ML24226A090
| ML24226A090 | |
| Person / Time | |
|---|---|
| Site: | 07000925 |
| Issue date: | 07/25/2024 |
| From: | Conley A Burns & McDonnell |
| To: | Document Control Desk, Office of Nuclear Material Safety and Safeguards, US Dept of the Army, Corps of Engineers, Tulsa District |
| References | |
| Download: ML24226A090 (1) | |
Text
BURNS t,.M£DONNELL.
July 25, 2024
Division Chief U.S. Army Corps of Engineers, Tulsa District CESWT-RO 1645 South 101st East Ave Tulsa, OK 74128
Re: Cimarron Remediation Project
Dear Sir/Madam:
Burns & McDonnell Engineering Company, Inc. (Burns & McDonnell) was retained by the Cimarron Environmental Response Trust (Trust) to provide wetland delineation and permitting services for the proposed Cimarron Remediation Project (Project).
These actions are part of a larger effort to remediate groundwater contaminated by a former uranium fuel production facility. Background on the proposed Project and methodology and results of the wetland delineation are described below.
INTRODUCTION The Project is located at a site that was initially owned and operated by Kerr-McGee Nuclear Corporation (KMNC). From 1966 to 1975, the onsite facilities we re utilized for the production of mixed oxide fuel and uranium fuel including enriched uranium reactor fuel pellets and eventually fuel rods. During this time, exposure of process water and material to the environment resulted in the contamination of site groundwater. The site is now owned by the Trust. The concentration o f uranium in the groundwater must be reduced to achieve license termination from th e U.S.
Nuclear Regulatory Commission (NRC).
The Project has the potential to impact wetlands or other waters of the U.S. that may be under the jurisdiction of the U.S. Army Corps of Engineers (USACE) as designated by Section 404 of the Clean Water Act. Burns & McDonnell conducted a we tland delineation for the Project to evaluate the presence of wetlands and other waterbodies, including streams, drainages, and ponds. The wetland delineat ion was conducted based on the maximum area of potential disturbance (Survey Area) provided by the Trust.
The Survey Area included in the wetland delineation (Figure A-4, Appendix A) consists of land that may be disturbed during the construction and operation of groundwater remediation activities and totals approximately 40.75 acres. A lso included in the Survey Area is an area approximately 5.27 acres in size located on the
9400 Ward Parkway \\ Kansas City, MO 6411 4 0 816-333 - 9400 \\ burnsmcd.co m BURNS t,.M£DONNELL.
Division Chief July 25, 2024 Page 2
eastern side of the Project area. While this area will not be disturbed during construction, it was included in the wetland delineation to provide additional information to the NRC. The total Survey Area, including the proposed construction and undisturbed area is approximately 46 acres.
METHODS The following sections summarize the methods used to review existing data for the Survey Area and to conduct the onsite wetland delineation.
Desktop Evaluation Burns & McDonnell reviewed available background information for the Survey Area to identify locations where wetlands or streams were likely to be present. This information included:
x U.S. Geological Survey (USGS) 7:24,000 Topographic Quadrangle: Crescent, Oklahoma (2024) x U.S. Fish and Wildlife Service (USFWS) National Wetland Inventory (NWI)
Quadrangle: Crescent, Oklahoma (2024) x USGS National Hydrography Dataset (NHD) (2024) x Natural Resources Conservation Service (NRCS) 2023 Soil Survey Geographic (SSURGO) digital data for Logan County, Oklahoma x Federal Emergency Management Agency (FEMA) Flood Insurance Rate Map (FIRM) (2024) x National Agriculture Imagery Program (NAIP) aerial photography (2019)
Wetland presence based only on NWI maps or other background data cannot be assumed to be a wholly accurate assessment of potentially occurring jurisdictional wetlands. Wetland identification criteria differ between the USFWS and the USACE.
As a result, wetlands shown on an NWI map may not be under the jurisdiction of the USACE, and all USACE-jurisdictional wetlands may not be included on NWI maps.
Therefore, a field visit was conducted to identify any wetlands or other wa terbodies within the Survey Area.
Wetland Delineation A Burns & McDonnell wetland scientist completed an onsite wetland delineation from May 7 through 8, 2024. The delineation was completed in accordance with the 1987 Corps of Engineers Wetlands Delineation Manual (1987 Manual) and the 2010 BURNS t,.M£DONNELL.
Division Chief July 25, 2024 Page 3
Regional Supplement to the Corps of Engineers Wetland Delineation Manual: Great Plains Region - Version 2.0 (Regional Supplement). Sample plots were established at multiple locations and Wetland Determination Data Forms from the Regional Supplement were completed to characterize the Survey Area (Appendix B).
