904.11 Probedry 896.78 923.54 901.86 D_
D_
933.95 906.23 926.88 902.45 922.29 901.07 Dry Dry Dry Dry 1/20109 Dry 904.1!
Probedry 89690 923.52 901.92 13_
D_
933.99 906.23 926.89 902.43 922.29 901.15 Dry Dry Dry Dry 1120/09 Dry 904.11 Probedry 890.91 923.55 901.94 I_
D_
933.98 906.23 926.89 902.49 922.3I 901.14 Dry Dry Dry Dry 1/21109 Dry 904.11 Probe dry 8906.90 923.54 901.94 I_
D_
933.98 906,23 926,89 902.50 922,29 901.13 Dry Dry Dry Dry 1/21109 Dry 904.11 Probedry 896.88 923.54 901.93 Dr_
Dt7 933.96 90623 92689 902.51 922.30 901,10 Dry Dry Dry Dry 1/21109 Dry 904.11 Probedry 896.98 923.52 901.98 Dry 934.00 906.23 926.90 902.48 922.29 901.16 Dry Dry Dry Dry 1/21109 Dry 904.11 Probedry 890.99 923.57 902.01 D,P#,
D_
933.98 906.23 926.89 902.54 922.31 901.14 Dry Dry Dry Dry 1/22/09 Dry 904,11 Probe dr 896.96 923.56 902.00 Dz7 Dry 933,98 906.23 926.89 902.54 9,22.30 901.12 Dry Dry Dry Dry 1/22/09 Dry 904.11 Pmbedr 89691 923.56 901.90 D_
D_
933.95 906.22 926.88 902.52 9"22.29 901.08 Dry Dry Dry Dry 1122/09 Dry 904.11 Probedr 896,95 923,54 901.98 D_
D'Q, 933.98 906.23 926.89 902.47 922.28 901.12 Dry Dry Dry Dry 1/22/09 Dry 904.10 Probedr_
896.92 923.59 901.97 I_
D_
933.96 9062-3 926.88 902.50 922.29 901.08 Dry Dry Dry Dry 1/23/09 Dry 904.10 Probe dry 896.88 923.55 901.94 Dr.(
Det" 933.95 906.23 926.88 902.46 922.28 901.07 Dry Dry Dry Dry 1/23/09 Dry 904.10 Probe dry 890.83 923.55 901.90 D_
Dr_
933.94 906.23 926.88 902.45 922.28
' 901.04 Dry Dry Dry Dry 1/23/09 Dry 904.10 Probe dry 890.86 923.51 901.90 D_
Dr_
933.96 906.23 926.89 902.40 922,27 901.08 Dry Dry Dry Dry 1/23/09 Dry 904.10 I Probedr 896.83 923.55 901.89 D_
Dt7 933.95 906.23 926.88 902.41 922.28 901.06 Dry Dry Dry Dry 1/24/09 Dry 904.10 Probe dr 89680 92352 901.86 D_
D_
933.95 90623 926.88 902.39 922.27 901.05 Dry Dry Dry Dry 1/24/09 Dry 904.09 Probe dry 890.78 923.51 901.83 Dr},
]3_
933.94 906.23 926.88 902.38 922.28 901.04 Dry Dry Dry Dry 1/24/09 Dry 904.09 Pmbedry 890.88 923.48 901.87 D_,
Dr/
933.97 906.23 926.89 902.36 922,27 901.11
- Dry, Dry Dry Dry 1/24109 Dry 904.09 Probe dry 890.93
_23_52 901.92 D_
D_,
933.98 906,23 926,89 902.43 922.29 901.12 Dry Dry Dry Dry 1/25109 Dry 904.09 Pmbedry 896.94 923.51 901.94 D_
I_
933.97 906.23 926.89 902.46 922.29 901.12 Dry Dry Dry Dry 1/25109 Dry 904.09 Probe dry 890.95 923.54 901.96 D_
Dt7 933.97 906.22 926.89 902.49 922.29 901.11 Dry Dry Dry Dry 1/25/09 Dry 904.10 Probedry 897.1!
I 923.53 902-07 D_
Dr_
934,01 906.23 926.90 902.50 922.,29 901.20 Dry Dry Dry Dry 1/25/09 Dry 904.10 Probe dry 897.14 923.58 902.13 D_
D_
933.99 906.23 926.90 902.58 922.31 901.!9 Dry Dry Dry Dry 1/26/09 Dry 904.09 Probedry 897.13 923.55 902.13 D_
Dr_
933.99 906.23 926.89 902.61 922.30 901.16 Dry Dry Dry Dry 1/26/09 Dry 904.09 Probe dry 897.03 923.54 902.06 Dry D_
933.95 906.23 926.88 902.60 922.30 901.08 Dry Dry Dry Dry 1126/09 Dry 904.09 Probe dry 897.05 923.51 902.05 13_
Dr_
933.97 906.23 926.89 902.51 922.27 901.11 I
Dry Dry Dry Dry 1/26/09 Dry 904.09 Probe dry 890.94 923.54 901.98 D_
D_
933.94 906.23 926.87 902.50 92:_.28 901.04 Dry Dry Dry Dry 1127109 Dry 904.09 Probe dry 896.82 923.52 901.87 D_
D_
933.92 906.23 926.87 902.43 922.26 900.98 Dry Dry Dry Dry 1/27109 Dry 904.09 Pmbe dry 896.69 923.53 901.75 Dry Dry 933.91 906.23 926.86 902.35 922.25 900.94 Dry Dry Dry Dry 1/27109 Dry 904.09 Probe dry 896.67 923.52 901.70 D_,
D_
933.93 906.23:926.87 902.24 922.23 90098 Dry Dry Dry Dry 1/27/09 Dry 904.08 Probe dry 896.60 923.57 901.65 D_
Dr_
933.91 906.23 926.87 I 902.22 922.24 900.96 Dry Dry Dry Dry 1/28/09 Dry 904.08 Pmbe dry 896.59 923.55 901.62 D_7 D_
933.93 906.23 926.87 902.18 922.24 900.98 Dry Dr_
Dry Dry 1126/(39 Dry 904.08 Probe dry 890.61 923.54 901.63 D_
933.92 906.23 926.881902.21 922.25 900.99' Dry Dry Dry Dry 1/28/09 Dry 904.08 Probedry 896.77 923.53 901.72 Dt7 Dt7 933.97 906.23 926.89 902`22 922.25 901.10 Dry Dry Dry Dry 1/28/09 Dry 904.08 Probe dry 890.82 923.57 901.79 Dr_
D_
933.97 906.23 926.89 902.33 922.29 901.10 Dry Dry Dry Dry 1/29/09 Dry 904.07 Probe dry 896.79 923.54 901.79 D_
D_r 933.95 906.23 926,88 902.38 922.28 901.08 Dry Dry Dry Dry 1/29/09 Dry 904.07 Pmbe dry 896.73 923.54 901.74 Dr/
Dr_
933.92 906.23 926.87 902.38 922.27 901.01 Dry Dry Dry Dry 1/29109 Dry 904.07 Probe dry 896.77 923.51 901.75 Dry 1_
933.95 906.23 926.88 902.33 922.25 901.05 Dry Dry Dry Dry 1129109 Dry 904.07 Probe dry 896.72 923.55 901.72 Dz7 Dry 933.93 906.23 926.87 902.35 922.26 901.01 Dry Dry Dry Dry
TABLE
- 1. WATER LEVELS FOR 80-ACP,.E WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN F_;g!
