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Radioactive Effluent Release Rept,Jan-June 1979. Final Revised Rept
	ML18081A479
Person / Time
Site:	Salem
Issue date:	09/30/1979
From:	; Public Service Enterprise Group
To:	;
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ML18081A478	List: ML18081A477; ML18081A479;
References
	RERR-6, NUDOCS 7911050329
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0 1979 PS~G SEMIANNUAL RADIOACTIVE EFFLUENT RELEASE REPORT RERR-6 The Energy People SALEM NUCLEAR . GENERATING STATION STATION-UNIT NO. l DOCKET NO. 50-272 OPERATING LICENSE NO. DPR-70 Fl NAL REPORT SEPTEMBER 19 7 9

I

~

I I DPR 70 I REPORT NO. RERR-6 I UNIT NO. 1 RADIOACTIVE EFFLUENT RELEASE REPORT .,

I JAN - JUNE 1979 I.

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I SALEM NUCLEAR GENERATING STATION Public Service Electric and Gas Company I

Final Report I

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I I M P79 43/33 I

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SALEM NUCLEAR GENERATING STATION I 50-272 I UNIT NO. 1 RADIOACTIVE EFFLUENT RELEASE REPORT January 1, 1979 to June 30, 1979 I

I Introduction This report, RERR-6, summarizes the release of radioactive I materials in liquid, gaseous and solid form from Salem Unit 1 for the period January 1, 1979 to June 30, 1979. This report was prepared in the format specified in USNRC Regulatory I Guide 1.21 and supersedes interim report RERR-6!.

Results of Sr89 and Sr90 analysis for the month of June, I which were not available for RERR-6!, have now been com-pleted. However, these results indicate that no discernable activity was present in these samples. Therefore, although no numerical changes are made in this report, some editorial I changes have been made and are being included in this final report. If desired, our earlier report RERR-6! may be discarded.

I Release* of radioactive materials from the Salem station dur-ing the reporting period were within the limits set forth in I the Environmental Technical Specifications and calculated radiation exposur~~ to off-site individuals were small frac-tions of the limits set forth in 10CFR20 and within Appendix I to 10CFRSO requirements.

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1-1 I

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I M P79 43/33 I

I EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT RERH 6 .-

I A.

SUMMARY

INFORMATION I 1.0 Regulatory Limits I Symbols utilized iri the equations listed below under Sections 1.1 and 1.2 are the same as those used in the Salem Environmental Technical Specifications (ETS). The symbol Q as explained in Section 2.3.3 of the ETS is the release rate of the gaseous I activity in units of curies per second. The K, L, M and N terms are actually site dependent dose conversion factors. The equations listed below in Sections 1.1 and 1.2 take into I considerqtion the release point location, building wake effects and physical charaGteristics of the radionuclides released.

1.1 Fission and Activation Gases -

I Gaseous releases from the nuclear units are limited such that at no time.will releases of gaseous radioactive materials cause a I member of the general ~ublic.to be exposed to an annual dose rate in excess of 500 mrem to the entir~ body or 3 rem to the skin in conformance with the requirements of 10CFR20.

I Gaseous releases from the units are further restricted such that when releases are averaged over a calendar quarter n6 member of the general public will be exposed to an annual do~e rate in I excess of 20 millirads of gamma radiation or 40 millirads of beta radiation.

I In addition, it is required that air doses averaged over a twelve month period be less than .4 0 and 8 0 mill irads for gainrna and beta radiation respectively.

I At any instant the release rate of radioactive gases must satisfy the following equations whose basis is 10CFR20.

I 2.0 Qtv*Kv < 1 I

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I P78 56 03 I

I I When averaged qver a calendar quarter the release rate for radioactive gases must satisfy the following equation. The I basis for these equations is 10CFRSO Appendix. I.

13 Qtv*Nv < l I 6.3 Qtv*Mv < l The release limit Q is therefore calculated to I be 5.30E4 arid 5.69E4 microcuries/sec for the 1st and 2nd quarters respectively.

When averaged over any twelve consecutive month period, the I release rate for radioactive gases must sati~fy the follciwing equation. The basis for this equation is 10CFR50 Appendix L I 25 Qtv*Nv < 1 23 Qtv*Mv < 1 I

The release limits of radioactive gases for the Salem Nuclear I Generating Station are not fixed numbers, but depend upon the radioactive isotopes present in the effluent.

1.2 Iodine and .Particulates, Half Life, 8 days I The regulatory limits for iodines and particulates are listed below.

I Releases of iodine and particulates are restricted such that no member of the general public will receive a dose rate in excess of 1.5 rem to the thyroid.

I Releases of iodines and particulates are further restricted to prevent any member of the general public from receiving a dose I rate in e~cess of *30 mrem in a calendar quarter or 60 mrern in any twelve month period. The equations which govern these conditions* are listed below.

I At any instant of time ihe release rate for radioactive iodines and particulates material with a half life greater then 8 days is limted by the equation below. The basis for this I equation is 10CFR20.

(1.5 x 105) Qv < l I

I I P78 60 28 I

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During any calendar quarter the release limit is governed by the I equations listed below. The basis .for these equations is 10CFRSO Appendix. I.

I 2 curies of I-131 and Qv x 13 x .( 1. s x 1 o5) < 1 I During any twelve month period radioactive releases should con-form to the following constraints as prescribed by 10CFRSO I Appendix I.

2 5 x ( 1. 5 x 1O5) x Qv < 1 I and 4 curies of I-131 1.3 Liquid Effluents I The regulatory limits for radioactive liquids released from the plant are governed by 10CFR20, Appendix B, Table II, Column 2.

I In addition, the following limits apply:

The cumulative release of radioactive effluents, excluding I tritium and dissolved gases, shall be less than 10 Ci in a calendar quarter for each unit.

I The cumulative release of radioactive effluents, excluding tritium and dissolved gases, shall be less than 20 Ci in any twelve consecutive months.

I 2.0 Maxi~um Permissible Concentrations Regulatory Guide 1.21 requires that the licensee provide the 1* MPC's ~sed in determinihg allowable release rates for radio-active releases. We have addressed this question below.

a. Fission Gases - MPC values were npt used to determine the maximum release rates.

b. Iodines - MPC values were not used to determine the

~ maximum release rates.

c. Particulates, Half Lives > 8 days - MPC limits were not used to det~rmine the maximum release rates.

I d. Liquid effluents - MPC values as stated in lOCR20, Appendix B, Table 11, Column 2 were used.

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I P78 60 29 I

I 3.0 Average Energy I Regulatory Guide*l.21 requires that the lidensee provide the average energy of the radionuclide mixture in releases of fission and activation gases, if applicable.

I Release limits for the SNGS are not based upon average energy, hence, this section does not apply.

I 4.0 Measurements and Approximation of Total Radiriactivity 4.1 Liquid effluents are monitored in accordance with Table 2.3-3 I of the Environmental Technical Specifications. During the period of record, .all ~astes from the chemical drain tank and the laundry and hot shower tanks were routed to the hold-up I tanks for monitoring. These tanks were then recirculated the equivalent of two tank volumes to produce uniform mixing ahd a sampre was extracted and analyzed before any release was made. Batch releases incl~ded releases from the waste monitor I tanks, waste monitor hold-up tank, and the chemical and volume control tanks. Continuous releases included releases from intermittent blowdown of the steam generators. The I predominate gamma emitting isotope detected continued to be cobalt 58. Other isotopes detected included Co60, Mn54, and H3 (tritium). At no time did releases exceed limits.

I 4.2 Gaseous efflrient streams are monitored in accordance with Table 2.3-4 of the Environmental Technical Specifications.

The plant vent is the final release point of all planned I gaseous effluents and is continually monitor~d by four very sensitive Geiger Mueller tubes. The vent is also continuously sampled for iodine and particulates with a Cesco charcoal cartridge and filter paper connected in series to a low I volume air sampler. The filter and charcoal are changed weekly, weather permitting, and analyzed on a multichannel analyzer i~ the labor~tory. Sampling is also performed on I all gas decay tanks and containment purges prior to release to* the environment. The results of these analyses are used as the basis for the cumulative release of gaseous effluents I into the environment. All tritium samples were taken by bubbling gas through water and then counting the tritiated water on a liquid scintillation counter.

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I P78 60 37 I

I I 4.3 The estimated total error of the reported continuous gaseous releases is within 50%. This error is due primarily to variability of waste stream flow rates and changes in I isotopic distributions of waste streams between sampling periods. The estimated total error of the reported batch gaseous releases is within 10%.

I The estimated total error of reported liquid releases is within 25%.

I 5.0 Batch Releases Batch releases of gaseous and liquid effluent are provided

I 6.0 in Tables 4A - 48.

Unplanned Releases I There were no unplanned releases to an unrestricted area during this reporting-period.

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I I P78 60 38 I

I I Part B. Gaseous Effluents I See Summary Tables lA - lC.

Part c. Liquid Effluents I See Summary Tables 2A and 28.

I Part D. Solid Waste I See Summary Table 3.

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'I I P77 77 09 I

I I Part E. Radiological Impact on ~an The calculated individual*doses in this section are based on I actual locations of nearby residents and farms. The population dose impact is based on the projected 1980 population and historical site specific data i.e., food production, milk production, feed for milch animals and seafood production.

I The doses were calculated using methods described in Regulatory Guide 1.109 and represent calculations for the six month report-I inginterval. Doses from both and continuous releases were cal~

culated using the meteorological dispersion coefficient X/Q from the period from January-June 1979.

I Liquid Pathways *'**I"*

Doses to individuals in the population from liquid releases are I primarily from the seafood ingestion pathway. The total body dose to an individual was calculated to be l.28E-3 mrem.

calculated population total body dose was 3.28E-2 person-rem.

The 1* The highest organ dose from liquid releases was 2.60E-2 mrem to the gastrointestinal tract.

Air Pathways I The resulting whole body and skin doses to an individual were calculated to be 2.52E-2 mrem and 2~54E-2 mrem respectively.

The calculated population total body dose was 2.43EOO person-rem.

I The average total body dose to the population within fifty miles of the site was 4.54E-4 mrem/person.

I Direct Radiation Direct radiation may be estimated by TLD measurements*. One method for comparing TLD measurements is by comparison with I preoperational data. Direct radiation measurements of on site locations averaged only 5.27 mrern/month. This value is within the statistical variation associated with the preoperational I mean value of 4.42 + 1.18 mrem/month (at two sigma).

Part F. Meteorological Data I Cumulative joint wind frequency distribution by atmospheric stability class at the 30 and 300 foot elevation are provided for the first quarter of 1979 as Table 5 and 6. Tables 7 and 8 I provide joint wind frequencies at elevation 30 and 300 foot for the second quarter.

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I I P78 5*6 04 I

TABLE lA EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979)

GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES Unit 1st 2nd Est. Total(l)

Quarter Quarter Error %

A. Fission & activation gases I. Total release Ci l.84E+02 6.44E+Ol 2. 5 OE+--61

2. Average release rate for period uCi/sec. 2.37E+Ol 8.19E+OO

3. Percent of technical specification limit %

~~~~----,.-=-~-===--=-~~-=-=--=,....._,.~~~~~~~~~~~~~~~~~~~~

4.47E-02 l.44E-01 (See ETS Spec. 2.3.3.b)

B. Iodines

1. Total iodine-131