Vegetation, soil conditions, and hydrologic indicators were recorded at each sample plot. Locations of sample plots and other identified features were recorded using a sub-meter accurate global positioning system (GPS) unit. Natural color photographs were taken onsite and are included in Appendix C (Photographs C-1 through C-16).
RESULTS The following sections describe the results of the existing data review and the completed wetland delineation.
Desktop Evaluation The existing USGS topographic maps were reviewed to familiarize Burns &
McDonnell wetland personnel with the topography of the Survey Area and poten tial locations of wetlands and other waterbodies (Figure A-2). NHD data indicates that the Cimarron River and two unnamed drainages are present in the Survey Area.
NHD data also indicates that the Project lies within the Lower Cimarron-Skelton Drainage Hydrologic Unit Code (HUC8) 11050002. NWI data indicates the presence of one freshwater pond and one freshwater lake along the southern edge of the western Survey Area.
As shown in Figure A-3, the NRCS SSURGO digital data indicates that the Survey Area includes 13 soil types. Of the 13 soil types, three soils are included on the loca l and national hydric soil lists: GaGA - Gaddy-Gracemore complex, GadA - Gaddy loamy fine sand, and LerA - Lebron clay.
The USACE Antecedent Precipitation Tool (APT) indicates that the area surrounding the Project experienced normal conditions on May 7 through 8, 2024, (Appendix D).
Wetland Delineation On May 7 through 8, 2024, Aaron Conley, a staff wetland scientist, and Julie McDonald, a Global Positioning System (GPS) Specialist, both with Burns &
McDonnell, conducted a wetland delineation of the Survey Area. The vegetation, soils, and hydrology within the Survey Area are described below.
BURNS t,.M£DONNELL.
Division Chief July 25, 2024 Page 4
Vegetation. The Survey Area was largely composed of grassland, but it also contained sparce scrub-shrub along existing access roads and mature hardwood forest adjacent to the riparian areas of the Survey Area. Typical vegetation in the upland portions of the Survey Area included drooping brome (Bromus tectorum),
Canada goldenrod (Solidago canadensis), common yarrow (Achillea millefolium),
coralberry (Symphoricarpos orbicu/atus), chickasaw plum (Prunus angustifo/ia),
Eastern red-cedar (Juniperus virginiana), five-stamen tamarisk (Tamarix chinensis),
smooth sumac (Rhus g/abra), wing-leaf soapberry (Sapindus Saponaria), Kentucky coffeetree (Gymnoc/adus dioicus), bur oak (Quercus macrocarpa), common hackberry (Ce/tis occidentalis), and green ash (Fraxinus pennsyvanica).
Soils. Typical upland soils were red (2.5YR 5/6 or 2.5YR 5/8), dark reddish brown (2.5 YR 3/4, 5YR 3/4, or 5YR 4/6), and clayey or loamy in texture. Wetland soils were also dark reddish brown (5YR 3/3 or 5YR 4/3) or red (2.5 YR 5/8) and were clayey or loamy in texture with a thin muck surface.
Hydrology. Indicators of hydrology within the wetlands included surface water, high water table, saturated soil, inundation visible on aerial imagery, wa ter-stained leaves, thin muck surface, drainage patterns, saturation visible on aerial imagery, geomorphic position, and a positive FAC neutral test.
Delineated Features Two Palustrine Emergent (PEM) wetlands, two open water pond (PUB) wetlands, two perennial streams, four intermittent streams, and three ephemeral stream s we re identified during the wetland delineation (Figure A-4; Photographs C-1 through C-16).
Sample plots were located in the PEM wetlands and adjacent uplands. USACE da ta forms from the Regional Supplement were completed for each sample plot (Appendix B).
Wetlands Table 1 provides the type and size of each PEM and PUB wetlands delineated within the Survey Area. Each type is described in more detail below.
BURNS &1 £DONNELL.
Division Chief July 25, 2024 Page 5
Table 1: Type and Size of Wetlands and Open Water Ponds Delineated
Area of Wetland Delineated in Wetland Wetland Survey Area Figure 4 Page Number Type (acre) Number W-01 PEM 0.84 Page 1 W-02 PEM 0.05 Page 1 WB-01 PUB 0.17 Page 1 WB-02 PUB 0.06 Pagel,2
Wetland 1 (W-01) is a PEM wetland approximately 0.84 acres in size located in the eastern portion of the Survey Area (Figure A-4; Photographs C-1 and C-2).
Vegetation in this wetland was dominated by blunt spike-rush (Eleocharis obtusa).