ABOVE MEAN SEA LEVEL MEASURE DATE RIr_IA RPZ-1B RIrZ,-2A RPT_2B
_A
_B
_A RP'Z-4B RP_SA
_SB RPT_6B
_TA RIrZ,-7B RPZ_mA
_B RP'Z-gA RPZ-9B 1/30/09 Dry 904.07 Probe On/
896.72 923.50 901.71 I_
D_
933.92 906.23 926.87 902.33 922.25 901.01 Dry Dry Dry Dry 1/30/09 Dry 904.06 Probe dry 896.68 923.51 901.67 Dr_
Dr/
933.91 906.23 926.87 902.31 922.25 90099 Dry Dry Dry Dry 1130/09 Dry 904.06 Probe dry 896.80 923.50 901.74 Del D_
933,96 906.23 926.88 902.29
! 922.25 901.08 Dry Dry Dry Dry 1/30/09 Dry 904.06 Probe dry 896.83 923.55 901.79 D_
D_
933,95 906.23 926.88 I 902.38 I 922.27 901.08 Dry Dry Dry Dry 1/31/09 Dry 904.06 Probe dry 896.86 923.53 901.80 Dr,/
]_
933.95 906.23 926.88 902.41!
922.27 901.08 Dry Dry Dry Dry 1131109 Dry 904.06 Probe dry 896.85 923,54 901.81
- Drj, D_
933.94 906.23
' 926.87 902.42
! 922.27 901.05 Dry Dry Dry Dry 1/31/09 Dry 904.06 Pmbedry 896.97 923.52 901.89 1_7 Dr},
933.97 906.23 926.89 902.42 922.26 901.1_,
Dry Dry Dry Dry 1131/09 Dry 904.06 Probedry 896.97 923.56 901.92 D_
Dr,/
933.96 906.23 926.88 902.48 922.28 901.10 Dry Dry Dry DW 2/1/09 Dry 904.06 Probedry 896.96 923.54 90!.92 1_
I_
933.95 906.23 926.87 902,48 922.27 901.08 Dry Dry Dry Dry 2/1/09 Dry 904.06 Probe dry 896.87 923.53 901.87 Dz7 933.92 906.23 926.87 902.46 922.26 901.01 Dry Dry Dry Dry 2/1/09 Dry 904.05 Probe dry 896.91 923.50 901.88 D_7 Dr,/
933.94 906.23 926.87 902.40 922.25 901.06 Dry Dry Dry Dry 2/1/09 Dry 904.05 Probe dry 896.87 923.55 901.86 D_7 933.92 90623 926.87 902.42 922.26 901.00 Dry Dry Dry Dry 2/2/09 Dry 904.05 Probe dry 896.76 923.52 901.78 Dry Dry 933.91 906.23 926.86 902.36 922.24 900.97 Dry Dry Dry Dry 2i2/09 Dry 904.05 Probe dry 896,70 923.54 901.72 Dr_
Dt7 933.90 906.23 926.86 902.31 922.23 900.95 Dry Dry Dry Dry 2/2/09 Dry 904.05 Probedry 896.76 923.51 901.74 Dt7 Dry 933_93 906.23 926.87 902.25 922.23 901.02 Dry Dry Dry Dry 2/2/09 Dry 904.04 Probe dry 896.78 923.57 901.77 Dry De]
933.93 906.23 926.87!
902.30 922.25 901,01 Dry Dry Dry Dry 2/3/09 Dry 904.04 Probe dry 896.78 923.53 901.76 D_
D_
933.93 906.23 926.87 902.31 922.25 901.02 Dry Dry Dry Dry 2/3/09 Dry 904.04 Probe dry 896,78 923.51 901.76 I_
D_
933.92 906.23926.87 90232 922.25 901.00 Dry Dry Dry Dry 2/3/09 Dry 904.04 Probedry 896.89 923.51 901.83 D_
D_
934.15 906.23
! 926.88 902.32 922.24 901.08 Dry Dry Dry Dry 2/3/09 Dry 904.04 Probe dry 896.93 923.55 901.89 D_
Dry 934.14 90623 92688 902.40!