~~~~~~~~~~~~~~~~~~~~~~--~~~~~~~~~~~~~

Ci 3.0SE-03 3.76E-03 2.SOE+Ol

2. Average release rate for period uCi/sec. 3.93E-04 4.78E-04

3. Percent of technical specification limit % 7.66E-02 9.32E-02

~~~~~~~~~~~~

C. Particulates

1. Particulates with half-lives> 8 days Ci 5.34E-05 6.18E-05 2.SOE+Ol

2. Average release rate for period uCi/sec. 6.86E-06 7.86E-06

3. Percent of technical specification limit % l.34E-02 l.95E-02

.4. Gross alpha radioactivity Ci D. Tritium

1. Total release Ci 2.90E+03 5.12E+OO 2. 5 OE+Ol

2. Average release rate for period uci/sec. 3.73E+02 6.SlE-01

3. Percent of technical specification limit % N/A N/A (1) For batch releases the estimated overall error is within 10%.

P78 56 05/06

'!ABLE~

EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979)'

GASEOUS EFFLUENTS-ELEVATED RELEASES CONTINUOUS MODE BATCH MODE 1st 2nd 1st 2nd Nuclides Released Unit Quarter Quarter Quarter Quarter

1. Fission gases (1)

Krypton-85 Ci 2.49E-01 l.09E+OO Krypton-8 5rn ci l.14E+OO ~ 2.58E-02 Krypton-87 Ci 7. 9 3E-02 Krypton-88 Ci l.09E+OO 7.59E-03 Xenon-133 Ci 1. 07E-03 l.77E-03 l.65E+02 6 .13E+Ol

.Xenon-135 Ci 3.05E-01 7.72E-03 l.37E+Ol l.18E+OO Xenon-135M Ci 5.69E-02 Xenon-138 Ci Xel33m ci 2. 4 3E+OO 7. 8 6E-01 Argon-41 Ci 3.06E-01 Fluorine-18 Ci 2.08E-b6 Unidentified Ci Total for period Ci 3.06E-Ol 9.49E..::*03 1. 8 4E+02 6. 4 4E+Ol

2. Iodines Iodine-131 ci 1. 7 lE-03 3.73E-OJ 2.99E-05 Iodine-133 Ci 1. 34E-03 1.3 3E-03 9

9 4 E- 0,....,6,,.------+--

Iodine-i_3_5_ _ _ _ _ _ _ __

Ci Total for period ci 3. 05E-03 5.06E-03 3.98E-05

3. Particles Strontiurn-89 Ci Strontium-90 Ci Cesium-134 Ci 3. 3 7E-06 Cesium-137 Ci 5.08E-06 Bariurn-Lanthanum-140 Ci Cabal t-60 Ci i. 4 9E-os i.10E-=-as*

Rubidiurn-88 Ci 9.59E+OO 7.24E-04 Gross Alpha Ci Cobalt-58 Ci 2.SOE-05 3.85E-05 4.15E-05 Total For Period ci 2.80E-05 9.59E+OO 7.86E-04 P78 56 07/08

- - -*- - - - - *- - - -* - - - - - - - TABLE lB EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979) ~

GASEOUS EFFLUENTS-ELEVATED RELEASES I

I I

l (CONTINUED)

CONTINUOUS MODE BATCH MODE 1st 2nd 1st 2nd Nuclides Released Unit Quarter Quarter Quarter Quarter

4. Tritium Ci 2.90E+03 5.08E+OO E 4.07E-02

1)

Other fission gases were below the detectable level : (LLD) (Approximately less th9n 6.67 E-7 uCi/ml). I P78 56 09/10 I

I TABLE lC I EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1979 GASEOUS EFFLUENTS-GROUND-LEVEL RELEASES I

I Nuclides Releases Unit 1st Quarter 2nd Quarter 1st Quarter 2nd Quarter I

I There were no ground level releases for the period I of record.

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P78 56 11 I

- --~------------

I TABLE 2A I EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979)

LIQUID EFFLUENTS-SUMMATION OF ALL RELEASES I 1st Units Qua*rter 2nd quarter Est. Total Error, %

I A. Fission and activation products I l. Total release (not including tritium, gases, alpha)

2. Average diluted concentration Ci 1. 3 2E-01 9.84E-01 2.SOE+Ol during period uCi/ml 6.17E-09 8.47E-08 I 3. Percent of applicable limit Tech Spec App. B 2.3.1.b B. Tritium

1. 32E+OO 9.84E+OO Ci 1.27E+02 2.SOE+Ol I l. Total release

2. *Average diluted concentration during period uCi/ml 5.89E+02 2.75E-05 l.08E-05

3. Percent of applicable limit % N/A N/A I c. Dissolved and entrained gases l.. Total release Ci 9.34E-01 4.81E-01 2.SOE+Ol I 2. Average diluted concentration durin eriod

3. Percent of applicable limit uCi/ml 4.36E-08 NA 4.11E-08 N/A I D. Gross alpha radioactivity

1. Total release Ci O.OOE+OO O.OOE+OO 2.SE+Ol I- E. Volume of waste release (prior to dilution - Batch Release) liters 5.60E+06 4.08E+06

I F. Volume of dilution water used during period - Batch Release liters 2.14E+l0 l.17E+l0 2.SOE+Ol I N/A - Not Applicable I

I I

I P78 56 12 I I

I TABLE 2B EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1979)

I ~!QUID EFFLUENTS (1)

I CONTINUOUS MODE BATCH MODE 1st 2nd 1st 2nd I Nuclides Released U_nit Quarter Quarter Quarter Quarter Strontium-89 Ci .E E I Strontium-90 Cesium-134 Ci Ci E

E E

E 6.85E-03 4.83E-04 Cesium-137 Ci E E 7.76E-03 1. 58E-03 I Iodine-131 Iodine-133 Cabal t-58 Ci Ci Ci E

E E

E 6.50E-03 2.67E-03 5.19E-02

1. 24E-02 2.34E-04 4.61E-01 Cabal t-60 Ci E E 3.20E-02 3.41E-01 I Cobalt-57 Manganese-54 Ci Ci E

E E

1. 09E-02 E

8.61E-02 Chromium-51 Ci E E 3.24E-03 4.47E-02 cesium-136 Ci E E 5.0lE-04 E zirconium-95 Ci E E 3.59E-04 4.91E-03 Tin-:113 Ci E E E

E Barium-140 Ci E E E E Lanthaium-140 Ci E E E E cerium-144 Ci E E 4.SOE-04 3.70E-04 Tungsten-187 Ci E E 4.99E-04 E I pb 214 Na 24 Ci Ci E

E E

E 3.78E-04 4.34E-03 E

E Tritium Ci 1. 30E-Ol E 5.89E+02 1. 2-7E+02 I Niobium-95 F-18 Sb-124 Ci Ci Ci E

E E

E l.23E-04 8.85E-04 l.39E-03.

9.69E-03 E

6. 22E-03 Fe-59 Ci E E 9.65E-04 1.55E-02 I Unidentified (Gross Alpha) Ci E E E E Total for period (above)

I excluding H3 xenon-133rn xenon-133 Ci Ci E

E E

1. 32E...,Ol

1. 04E-02 8.99E-01.

9.84E-Ol 3.31E-03 4.77E-01 Xenon-135 Ci E 2.49E-02 1. 08E-03 I Krypton-88 Ci E E E E I (1) The Lower Limit of Detection (LLD) uCi/ml (Co 60).

is approximately 1.00 E-8 I

I P79 26 36 I

I I TABLE 3 EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1979 I SOLID WASTE AND IRRADIATED FUEL SHIPMENTS I A. SOLID WASTE SHIPPED OFFSITE FOR BURIAL OR DISPOSAL (Not irradiated fuel)

I 1. Type of waste Units 6-month Period Est. Total Error, %

I a. Spent resins, filter sludges, evaporator bottoms, etc.

m3 Ci

l. 81E+02 3.19E+Ol l.OOE+Ol I b. Dry compressible waste, contaminated equip., etc.

m3 Ci 2.24E+02 4.79E+Ol l.50E+Ol I c. Irradiated components, control rods, etc.

m3 Ci O.OOE O.OOE m3 I d. Other (describe)

Ci O.OOE O.OOE I 2. Estimate of major nuclide composition (by type of waste)

a. Cabal t - 58 I Cobalt - 60 Manganese.- 54 4.30E+Ol 4.30E+Ol l.OOE+Ol Others % 4.00E+OO I b. cobalt - 58 Cobalt - 60 7.30E+Ol l.lOE+Ol Mangenese - 54 % l.OOE+Ol I c.

d.

Others %

6.00E+OO E

E

% E I %*

E E

I 3. Solid Waste Disposition Number of Shipments Mode of Transportation Destination I 18 Truck Barnwell, South Carolina B. IRRADIATED FUEL SHIPMENTS (Disposition)

I Number of Shipments Mode of Transportation Destination None N/A N/A I P79 26 37 I

I I TABLE* 4A SALEM NUCLEAR GENERATING STATION (1979)

I

SUMMARY

SHEET FOR RADIOACTIVE EFFLUENTS RELEASED IN A BATCH MODE I

BATCH RELEASES ONLY I l. Dates Jan. 1 - March 31, 1979

2. Type of release (Gas)

I 3. Number of releases during the 1st Quarter l.SOE+Ol I 4. Total time duration for all releases of type listed above l.42E+03 minutes I 5. Maximum duration for releases of type listed ~bove l.63E+02 minutes I 6. Average duration for all releases of type listed above 9.49E+Ol minutes I 7. Minimum duration for release of type lisied above 6.0E+Ol minutes I 8. For liquid batch releases only, provide the average stream flow (dilution flow) during the period of release. N/A I

I I

I I P79 26 38 I

I I TABLE 4A (Cont'd)