The hydrology was indicated by surface water, high water table, saturation,
inundation visible on aerial imagery, drainage patterns, saturation visible on aerial imagery, geomorphic position, and FAC-Neutral test. No hydric soil indicators were met at the time of the field survey, however due to the rapid test for hydrophytic vegetation and primary hydrology indicators, this feature was determined to be a wetland.
Wetland 2 (W-02) is a PEM wetland approximately 0.05 acres in size located in the eastern portion of the Survey Area (Figure A-4; Photographs C-3 and C-4).
Vegetation in this wetland was dominated by rice cutgrass (Leersia oryzoides) and broad-leaf cattail (Typha !atifolia). The hydrology was indicated by surface water,
high water table, saturation, water-stained leaves, thin muck surface, geomorphic position, and FAC-Neutral test.
Open Water Pond 01 (WB-01) is a PUB wetland approximately 0.17 acres in size located in the eastern portion of the Survey Area (Figure A-4; Photograph C-14).
WB-01 was located directly adjacent to W-01.
Open Water Pond 02 (WB-02) is a PUB wetland approximately 0.06 acres in size located in the eastern portion of the Survey Area (Figure A-4; Photographs C-15 and BURNS &1 £DONNELL.
Division Chief July 25, 2024 Page 6
C-16). WB-02 was a flooded portion of stream S-07 due to an existing beaver impoundment.
Streams Table 2 provides the type and delineated length of each stream recorded within the Survey Area. Delineated perennial, intermittent, and ephemeral stream flow regimes are described below.
Table 2: Type and Length of Streams Delineated
Length of Stream OHWM Delineated Width of in Survey Stream Figure Area Delineated 4 Page Stream Numbera Stream Type (feet) (Feet) Number S-01 (Cimarron River) Perennial 101 400 Page 2 S-02 Ephemeral 1,503 3 Page 2 S-03 Ephemeral 282 3 Page 2 S-04 Intermittent 730 6 Page 1 S-05 Intermittent 47 10 Page 1 S-06 Intermittent 469 10 Page 1 S-07 Intermittent 115 4 Page1,2 S-08 Ephemeral 275 3 Page 2 S-09 Perennial 151 12 Page 2
Stream S-01 is a perennial stream (Cimarron River) that flowed east along the north boundary of the Survey Area (Figure A-4; Photograph C-5). S-01 averaged more than 400 feet wide at the ordinary high-water mark (OHWM), and 101 linear feet of its length were delineated within the Survey Area. The water depth and substrates were unknown at the time of the field survey due to the high-water level and turbidity of the water.
Stream S-02 is an ephemeral stream that flowed northwest and northeast through the Survey Area (Figure A-4 ; Photograph C-6). S-02 averaged 3 feet wide at the BURNS t,.M£DONNELL.
Division Chief July 25, 2024 Page 7
OHWM, and 1,503 linear feet of its length were delineated within the Survey Area. S-2 had a depth of 0.25 feet at the OHWM and contained silt and clay substrates.
Stream S-03 is an ephemeral stream that flowed northeast through the Survey Area (Figure A-4; Photograph C-7). S-03 averaged 3 feet wide at the OHWM, and 282 linear feet of its length were delineated within the Survey Area. S-03 had a depth of 0.25 feet at the OHWM and contained silt and clay substrates.
Stream S-04 is an intermittent stream that flowed northwest through the Survey Area (Figure A-4; Photograph C-8). S-04 averaged 6 feet wide at the OHWM, and 730 linear feet of its length were delineated within the Survey Area. S-04 had a depth of 0.5 feet at the OHWM and contained silt, gravel, and cobble substrates.
Stream S-05 is an intermittent stream that flowed north through the Survey Area (Figure A-4; Photograph C-9). S-05 averaged 10 feet wide at the OHWM, and 47 linear feet of its length were delineated within the Survey Area. S-05 had a depth of 0.5 feet at the OHWM and contained silt and clay substrates.
Stream S-06 is an intermittent stream that flowed north through the Survey Area (Figure A-4; Photograph C-70). S-06 averaged 70 feet wide at the OHWM, and 469 linear feet of its length was delineated within the Survey Area. S-06 had a depth of 0.5 feet at the OHWM and contained silt and clay substrates. The majority of this channel contained beaver impoundments leading to a flooded area that averaged approximately 10 feet wide.
Stream S-07 is an intermittent stream that flowed north through the Survey Area (Figure A-4; Photograph C-11). S-07 averaged 4 feet wide at the OHWM, and 115 linear feet of its length were delineated within the Survey Area. S-07 had a depth of 0.5 feet at the OHWM and contained silt and clay substrates.
Stream S- 08 is an ephemeral stream that flowed northeast through th e Survey Area (Figure A - 4; Photograph C - 12). S-08 averaged 3 feet wide at the OHWM, and 275 linear feet of its length were delineated within the Survey Area. S-08 had a depth of 0.1 feet at the OHWM and contained silt and clay substrates.