922.27 901,08 Dry Dry Dry Dry 2/4/09 Dry 904.04 Probe dry 896.92 923.53 901,89 D_
D_
934.13 906.23 926.87 902.43 922.26 901.06 Dry Dry Dry Dry 2/4/09 Dry 904.04 Probe dry 896.86 923.53 901.85 D_
D_
934.10 906.23 926.87 902.42 922.25 901.00 Dry Dry Dry Dry 2/4/09 Dry 904.04 Pmbe dry 896.89 923.52 901.86 I_
D_
934.13 906.23 926.87 902.36 922.24 901.04 Dry Dry Dry Dry 2/4/09 Dry 904.03 Probe dry 896.88 923.55 901.86 I_ 7 Dry 934.11 906.23 926.87 902.40 922.25 901.01 Dry Dry Dry Dry 2/5/09 Dry 904.03 Probe dry 896.86 923.51 901.85 1_
1_
934.11 906.23 926.86 902.37 922.24 901.01 Dry Dry Dry Dry 2/5/09 Dry 904.03 Probedry 896.89 923.52 901.87 D_
Dr_
934.11 906.23 926.87 902.37 922.25 901.01 Dry Dry Dry Dry 2/5/09 Dry 904.03 Probe dry 897.02 923.49 901.95 I_
l_
934.15 906.23 926.87 902.37 922.25 901.10 Dry Dry Dry Dry 2/5/09 Dry 904.03 Probe dry 897.04 923.52 902.01 Dr/
Dr.(
934,14 906.23 926.88 902.46 922.28 901.08 Dry Dry Dry Dry 2/6/09 Dry 904.03 Probedry 896.97 923.51 90197 D_
D_
934.11 906,23 926.86 902.47 922.26 901.03 Dry Dry Dry Dry 2./6/09 Dry 904.03 Probedry 896.94 923.52 901.94 Dry D_
934.10 906.23 926.86 902.43 922.25 901.01 Dry Dry Dry Dry 2/6/09 Dry 904.03 Probedry 897.02 923.53 901.99 I_
Dr_
93433 906.23 926.87 902.39 922,24 901.07 Dry Dry Dry Dry 2/6/09 Dry 904.03 Probedry 897.05 923.57 902,04 D_
D_
934.13 906.23 926.88 902.46 922.27 901.07 Dry Dry Dry Dry 2/7/09 Dry 904.03 Probedry 897.06 923.54 902.04 D_
D_
934.13 90623 926.87 902.47 922.26 90106 Dry Dry Dry Dry 2/7/09 Dry 904.03 Probedry 897.08 923.5!
902.06 D_
l_
934.12 906.23 926.87 902.48 92226 901.06 Dry Dry Dry Dry 2/7/09 Dry 904.03 Pmbe dry 897.14 923.46 902.10 D_
D_
934.15 906.23 926.87 902.47 922.25 901.10 Dry Dry Dry Dry 2/7/09 Dry 904.03 Probedry 897.12 923,49 902.11 D_
D_
934.13 906.23 926.87 902.51 922.27 901,06 Dry Dry Dry Dry 2/8/09 Dry 904.03 Probe dry 89708 923.48 902.09 D_
Dr},
934.12 906.23 926.87 902.48 922.25 901.04 Dry Dry Dry Dry 2/8/09 Dry 904,03 Probe dry 897.01 923,50 90203 D_
D_
934.10 906.23 926.86 902.47 922.25 900.99 Dry Dry Dry Dry 2/8/09 Dry 904.03 Pmbedry 897.00 923.50 902.00 D_
D_
934.11 906.23 926.86 902.41 922.23 901.00 Dry Dry Dry Dry 2/8/09 Dry 904.03 Probe dr),
896.98 923.55 901.99 D_
D_
934.10 906.23 926.86 902.39 922.24 900.99 Dry Dry Dry Dry 2/9/09 Dry 904.02 Probe dry 896.96 923.54 901.96 Dry D_
934.10 906.23 926.86 902.38 922.23 901.00 Dry Dry Dry Dry 2/9/09 Dry 904.02 Probe dry 89697 923.53 901.96 Dr/
D_
934.11 906.23 926.86 902.37 922,24 901.01 Dry Dry Dry Dry 2/9/09 Dry 904.02 Probe dry 897.15 923.51 902.07 Dry D_7 934.15 906.23 926.88 902.40 922.25 901.11 Dry Dry Dry Dry 2/9/09 Dry 904.03 Probedry 897.16 923.51 902.12 D_
D_
934.15 906.23 926.87 902.51 922.28 901.11 Dry Dry Dry Dry 2/10109 Dry 904.03 Probedry 897.10 923,49 902.08 Dr/
Dr_
934,12 906.23 926.86 902.52 922.26 901.04 Dry Dry Dry Dry 2/10/09 Dry 904.02 Probe dry 896.94
_23.50 901.95 D_
D_
934.08 906.23 926.86 902.46 922.23 900.94 Dry Dry Dry Dry 2/10/09 Dry 904.02 Probedry 896.85 923.51 901.85 I_
D_
934.08 90623 926.85 902.35 922.20 900.92 Dry Dry Dry Dry 2/10/09 Dry 904.02 Probedry 896.76 923.55 901.77 D_
D_
934.08 906.23 926.85 902.28 922.20 900.91 Dry Dry Dry Dry 2/11109 Dry 904.02 Probe dry 896.71 923.53 901.71 D't7 D.Q, 934.08 906.23 926.85 902.22 922.20 90091 Dry Dry Dry Dry 2/11/09 Dry 904.01 Probe dr 896.69 923.51 901.69 I_