SALEM NUCLEAR GENERATING STATION (1979)

I

SUMMARY

SHEET FOR RADIOACTIVE EFFLUENTS RELEASED IN A BATCH MODE I

BATCH RELEASES ONLY I l. Dates April 1 - June 30, 1979 I 2.

3.

Type of release (Gas)

Number of releases during the 2nd Quarter 2.lOE+Ol I 4. Total time duration for all releases of.type listed above 4.13E+03 minutes I 5. Maximum duration for releas~s of type listed above 4.60E+02 minutes I 6. Average duration for all releases of type listed above l.97E+02 minutes I 7. Minimum duration for release of type listed above 6.20E+Ol minutes I 8. For liquid batch releases only, provide the average stream flow (dilution flow) during the period of release. N/A I

I I

.I I P78 56 16 I

I I TABLE 4B SALEM NUCLEAR GENERATING STATION (1979)

I

SUMMARY

SHEET FOR RADIOACTIVE EFFLUENTS RELEASED IN A BATCH MODE I

BATCH RELEASES ONLY I l. Dates Jan. l - March 31, 1979 I 2.

3.

Type of release (Liquid)

Number of releases during the 1st Quarter 8.60E+Ol I 4. Total time duration for all releases of type listed above 3.04E+04 minutes

5. Maximum duration for releases of type listed above l.34E+03 minutes I 6. Average duration for all releases of type listed above 3.54E+02 minutes I 7.

Minimum duration for release of type listed* above 2.00E+OO minutes I 8. For liquid batch rel.eases only, provide the average stream flow (dilution flow) during the period of release *. l.87E+05 gpm.

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P79*26 39 . -18"'-

I

I t I TABLE 4B (Cont'd)

SALEM NUCLEAR GENERATING STATION (1979)

I

SUMMARY

SHEET FOR RADIOACTIVE EFFLUENTS RELEASED IN A BATCH MODE I

BATCH RELEASES ONLY I 1. Dates April 1 - June 30, 1979 I 2.

3.

Type of release (Liquid)

Number of releases during the 2nd Quarter 6.0E+Ol I 4. Total time duration for all releases of type listed above 1:72E+04 minutes I 5. Maximum duration for releases of type listed above 6.26E+02 minutes I 6. Average duration for all releases of type listed above 2.60E+02 minutes I 7. Minimum duration for rel~ase of type listed above l.09E+02 minutes I 8. For liquid batch releases otily, provide the average stream flow (dilution flow) during the period of ~elease. l.82E+05 gpm I

I I

I I P79 26 40 I

LAP~E RATE ~!ND DI5Ta FOR ARTIFICIAL ISLAND 1/79*3/79 L.OCATION 30F'T DEG Cl I 00:1 LE .. 1 0 9 911!!!!1

't (3Q0 .. 30FT) .,,

SPEE.')~ (~II/HR)

O*d . 4 .. 7 0" i?. 1~"18 19 .. 23 24 P~i.JS OUM :** i*~ . ' ~ .

DIRECTION SUM PERCEWr SU~l PEf(CENT SUM PERCErH 8Uel PERCENT *:>UM PEflCE.NT SUM PERCENT ~ i 22.s 0 o.o 0 OeO 0 o.o ') o.o 0 i) 0 () 0 o,o 0 "* ' i,.

~:s. o 0 o.o 0 o.o* 0 o.o 0 Ii. 0 0 0.0 0 o,o C!

07 0 5 0 o,o 0 o,o 0 o,o CJ o.o 0 o.o 0 o.o 0 90.0 () 0' () 0 o,o 0 o.o 0 o,o a o,o 0 0,0 0

rl 112. s 0 a,o 0 0. c.

o,o 0

0 o.o o,o I) 0 o,o o.o 0

0 o.o O,C 0

Q o,o o.o 0

0 135. 0 0 0. Ci 0 1s1.s 0 0. (l 0 OQO c o.o 0 {). 0 0 0 Q l) 0 o.o 0 1ilO C 0 0 0,0 0 o,o 0 0,0 0 o.o 0 o. 0 0 c~ (' 0 202 0 s 0 000 0 o,o 0 o.o 0 Ci, 0 0 I). 0 0 ODC 0 J' :*

i:?25p0 0 o.o 0 o.o 0 0 .o. 0 o.o 0 O;O 0 o,o 0 ~tc 247,5 0 o.b 0 o,o 0 o.o 0 o,o 0 o.o 0 o,o 0 v' I* *

?."/i:) p 0 0 o,o 0 o,o 0 o.o 0 o.o () OeO 0 o,o 0 i?.'12. 5 0 o.o 0 o.o 6 0. (I . 0 o,o 1 *1 C1 o.c ** *l

S15 0 0 33'f 0 5 0

0 o,o 000 Cl 0

o,o o.o 0

0 J."

o,c 0

0 000

o. n 2

0 o.o

1 0 0

o*~ a o~o 2

0

'.i

.i,..

o,o ,.v":

>> 3c.o.o 0 o,o 0 090 0 o.. o 0 o,o 0 *a OoO 0 r

~ '-

I~

0 o,o 0 o,o 0 o.o 0 o,o ~ .~ 0 o,o 3 . )

c

~

MEAN WIND SPEED 21,0 J-'r!

~

NUMBER OF UNINTERPRETABLE HOURS 0 ,, t.;

(J

~

c

.I

~

c t.

c I

)

Q (j

~*

~

.. 1;,J

~

ii

~

,' TABLE 5 1 of 8

).

SJ t

'I LAPSE RATE WIND DIST, FOR.ARTIFICIAL ISLAND 1/79~3179 LOCATION 3CJPT

~*

DEG C/100M (300*30FT) 111,a1 .. 1.1 SPEf:.DS (Mi/HR) 0 .. 3 q .. 7 o*1c 13°18 19*23 2~ Pl.US sur~ PE'<CC: JT ai DIRECTION SUH PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SU'! PERC,El~T SUM PERCENT l) 2?.,5 0 o.o 0 o,o 0 o,o 0 o,o 0 o,o 0 o.o 0 c:. ,J "

45.0 0 o.c 0 o,o 0 o.o 0 o.o 0 o.o 0 o,o 0 j , ")

b7~5 0 o~o 0 o,o 0 OgO 0 o.o 0 0,0 0 o,o 0 u., *'

!ll,, 9o.o 112.s 135.0 0

0 0

o.o o.o o,o 0

0 0

a.a o,o o,o 0

0 2

o.o o,o

1 a

0 0

o.o o.o o,o 0

0 0

o,o o,o OaO 0

()

0 o,o o,o o,o 0

6 2

O,J

) . )

!li 15'1 ,5 0 0,.0 0 . QI Q 0 o.o 0 o,o 0 n, o 0 OoO 0 ...... *.

\,',;I ..;

11l0. 0 0 0 0 () 0 o-o 0 o.o 0 o.o 0 CJ IQ . 0 o,o 0 .......

'1 :'

2oc:, s 6 o,o 0 o,o 0 o.o 0 Oto 0 o.o 0 . 0~0 0 ? ".J

~ 225.0 0 iJ. 0 0 o,o 0 o.o 0 o.o 0 o,o 0 O;O 0 0. 0 ~

r; 241.s 210.0 292,5 0

0 0

o,o o>o o.o

(')

1 0

o,o o,o I l 1

0 0

1 o.o O,J 0

1 2

o.o

1

1 0

0 0

OMO o.o o.o Q

0 0

o,o 080 OeO 1

a a

'l.

t

~

315.0 0 0,0 0 o,o 1 I I 0 o,o 6 .3 0 0:0 7 '4

!.3'1; 5 0 a.a 0 *o. o 0 o,o 3 .2 0 o,o 0 o,o 3 .2 t.\ 3b0,0 0 0$0 0 o.o 0 o,o 1 I 1 0 o,o 0 o,o 1 ; \ ~

I:

0 o.o l .1 I.I I?. 7 , I.I b ~3 0 o,o 1& * '1

~ iil r~EAN ~JINO SPEED 15,8 i} ~I NUMBER Of UNINTERPRETABLE HOUR3 0 *I J

'(1 El (j.

)r; iii J

) (

ill ,**

ii

) (:.

) (

TABLE 5

~

2 of 8 c

\,,

,. - - - .. - - .. .. .. - ** *- - .. - - .. ... L.OCATION 30FT DEG C/100M .. ~.&I .. 1. 5

@ L.APSE RATE WIND DIST, FOR ARTIFICIAi. ISL.AND. 1/79~3/79 poo .. 3oFTl II.

~

SPC.'.:DS (."1I/HP) 0!"3 4*7 fl*12 u .. u 19 .. 23 24 PL.US SlJM PE.He:: liT

~

DIRECHON SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUH PERCENT SUM PERCENT

@ 22,5 0 o.o 0 o.o 0 o,o 0 o.o 0 o,o 0 o,o a ~.~

1.1s.o 0 o.o 0 o.o 0 o,o *o 0' 0 0 o,o 0 OoO () 1,'

r.

67,5 0 o,o 0 o,o 0 0. () 0 o,o 0 o,o 0 o,o 0 c.* :i CJ) 90,0 0 o,o 0 o,o 0 o,o 0 o,o 0 o,o 0 o,o 0 c * ()

iI 112, 5 0 o,o 0 o,o 0 o,o 0 o.o 0 o,o 0 o,o 0 J * ;;

135,0 0 c.o 0 o,o 0 o.o 2 .1 l ~1 0 o,o 3 ., 2

iao,o 0 o.o 0 o,o 0 o,o 0 o,o 0 o.o 0 o,o a :.") 't1 21)2 1 5* 0 o,o 0 o,o 0 o.o a o,o 0 o,o 0 o,o 0 *,.I a\.-*

() 22s.o 0 0 Q () 1 *1 0 o,o 0 OoO 0 O;O 0 o,o 1 ~1 o,o o.o o.o o.o o,o 1 ,1 247,5 0 0 1 *l 0 0 0 a o,o o,o o,o 5 * ,..i 210.0 292,5 315,0 0

0 o,o o,o 1

0 0

-1

(). 0 o~o 1

2 1

,1

1

,1 3

s 4

'.!,2 0 2

4

,1

.2 0

0 0

o,o 0,0 9

'1 .s

,)

337 ,5 0 o.o 0 o.o 1 o1' 1 I 1 0 o.o 0 o.o 2 *1 Cf) 3bO,O 0 o.o 0 o.o 4 .2 2 .1 0 c.o a ~ ** 0 tl .3 II fo 0 0. () 2 .i 10 .~ 17 .~ 1 *4 0 f). Cl J .*;

0 Ill All il I 1111 r1r r 111 111

1

~:1 111'**"1 ,, 111 \1i1t11 Ii,., 1*i I *1*1 i 111111j1ii Ii

,a~

TABLE 5 3 of 8 I

L__

L.APSE RATE WIND DIST 8 FDR ARTIFICIAL ISL.AND ll79a3/79 L.DCATION 30F't 911,!1 DEG C/100M

..1,11.1 .. o,s

-- ~

(300u30FT) 5?EC:Dt:I ct*l/Hf(:

0 .. 3 4*7 !:*12 13*18 19*23 24 PL.US SUM PL"'IC':' :T DIRECTION SU'1 PERCENT SUM PERCENT i!UM PERCENT SUM PERCENT 6UM PERCENT SUM PERCENT 22.s 2 1 18 19 24 1,3 1 *1 0 o,o 0 o.o 45 ? t 1:~ c I

3 ,b 32 1* 7 0 0,0 0 o~o 0 o,o 49 ~: ,. ;:

4S.O 67.s 5

3 *

,2 12 12 .& 5 .3 0 I). 0 0 o.o Cl CpO 20 1I (i o.o o.o 90,0 112.s

i 2

.2

1 10 10 I

,5 5 , 0 3

o,o

.2 0

0 o.o 0

0 080 o,o 0

0 o,o 13 15 13

.'7

7

~

135. 0 0 o,o 1 ' 1 7

lj 3 .2 1 D 1 1 o,o