Stream S-09 is a perennial stream that flowed northwest through the Survey Area (Figure A - 4; Photograph C - 73). S- 09 averaged 12 feet wide at the OHWM, and 151 BURNs &1 soONNELL
Division Chief July 25, 2024 Page 8
linear feet of its length were delineated within the Survey Area. S-08 had a depth of 1 foot at the OHWM, and contained silt, clay, gravel, and cobble substrates.
SUMMARY
Burns & McDonnell conducted a wetland delineation of the Survey Area to identify wetlands and other water resources. A total of four wetlands and nine streams were identified during the delineation efforts.
If impacts to waters of the U.S. cannot be completely avoided, they should be minimized, and a Section 404 permit from the USACE would be required. Once the final Project design is known, an assessment of potential impacts, if applicable, and a permitting strategy can be determined.
If you have any questions or require additional information, please contact me by telephone at (618) 231-6460 or by e-mail at amconley@burnsmcd.com.
Sincerely,
.?~4 J ~
Aaron Conley Staff Environmental Scientist
Attachments:
Appendix A - Figures Appendix B - USACE Data Forms Appendix C - Ground Photographs Appendix D - Antecedent Precipitation Tool Results
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wetland hydrology indicators, this area is identified as wetland through professional opinion. Soils and hydrology in this area were disturbed due to the spillway of the adjacent pond (WB-01) breaching and causing addition down valley inundation and erosion. Sediment runoff from the spillway levee has collected and settled in this area.
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Upland sample plot adjacent to PEM W-01. The USACE Antecedent Precipitation Tool indicates normal
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EHSUHVHQW XQOHVVGLVWXUEHGRUSUREOHPDWLF
Hydrophytic
7RWDO&RYHU Vegetation
%DUH*URXQGLQ+HUE6WUDWXP0 Present? Yes No 5HPDUNV
No hydrophytic vegetation indicators met. A photo of this sample plot can be found in Appendix C, Photograph C-2.
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(Describe to the depth needed to document the indicator or confirm the absence of indicators.)
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+LVWRVRO $ 6DQG\\*OH\\HG0DWUL[ 6 FP0XFN $ LRR I, J
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'HSOHWHG%HORZ'DUN6XUIDFH $ 5HGR['DUN6XUIDFH ) 5HG3DUHQW0DWHULDO 7)
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Restrictive Layer (if present):
7\\SH
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5HPDUNV
No hydric soil indicators met.
HYDROLOGY Wetland Hydrology Indicators:
3ULPDU\\,QGLFDWRUV PLQLPXPRIRQHUHTXLUHG FKHFNDOOWKDWDSSO\\ 6HFRQGDU\\,QGLFDWRUV PLQLPXPRIWZRUHTXLUHG
6XUIDFH:DWHU $ 6DOW&UXVW % 6XUIDFH6RLO&UDFNV %
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6XUIDFH:DWHU3UHVHQW" <HV1R 'HSWK LQFKHV
- DWHU7DEOH3UHVHQW" <HV1R'HSWK LQFKHV 6DWXUDWLRQ3UHVHQW" <HV1R 'HSWK LQFKHV Wetland Hydrology Present? Yes No
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5HPDUNV
No hydrology indicators met.
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WETLAND DETERMINATION DATA FORM - Great Plains Region
3URMHFW 6LWH Cimarron Remediation Logan County 2024-05-08&LW\\ &RXQW\\ 6DPSOLQJ'DWH
$SSOLFDQW 2ZQHU Cimarron Environmental Response Trust Oklahoma SP-036WDWH 6DPSOLQJ3RLQW
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/DQGIRUP KLOOVORSH WHUUDFH HWF Depression Concave 1/RFDOUHOLHI FRQFDYH FRQYH[ QRQH 6ORSH
6XEUHJLRQ /55 H 80A/DW 35.88460289 -97.57061987 NAD 83/RQJ 'DWXP
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$UHFOLPDWLF K\\GURORJLFFRQGLWLRQVRQWKHVLWHW\\SLFDOIRUWKLVWLPHRI\\HDU"<HV 1R ,IQR H[SODLQLQ5HPDUNV
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SUMMARY
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+\\GURSK\\WLF9HJHWDWLRQ3UHVHQW" <HV1RIs the Sampled Area
+\\GULF6RLO3UHVHQW" <HV1R
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5HPDUNV
Wetland sample plot in PEM W-02. The USACE Antecedent Precipitation Tool indicates normal conditions were
present 3 months prior to survey.
VEGETATION - Use scientific names of plants.