D_
934.07 906.23 926.85 902.19 922.20 900.92 Dry Dry Dry Dry 2/11/09 Dry 904.01 Probedr 896.80 923.48 901.74 l_
I_
934.I1 906.23 926,86 902.19 922.21 90100 Dry Dry Dry Dry 2/11109 Dry 904,01 Pmbedr 896.88 923.51 901.82 D_
Dt7 934.12 906.23 926.87 902.27 922.24 901.03 Dry Dry Dry Dry 2/12/09 Dry 904.01 Probedry I 896.90 923.49 901.86 I_
D'Q, 934.12 906.23 926.86 902.33 922.24 901.03 Dry Dry Dry Dry 2/12/09 Dry 904.01 Probedry 896.91 923.51 901.88 D=7 I_ 7 934.11 906.23 926.86 902.37 922.25 901.02 Dry Dry Dry Dry 2/12/09 Dry 904.01 Pmbedry 896.92 923.49 901.88 D_
D_,
934.11 906.23 926.86 902.37 922.23 901.02 Dry Dry Dry Dry 2/12/09 Dry 90 01 Probedry 89682 92355 901.83 l_
D_
934.09 906.23 926.84 902.36 922.22 900.95 Dry Dry Dry Dry 2/13109 Dry 904.01 Probedry 896.80 923.55 901.79 D_
934.08 906.23 926.85 902.31 922.21 900.95 Dry Dry Dry Dry 2/13/09 Dry 904.00 Probe dr 896.81 923.52 901.79 Dry D_
934.08 906.23 926.85 902.29 922.21 900.95 Dry Dry Dry Dry 2/13109 Dry 904.00 Probe dr 896.90 923.49 901.85 Dr},
Dr/
934.11 906.23 926.86 902.28 922.21 901.02 Dry Dry Dry Dry 2/!3/09 Dry 904.00 Probe dr 896.96 923.54 901.91 I_
l_
934.11 906,23 926.86 902,36 922.24 901.03 Dry Dry Dry Dry 2/14/09 Dry 904.00 Probe dr 896.94 923.49 901.92 I_
l_
934.10 906.23 926.86 902.39 922,24 901.01 Dry Dry Dry Dry 2/14/09 Dry 904.00 Probe dr 896.86 923.50 901.87 Dr},
1_
934.08 906.23 926.85 902.39 922.23 900.95 Dry Dry Dry Dry 2/14/09 Dry 904,00 Probedr 896.87 923.47 901.86 Dr'/
D_
934.08 906.23 926.85 902.32 922.20 900.97 Dry Dry Dry Dry 2/14/09 Dry 904.00 Probedr 896.83 923.51 901.83, Dr,/
D'_
934.08 906.23 926.85 902.32 922.21 900.94 Dry Dry Dry Dry 2/15109 Dry 904.00 Probe dr 896.81 923.48 901.82 Dr/
l_
934.08 906.23 92685 902.30 922.20 900.95 Dry Dry Dry Dry
,2/15/09 Dr'/
903.99 Probedr 896.79 923.50 901.80 D_
Dr_
934.07 906.23 926.85 902.29 922.21 900.94 Dry Dry Dry Dry 2/15/09 Dry 903.99 Probedr 896,90 923.47 901.88 Dr_
Dr/
934.11 906.23 926.86 902.28 922.21 901.02 Dry Dry Dry Dry 2/15/09 Dry 903.99 Probedr 896.95 923.52 90!.94 D_,
Dr'/
934.11 906.23 926.86 902.36 922.23 901.03 Dry Dry Dry Dry 2/16109 Dry 90399 Probedr 897,01 923.49 901.99 I_
I_
934.12 906.23 926.86 902.41 922.24 901,04 Dry Dry Dry Dry 2/16/09 Dry 903.99 Probe dr) 896.97 923.50 901.98 Dr},
D_
934.10 906.23 926.85 902.44 922.24 901.00 Dry Dry Dry Dry 2/16109 Dry 903.99 Probedr 896.99 923.48 901.99 D_
D_
934.11' 906,23 926.85 902.40 922.21 901.02 Dry Dry Dry Dry 2/16/09 Dry 903.99 Probe dr 897.00 923.53 902.02 l_
Dry 934,10 906.23 926.86 902.44 922.24 901.01 Dry Dry Dry Dry 2/17/09 Dry 903.99 Probe dr 896.94 923.51 901.97 D_
Dr/
934,08 906.23 926,84 902.40 922.22 900.97 Dry Dry Dry Dry 2/17/09 Dry 903.99 Probe dr) 896,83 923.52 901.90 I_
D_
934.06 906,23 926.84 902.36 922.20 900.91 Dry Dry Dry Dry 2/17/09 Dry 903.99 Probe dr 896.85 923,50 901.89 I_ 7 Dr},
934.08 906.23 926,84 902.30 922.19 900.95 Dry Dry Dry Dry 2/17/09 Dry 903.99 Probedr 896.81 923.54 901.67 Dt7 I_
934.07 906.23 926.85 902.30 922.20 900.92 Dry Dry Dry Dry 2/18/09 Dry 903.98 Probe dr) 896.74 923.50 901.80 Dt7 Dr'/
934.06 906.23 926.84 902.27 922.19 900.91 Dry Dry Dry Dry 2/18/09 Dry 903.98 Probedr) 896.67 923.49 901.73 I_