1 15?~5 () 0110 lj .2 8 '11- B 0 ti :s p2 0 23 I

~

.i G \

1(j0 11 0 0 D~O ti .2 5 ,3 2 9 l 0 0110 0 ('!. 0 11 . ,* ~

?.02c5 1 ~ 1 2 I 1 2 *1 0 OoO 0 o~o 0 o~o s ,;

225vO 2 .1 5 ,3 8 , II 0 000 . Cl 0. 0 - 0 OgO 1':i tis 247,S 1?70,0 292 .s II 2

2

.2

1

.1 12 13 a ."

17 13 22 32

.1 1I 1 1,7 1, b*

25

~2 3 o2 1.!

a.1

11. 0 20 0

16 bO 0 oO l

.e IQ 3~1 39 0

0 5

o,o OcO 2,0

.3

s2 n

1 *~'

21 ii 11 1 '7 s '[*

~- .;, ~

315.0

nr ,s 2 1 *1 I 1 11 15 *",d ~1 3b 1

r; 70

~~ .e 1 *1. 2 0 o,o

1 7!

"j?

~.

1. 9 7

!ibO

0 2 '1 6 g3 20 1,0 d

lj 1 I 1 :.:....

31 1

c. 1 ll3 7~5 2118 13,0 19'.! 10,1 10~ 5;3 41 2,5 "( 0/4 1.,r',.('1 0

MEAN ~ilNi) SPEED 12.b ,,

<.)

NU~~ER OF UNINTE~PRETAB~E HOURS 0

()'

c'

()

c~

0 6

.. ()

TABLE 5 t~*

4 of 8

))

D 11 LA?SE RATE ~mw

-~

DIST~

FOR ARTIFICIAi. ISL.AND 1179**3/"19 !..DC AT ION 30f T

- DEG C/100i~

(3Q0 .. 30F"f)

O o 'I/ 1. 5 D SPEE:l!S{M~/HRJ 13*111 19 .. t:!:5 24 PLUS ti WM r~ ~ .. i.. *. "

0 .. 3 4 .. 7 b* 12 ill SUM PERCE~:T SUM PERCENT SU~ PERCENT su:i PERCENT i:

DIRECTION SUM PERCE~1T SlJM PERCENT i ::

1 '14 r... .*

It 22.s 3 .2 2') 1, 0 16 ,e 2 *1 2 *1 1 o,o t

44

,& 25 1, 3 :.s .2 0 OoO 0 *-

'15 Q 0 4 ,2 12 o,o o,o 43 ~' '*

67,5 9 .s 13 .1 10 .s 11 16 0 o,o 0

o.o 27 0 o,o a o,o 0 0 L 'i

-~

~ 90,0 8 19 110 o,o 112,5 3 13 ,7 3 '2 0 o,o 0 o.o 0 19 l Ii 13~i.O ~

1 21 1* 1 1& .e 1 c4 10 .s 2 I 1 t;"

~'l 1,0 u .6 3 .2 2 0 1 0 o,o 3b ~. .

~ 1s-i.s 1 ~1 19 2 ~1 0 OuO 20 160,0 3 ,2 e .11 LI .2

,s

.5 2

a2 12 ,b 1 30 l ., '

4 ,2 9 I 1 '1 i:!02. 5 2 *1 27 !c ~

22J 10 o,o 12 ,b 12 ,6 1 I 1 1 *1 1 .1

~ 0

,B 21 1* 1 .5 .2 1 I 1 1 *1 42 :? ., ;~

247,5 0 080 16 OgO 0 o,o ~7 I

" ~ ,

~8 17 ,9 2 *1 0

!ii 270$0 292 >>5.

2 0

1 0 I!)

1~

1:5 f., 40 2~1 2, :I 2'l 30

1. '5 lIb lb 6 ,4 gti 0

0 o,o o,o 90 12 Ei

,; ,, 7 6" :)

315~0 2 ~ 1 3!1 1P.8 'Ill 33*1.s 1 i1 22 *1 I \ 27 1,4 7 ,4 I! ,a 0 OoO 01 3 ., ~

28 1,s 1:5 2 l l .1 80 s, I 560 0 0 3 ,2 33 117 I., I 4 "'

43 213 275 1 ii. ti 283 1 ii I B lib b,l bO 301 ., ,4 7811 41 , I

~

MEAN wrno SP EEO 9,b

[J)

NUMilER OP UNINTERPRET AE!l.E HOURS 0

~

I'

!.)

(b

~

TABLE 5

5. o~ 8 L___ -

~;

6 LAPSE ~ATE WINO DIST, FOR ARTIFICl~L ISLAND 1/79*3/79

--..~

LOCATION 30PT DEG C/100M

(::S00*30FTl 1,ti / 11,0

(!Ii)

S"'EC:-lti Cr-II/f-'f;J".

0 .. 3 4*7 *a~12 13*1R 19*2'.!l 211 PLUS SUP. Pl: i* '.: '* .. r 0

DIRECTION SUM PEnCErn SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PER~ENT

~ 22,s 0 o~o 2 11 . 2 .1 0 o,o 0 o,o 0 o,o a .. 2 o,o o,o 11s.o

&7~5

'IO,O 0

0 l

o. 0 o.o

1 lj 3

1

.2

,2 I 1 1

0 0

o.o 050

.1 0 0

0 o.o o,o o,o 0

0 0

o,o QI Q C*

0 0

0 o,o o,o 2 5

3 .*-

':s

i

.l iI 112.s 1 .1 4 ,2 1 *1 .o o.o 0 o,o 0 o,o ~ ',, .~

135. 0 2 *1 14 ,7 9 .s 9 .s 0 o,o 0 OaO 31i 1-,;*

~ 157,5 3 .a 9 ,s 111 .1 3 ,2 0 o,o 0 o,o 2c; 1 * '.)

100,0 1 1 3 92 7 ,4 5 ,3 a ,1 0 o,o H 1..~.

I

.s *a. 20 0

2112,5 225,0 247,5

- .. ~

l 3

I

l

.2 1 3 6

7

,2

,3

,4 3

1 1

,2

l

l 9

0 l

o,o

,\

3 0

0 o,o o,o 1

0 l

,l o,o 12 9 * :i

6 270a0 4 ,2 J ,2 l *l 0 o,o 0 OaO 0 o,o e ~ i,.,

(;') 292~5 315~0 337,S 2

0 0

a1 o,o OgO 3*

' 13 5

,2

,3 3

3 a

,2

,a e1 0

0 0

QI{')

o,o o,o 0

0 0

OaO o,o I). 0 0

0

.o o,o o,o o.c

~b 7

6

.:i

~.

'i:.!

.~ JbO,O 0 0g0 3 ,2 a .11 0 o,o 0 o,o '0 o,o 11 a6

' 19 1,0 83 4I 56 ii!. 9 a1 114 5 ,3 i? 192 10 ,1 0

lj MEAN WINO SPEED S,4

~

NUMBER OF UNINTERPRETABLE HOURS 0 9

D

'~.

ji.)

~ ~

I

~ e G ~

~

@ ;L I 1

~

r*

TABLE 5 6 of 8 f) '-

LAPSE RATE WlND DIST 1 FOR ARTIFICIAL ISL.AND 1179 .. 3179 LOCATION 301'T DEG C/100M (300 .. 30FT) liT 1 lj IQ SPE!:D3 CMIIHRJ 0*3 4*7 ;, .. 12 13*18 19 .. 21 21t PL.US SU~; PEh~C :.!l DIRC:CTIDN SUM PERCENT *SUM PERCENT SUM Pf::RCENT SUM PEif CENT SUM PERCENT SUM PERCENT 22,5 0 o,o 0 o.o 1 .1 0 o,o 0 OoO ; 0 o.o 1 *l

... r.

If 5 ,o 0 O;O 0 o,o 0 0. Ci 0 o,o 0 (). 0 0 ofo 0 67.s* 0 o,o 2 .1 0 o,o 0 0. t) 0 o,o 0 o.o 2 *1 90,0 0 o.o 0 o.o 0 o.o a o.o 0 o,o 0 o,o 0 !') * (';

112~5 0 o,o 3 .* il! 0 *O ,O 0 o.o 0 o,o 0 o,o 3 .2 us,o 1 ,1 10 ,5 20 1,0 3b 1,9 4 ';J IW 0 o,o 71 3.7 157,5 1 *1 3 ,2 11 ~b 4 ,2 0 0110 0 o,o l c; I

'1,*

180,0 1 ,1 0 o,o 1 .1 1 'l 0 o,o 0 o,o ~

i:

202,5 0 OoO 1 i1 0 oilo 0 o,o 0 o,o 0 OiO 1 ! 1 225g0 1 *1 2 I 1 0 o,o 0 o,o 0 o,o 0 o,o :3 * ?.

2'l7,5 1 1 1 .1 0 0' (l 0 o,o 0 o,o 0 o,o 2 *1 270,0 1 I

I l 3 .2 0 o,o 0 o,o 0 o~o 0 o,o LI .2 2'Jc 1 5 1 l 0 o~o a o.o 0 o,o 0 o.o 0 o,o 1 *1 ns,o a I

o,o 0 o,o 0 990 0 o,o 0 o,o 0 o,o 0 :**. c 337 1 5 0 OpO 1 *1 0 o,o 0 o,o 0 o.o 0 o,o 1 I 1 360,0 0 o.o 0 o,o 0 o.o 0 o,o 0 IQ 0 u,O 0 ('. r.

0 II 7 ,4 2& 1,4 33 l,7 41 ~.1 I.I ~a 0 o,o 111 ~Qi:.*

MEAN WIND SPEED 10,b NUMBER OF UNHJTERPRETA6Lt:: 1-lOURS 0 TABLE .5 7 of 8

i*-

G

~

LAPSE RATE WIND DI5T 1 FOR ARTIFICIAL ISLAND 1179*3/79 9*i *** .\M> ... *** . . -

L.OCATION 30FT AL.L. STABil.ITIES

'[ SPEED5(MI/HR) 13 .. 18 19 .. 23 24 Pl.US SU ~1 F E. ~ C : :~ T

@} 0 .. 3 4*7 Am12 SUH PERCENT SUM PERCENT SUM PERCENT SUM PE~CE.NT SU~ PERCENT DIRECTION SUr1 PERCENT 22.s 45,0 5

9

,3

,5 1.10 28 2' 1 l ~5 43 58 2,3 3.0 11 3

3 e2 m2 2

0 0

I o~o 090 l 1 0

0

,1 o,o OGO q4 11:

4,ti

~

.. t 15

.tl3'* ..

30 1, 0 * /j (')

~ b7.s 12 .6 o,o o,o /*'

'J() Io* 12 ,n 30 1. 0 0 o,o 0 OcO 0 0 o,o

' ~ ~

112,s 6 ,3 30 l *b .7 ,4 0 o,o 0 080 0 ~* )

3.o u .a 3 *a 1B1 l,1; ':*

'J

,3

,3 4&

3'3 2,4 11 8

,o 54 44 2,8 2,3 57 18

." 5 ~3

,2 0

0 o,o o,o 107) ..

~ ~.*

" GI

J

*7 i.~

1ao 1 0 202,5 22s.o 5

II 11

,3

,2 p2 15 10 20

.s 1

I.I 17 11.1 21

,9

.1 1* 1 11 11 1

.6

,6 I 1 15 l

,a

_1 2

2 I

Q 1

1 5r;

~Vi 2 w :.

7 1,9 7 ~4 1 1 1 g t 90 Ct, i'.4'f. 5 8 ,4 3b 1ft9 37 I o,o 32 1.1 41 2.1 31 1.1i 16 ,a 0 12g ,t 270,0 292,5 9

5

,35 2'? 1.s 77 4,0 88 lj I b 31 1,b 5 ,3 2~5 1 ~ ;\

110 5 0 I! 88 4,b 39 2,0 :!! 7f:, 1 '~

~15 4 0 3 ,2 58 39 Q 80 4. 2* .' '1,..'

2& 1;4 s ,3 2 I 1 11.i 5 337 ,5 3 ,2 IB 2a3 b~ .3 I 5 5 ,3 42 2. C! 60 3,1 24 1~3 3 .2 1 ,J 1 :5'3 7I 1 360,0 r 1qo~

' 100,r*

21.0 18'7 r,. 8 Sb 2~9 0 100 s.2 530 27. 6 b34 33,2 401 I MISSING HOURS 2~2 MEAN WIND SPEED 10 1 9

,,.I>> TOTAL NUMBER OF UNINTERPRETABLE HOURS 0

""" TOTAL NUMBER OF CALM HOU~S 11 PERCENT ,b G

Cl

~

TABLE 5 e 8 of 8

{~

\.; 1::.* .;:*~ .**.

OOOOOOOOOOOOl'lOOO I

II w

J ~ t-- ooooooooooooruooo N

J Z: G*****~*-*411'0 J w 000000000000 000

a. u a:

I

<Z w ru a.

E: 000000000000~000 ~

i ct]

Of-0 IL

-o u.

0 ~ f- 0000000000000000 0

(!) 0 \U Z

c m 111 o * * $& 111 c; m e> '* 411 e*

l.JJ!"'I I W 0000000~000000~0 0 0""" a- 0 I

0:

w 11...

4 ooooooooccoooooo 0

I l.L.

c 0

fW1 ~ f- ocooooocooocoooo c

~ Z *oae>*a***mo***** G

~ ~ ooooooooccoccooo 0

.... u a:

UJ a..

r ooooaoooooocoooo o

J C')

I

.i:;

L "E

J n _.

.S>

n.l I

I-z IJ.J ococooooccccc~oo 0000000000000000

~ ~ ~

o 0

I w Q) u w a:

(\_ w U1 a.

E: 0000000000000000 0 ID 0

....z J

oooooooooococooo

~ e

a C*

a * ~ G

0 e * &

0 U> 0000000000000090 0 0

oooooooococooooo 0 I Ill 0:::