$EVROXWH'RPLQDQW,QGLFDWRU30 ft rDominance Test worksheet:
7UHH6WUDWXP 3ORWVL]H &RYHU6SHFLHV"6WDWXV 1XPEHURI'RPLQDQW6SHFLHV
7KDW$UH2%/ )$&: RU)$&2
H[FOXGLQJ)$&í $
7RWDO1XPEHURI'RPLQDQW
6SHFLHV$FURVV$OO6WUDWD 2 %
7RWDO&RYHU
6DSOLQJ 6KUXE6WUDWXP 3ORWVL]H 15 ft r 3HUFHQWRI'RPLQDQW6SHFLHV
7KDW$UH2%/ )$&: RU)$& 100.00 $ %
Prevalence Index worksheet:
7RWDO&RYHURI 0XOWLSO\\E\\
2%/VSHFLHV 100 100[
)$&:VSHFLHV 00[
7RWDO&RYHU )$&VSHFLHV 00[
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Leersia oryzoides 70 OBL83/VSHFLHV 00[
Typha latifolia 30 OBL&ROXPQ7RWDOV 100 100 $ %
3UHYDOHQFH,QGH[ % $ 1.00
Hydrophytic Vegetation Indicators:
5DSLG7HVWIRU+\\GURSK\\WLF9HJHWDWLRQ
'RPLQDQFH7HVWLV!
3UHYDOHQFH,QGH[LV
0RUSKRORJLFDO$GDSWDWLRQV 3URYLGHVXSSRUWLQJ
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100 7RWDO&RYHU
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EHSUHVHQW XQOHVVGLVWXUEHGRUSUREOHPDWLF
Hydrophytic
7RWDO&RYHU Vegetation
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Rapid test for Hydrophytic vegetation and Dominance Test indicators met. A photo of this sample plot can be found in Appendix C, Photograph C-3.
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(Describe to the depth needed to document the indicator or confirm the absence of indicators.)
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+LVWRVRO $ 6DQG\\*OH\\HG0DWUL[ 6 FP0XFN $ LRR I, J
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Restrictive Layer (if present):
7\\SH
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5HPDUNV
Hydric soil indicator A9 met.
HYDROLOGY Wetland Hydrology Indicators:
3ULPDU\\,QGLFDWRUV PLQLPXPRIRQHUHTXLUHG FKHFNDOOWKDWDSSO\\ 6HFRQGDU\\,QGLFDWRUV PLQLPXPRIWZRUHTXLUHG
6XUIDFH:DWHU $ 6DOW&UXVW % 6XUIDFH6RLO&UDFNV %
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6HGLPHQW'HSRVLWV % 2[LGL]HG5KL]RVSKHUHVRQ/LYLQJ5RRWV & where tilled
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6XUIDFH:DWHU3UHVHQW" <HV 11R'HSWK LQFKHV
- DWHU7DEOH3UHVHQW" <HV 01R'HSWK LQFKHV 6DWXUDWLRQ3UHVHQW" <HV 0 1R'HSWK LQFKHV Wetland Hydrology Present? Yes No
LQFOXGHVFDSLOODU\\IULQJH
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5HPDUNV
Indicators A1, A2, A3, B9, C7, D2, and D5 are present.
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WETLAND DETERMINATION DATA FORM - Great Plains Region
3URMHFW 6LWH Cimarron Remediation Logan County 2024-05-08&LW\\ &RXQW\\ 6DPSOLQJ'DWH
$SSOLFDQW 2ZQHU Cimarron Environmental Response Trust Oklahoma SP-046WDWH 6DPSOLQJ3RLQW
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/DQGIRUP KLOOVORSH WHUUDFH HWF Hillslope Convex 3/RFDOUHOLHI FRQFDYH FRQYH[ QRQH 6ORSH
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$UHFOLPDWLF K\\GURORJLFFRQGLWLRQVRQWKHVLWHW\\SLFDOIRUWKLVWLPHRI\\HDU"<HV 1R ,IQR H[SODLQLQ5HPDUNV
$UH9HJHWDWLRQ 6RLO RU+\\GURORJ\\VLJQLILFDQWO\\GLVWXUEHG"$UH³1RUPDO&LUFXPVWDQFHV'SUHVHQW"<HV 1R
$UH9HJHWDWLRQ 6RLO RU+\\GURORJ\\QDWXUDOO\\SUREOHPDWLF" ,IQHHGHG H[SODLQDQ\\DQVZHUVLQ5HPDUNV
SUMMARY
OF FINDINGS - Attach site map showing sampling point locations, transects, important features, etc.