I_
934.05 906.23 926.84 902.23 922.18 900.88 Dry Dry Dry Dry 2/18/09 Dry 903.98
- Probedr 896.71 923.47 901.72 I_
Dz),
934.07 906.23 926.84 902.19 922.17 900.93 Dry Dry Dry Dry 2/18/09 Dry 903.98 I Probedr 896.70 923.51 901.72 I_
Dt7 934.07 906.23 926.85 902.22 922.19 900.91 Dry Dry Dry Dry 2/19/09 Dry 903.98 Probe dn_
896.66 923.48 901.68 D_
D_
934.06 906.23 926.84 902.20 922.18
, 900.91 Dry Dry Dry Dry 2/19109 Dry 903.97 Probe dr 896.62 923.49 901.65 D_
D_
934.05 906.23 926.84 902.20 922.18 900.89 Dry Dry Dry Dry 2/19/09 Dry 903.97 Probe dr 896.70 923.49 901.69 D=7 D_
934.07 906.23 926.84 902.18 922.17 900.96 Dry Dry Dry Dry 2/19/09 Dry 903.97 Probe dr 896,75 923.52 901.73 l_
Dry 934.08 906.23 926.85 902.25 922.20 900.96 Dry Dry Dry Dry 2/20109 Dry 903 97 Probe dr 896.79 923.49 901.77 Dry Dx7 934.09 906.23 926.85 902.28 922.20 900.98 Dry Dry Dry Dn/
TABLE I. WATER LEVELS FOR 80-ACRE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RPZ-IA RPZ-1B RPZ-2A RPZ-2B RPrZ,-3A RPZ_B RPZ4AIRPZ4B RPZ-SA RPZ-SB RPZ-6B RPZ-7A RPZ.-TB RPZ-.SB RPZ-9A RP'Z,-9B 2/20109 Dry 90397 Probe dry 896.77 923.50 901.77 Dr},
Dea" 934.08 906.23 92684 902.32 922.21 900.95 Dry Dry Dry Dry 2/20/09 Dry 903.97 Pmbe dry 896.87 923.48 901.84 D_,
Dt7 934.10 906.23 926.85 902.31 922.19 901.01 Dry Dry Dry Dry 2/20/09 Dry 903.97 Probe dry 89688 923.52 901.89 Dz7 Dry 934,09 906.23 926.85 902.37 922.22 901.00 Dry Dry Dry Dry 2/21/09 Dry 903.97 Probe dry 896,83 923.50 901.86 11_
D_7 934.08 906.23 926.84 902.37 922.20 900.95 Dry Dry Dry Dry 2/21109 Dry 903.96 Probe dry 896.74 923.50 901.81 D_
D]7 934.05 906.23 926.83
! 902 33 ! 922.19 900.90 Dry Dr'/
Dry Dry 2/21/09 Dry 903.96 Probedry 896.80 923.48 901.83 D_
D'q 934.07 906.23 926.85 902.28
! 922.18 90094 Dry Dry Dry De/
2/21/09 Dry 90396 Probedry 896.80 923.53 901.85 Dr.i Dry 934.07 906.23 926.85 902.31 922.20 900.93 Dry Dry Dry Dry 2/22/09 Dry 903.96 Probedry 896.74 923.50 901.82 Dry D_
934.05 906.23 926.83 902.29 922.18 900.91 Dry Dry Dry Dry 2/22/09 Dry 903.96 Probe dry 896.69 923,51 901.76 D_,
D_
934,05 906,23 926.83!
902.271 922.18 900,89 Dry Dry Dry Dry 2322/09 Dry 903,96 Probe dry 896.76 923.48 901.78 D_
I_
934.07 90623 92684 902.24 922,17 900.94 Dry Dry Dry Dry 2/22/09 Dry 903.96 Probe dry 896.77 923.52 901.79 Dr(
D1V 934.07 906.23 926.84
- 902.29 922.19 900.93 Dry Dry Dry Dry 2/23/09 Dry 903.96 Probe dry 896,74 923.50 901.76 Dry D_
934.06 906.23 926.83 902.27 922.18 900.92 Dry Dry Dry Dry 2/23/09 Dry 903.95 Probe dry 896.75 923,50 901.76 Dry Dr},
934.06 906.23 926.83 902.27 922.18 900.92 Dry Dry Dry Dry 2/23/09 Dry 903.95 Probe dry 896.79 923.46 901.79 D_,
D_
934.06 906.23 926.84 902.26 922.17 900.96 Dry Dry Dry Dry 2/23/09 Dry 903.95 Pmbe dry 896.80 923.51 901.82 D_
Dry 934.07 906.23 926.84 902.31 922.20 900.94 Dry Dry Dry Dry 2/24/09 Dry 903.95 Probedry 896.80 923.48 901.83 D_
Dry 934.06 906.23 926.84 902.31 922.18 900.94 Dry Dry Dry Dry 2/24/09 Dry 903.95 Probe dry 896.77 923.49 901.81 Dr,/
Dr},
934.05 906.23 926.84 902.32 922.19 900.91 Dry Dry Dry Dry 2/24/09 Dry 903.95 Pmbe dry 896.85 923.47 901.84 Dry Dr},
934.07 90623 926.84 90228 922.17 900.97i Dry Dry Dry Dry 2/24/09 Dry 903.95 Probe dry 896.87 923.50 901.89 I_
D_
934.07 906.23 926.84 902.34 922.20 90096!