J a

I:

a:: coocoooocooocooo 0 0..:

I Cl * -

u ~- 0 Q

Q 0 ~ ~ - - - ~ J IL 0000000000000000 0 00 0

<C

,,. w l\I er:

n.

ocoooooooooooooo I

0 c

UJ 1-

'* .: UJ z UJ ...

<i.. :z

<D :::

I

z ITTo~o~o~o~omo~omo 0 ...

z a Cl 1-ru

(\J ill

r G

qi._

~

o ru

~ S J..) Cf'- - t ::;"'\

9 ~ g

9 a a ui ;-..... o ru :n :- o f"\i Jl :.£) 0 C\J -~ j - J'"

tn

....& ~

~

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~ *O::

u - _. _. _.ru i\J "Uf\.1 ru ¥1,.... ~ w lLI Z ID

<C "-

H tlJ ::J Cl ~ z

~

b

-- -*) .. ..

LAPSE RATE WIND DIST, FOR ARTIFICIAL ISi.AND 1179~3/79

-\ ... -\ -} -* .. ... -', ... -

LOCATION 30l1FT DEG C/100t*I (300*30FT)

.. 1.a1 .. 1.1 I. .

I~

~

C;>EE~*.3 (M!/1-':."!~

b*12 13*18 19..,2.5 24 Pl.US SUM "f. *, . '

0*3 4*7

~ SUM PERCENT SUM PERCENT StlM PERCENT SUM PERCENT DIRECTION SUM PERCENT SUM PERCENT o.o o,o 0 Q a o.o 0 o,o 0 o,o 0 I~, ' .': ,,

~ 22.s 0 0 () D 45.o a o.o () o,o 0 o,o 0 o.o 0 o,o () c,o 0 :;

o7,S 0 o.a 0 o,o 0 o,o 0 a.a 0 o.o 0 o.o 0 ""'

!) 90,0 0 o,o 0 0,9 0 o,o 0 090 0 o,o 0 o,o 0 'l ' ' ~

112.s 0 o,o 0 Cl, 0 0 o,o 0 o.o 0 o.o 0 o,o 0 0 \' -~

ns. o 0 'Cl. 11 0 o,o 1 I 1 1 ' Q 1 0 o.o 0 o,o 2 '.'

1s1.s 0 o.o 0 o,o 0 c~o 0 o.o 0 o.o 0 o,o a (jJ ':

~ o,o o.o o,o i: ,*) .

160.0 0 C,O a o,o 0 0 ODO 0 0 0 202~5 0 0, I) 0 o,o 0 o,o a o~o 0 o,o a o,o 0 ,.,0 .. .,.) ..

~ 225,0 0 o.o 0 ()IQ 0 o,o 0 o.o 0 o,o 0 o.o 0 IJ;il.. *!,

247 .. s 0 o,o 0 o,o l I l 0 o.o 0 o,o 0 o,o 1 '1 o,o 0 o.o 0 000 1 u1 0 o.o .1 *l 270,0 0 OQO 0 D 292.5 *o DaO 0 o,o 0 o,o 0 o.o 1 *1 2 ,1 3 t) :~ "'.:.

31s.o 0 o,o 0 o.o 1 ;1 0 OoO 0 090 4 .2 s I! ~

337,5 0 o,o 0 OuO 0 O,O* 1 Q 1 3 ,2 0 o,o II "'~

) 360,0 0 o,o 0 o.a 0 o,o 0 000 0 o~o 0 o,o 0 0. ~J tr 0 o.o 0 o,o 3 .2 2 .1 5 I :S 6 13 16 *e .

~

MEAN WIND SPEED 21 8 8

~

NUMBER OF UNINTERPRETABLE HOURS 0 0 !"

~

l.1 3 ~

~

II ii (i G c; i.

0 TABLE 6 a 2 of 8

~

m II LAPSE RATE WINO OIST 1 FOR ARTIPIC14L ISLAND 1179*3/79 LOCATION 300Fi DEG C/100M (300*30FT)

~1,61 m1

1,5

-- *.*I

-~

SPr:f.DSCl1I/i1Rl 0*3 4*7 I;** 12 . \3*15 19 .. 23 2:. Fi..US S1.11i Ft: ~*: t DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT su:.i PERCENT I 22.s

!!5, 0 c*1, 5 0

0 0

0, IJ

0. ()

o~o I')

o.

0 o.o (j.

o,o 0

0 0

0 o,o 0.0 o,o 0

0 0

o.o a.o 0,0 0

0 0

o~o OgO o,o 0

0 0

OpO Cl. 0 000 l)

~I 0

.. n

iI 112,5 0 o,o 0 o.o 0 o.o. 0 o,o 0 o,o 0 o,o Ci 135pO 0 o,o 0 o.o 0 o,o 0 o,o 1 ,l 2 ,l :; ,,1

@; 1~7,5 0 QI {J 0 o,o 0 o,o 0 o,o 0 o,o 0 O;O (J :'\Ji 180,0 0 0 00 0 o,o 0 o,o 0 o,o 0 o,o 0 OoO .0 *:*. ,J

202,s 225,0 247,5 0

0 a

o~o o,o o,o a

1 Cl.

o,o I 1 o,o

o 0

0 0,0 o,o o,o 0

0 1

o,o o.o

.* 1 0

0 0

o~o o~o o,o 0

0 0

() g o~o o,o 0 :o 11 1

I

\. L '~

0

. 27000 292,5 31s.o 0

0 0

o,o o,o o.o 0

0 0

o,o o.o o,o l

2 l

,1 I 1

,1 0

4 1

o,o

i?

~ l 3

2 0 o,o

2

,1 0

5 1

o,o

.:s

l LS tJ

~ ::

337 1 5 0 QI Q: 0 o,o 3 ,2 5 ,3 0 o,o 0 o,o e .~

3Eio,o 0 0 o,o c o,o 1 .1 l ~1 0 o,o 2 ~ 1 ti) OeO II a *:

o,o .1 7 12 .b 7 ,4 35 0 1

" I I+

MEAN ~IIND SPEED 1895

~

NUMBER OF UNINTER?RETABLE HOURS 0

CD

© e

TABLE 6

~ 3 of* 8

~-

Si L.APSE RATE WIND DIST 1 FOH ARTIF~CIAI. ISL.AND 1/79"43/79 L.OCATXON !OOFT DEG Cl100M ..0,41 1,5 (300,..::SOFT)

II SPEE!:'S CMI/lo!R)

_4 .. 7 a.. 12 l 3 .. 18 19*23 24 PLLJS SLIM H>.:::*.~

0 .. 3 DIRECTION SUM PERCENT SUM PERCENT SUM Pf:'.RCENT SUM PERCENT SU1'1 PERCENT SUM pE;RCENT I' 22,S 0 0 .-o 4 ,2 11 .~ 20 1.0 3 ,2 R ,4 lib 2 "u ll5 t 0 /j ~2 2 11 6 ,3 13 .7 lli ,9 11 . ,6 54 2 *'

6'1 gs a o,o ,3 5 ,3 ;2 10 ,5 10 ,s 35 1 * -,)

90.0

. 112,S 0

0 o,o 0,0 6

9 2

,5 I '1 17 5

,9

,3 9

9

.s

,s l

0 o,o

.1 0 1

o,o D1

ib 17 1 * *i

.* *1 135.0

.157. s 0

0 o,o o,o 4

I') o,o

,2 9 5

,5

,3 6

4

.* 3

,2 13 1 ~I.I ij 7 16 5

,e

,3 42 27 ..

~

.i.

~

~*

1ao.o o.. o ,2 9 ,s 2 .1 2 ,1 10 " ~f 20205 0

1 ,1 1

s 11

,3 "

6 ,4 12

",4 3 o2 1b ,a 45 2 .. 5

.I"" ,:s 35 1 * ,l 225,0 0 o,o a ,4 14 ,7 1 l I l 5 2Ll7.5 0 o,o 9 ,5 6 ,3 lb .a 1 LI .2 'l2 2 11*~ '!1 a10 1 0 0 o,o 4 .2 14 .1 18 ,9 7 0 o,o ll3 2 .. ::

a 11 ,b 2~ 1,3 26 1 .11 37 lo~ 103 ~. *.,

2 I l 2=32£~ 0 ~ *) '-

315,0 2 Q 1 2 .1 2~ 1~ 1 4b 2,4 i! 1 2 .1 24 l 12 1 :n 7. l 3~7 0 !i 1 .1 6 ,3 1!I ,9 33 1.7 13 ,1 '/" ,4 78 ti

3t.O,O 0 o.o 1 *1 7 , 11 i:! l t. ~ 12

I) 10 .s 51 2.7 .~

8 ,4 &5 3 I 'I .162 8,4 252 13, 1 - 1b6 a,ei l Sb 6,1 809 1;2 .1

~

t.lEAN WIND SPEED 17,4

~

NUMBER OF UNINTERPRETABLE HOURS 0 II-

~

4

~

If d

c

~

I~

' TABLE 6 4 of*s

~

DEG C/100M

1,41 1110,s

~APSE RATE WIND OIST 1 FOR ARTIFICIAL ISLAND 1/79~3/79 1.0CATIOtl 300fT (300*30FT)

,r SPl:E.DS ( iH I HI?'

4*7 8*12 13 .. 18 19*2:5 211 PLUS SUM PfRC!:.'1T 0 .. 3 *....

SUM PERCENT SUI-I PERCENT SUM PERCENT SUM PERCENT 6UM PERCENT SUM PERCENT DIRECTION 22,s 0 o,o 5 ~ .5 21 1,1 7 .11 2 *1 0 o,o 35 1 * :"i \£)

o,o o,o 56 2. J 45 1 0 0 o,o 12 e

,b

,4 17 7

,9

,4 27 2

1I 4

.1 0

\ ,1 0

0 o,o 18 ... )

'~ .b ,3 a o II 3 ,2 0 0 ,.o 0 1 t (l

us~o 1 .1 0 ,3 3 ,2 1 ,1 3 ,2 15 I:*.'.

r

,a 1 *1

. 2 ,2 4 11 I.

\<.J 1::;7.5 1 Q 1 0 o,o 1 *t .1 3

,2 20 1 * '1

,1 1eo,o 202.5 2

2

,1 I 1 1

l

1

1 If 2

.2 .

1 1

I) o,o

,4

,3 2

1 .1 o,o "0

0 o,o o,o 15 b -

~

i°'! . 0 o,o ,2 .1 ,4 5 0 225,0 0 3 o,o 2b 11 Ii 247,5 2 ,1 ,4 5 ,3 9 .s i 11 0 I' 270,0 2 *1 13 9 ,5 1b i II 15 .a 20 1, 0 . 22 lol !ill "7 o'i" *

,2 .~ lb ,s 31 1,b 29 1,5 56 2,17 145 0 2'i2,S 3 10 2,2 94 4 09 195 1'::. i!.

315,0 2 ,1 5 ,3 12 ID 39 2.0 43 1,3 2:! 1,2 11 r 'l l1 .b 82 ". 3 337 0 5 2 *1 b ,3 29 360,0 1 ,1 4 ,2 7. i II 11 ,b 5 ,:s 2

- 30 1-eb .!;)

b,2 19b ~0~2 719 40,b

" 22 1,1 64 4." uo 8,6 167 fl I 7 120 6

MEAN WINO SPEED 17 ,3 "'

....j NUMBER OF UNINTERPRETABLE HOURS 0

0 t[J L.:

,j TABLE 6 5 of 8

0 LAPSE RATE WIND DIST* FDR ARTIFICIAL ISLAND 1/79*3/79 L.OCATION !OOFT DEG C/100M l.b I 11,0

r* (300"30FT)

('1>

SPHDS (1'11/HR) 0 .. 3 . ' 4 .. 7 8*12 l 3 .. 18 19*23 24 PLUS SUM PE'<Cl.\ T

DIRECTION SUM PERCENT SUH PER.CENT SUM PERCENT SUM PERCENf. SUM PERCENT SUM P~R~ENT (D 22.s 0 0,0 0 o,o o,o l *1 0 o,o o,o 2 .1 o.o 0 o,o o,o 3 '

~

e 45,0 67,5 90,0 112~5 0

0 0

0 o,o o,o o,o

. QI Q 0

i l

1 1

.1

.1 l

0 0

a 0

o,o o,o

.1 o,o 0

l 4

0 o,o

.1

,a 0

0 0

0 o~o o,o o,o 0

0 0

0 o,o o,o o,o 0

2 7

1 C' ~ 0

.1

[~

et o,o o,o s o,o 0

135.0 157 ~ 5*

1ilO,0 .

o 0

0 o a 0

o,o 0

2 a

,1

,1 1

5

~1

,3

,3 10 4

,2

,5 0

2 4

D 1

a.

11 b

2

,3

1 l7 2(.:

2:S. 1* 2 1

1:;

202,s 1 .1 0 o,o 3 ,2 2 .1 8

ti 19 1.0 :53 1* 7 13 225,0 0 o,o 1 *l 4 ,2 l 1 l 7 ~4 1 ,1 14 .7 e.117o5 0 o,o 1 1l 5 ,3 3 ,2 l I 1 l ,l 11 .b SI 27000 292,5 315,0 0

0 0

o,o Cl. 0.

o,c 3

0 1

,a o,o

1 4

3 4

oi!

,a

,2 4

l

".i'

,2

'1

,4 1

1 0

1 Q

()IQ 1

1 l

Cl

,l 11 (I: Cl 13 13 b ...1 "7.

~

337;5 0 o,o 2 ,1 4 ,a 3 ,a :2 ~1 0 o,o l1 ,6 3&0,0 0 o,o 1 11 4 ,a b .,3 2 .1 0 o,o 13 ~1 1 .1 1& ,e 4& 2,4 5C! '2. 7 30 1,& 42 2,2 167 9 *.,

fi)

MEAN ~m-io SPEED 17 I 2