+\\GURSK\\WLF9HJHWDWLRQ3UHVHQW" <HV1RIs the Sampled Area
+\\GULF6RLO3UHVHQW" <HV1R
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5HPDUNV
Upland sample plot adjacent to PEM W-02. The USACE Antecedent Precipitation Tool indicates normal
conditions were present 3 months prior to survey.
VEGETATION - Use scientific names of plants.
$EVROXWH'RPLQDQW,QGLFDWRU30 ft rDominance Test worksheet:
7UHH6WUDWXP 3ORWVL]H &RYHU6SHFLHV"6WDWXV 1XPEHURI'RPLQDQW6SHFLHV
Fraxinus pennsylvanica 30 FAC7KDW$UH2%/ )$&: RU)$&
H[FOXGLQJ)$&í 1 $
7RWDO1XPEHURI'RPLQDQW
6SHFLHV$FURVV$OO6WUDWD 4 %
30 7RWDO&RYHU
6DSOLQJ 6KUXE6WUDWXP 3ORWVL]H 15 ft r 3HUFHQWRI'RPLQDQW6SHFLHV
7KDW$UH2%/ )$&: RU)$& 25.00 $ %
Symphoricarpos orbiculatus 20 FACU
Prevalence Index worksheet:
7RWDO&RYHURI 0XOWLSO\\E\\
2%/VSHFLHV 00[
)$&:VSHFLHV 00[
20 7RWDO&RYHU )$&VSHFLHV 30 90[
+HUE6WUDWXP 3ORWVL]H 5 ft r )$&8VSHFLHV 60 240[
Bromus tectorum 35 UPL83/VSHFLHV 35 175[
Solidago canadensis 30 FACU&ROXPQ7RWDOV 125 505 $ %
Symphoricarpos orbiculatus 10 FACU4.04
3UHYDOHQFH,QGH[ % $
Hydrophytic Vegetation Indicators:
5DSLG7HVWIRU+\\GURSK\\WLF9HJHWDWLRQ
'RPLQDQFH7HVWLV!
3UHYDOHQFH,QGH[LV
0RUSKRORJLFDO$GDSWDWLRQV 3URYLGHVXSSRUWLQJ
GDWDLQ5HPDUNVRURQDVHSDUDWHVKHHW
3UREOHPDWLF+\\GURSK\\WLF9HJHWDWLRQ ([SODLQ
75 7RWDO&RYHU
- RRG\\9LQH6WUDWXP 3ORWVL]H 30 ft r ,QGLFDWRUVRIK\\GULFVRLODQGZHWODQGK\\GURORJ\\PXVW
EHSUHVHQW XQOHVVGLVWXUEHGRUSUREOHPDWLF
Hydrophytic
7RWDO&RYHU Vegetation
%DUH*URXQGLQ+HUE6WUDWXP0 Present? Yes No 5HPDUNV
No hydrophytic vegetation indicator criteria met. A photo of this sample plot can be found in Appendix C, Photograph C-4.
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Description:
(Describe to the depth needed to document the indicator or confirm the absence of indicators.)
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+LVWRVRO $ 6DQG\\*OH\\HG0DWUL[ 6 FP0XFN $ LRR I, J
+LVWLF(SLSHGRQ $ 6DQG\\5HGR[ 6 &RDVW3UDLULH5HGR[ $ LRR F, G, H
%ODFN+LVWLF $ 6WULSSHG0DWUL[ 6 'DUN6XUIDFH 6 LRR G
+\\GURJHQ6XOILGH $ /RDP\\0XFN\\0LQHUDO ) +LJK3ODLQV'HSUHVVLRQV )
6WUDWLILHG/D\\HUV $ LRR F /RDP\\*OH\\HG0DWUL[ ) LRR H outside of MLRA 72 & 73
FP0XFN $ LRR F, G, H 'HSOHWHG0DWUL[ ) 5HGXFHG9HUWLF )
'HSOHWHG%HORZ'DUN6XUIDFH $ 5HGR['DUN6XUIDFH ) 5HG3DUHQW0DWHULDO 7)
7KLFN'DUN6XUIDFH $ 'HSOHWHG'DUN6XUIDFH ) 9HU\\6KDOORZ'DUN6XUIDFH 7)
6DQG\\0XFN\\0LQHUDO 6 5HGR['HSUHVVLRQV ) 2WKHU ([SODLQLQ5HPDUNV
FP0XFN\\3HDWRU3HDW 6 LRR G, H +LJK3ODLQV'HSUHVVLRQV ) ,QGLFDWRUVRIK\\GURSK\\WLFYHJHWDWLRQDQG
FP0XFN\\3HDWRU3HDW 6 LRR F MLRA 72 & 73 of LRR H ZHWODQGK\\GURORJ\\PXVWEHSUHVHQW
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Restrictive Layer (if present):
7\\SH
'HSWK LQFKHV Hydric Soil Present? Yes No
5HPDUNV
No hydric soil indicators met.