Dr'/
Dry Dry Dry 2/25/09 Dry 903.95 Probe dry 89687 923.47 901.91 l_
Dry 934.07 906.23 926.83 902.35 922.19 900.96 Dry Dry Dry Dry 2/25109 Dry 90394 Probe dry 896.83 923.48 901.90
]_
D_
934.06 906.23 926.84 902.36 922.20 90092 Dry Dry Dry Dry 2./25109 Dry 903.94 Probe dry 896.90 923.46 90!.93 D_
I_
934.07 906.23 926.84 902.32 922.18 900.97 Dry Dry Dry Dry 2/25109 Dry 903.94 Probe dry 896.92 923,50 901.98 D_
D_
934.07 906.23 926.84 902.37 922,20 90096 Dry Dry Dry Dry 2/26109 Dry 903.94 Probe dry I 896.89 923.48 901.97 Dry Dr,/
934.07 906.23 926.83 902.37 922.19 900.95 Dry Dry Dry Dry 2/26/09 Dry 903.94 Probe dry 896.83 923.49 901.92 D_
D_,
934.05 906.23 926.83 902.36 922.19 900.90 Dry Dry Dry Dry 2/26/09 Dry 903.94 Probe dry 896.87 923.47 901.92 D_,
D_
934.06 906.23 926.84 902.30 922.17 900.94 Dry Dry Dry Dry 2/26/09 Dry 903,94 Pmbe dry 896.88 923,52 901.94 I_
D_
934.06 906.23 926.84 902.34 922,19 900.93 Dry Dry Dry Dry 2/27109 Dry 903.94 Probe dry 896.87 923,48 901,94 Dr,(
Dry 934,06 906.23 926,84 902.33 922.18 900.93
, Dry Dry Dry Dry 2/27/09 Dry 903.94 Pmbe dry 896.81 923.49 901.90 D_
D_
934.04 90623 926.83 902.33 922.18 900.89 Dry Dry Dry Dry 2127/09 Dry 903.94 Probedr}
89685 923.47 901.90 D_
Dry 934.05 906.23 926.83 902.28 922.16 900.93 Dry Dry Dry Dry 2/27/09 Dry 903.94 Probedr 896.81 923,51 901.89 D_
D_
934.05 906.23 926.83 902.30 922.18 900.90 Dry Dry Dry Dry 2./26/09 Dry 903.94 Probe dr 896.75 923.47 901.84 Dry Dr)"
934.04 906.23 926.83 902.27 922.16 900.88 Dry Dry Dry Dry 2/26/09 Dry 903.93 Probe dr'i 896.67 923.49 901.78 D_j D_j 934.03 906.23 926.82 902.24 922.15 900.85 Dry Dry Dry Dry 2/28/09 Dry 903.93 Probedr 896.74 923.46 901.80 D_
Dry 93405 906.23 926.83 902.20 922.14 900.91 Dry Dry Dry Dry 2/26/09 Dry 903.93 Probe dr 896.75 923.50 901.83 Dry D_
934.05 906.23 926.83 902.24 922.17 900.90 Dry Dry Dry Dry 3/1/09 Dry 903.93 Probedr 896.72 923.48 901.81 D_
l_ 7 934.04 906.23 926.83 902.24 922.16 900.89 Dry Dry Dry Dry 3/1/09 Dry 903.93 Probe dr_
896.67 923.49 901.77 Dry Dr(
934.03 906.23 926.82 902.24 922.16 900.86 Dry Dry Dry Dry 3/1/09 Dry 903.92 Probe dr 896.77 923.47 901.82 D_
D_
934.05 906.23 926.83 902.21 922.15 900.94 Dry Dry Dry Dry 3/1/09 Dry 903.93 Probe dr 896.80 923.50 901.87 D_
D_
934.06 906.23 926.84 902.28 922.18 900.93 Dry Dry Dry Dry 3/2/09 Dry 903.92 Probe dr 896.77 923.48 901.85 D_
D_
934.05 906.23 926.83 902.29 922.17
- 900.91 Dry Dry Dry Dry 3/2/09 Dry 903.92 Probe dr 896.72 923.48 901.82 D_
Dr,/
934.03 906.23 926.87 902.28 922.16 900.87 Dry Dry Dry Dry 3/'2/09 Dry 903.92 Probedr 896.81 923.45 901.87 D'_
Dry 934.05 906.23 926.83 902.26 922,15 900.93 Dry Dry Dry Dry 3/2/09 Dry 903.92 Pmbedr 896.82 923.49 901.90 D_
Dry 934.02 906.23 926.84 902,31 922.18 900.92 Dry Dry Dry Dry 313/09 D_
903.92 Probe dr 896.81 923.48 901.89 Dt7 D_,
934.05 906.23 926.83 902.31 922.17 900.91 Dry Dry Dry Dry 313/09 Dry 903.92 Probe dr 896.77 923.49 901.88 D_
D_,
934,04 906.23 926.83 902.31 922.17 900.88 Dry Dry Dry Dry 3/3/09 Dry 903.92 Probedr 896.82 923.47 901.90 D_,
D_
934,05 906.23 926.83 902.28 922.15 900.92 Dry Dry Dry Dry 3/3/09 Dry 903.92 Probe dr 896.86 923.51 901.94 D_
D_,
934.05 90623 926.83 902.32 922.17 900,93 Dry Dry Dry Dry 3/4/09 Dry 903.92 Probe dr 896.86 923.48 901.95 D_
Dry 934.05 906.23 926.83 902.33 922.17 900.93 Dry Dry Dry Dry 3/4/09 Dry 903.91 Probe dry 896.81 923.48 901.92 Dry Dr},
934.04 906,23 926,82 902.33 922.17 90088 Dry Dry Dry Dry 314/09 Dry 903.91 Probe dry 89685 923.43 901.94 D_
D_
934.05 906.23 92683 902.29 922.15 900.92 Dry Dry Dry Dry 3/4/09 Dry 903.91 Probe dry 896,84 923.49 901.94 Dry Dry 934.05 906.23 926.83 902.33 922.17 900,90 Dry Dry Dry Dry 3/5/09 Dry 903.91 Probe dry 89681 923.47 901.93 D_
D_
934.04 906.23 926.62 902.31 922.16 90089 Dry Dry Dry Dry 3/5/09 Dry 903.91 Probe dry 896.73 923.49 901.87 D_
D_
934.02 906.23 926.82 902.28 922.15 900.85 Dry Dry Dry Dry 315/09 Dry 903.91 Probe dr 896.77 923.46 901.87 Dry Dr(