NUMBER OF UNINTERPRETABLE HOURS 0

()

l~

@)

II GP

() 11

~ ' TABLE 6 6 of 8

. ~*.

~

4ocATION !OOFT DEG C/100M

.. GT 1 11,0

~ ..

1/79*3179

~ L.APSE RATE WIND OIST 1 FOR ARTIFICIAL. 151.AND (300.,3CFTl I l

~ arEt.us tw:1w:> 19 .. 23 211 PLUS *l)UM PERCENT 4 .. 7 6*1.:? . 13*18 0 .. 3 SUM PERCENT SUM PERCENT SUM PERCENT 11.

~ SUM PERCENT SUM PERCENT DIRECTION SUM PERCENT o,o 1 0 o.o ;o o,o 0 o,o 0 o.o o,o 0 o.o 0 Cl, 0 o,o 0 o.o 0 o,o 0 D 22,s 0 a o,o 0 ' 0. 0 0 o,o 0 o~o 0 o,o 0 o.o

'15110 o,o 0 o,o 0 o,o 0 o,o 3 .a

&1.s 0 0,0 0 0 'o. n 0 o,o 0

!) 90,0 0 a

o,o o,o 1

0 o,o

,1 2 l

,1

,1 0 o,o 1 0 OeO

,1 .,

0 o,o

~

ii 2 '1

,4 II 112. 5 135,0 0 o,o 0 o,o 0 o.o 0 OuO a ,1 15 ~8 19 1. e '

o,a o,o 2 o1 2~

o,o 0 0 13 .1 1 "~ ~

[) 157 0 5 0 o,o 3 ,2 1 0 1 12 eb ll ,b o~o 0

3. 2 ,1 1ao.o 0 o,o a,o 0 o,o 'I. o2 5 o,o 5 '(

202,s 0 0

,2 0 o,o 1 ~1 0 .3 225,0 0 o,o 1 ,1 3 3 .2 0

o;o 0 OeO b Bi 0 QI 0. l 1 l 2 .1 3 ,2 0 n,o 7 ~ ~

2'17.5 1 .1 1 ,1 o,o 2 *1 270,0 0 0' I) 2 o,.o*

'1 2 .1 0 o,o 0 292,5 0 o,o 0 0. Oto o,o 0 o.o 0 OoO 0 o,o 1 c,c Q 1

~ o.o .1 0 o.o o.o 0 3i5~0 0 l o,o 0 n.o 0 OoO c 0 0 o,o o~o OaO 0 o.o VE Q 0 337 's 0 o,o 0 o.o 0 0

cl)

NUMBER OF UNINTERPRETABLE HD URS 0 e

0 e

11 *

<a) 0 TABLE 6 7 of 8

f<:1

LAPSE RATE ~IND DIST, FOR ARTIFICIAL ISLAND q/79*b/79 L.OCATIDN 30FT DEG C/1001'\

(300 .. 30FT) apao:;CMI/KP~

13 .. rn 19 .. 23 24 Pl.US SLlM PEf\ t:. r *~ T 0*3 t1*7 0"12 PERCENT SUM PERCENT fiUM pERCENl SUM pf.RC ENT OIR~CTZON SUM PERCENT SUM PERCENT SUM c.c

~* ~,

o,o 0 o,o 0 o.o 0 o,o 0 o,o 0 . \ ... 1 22,5 0 o~o 0 o,o l ,o 0 o.o 0 o.o 0 o.o 1 :

t1s 0 0 0 o.o 0 o,o 0 c.o ~ 000 0 CQO 0 r,,:;

c7.~ 0 a1 a 0 o.o 0 o.o OQO 0 o.o 0 (J.

I:"

90,0 112. 5 135. 0 0

0 0

o,o o,o o.o o*

0 0

0. 0, o,o o,o 0

0 2*

0 1 0*

o.o

1 0

0 0

o.o o,o 0

c 0

o,o o.,o o.o 0

0 o.o o.o o.o 0

2 0

'v.

(I a

\

~,

o,o o.o c. .

0 157,5 a 010 0 o,o 0 0 0 o.o c~o 0 o.o o,o 0 o,o 0 o.o c 0 c *, .;

1110,0 0 0 o,o o,o 0 o,o 0 o.o 0 o,o 0 202,s 0 o,o 0 0

,o 0,0 o.o 0 o,o 1 * *1 a2s,o o,o 0 a.a l 0 0 o.o 0 0 (1. "'j 247,5 0 o,o 0 o,o 0 o,o 0 o.o (l 0 0. (j 0 ~ '

o,o 0 o.o 0 o.o 0 o,o 0 0 ~ () 0 090 VI*-

27 o. \) 0 o,o ,o 0 o.o 0 . 0 Q.

1 0 O;O 0 o.c 1 ")

2<72,5 c 1

,o o.o o.o 0 o.o l

r 315 0 0 0 o,o 0 o,o 1 0 0 o,o 0 t '

o,o 0 o,o 0 o~o 0 o.o 0 o~o 0 I o* .:.;

337,5 0 o,o o,o o,o 0 o,o 0 Q1 Q 0

-r 3!>0 1 0 0 0

o,o o,o 0

,o 0

5 ,2 0

0 o,o 0 000 0 o,o 6 . .}

c .

MEAN riIND 3PEED 818 (1 NUH~ER OF UNINTERPRETABLE HOURS 0

. ' (

(

I*

e'

,(*:

(

.1 TABLE 7

l of 8

)~ - ** ... - - - - .. - - - - - - - - - -

~

.. LAPSE RATE WIND DIST, FDR ARTlFICIAL ISLAND q/79*h/79 l.DCATION 30FT DEG C/10JM (300~.SOFT) w1,8/ ,.1a7

~

SFEt.G:.1 ~.V.!/hf~)

0*3 IJ,*7 t;* 12. 13*18 19 .. 23 211 PLUS SUM P~**c~:;T

~

DIRECTION SUM PERCE.NT SUM PERCENT 5Ur*I Pt:RCENT SUM PERCENT t:'Ut~ PERCENT SU~I PERCENT ,,

!ti 22.5 0 (J. 0 0 o,o 4 * ?. 1 ,o 0 OgO 0 000 5 I** *,,

'15. 0 0 o.o 0 o,o 2* *1 0 o.o 0 OeO 0 o,o a a) 67,5 a o,o a o.o 0 0,0 0 o~o 0 o~o 0 Cl a 0 0 2'

~ 90.0 0 o~o () o,o 0 c.o 0 o,o 0 o~o 0 o,o 0 ()" '\ .q

'I 112. 5 a o.o a o,o 0 o,o 0 o.o 0 o.o 0 o,o 0 0' *;

13S i 0 9 (;

n 0 o.o 3 *1 a o,o 0 o.o 0 o~o 3 '\

D 1J7,5 0 o.o 7 * .s 5 ,2 1 oO 0 o~o (l o_o 1:3 .,

1i!0. 0 ci o,o 3 '1 0 0. () 0 o.o 0 (; ~ 0 0 o,o 3 .1 c:o2 1 s 0 o,o a *1 1 ,o 0 o.o 0 ODO 0 o,o 3 *l

22s.o 21l7. 5 270,0 0

0 0

o,o

(). 0 o.o q

2 1

.2

1

,o 1

2 1

,o I

,o 1

0 1

0 o,o

.o

0. ~1 0

0 0

o,o o~o o.o 0

0 1

010 o,o aO 5

s 3

~2 c 2

l

,j

~ 292,5 0 oil (J 2 ' 1 2 I 1 3 .1 1 .o 0 o.o 8 ... CE

!i 1s.0 0 00 (l 0 o,o 1

Cl 4 ,2 5 .2 0 a~o lO 'j 337 .s ;,;

) 3b0 1 0 0

0 o~o o,o 0

0

.0. 0 o,o 1

,2

,o iO 0

,5 o,o 0

0 vaO o.o 0

0 QI (l o,o 15 l ...

'7 t

, ; I 0 o~o 21 le 0 28 1 , II 20 1.0 6 ,3 .o 7b 3.d

~

MEAN :HNO SPEED 11.2

~

NU~eER DP UNINTERPRETABLE HOURS 0 .,G

~ ~

) er

1

) 0 fl

) a (l

(:]

0 TABLE 7 2 of 8 c

~ c

~

LAPSE RATE WIND DIST, FDR ARTIFICIAL ISLAND 4/79,.6/79 LOCATION 30FT DEG C/100M ... 1,61 .. 1~s

! ~ (3Q0 .. 30FTl r;)

t:PEECl:I (MI/i1~}

0 .. 3 '1*7 ti .. 12 13*18 19*23 24 f'l.US Si.JM ?l;;cr_: .. T DIRECTION SUM PERCnJT SUM PERCENT SUM PERCENT SUM PERCEl\T SUM PERCENT SUM PERCENT o,o

~ 22,5 115 ~a 67,5 0

0 0

a.a o,o o~o 0

0 0

o.o 0&0 o,o 1

5 0

.o

.2 (JI Q 1

a 0

.o o.o o,o 0

c 0

o.o o.o o.o 0

0 0

o,o o.a 2

5 0

.*t

[;. J

l

@ 90,0 a o,o 0 011'0 0 o,o 0 o,o 0 o.o 0 o.o 0 r,,.:J

- 112,5 0 o.o 0 o,o 0 o,o 0 o.o 0 o.o 0 o,o c 0' ()

1::SS,0 lj o.o 1 ,o 1 .o 1 ,o 0 o,o 0 o.o 3 *1 0 1n ~s 0 c.o 4 .2 3 d 0 o.o (j o,o 0 o,o 7 * :s H<o 4 o 0 C>. 0 5 ft2 0 o,o 0 o,o 0 o,o 0 () Q 0 5 ,2 202,s 0 OqO 1 ,o 0 a.a 0 o.o 0 o.o 0 o,o 1 ,()

iD 22s 1 0 0 CaO 2 .1 0 o,o 0 0. r) 0 o,o 0 o.o 2 *1 2.::; 1 5 0 o.o 1 ,o *1 .o 0 o.o 0 o~o 0 o.o .2 *1 2'f0.o 0 c.o 2 1 2 *1 1 .o 0 o,o 2 ~ 1 7 ~ 5 *r

@) 292,5 315,0 0

0 o,o o.o l

()

I

,o 000 4

5 I 2 I I) 7 o~o

,3 0

3

o. a d

0 O,*

o.o I)* 0

'j 1S

... 7-

- 2 337.5 0 o,o 1 tO 0 01 0 5 .2 0 ('. 0 0 o.o 6 *3

~ 3b0 0 0 0 o,o 0 o,o 1 ,o 1 .o 0 c,o 0 o,o 2 *1 .i

't 0 o,o 18 .q 23 1* 1 lb 08 3 ' l 2 i ~ b2 :~ ' l i';)

MEAN WI~D SPE~0 10 1 9

~

NUMBER OF UN!NT~RPRETA8LE HOURS 0 I I

!}

~

i1>

l}

I l) c l}J

~ (

~

TABLE 7 I ~

~

3 of 8

)

j@

I If)

i LAPSE RATE WIND DIST. FOR ARTIFICIAi. ISLAND 4/79~b/79 LOCATION 30FT DEG C*llOOM (300 .. 30FT)

la41 -o.s SFEt.Gti(MI/HR) 0*3 4*7 6 .. 1 C' 13 .. 18 19-23 24 PLUS 5Ur1 p,_' r*

~ DIRECTION SUM PERCE MT SUM PERCENT SUM PERCENT SU~I PERCENT BUM PERCENT SUM PERCENT

1 ij 0 22.s 3 *1 20 1 I() 16 ,c 8 *4 0 OoO 0 o.o q

45. 0 . b ~3 18 ,9 20 1.0 4 ,,2 (J o~o 0 r.' 0 :..'._i) 1 b7.s b Q :s 22 1.1 13 I i:i 1 *0 0 o~o 0 o.o :, 2 J {'~ eta. o 7 3

- ... 12 ,c lb

1.~ lb o8

,a

() o.o o.o 0 o.o :i l

~ 112~5 4 ;> 5 ,2 b ,3 1 0 0 o~o 1b

~

<r}

II 135. (l 1~1.s-2

~l m?.

1 !i 36

.1 1*6 49 49 2."

2.11 26 3:J 1*3 '

1.s 1

lj

.o 0,0 0

0 o.o 0,0

-~*

CH j

1I 1tiO" O.. 5 IJ?. 32 1.~ 13 Qc <j *4 ?. d 0 1). (') *' 1

'.I 202.s 3 *1 11 .5 21 1 * () 10 .s 0 o.o 0 o.o *. ,:.1 0 225,0 2 I 1 17 *8 1 'I I 7 11 ,5 0 (). 0 0* 00 0 "* 4

l 24 '/. 5 2 .1 9 ,4 ') ,4 1 ,o () o.o 0 08 0 2l 210.0 1

1) 11 ,5 1 * :s 6

ti 5 .a 4 ,2 .~::, :

- I 0 292.5 1 ,o 7 .3 ll .2 111 .7 fl ,3 3 I 1 .!:5 '.

l :us.o ? *1 'l .~

/I 22 1I 1 20 1.0 Q o.o 0 o,o ~ :1 "

-~ 357,5 1 ~o 1Ii ' .a 19 ,9 4 .2 0 o,o (J !)

v ~o ~. (j 11 :Hio.o 1 .o 17 ,6 18

Cl q a4 0 o.o 0 o.o ~s . "

-'*~

II so 2,5 257 12.1 2% 111. 7 172 a.s 14 .1 7 ,3 Fi!:J 3\: r l; Q

.:i MEAN WINO SPEED 9,4

1 0 NUMBER OF UN INTC:RPRET ABLE HOURS 0 a>

II G I : ~ *

i ..

1

' ~

i....

e 11.

G TABLE 7

~ 4 of 8

Q)

Ii Ul}

(

QI .,

i

~

>16 19*23 24 PL.US SJ;.1 fJ r: F.:: t:;; r g

DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SU"I PERCENT 22,5 2 '1 1 ,o 0 o,o a o.o 0 o,o 0 o,o ::s I I 115,0 l oO 12 ,b 0 0, o Q o,o 0 o,o 0 o,o 13

.*:i 67,5 0 o,o 2 ,1 0 o,o 0 o,o 0 0 .o. 0 o,o 2 **~;I

{!}

.. 90.0 112.s 135,0 a