HYDROLOGY Wetland Hydrology Indicators:
3ULPDU\\,QGLFDWRUV PLQLPXPRIRQHUHTXLUHG FKHFNDOOWKDWDSSO\\ 6HFRQGDU\\,QGLFDWRUV PLQLPXPRIWZRUHTXLUHG
6XUIDFH:DWHU $ 6DOW&UXVW % 6XUIDFH6RLO&UDFNV %
+LJK:DWHU7DEOH $ $TXDWLF,QYHUWHEUDWHV % 6SDUVHO\\9HJHWDWHG&RQFDYH6XUIDFH %
6DWXUDWLRQ $ +\\GURJHQ6XOILGH2GRU & 'UDLQDJH3DWWHUQV %
:DWHU0DUNV % 'U\\ 6HDVRQ:DWHU7DEOH & 2[LGL]HG5KL]RVSKHUHVRQ/LYLQJ5RRWV &
6HGLPHQW'HSRVLWV % 2[LGL]HG5KL]RVSKHUHVRQ/LYLQJ5RRWV & where tilled
'ULIW'HSRVLWV % where not tilled &UD\\ILVK%XUURZV &
$OJDO0DWRU&UXVW % 3UHVHQFHRI5HGXFHG,URQ & 6DWXUDWLRQ9LVLEOHRQ$HULDO,PDJHU\\ &
,URQ'HSRVLWV % 7KLQ0XFN6XUIDFH & *HRPRUSKLF3RVLWLRQ '
,QXQGDWLRQ9LV EOHRQ$HULDO,PDJHU\\ % 2WKHU ([SODLQLQ5HPDUNV )$& 1HXWUDO7HVW '
:DWHU 6WDLQHG/HDYHV % )URVW +HDYH+XPPRFNV ' LRR F
Field Observations:
6XUIDFH:DWHU3UHVHQW" <HV1R'HSWK LQFKHV
- DWHU7DEOH3UHVHQW" <HV1R'HSWK LQFKHV 6DWXUDWLRQ3UHVHQW" <HV1R 'HSWK LQFKHV Wetland Hydrology Present? Yes No
LQFOXGHVFDSLOODU\\IULQJH
'HVFULEH5HFRUGHG'DWD VWUHDPJDXJH PRQLWRULQJZHOO DHULDOSKRWRV SUHYLRXVLQVSHFWLRQV LIDYDLODEOH
5HPDUNV
No hydrology indicators met.
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ATTACHMENT 3 - GROUND PHOTOGRAPHS Photograph C-1: View from Sample Plot (SP)-01 of PEM Wetland (W)-01, facing east.
Photograph C-2: View of upland SP-02 adjacent to PEM W-01, facing northwest.
Cimarron Remediation Ground Photographs Cimarron Environmental ~ M£DONNELL ~ BURNS May 7-8, 2024 Response Trust Logan County, OK
Photograph C-3: View from SP-03 of PEM W-02, facing north.
Photograph C-4: View of upland SP-04 adjacent to PEM W-02, facing northeast.
Cimarron Remediation Ground Photographs Cimarron Environmental ~ M£DONNELL ~ BURNS May 7-8, 2024 Response Trust Logan County, OK
Photograph C-5: View of perennial Stream (S)-01, Cimarron River, facing north.
Photograph C-6: View of ephemeral S-02, facing southwest.
Cimarron Remediation Ground Photographs Cimarron Environmental ~ M£DONNELL ~ BURNS May 7-8, 2024 Response Trust Logan County, OK
Photograph C-7: View of ephemeral S-03, facing north.
Photograph C-8: View of intermittent S-04, facing west.
Cimarron Remediation Ground Photographs Cimarron Environmental ~ M£DONNELL ~ BURNS May 7-8, 2024 Response Trust Logan County, OK
Photograph C-9: View of intermittent S-05, facing southwest.
Photograph C-10: View of intermittent S-06, facing southeast.
Cimarron Remediation Ground Photographs Cimarron Environmental ~ M£DONNELL ~ BURNS May 7-8, 2024 Response Trust Logan County, OK
Photograph C-11: View of intermittent S-07, facing north.
Photograph C-12: View of ephemeral S-08, facing south.
Cimarron Remediation Ground Photographs Cimarron Environmental ~ M£DONNELL ~ BURNS May 7-8, 2024 Response Trust Logan County, OK
Photograph C-13: View of perennial S-09, facing southeast.
Photograph C-14: View of WB-01, facing northeast.