934.04 906.23 926.82 902.23 922.13 900.90
- Dry, Dry Dry Dry 3/5/09 Dry 903.91 Probe dr 896.80 923.50 901.89 Dr},
I)z7 934.05 906.23 926.83 902.27 922.16 900.90 Dry Dry Dry Dry 3/6/09 Dry 90391 Probe dry 896.81 923.48 901.89 D_
D_
934.04 906.23 926.82 902.28 922.16 900.90 Dry Dry Dry Dry 3/6/09 Dry 903.91 Probe dry 896.79 923.48 901.87 D_,
D_
934.04 906.23 926.83 902.29 922.16 900.88 Dry Dry Dry Dry 3/6/09 Dry 90391 Probedry 896.87 923.46 901.92 Dr,(
Dry 934.06 906.23 926.83 902.27 922.15 900.94 Dry Dry Dry Dry 3/6/09 Dry 903.91 Probedry 896.90 923.50 90196 D_,
I_
934.06 906.23 926.83 902.32 922.18 900.94 Dry Dry Dry Dry 3/7/09 Dry 903,91 Probe dry 896.86 923.46 901.94 Dr/
D_
934.04 906.23 926.82 902.34 922.16 900.90 Dry Dry Dry Dry 3/7/09 Dry 903.90 Probe dry 896.72 923.46 901.85 D_
l_
934.02 906.23 926.81 902.31 922.15 900.83 Dry Dry Dry Dry 3/7/09 Dry 903.90 Probe dry 896.74 923.45 901 83 D_
D_
934.03 906.23 926.82 902.22 922.11 900.87 Dry Dry Dry Dry 3/'7/09 Dry 903.90 Probe dry 896.75 923.50 901.83 D_
D_
934.03 906.23 926.82 902.24 922.14 900.86 Dry Dry Dry Dry 3/8/09 Dry 90390 Probe dry 896.74 923.47 901.82 Dry Dry 934.03 906.23 926.82 902.22 922.13 900.87 Dry Dry Dry Dry 3/8/09 Dry 903.90 Probe dry 896.72 923.48 901.81 Dry Dry 934.02 906.23 926.82 902.24 932.14 900.85 Dry Dry Dry Dry 3/8/09 Dry 903.90 Probedry 896.82 923.46 901.86 Dr},
I_
934.O4 906.23 92683 902.23 922.13 900.92 Dry Dry Dry Dry 3/8/09 Dry 903.90 Probedry 896.84 923.50 901.89 Dry D_
934.05 906.23 926.83 902.30 922.16 900.91 Dry Dry Dry Dry 3/9/09 Dry 903.90 iProbe dry 896.82 923.46 901.89 Dt7 D_
934,04 906.23 926.82 902.30 922,15 900.90 Dry Dry Dry Dry 349/09 Dry I 903.90 Probe dry 896.80 923.48 901.88 Dry D_
934.03 906.23 926.82 902.32 922.15 900.87 Dry Dry Dry Dry 3/9/09 Dry
- 903 90 Probe dry 896.87 923.46 90192 l_
Dx,/
934.05 906.23 926.82 902,29 922.14 900.92 Dry Dr/
Dry Dry 3/9/09 Dry
!903.90 Probe dry 896.84 923.49 901.92 D_,
1_
934.03 906.23 926.82 902.33 922.16 900.88 Dry Dry Dry Dry 3/10/09 Dry 903.89 Probe dry 896,75 923.45 901.85 D_
D-q 934.01 906.23 926.81 902.29 922.13 900.84 Dry Dry Dry Dry 3/10109 Dry 903.89 Probe dry 896.66 923.46 901.77 Dry D_
934.00 906.23 926.81 902.24 922.12 900.81 Dry Dry Dry Dry 3/10/09 Dry 903.89 Probedry 896.75 923.45 901.81 Dry Dry 934,03 906,23 926.82 902.19 922.11 900.88 Dry Dry Dry Dry 3/10/09 Dry 903.89 Probe dry 896.75 923.50 901.83 Dry Dry 934_03 906.23 926.82 902.24 922.14 900.87 Dry Dry Dry Dry 3/11/99 Dry 903.89 Probe dry 896.75 923.46 901.83 Dry Dry 934.03 906.23 926.82 902.25 932.13 900.87 Dry Dry Dry Dry 3/11/09 Dry 903.89 Probedry 896.70 923.48 901.80 Dry D_
934.01
_06.23 926.81 902.25 922.13 900.83 Dry Dry Dry Dry 3/11109 Dry 903.89 Probedry 896.80 923.46 901.86 Dt7 Dr_
934.03 906.23 926,82 902.22 922.12 900.90 Dry Dry Dry Dry 3111109 Dry 903.89 Probedry 896.80 923.49 901.89 D_
D_
934.03 906.23 926.82 902.29 922.15 900.88 Dry Dry Dry Dry 3/12/09 Dry 903.89 Probe dry 896.77 923.46 901.87 D_
Dry 934.03 906.23 926.82 902.28 922.14 900.87 Dry Dry Dry Dry 3/12J,09 Dry 903.88 Probe dry 896.75 923.45 901.87 D_
D_
934.02 906.23 926.81 902.28 922.14 900.85 Dry Dry Dry Dry 3112/09 Dry 903.88 Probe dry 896.86 923.43 901.93 D_
1_
934.03 906.23 926.82 902.27 922.13 900.91 Dry Dry Dry Dry 3/12/09 Dry 903.88 Probedry 896.82 923.47 901.94 1_
1_
934.03 906.23 926.82 902.31 922.15 900.87 Dry Dry Dry Dry 3/13109 Dry 903.88 Probe dry 896.79 923.43 90192 Dry Dry 934.02 906.23 926.82 902.29 922.13 900.86 Dry Dry Dry Dry 3/13/09 Dry 903.88 Probe dry 896.72 923.45 901.87 D_,
Dry 934.00 906.23 926.81 902.27 922.12 900.82 D_
Dry DrY Dry
TABLE
- 1. WATER LEVELS FOR 80-AC RE WSR PIEZOMETERS PIEZOMETRIC ELEVATION IN FEET ABOVE MEAN SEA LEVEL MEASURE DATE RIrZ,-IA RPZ-IB RIvZ,-2A RPZ-2B RPZ-3A RPZ-3B RPZ-4A JBPZ-4B RPZ-SA RPZ-$B RIJrZ.-6A RPZ-6B RPZ-7A RPZ--TB RPZ--SA ILPZ4B RPZ-9A RPZ-9B 3/13/09 Dry 903.88 Pmbedry 896.79 923.43 901.90 Dry D_