0 1

l o,o
,o 2
6 24
,1
,3 1,2 0
1 lb OqO
.o
,a
,*s 0
0 s
o,o o,o
,4
,a 0
0 0
o.o o,o o,o 0
a 0
o,o o,o o,o 4
7 q *J .fl::
2 '..
157,S o,o 100,0 i:o2.s 1
0
'o.
o,o o,o 13 3
,b
,1 10 lj ,a
.a l
0 o,o o,o 0
0 o~o a,o o,o 0
0 o,o o,o 25 1 ' ,.
~*
0 2 .1 5 0 0 0 7 ~
22s,o 0 *o,o s ,2 1 ,o 0 O;O 0 060 0 o,o 0 2ll7,5 f) o,o 2 *1 0 o,o a o,o 0 o,o 0 o,o 2 , l a10.o 2 *1 2 ,1 0 o.o a o.o 0 Cl, 0 0 o,o L!
0 292.S J1s.o 0
1 OuO
,o
,o 3
4
1
,2 0
0 o~o I). 0
,o 0
0 o,o
0. Cl a
0 o~o o,o o,o 0
0 o,o o,o o,o 3
5 ..
I
~~
'I 337,5 360,0 l
3 I l 2
2 1 l el .
i 2 *1 0
0 a.a OoO 0
0 o,o 0
0 o,o 7 IJ
.. ~
l ll ,7 85 4, 2 . 40 a,o 9 , II 0 o.o 0 o,o 1~S ., <:.
~
MEAN WIND SPEED. 6a6
NUMBER OF UNINTERPRETAB~E HOURS 0 0
e
0 G
~
TABLE 7 6 of 8 0
II
.~
LAPSE RATE WIND OISTe FOR ARTIFICIAi. ISi.AND 417.9*bl79 L.OCATION lOFT DEG Cl100M (300*30FT) liT, 4,0 SPEED8 CMIIHR)
Qto3 4*7 8*12
30018 h .. 2.5 2.:, PL.US SUM PERCENT
~
DIRECTION SUM PERCENT SUM PERCENT SLIM PERCENT SUM PERCENT our~ PERCENT SUM PERCENT
,~ 22.s 1 ,o 0 o,o 0 o,o 0 o,o 0 o~o 0 OeO 1 .o
'15,0 0 QI i) 0 o,o 0 o,o .o o,o 0 o,o 0 o,o 0 :) ,. 0 o,o o,o o,o a o,o o,o
... 61.* 5 90,0 1l2iS 0
1 0 o,o
,o 0
0 0
o,o o,o 0
0 0
0,0 .
o,o 0
0
0. ci o,o o,o 0
0 a
0 00 o,a 0
0 0
o,o o,o 0
1 0
0. (j G* 0
,o
. o, 0 o,o o,o
... .135,0 157,5 0
.0 010 6
l ~"
.o
!i 0 o,o
.1 0 0 o.o 0
0 o~o o,o 0
a o,a 11 1 ~o
:.i 1ao,o 0 o,o 2 1 l 0 QI (I 0 0,0 0 o,o 0 o,o 2 *1 202,s 0 o,o 0 o,o 0 o,o . 0 o.o 0 o,o 0 o,o 0 () ~ 0
..... 225,0 0 010 0 o,o 0 o,o 0 o.o 0 0 aO 0 o,o 0 0 .. 0 2'17 ,5 0 o,o 0 o,o 0 o,o 0 o,o 0 o,o 0 o,o 0 (). !)
270,0 0 o, 0. l ,o 0 o,o 0 o,o 0 o,o 0 o,o 1 )
._ 292~5 0 0 1 .0* 1 ,o 0 a,o 0 o.o 0 o,o a o,o 1 ""
315,0 O* o,o 0 o,o 0 o,o 0 OeO 0 0p0 0 .0 G Q 0 :) II\)
337 .s 0 .a.a l .o 0 o,o 0 o.a 0 o.*a 0 o,o 1 ,:J SoO,O 0 o,o 0 o,o 0 I). 0 0 o,o 0 o,o 0 0 .o. 0 o,o 2 el 14 .1 ! ,1 0 o,o 0 o,o 0 o,o 19 ~
,.,. ij MEAN WINO SPEED 5,5 NUMBER OF UNINTERPRETAB~E HOURS 0
!II
,'ft
~-.
l"lJI r
'9
.e TABLE 7 7 of 8 .
.. --** .. ~~---- .... -.... -.-.~~*****....,-*----~~~*""'"'~ -*
....... .. - - - ...~-.......... --*** --~...... ---~--~ . -:~~----* *--.... -*. ~
~-
)
t I LAPSE RATE WINO OIST 1 FOR ARTIFICIAL I'LAND 4/79-b/79 LOCATION 30PT ALL STAtlil.ITIES SPEEDS (MI/HR) 0.. 3 4 .. 7 a-1a 19*2:5 24 PL.US .SUM PE*~c;:*;r
DIRECTION SUM PERCENT SUM PERCENT 51,JH PERCENT 1::!*18 SUM PEHCENT SU~1 PERCENT SUM PERCENT c
~
22,5 t1s. o
&7,S 90,0 19 11+
18 19 19
.1
,9
,9 51 42 47 25 2,5 2,1 2.,3 1.2 34 3"..
2!l 2':i 1.1 1 7 l * '~
1,2 u
17 4
5
,5
.2
,2
,a 0
I) 0 0
o.o o.o o.o o,o 0
0 0
0 o*,o o.o o,c o,o 115
95 98 f.lb s.7 4.7
4. 'J 443 f.
'.t~
112, s 10 I 5 34 . 11 7 14 .1 2 *1 1 ,o 0 o.o 01 3. *J 13540 12 ,b 87 4~3 154 7 I b. 58 2,9 I! 1 l 0 o.o 313 15. 5 u 157.5 b ,3 '103 s,1 95 LI Ii' ::19 119 0 o,o 2 .1 245 12. 1 o,o 1Ja
. bl 18040 11 f 5 3,0 41 2,0 23 lai 2 ,1 0 b I)~-
~ ,ao2.s 12 31 ' l ~5 oi 3,0 24 1.2 I.I o2 0 o,o 1l2 6.S 22s.o 2
E>
1. . 56 2,8 35 1,7 12 ,6 2 ,1 0 OuO 107 ..
l '
I**
a47,S & ,3 33 1. b 23 1,1 a 11 0 o,o 0 . o,o b4 :s. c 270,0 5 ,a 35 117 17 ,a Ci a 11 5 ,2 7 ,3 78 3.9 *c 292,S 315.o i?
b
.1
.~
24 3d l,2
1. 9 25 bll
1. 2 3,2 19 34 1.1
,9 14 1!
~7
~&
3 0
.1 o,o 87 155 I,). 3
., ~ 7
,,I 337,5 LI ,2 38 1. 9 Lib 2,3 21 l.o 0 *O,O 0 o,o 1OCI '5. 4 C' 3b0,0 8 ,4 49 . 2,4 bi! 3,1 17 ,a 0 o,o 0 o,o llb '; '7 154. 7,b 754 31,3 759 37,b 2'H 1 'i .1 43 2.~ ia ,o i:!O 19 100 0 0 .;:}
II MISSING HOURS lbS
<d MEAM IHNO SPEED s,1 TOTAL* NUMBER OF UNINTERPRETABLE HOURS 0 e TOTAL NUMB~R OF CALM HOURS 25 PERCENT 1. 2 II 0
c
(.l
.,()
© 0
II
'lo:)
ei TABLE 7 I!
8 of 8
c
~
~
I
'r LAPSE RATE WIND DIST, FDR ARTIFICIAL ISLAND 4/79*b/79 L.OC ATIO!~ 30\IFT DEG (300*30FT)
C/100M LE .. 1,9
't' SFC::t:.u.; (i'-1!/k:i) 4*7 5*12 13*16 19 .. £.S 24 PLUS SUH F'::: .:. Lt::, '.'
0*3 DIRECTION SUM PE.RCENT SUM PERCENT SUM PERCENT ::iUM PERCENT SU'I PERCENT SUM PERCENT 22.s 0 o,o c o.o 0 o.o 0 o.o 0 o.o a o,c a i::* .. ._,
4510 0 o,n 0 o,o 0 o,o 1 .t 0 a.o 0 0. (j 1 67,5 0 o,o 0 o.o 0 o.o 0 o.o 0 . () '0 0 o,o 0 90,0 0 . 0. 0 0 040 0 o.o 0 OoO 0 o~o 0 Q50 0 (J
~ r 112 .s 0 000 0 o,o 0 00 0 I} 0' 0' ') o.o 0 o.o 0 ,) ~
135,0 .0 o,o 0 o.o 2 *1 0 o.o I) o.o 0 o,o 2 'l
!~7.5 .. ' 0 (;.fl 0 o.o a o.o 0 o.o 0 (). 0 0 OgC 0 (!
1<~o.o "' 0 0 0 (J 0 o,o 0 o.o 0 0. (l ll (,. 0 0 o,o 0 !r,
I 202,S 0 o,o 0 o,o a o,o 0 0. (' 0 o,o a o,o 0 ;_.
225,0 0 o.o 0 o,o 0 0. (J 0 o.o 0 0 a CJ 0 o,o 0 *)' :* ~
247,S 0 o,o 0 o,o 0 o,o 0 o.o 0 o,o 0 o.o 0 O.t ..,
270~0 0 o,o 0 o,o 0 0. (1 0 o.o .j 0*0 0 0 o,o a ) s : l 2'12.5 0 o,o 0 (!. 0 1 o1 1 .1 1 I 1 0 0o,o 3 ' .~.
a 315 1 0 0 o~o 0 a~o 1 *1 (j o.o 0 OtO 0 1 33'/,5 0 o.o 0 o.o u 0 0 (I 0 o.o u Cl & 0 0 0. iJ 0 ,,: ('1 j60,0 0 010 0 o.o 0 O,D 0 o.o \.) o,o 0 o,a 0 .,
--~
I ~
0 o.o 0 o,o 4 ,2 2 *1 1 I 1 0 o,o ., fl ;~
tj I
MEAN wIN'o 5PEE.D 12,7
o NUM5ER OF UNINTERPRETABLE HOURS 0
~
0 fi]
a Q
t'
(;
G p
.... TABLE 8 1 of 8
-"1 c
~
c
j IJ LAPSE RATE WIND DI3Tt fO~ ARTIFICIAL ISLAND 4/79Nb/79 l.DCATIDN 300FT DEG C/100M (300 .. :SCFT)
'!11,ll/ *1.7
~
1.
s;: c:r.c.o ~ 1~ In.:*. l a.. ~ 4*7 b .. 12 13 .. 18 19 .. 23 24 Pl.US BUM PG.c:::r*,r ...
~
DIRECTION SUM PEfiC:ENT SUM PERCENT SUM PERCENT SUM PERCE~T .~UM PERCENT SUM PERCENT II 22,.5 *o o,o Cl o.o 0 o,o 5 ,3 0 O;O 0 o~o 5 ii!
45,0 a o,o 0 o.c .Q *O, Ci f) o,o 0 000 Q o.o 0 67,5 0 o,o 0 o,o 0 o,o 0 OeO 0 000 0 o,o 0 '~'
90,0 0 o,o o* o. 0, 0 o,o 0 o.o 0 0. [j 0 o,o 0 ..
~.
~ .. ;]
112,5 o,o o,o a o,o o.o q,o o,o r. *'
Ii 0 0 0 0 0 0 1::s,o 0 o. Ci 2 .1 1 1 1 *1 (j o,o 0 o,o 4 :
I 157,S 0 o,o 2 .1 7 ,4 1 .1 1 ~1 0 o,o 11 ~
160,0 0 o,o 3 .2 0 o,o 0 o,o 0 o,o 0 o,o 3 (
20~.s 0 o,c 2 .1 1 *1 0 0, C1 0 o,o 0 o,o 3 ~ ;,,
o.o o.o* o,o 225,0 0 1 d 3 .* 2 0 0 000 0 4 24 7. :.i 0 o.o 1 a1 2 ,1 1 .1 1 *l 0 o,o s ~
270.0 0 o~o 2 .1 1 Q 1 0 o,o 0 o.o 0 o,o 3 :.~
292q5 0 o. 0 ! ~1 1 I l 2 *l 1 ,1 3 ,2 8 l' ;~
u ***~
315,0 0 o,o 0 . 0. 0 2 *l 3 .2 0 o,o 5 ,3 10 .}
337,5 0 o,o 0
0. 0 1 :1 9 ,5 5 ,) 0 o,o 15 *3 II 3bO,O 0 0
o,c o,o 0
14 o~o
,8 19 0 o.o 1,0 23 1
1.2
1 0 d
o.o
'I 0
6 o,o I q 1
72 ;; .*1
')
'3 0
MEAN WIND SPEED 14,2
()
NUMBER OF UNINTERPRETABL~ HOURS 0 f!
© ii
()
~'l I\.
t)
i
© q
t:)
TABLE 8 P nf R
LAPSE RATE HIND Ol5T 1 FDR ARTIFICIAL ISLAND 4/79*b/79 L.DCATIUN 300FT DEG C/1001*1 (300 .. :::ioFTl
.. 1,01 .. 1 Qs
~f'. j c
~i-c:EO:; (M1iHt:t; 4*7 e.. 12 13 .. 18 19 .. 23 24 PL.US SUM P:::RCUT 0*3 .s SUM PERCENT SUM PERCENT SUM Pt.RCENT SUi1 PERCENT SUM PERCENT .SUM PERCENT DIRECTION .J 22,5 a 0,0 a o,o 1 *1 2 .1 0 o.o 0 o,o 3 ,2 fLi 45.o 0 o~o 0 o,o 1 .1 2 .1 0 OuO 0 o,o 3 .~
o,o o.o o,o o,o 0 o,o 0 c.;
67,5 0 o,o 0 0 () 0 o.o o,o 0 " )* ~)
9o.o 0 o,o 0 o,o 0 o,o 0 0,0 0 0 '"Q'*'
112.s 0 o.o 0 o~o 0 o.o 0 o.o 0 o,o 0 o.o 0 0'(
13~;.o 0 (). 0 2 .i 1
1' 0 o.o 0 OaO a o,o 3 ,1.>
157.5 0 o,o lj ,a 1 c1 0 o,o 0 o.o 0 o,o 5 t :1 0 o.o 0 o.o 0 060 0 o~o 2 *!
160;0 0 0. 0 2 1 ~!
202,s 0 o.o 1 I
1 o. 000 0 o,o 0 o,o 0 o,o l 225,0 0 o,o 0 o,o 2 *1 0 o,o 0 o,o 0 o.o 2 ' *1 2117Q5 1 b l 0 o,o 0 o.o 1 *1 0 o.o 0 o.o 2 *1 o.o 0 o.o 1 .1 1 *l 3 .2 210.0 0 o,o 0 1 I l 1 1 *l 6 ,. ~