Cimarron Remediation Ground Photographs Cimarron Environmental ~ M£DONNELL ~ BURNS May 7-8, 2024 Response Trust Logan County, OK
Photograph C-15: View of WB-02, facing southeast.
Photograph C-16: View of WB-02, facing northeast.
Cimarron Remediation Ground Photographs Cimarron Environmental ~ M£DONNELL ~ BURNS May 7-8, 2024 Response Trust Logan County, OK
ATTACHMENT 4 -APT RESULTS Antecedent Precipitation vs Normal Range based on NOAA 1 s Daily Global Historical Climatology Network
Daily Total 30-Day Rolling Total 6 30-Year Normal Range
5 024-05-07
l/)
QJ 4
..c u
._. C
4-co 3 C
c::: co
2
Oct Nov Dec Jan Feb Mar Apr May Jun Jul Aug Sep 2023 2023 2023 2024 2024 2024 2024 2024 2024 2024 2024 2024
Coordinates 35.881958, -97.579997 30 Days Ending 30 th %ile (in) 70 th %ile (in) Observed (in) Wetness Condition Condition Value Month Weight Product Observation Date 2024-05-07 2024-05-07 2.553937 5.711811 4.248032 Normal 2 3 6 Elevation (ft) 988.496 2024-04-07 1.75748 3.436221 1.212598 Dry 1 2 2 Drought Index (PDSI) Mild wetness 2024-03-08 0.775984 2.164961 1.448819 Normal 2 1 2 WebWIMP H2 0 Balance Wet Season Result Normal Conditions - 10
Figure a nd ta bl es mad e by the Weather Station Name Coordinates Elevation (ft) Distance (mi) Elevation l:J.. Weighted l:J.. Days Normal Days Antecedent An tecedent Precipita tio n T oo l CRESCENT 5WSW 35.9269, -97.6742 1074.147 6.119 85.651 3.277 10493 90 Versio n 1.0 CIMARRON CITY 4.0 WSW 35.8689, -97.6679 983.924 4.023 90.223 2.173 202 0 GUTHRIE 5.8 W 35.8407, -97.5314 1029.856 9.969 44.291 4.928 11 0 GUTHRIE 4WSW MESONET 35.8489, -97.4 797 1082.021 12.148 7.874 5.562 35 0 GUTHRIE MUNI AP 35.8517, -97.4142 1064.961 15.453 9.186 7.096 606 0 Wr 'itten by Jason Deters KINGFISHER 35.8583, -97.9294 1049.869 15.05 24.278 7.138 4 0 U.S. A rmy Corps of Eng inee rs GUTHRIE 1.9 S 35.8128, -97.4299 1053.15 15.788 20.997 7.436 1 0 Antecedent Precipitation vs Normal Range based on NOAA 1 s Daily Global Historical Climatology Network
Daily Total 30-Day Rolling Total 6 30-Year Normal Range
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Oct Nov Dec Jan Feb Mar Apr May Jun Jul Aug Sep 2023 2023 2023 2024 2024 2024 2024 2024 2024 2024 2024 2024
Coordinates 35.881958, -97.579997 30 Days Ending 30 th %ile (in) 70 th %ile (in) Observed (in) Wetness Condition Condition Value Month Weight Product Observation Date 2024-05-08 2024-05-08 2.553937 6.468898 4.248032 Normal 2 3 6 Elevation (ft) 988.496 2024-04-08 1.503543 3.435827 0.854331 Dry 1 2 2 Drought Index (PDSI) Mild wetness 2024-03-09 0.809843 2.164961 1.807087 Normal 2 1 2 WebWIMP H2 0 Balance Wet Season Result Normal Conditions - 10
Figure a nd ta bl es mad e by the Weather Station Name Coordinates Elevation (ft) Distance (mi) Elevation l:J.. Weighted l:J.. Days Normal Days Antecedent An tecede n t Prieciipita tion Too l CRESCENT 5WSW 35.9269, -97.6742 1074.147 6.119 85.651 3.278 10493 90 Versi'on 1.0 CIMARRON CITY 4.0 WSW 35.8689, -97.6679 983.924 4.023 90.223 2.173 202 0 GUTHRIE 5.8 W 35.8407, -97.5314 1029.856 9.969 44.291 4.928 11 0 GUTHRIE 4WSW MESONET 35.8489, -97.4 797 1082.021 12.148 7.874 5.562 35 0 GUTHRIE MUNI AP 35.8517, -97.4142 1064.961 15.453 9.186 7.096 606 0 W ritten by Jason Deters KINGFISHER 35.8583, -97.9294 1049.869 15.05 24.278 7.138 4 0 U. S. Army Corps of Enigii rnee rs GUTHRIE 1.9 S 35.8128, -97.4299 1053.15 15.788 20.997 7.436 1 0