934.02 906.23 926.81 902.22 922.11 90088 Dry Dry Dry Dry 3113/09 Dry 903.88 Pmbe dry 896.81 923.48 901.94 D_
Dr_
934.03 906.23 926.82 902.28 922.14 900.87 Dry Dry Dry Dry 3/14/09 Dry 903.88 Probedry 89680 923.46 901.94 D_
Dz7 934.03 906.23 926.82 902.28 922.13 900.87 Dry Dry Dry Dry 3/14109 Dry 903.88 Probe dry 896.78 923.47 901.94 Dry D_
934.02 906.23 926.81 902.29 922.14 900.86 Dry Dry Dry Dry 3/14109 Dry 903.88 Probedry 896.87 923.44 901.99 I_
I_
934.03 906.23 926.82 902.27 922.12 900.90 Dry Dry Dry Dry 3/14/09 Dry 903.88 Probedry 896.84 923.49 901.99 D_
D_
934.02 906.23 926.81 902.32 922.15 900.87 Dry Dry Dry Dry 3/15/09 Dry 903.88 Pmbedry 896.78 923.46 901.95 Dry 1)17 934.01 906.23 926.81 902.29 922.12 900.84 Dry Dry Dry Dry 3/15/09 Dry 903.87 Probedry 896.67 923.47 901.85 Dr/
D_
933.99 906.23 926.81 902.25 922.11 900.79 Dry Dry Dry Dry 3/15/09 Dry 903.87 Pmbe dry 896.69 923.46 901.81 Dzy D_
934.00 906.23 926.81 902.19 922.09 900.82 Dry Dry Dry Dry 3/15/09 Dry 903.87 Probe dry 896.64 923.49 901.76 D_
D_
934.00 90623 92681 902.20 922.10 90079 Dry Dry Dry Dry 3/16109 Dry 903.87 Probe dry 896.54 923.46 901.66 Dry Dr,/
933.99 906.23 926.80 902.15 922.08 900.77 Dry Dry Dry Dry 3/16/09 Dry 903.87 Probe dry 896.45 923.47 901.58 D_
I_
933.98 906.23 926.80 902.11 922.07 90075 Dry Dry Dry Dry 3/15/09 Dry 903.86 Probe dry 896.53 923.44 901.61 D_
D_
934.00 90623 926.81 902.07 922.06 900.82 Dry Dry Dry Dry 3116109 Dry 903.86 Probe dry 896.56 922.49 901.65 Dx7 D_
934.01 906.23 926.81 902.13 922.10 900.82 Dry Dry Dry Dry 3117109 Dry 903.86 Probe dry 896.55 923.10 901.64 l_
I_
934.00 906.23 926.81 902.14 922.09 960.82 Dry Dry Dry Dry 3/17/09 Dry 903.86 Probedry 696.50 923.46 901.62 Dr,j Dry 933.99 9606.23 92680 902.15 922.09 900.79 Dry Dry Dry Dry 3/17/09 Dry 903.86 Probedry 896.62 923.44 901.68 D_
Dry 934.01 906.23 926.81 902.14 922.08 900.86 Dry Dry Dry Dry 3/17/09 Dry 903.86 Probedry 896.65 922.49 901.74 D_
D_
934.02 906.23 926.81 902.21 922.12 900.85 Dry Dry Dry Dry 3/18/09 Dry 903.86 Probedry 89665 901.74 D_
D_
934.02 906.23 92681 902.23 922.11 90085 Dry Dry Dry Dry 3/18/09 Dry 903.85 Probe dry 89659 901.71 D_
934 00 906.23 926.80 902 24 922.11 900.80 Dry Dry Dry Dry 3118109 Dry 903.85 Probe dry 896.69 901.77 D_
Dr_
934.01 906.23 926.81 902.21 922.09 900.87 Dry Dry Dry Dry 3118/09 Dr,/
903.85 Probe dry 896.74 901.82 Dz7 D_
934.02 966.23 926.81 902.27 922.]3 960.87 Dry Dry Dry Dry 3/19/09 Dry 90385 Probe dry 896.73 901.82 Dry I_ 7 934.02 906.23 926.81 902.29 922.12 900.86 Dry Dry Dry Dry 3119/09 Dry 903.85 Probe dry 896.66 901.78 Dry D_
934.00 966.23 926.80 902.29 922.12 900.81 Dry Dry Dry Dry 3/19/09 Dry 903.85 Probe dry 896.77 899.99 Dry Dry 932.26 906.27 926.81 902.25 922.10 900.87 Dry Dry Dry Dry 3/19/09 Dry 903 85 Probe dry 896 77 901.27 D_
Dry 933.58 906.27 926.81 900.84 921.32 960.88 Dry Dry Dry Dry 3/20/09 Dry 903.85 Probe dry 896.79 901.55 Dr_
Dry 934.02 906.27 926.80 901.36 921.66 960.88 Dry Dry Dry Dry 3/20109 Dry 903,84 Probe dry 896.75 901.63 D_
Dry 934,00 906.27 926.80 901.86 921.86 900.84 Dry Dry Dry Dry 3/20/09 Dry 9!6.5!
89682 900.98 D_
Dz3" 934,02 906.27 926.79 Dry Dry Dry Dry D_,
Dry 934.00 906.28 926.81 Dry Dry Dry Dry Dry Dry 934.00 906.28 926.80 Dry Dry Dry Dry D_
D_
933.97 90628 92680 Dry Dry Dry Dry Dry 934.01 906.28 926.80 Dry Dry Dry Dry D_
DW 933.98 966.28 92680 Dry Dry Dry Dry DW Dry 933.98 906.28 926.80 Dry Dry Dry Dry Dry Dry 933.97 906.28 92680 Dry Dry Dry Dry Dry Dry 934.03 906.28 926.80 Dry Dry Dry Dry DO" Dry 934.00 906.29 926.80 Dry Dry Dry Dry Dry Dry 933.97 906.29 926.79 Dry Dry Dry Dry Dry DW I
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TABLES (Due to size, Table 1 is only provided in electronic format)
APPENDIX A FIGURES 1 THROUGH 36
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