212.5 0 000 1 *1 2 *1 ::! ~2 1. Q 4 112 l1 ,t 315 1 0 0 o.o 0 o*. o 0 O.;O 3 .2 4 a2
>.31 0 s 3!>0,0 0
0 o.o 000 1
0
1 o,o 0
0 o.o o,o 2
0
.1 o.o lj 0
.2 o,o 0
0 o~o 0 t CJ 7
0 o,o*" '";:,
( . m1 11 ,b q .s 13 .7 10 ,5 b ,3 50 2 **,
MEAN WIND SPEED 1411 e ~
NUMBER OF UNINTERPRETABLE HOURS 0 f
!!'h
©
' © 1!
I@
~
C,1 TABLE. 8 3 of 8
)
I)
LAPSE RATE WINO DIST, ~OR ARTIFICIAL ISLAND 4/79*&/79 L.OCATION 300FT Dl:'.G C/lOOM .. 1,4/ .. o.s J
r>
i' ar'Ei:.!:15 \MI/fiil)
(300*30FT) ~
0*3 11*7 e.. 12 D*16 19*2~ 24 Pl.US SLIM PEfiCE-:~IT 9 SUM PERCENT BUM PERCE.NT SUM PERCENT SU!'<! PERCENT SUM PERCENT DIRECTION SUM PERCENT 22,s 2 ,1 9 ,5 1& ,9 5 ,3 3 ,4 0 o,o 40 2.2 D o.o o,o 32 1. .,
45MO
&7,5 1
1
,1
1 4
3
,2
,2 15 19
,8
1. 0 12
4
,2 .,
0
,5 0
1 ,l 37 2 ..j 90,0 1 I 1 ~ ,2 5 ,3 20 1 .1 4 ,2 0 o,o 33 1* :
~ 3 ,2 1 ,1 0 o,o 12 *7 112 1 s 1 ,1 1 ,1 b ,3
,a II 135,0 1s1.s .... 2 2 ,1 01 16 4 ,,2 1,0 30 8 .. .4 1,b 27 43 l,5 2.3 13 17
,7 I CJ 14 11
2*
b8 114 I; .-
3 '1
')
9 ,a 29 1,b ,9 8 ,4 4 ,2 75 1:, 1 1eo.o ... 3 ,2 111 17
,7 2 ~ 1. 3 ,2 113 2. ;i 202.s b ,3 7 12 ~b 13 225,0 5 ,3 7 13 ,? 17 ,9 1:1 , ll 0 o,o so 2,7
~
I) 2'17,5 270,0 292,5 315.0 l
1 2
1
,1 I
I
,1 1
l 4
e 6
7
,2
,3 I 4.
d 5
1 6
,4 13
.1
,3 12 6
9 b
.3
.s
,3 ob 11 0
3 5
o,o
,2
,3
,o 0
11 18 I.I o,o e6 i.o
,2 1'1 37 38 41 37 1*0 2 ,')
2d 2 "~
C:. *)
1*
337,S 0 o.o 7
jj 1;; * 'I ia iab 4 ,2 1 I l
5bo.o ,3 17 ,9 15 *s !:i ,3 0 o,o 44 2 * ;~
f)
., 1 30
.1 1.b 108 b
5,9 203 11,0 221 12.0 9& 5,3 &O 3,3 720 J", l!
m>
MEAN WINO SPEED 13,o
~
NUMBER OF UNINTERPRETAB~E HOURS 0 I!
l
~
9.1 If i) t I)
I t)
I~
l;;ll rt
~
0 l
m TABLE 8 4 of 8 O>
LAPSE RATE WIND DIST 1 fDR ARTIFICIAL ISLAND 4/79*b/7~ LOCATION 300FT DEG C/100M (300*30FT)
"'o* 41 l 15
~
(
~
SPEEDS rnI/Hi<J 0.. 3 4,;.7 e.. 12 13 .. l 8 19*23 24 Pl.US SLIH PERCENT
)
DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT ,,
9 ,s 11 ab 18. 110 1 .1 1 *1 '12 2,3 (B.
22,s 2 *1 45,0 0 o,o 11 1b 20 1,1 10 15 12 ,b 0 o,o 53 2.1
.a ,4 Ii 3 ~2 l 11 27 1.s b7. s.
90,0 4
2
a I 1 3
7 ~4 11 8
,b 12 *",b a o,o 0 o,o 32 211 l *7 1 * '.5 0
'" 112 ,s 1 I 1 3 12 9 .5 c .3 ~ ,2 2 *l S,8 2 ' 12 ,b 21.1 l,3 24 1.3 19 1.0 2b l , 11 107 135,0 .1 88 .. ii :r.::
157 1 5 1 I 1 9 ,s 29 1 , (:. 2b 1.4 1&
",9 7
"*3* 8'"1 G'
180 0 0 0 0 '0' 1l .~ 33 1 * !\ 23 1.2 1 () & £i. 3 b ,3 19 1.0 23 1.2 15 16 12 ,b 7& 11, 1 202.s 1 I l 4 ,l 59 3,2 22s.o 1 1 b ,3 23 1.2 20 1,1 7 .I 2 I
o.o o,o ,?
o,o ,3 0 1 .1 0 l4 2111,s 270,0 0
2 *l 5
7 15 8
",a s ,3 3 ~2
,2 0 o,o 32 35 1* 7 1I9
11 3 ,J II 11 292,5 315,0 1
2
,l
1 5
ll .2 10
.s 6
15 *"
.a 17
"* 3 3 ,2 51 40 2.s 2,2 337,5 o,u 6 ,3 b ;.:S 20 l.l b 2 .1 0
,1 ,2 14 ,8 22 1,2 15 ;e T I lj E14 305
!b0 1 0 2 21 1,1 108
" 5,9 24& 13,3 240 13,0 13!! 7,5 eo ". :5 an 45,1 Q
MEAN WIND SPEED l 49 3 Q NUMBER OF UNINTERPRETABLE HOURS 0 (l
a Q
~
~~
~
Cll El t
t; j
TABLE 8 5 of 8 l
0
~
iI LAPSE RATE WIND DIST~ FOR ARTIFICIAL ISLAND 4/79*b/79 LOCATION 300f'"i DEG C/100t'1 (3Q0 .. 30PT) 1,b I 1.1 1 0
-~
ti SPE'f.')a (MI/HR) 0 00 3 4 .. 7 8-12 13 .. 18 . 19 .. 23 211 Pl.US 5Ui*! PE '!Ct. "lT
~
DIRECTION SUM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT BUM PERCENT SUM PERCENT !I
.'9 2 c:. ,.;l
~
o.o 3 .2 0 o.o 2 o,o t 0 o1 l I l 0 * :s ll5 f 0 67 1 5 0
0 o.o o.o 0
1 o.o
1 0 l
o,o I 1 3 0
,2
o. o.
1 0 o.o
~t 0 0
o,o o.o 5
1 *-
1
-~
~ 90,0 0 o.o 2 .l l *1 l *1 a o.o a o,o 4 *2 11295 0 o.o 2 ;1 .0 o.o 0 0. () 0 o,o 0 o,o 2 ' 1
©"
135.o 0 0,0 () o,o '5 .3 7
tj ll ,2 4 ,2 20 \ ;l 1!i .,
5 1 4 ,2 4 .2 5 .3 4 ,2 b *3 !!ii 1 . . ,')
"1 1ao.o 1 *1 2 I 1 18 l.O q ,5 1 ,l 1 *1 32 I/
2.0?. '5 1 I 1 0 o,o 2 *1 b * :i 3 ,a 0 o.o 12 *1
~ 225,0 1 e1 2 ,1 3 .2 s ,3 0 o,o 0 c. () 11 ,:.
247 0 s a o,o 0 o.o 0 0,0 1 *1 0 o,o 0 o~o 1 'l ID 270QO 292,S
?iiS.1 0 0
0 1
o.o
c. ri
1 0
0 1 ~
o,o o,o
.1 1
1 1 *1 A1
-~ 1 3
1
.5
,2
1
.2 0
0 0
o~o 0.0 oio 0
0 0
o,o o.o OtO lJ 2
()
, ~ '.
. j
)
II 337,5 c o.o 3
i:! 1 *1 2 *1 0 o~o 0 o.o 6
j 0 360~0 1 ~ 1 2 I 1 1 *i 2 *1 0 ;i 0 0 0 o.o 6 '3 II b .3 22 112 39 2, 1 50 2,7 14 ,a 11 ,b 1 '12 '/ '7
~ I MEAN WINO SPEEi) 13.1
~
NUMBER OF UNINTERPRETAaLE HOURS 0 If
~
0
~
'.) t II D
D
~
~
I* .
5 TABLE 8 6 of 8 0
~AP5E RATE ~IND DIST, FOR ARTIFICIAL ISLAND 4179*6/79 LOCATION 300FT DEG C/100M poo .. 3orn GT, 'laO
\:..,,-
0 GrHGci CM I/HR) f: .. 12 1'.:i*16 1 ~ ... 2:5 2'1 Pl.US SUM F-f:.RCENT 4 .. 7 0 .. 3 e
5LJM PERCENT SUM PERCENT SUM PERCENT SUM PERCENT ~lJH PERCENT SU11 PERCENT *~
DIRECTIO~I 22,s 0 08 0 0 o,o 1 *1 0 o,o c 0. i) 0 o.o 1 *! 0
'.15. 0 0 0 '(j 0 o,o 0 o.o O* o,o 0 OaO a o,o 0 *~ ~ (~
o7 I !::j 0 0, l1 0 o,o 0 o~o 0 o.o 0 o,o 0 o,o 0 (). 0 o.o 0 OaO 0 OpO 0 . 0 f ;,l e.)
90,0 0 o,o 0 o-o 0 000 0 112~5 0 Q. () (l o.o 0 00 0 0 o,o 0 u.o 0 00 0 0 D '0
I 135.o 0 o~o 1 I 1 0 o.o 0. o.o 0 n. o 0 o~o 1 r,; ~
c*,
l :;7. s 0 0,0 0 o,o 0 o,o 0 o~o a OaO 0 o.o 0 fi. *=*
uio.o 0 0.0 1 .1 1 0 1 1 I 1 0 o.o 0 o,o 3 9 =2 202.s 0 I)' 0 3 Ii:? 0 OuO a I 1 0 o.o 0 O;O 5 0 .5 o,o o,o 3 ~2 (j 0 c. () 1 l 2 1 0 0 080 0 225~0 g 247.5 0 (J. I) 0 o,o I
2 f l 2 ,1 l) o,o 0 o.o I) p2 270,0 0 0. o 0 . QI Q 0 o,o 1 o1 0 o,o 0 oio 1 '
292.5 0 o.o 0 o.o 1 *1 0 o.o 0 o,o 0 () Q 0 t \ 0 31'.:l,0 0 o.o 0 o.o 1 *l . 0 o.o 0 o,o () o,o ! a1 3:l'l.'3 0 c,o 0 o,o 0 o,o 0 o,o 0 o.o 0 o.o 0 \l, 0 ~-.,
o,o o~o (J t ~ *t v 3b0,0 0 o.o 0 1 *1 0 ~.o 0 1) 9 ,3 0 o,o 0 OeO 21 11 1 a 000 b ,3 I!;)
" l MEAN WIND SPEED 1QI :J Q NUM8ER OF UNINTERPRETAB~E HOUHS 0
()
0
~ . (l Cl II
©
~
I II
~
(j I I~
"TABLE 8 c 7 of 8 c
L.A?SE RATE. HIND DIST, FD~ ARTIFICIAL ISi.AND 1.1179 .. 6179 l.DCATION JOOFT Al.l. SrABll.ITIES
.. \.
< c
~
SPEEDS CMI/HR) 0 .. 3 4*7 fl*12 13*18 19 .. 23 24 PL.US SUM PEf'Ct:rH SUM PERCE~<T SUM PERCENT SUM, PERCENT SUM PERCENT ;iu,i. PERCENT SUM PERCENT DIRECTION c
22,s 4
2. 21 11 1 29 1,b 32 1,7 10 .s 1 I 1 97 5.:;
15 ,a 37 2.0 28 1,s 13 I'/ 0 o.o 94 .5 ~ l 'I()
45 1 0 1 1 3.s I
65 b7 1 s *s ,3 7 'ii 27 1. 5 12
n
"I 12 ,7
,a 2 Ii o,o 1
&9
90. 0 112,5 3
2 I
12 6
,1
,3 17 15 *",8 'il 1,8
.s 4
4 ,2 0
2 ,1 :38 - '
(.ii .i.
1:s5.o 4 I 2 21 . 1.1. 41 2. 2' 59 3,2 3(, 2 ,*o 41.l 2~4 2CS 11 d 3,a 2~2 13!1 1s1.s 4 .a 37 2,0 71 75 4 .1 'H
-~ 2,1 1~11 17 o9 2Q4 .i HO, 0 4 * ?. 33 1~8 61 4, 1.1 50 2.7 2;i l1 ab 11 202.s s ii 19 1. 0 34 1,8 44 2.4 20 1* 1 15 ,8 1110 7 'ti 22~i~O 7 I I~ 17 ,9 4~ 2,5 4::? 2.:s 15 ,a i?. *1 129 r ~ ;;
247,5 2 .s . 20 1* 1 11 10 ~ 1 0 O;O £15 2, <I
1 10 I 270i0 3 'l 11 ,9 23 1.2 18 1.0 1 g4 12 ; 't 60 1;. :3 6 '* .95 29?.,5 3 ,2 13 .1 i3 ,7 21 1 .1 12 ,1 33 1,s 5. 1 36 2,0 32 i~7 16 121 bo~
31~i,O 4 I?. 12 17 21 1* 1 .r;i 33"(. s 000 ,9 . 21 1 i1 4:5 i! u LI 19 1,0 3 ,2 105 .;.
7 0 17
c.o,o 4 ,2 12 ~7 33 1.a

io 2,2 20 . 1o1 1 ,4 11& (:.* 3 56 3,1 2b9 ~4,6 529 28,7 ~SS 30.1 4109 14 *. b 1&5 a,9 18'15 100~0 MISSING HOURS 3:S9 MEAN WIND SPE£D 13,9 TOTAL. NUMBER OF UNINTERPRETABL.E .HOURS 0 0 T!JTAL. NUtlBER OF CALM HOURS 5 PERCENT ,3 '! .
0
'1 c
'{
c TABLE 8 8 of 8.

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