ML17053C820
| ML17053C820 | |
| Person / Time | |
|---|---|
| Site: | Nine Mile Point  |
| Issue date: | 08/31/1981 |
| From: | NIAGARA MOHAWK POWER CORP. |
| To: | |
| Shared Package | |
| ML17053C821 | List: |
| References | |
| NUDOCS 8109090322 | |
| Download: ML17053C820 (124) | |
Text
NINE NILE POINT'UCLEAR STATION RAD IOACTIVE EFFLUENT RELEASE SENI-ANNUAL REPORT JANUARY JUNE p 1981 DocKET No,: 50-220 LIGENsE No,: DPR-63 NIAGARA NOHANK POMER CORPORATION Si09090322 Si0831 PDR ADQCK 05000220 R PDR
NIiVE MILE POIVT NUCLE.W STATIOiV RADIOACTIVE EFFLUENT RELEASE SEMI-AiVVi UAL REPORT
\
January - June 1981 SUPPLEMENTAL INFOREQTION Facility." Nine Mile Point Unit tl 'icensee: Niagara Mohawk Power'orporation
- 1. Regulatory Limits a) Fission and activation gases:
The release rate limit of noble gases from the site shall be:
Ei[Q s (1 6 Eiiy>>
0 5 Eig) Qs (2 7 Eiy 0 5 Ei8) + Qv(11 0 Eiy + 24 0 Eig)] 1 where Q' s release rate from Vine Mile Point Unit 1 main stack in Ci/sec (as elevated release)
Qs
= release rate from the Fit"Patrick main stack in Ci/sec (as elevated release)
Qv = release rate from the FitzPatrick vents in Ci/sec (ground release) i = the individual nuclide E.< = the average gamma energy per d"sintegration EB = the average beta energy per disintegration b6c) Iodines and particulates, half lives > 8 days:
The release rate limit, of all radionuclides and radioactive materials in particulate form with half-lives greater than eight days, released to the environs as part of the gaseous wastes from the site shall be:
1.2 x 10" (Q's + 0.08 Qs + 5.5 Qv) < 1 where Q's = release rate rom Nine biile Point Unit 1 main stack in Ci/sec (as elevated release) y 4
= release rate from the Fit Patrick main stack in Ci/sec (as elevated release)
Qv = release rate from the Fit Patrick vents in Ci/sec (ground release) d) Liquid Effluents:
- 1. Controlled in accordance with Appendix B, Table II Column .2, of 10 CFR 20 and Note 1 thereto.
- 2. Not to exceed 10 Ci/calendar quarter (excluding tritium and dissolved gases) .
'1 4
d) Liquid Effluents (cont):
- 3. Not to exceed 20 Ci/12 consecutive months (excluding tritium and dissolved gases).
/
- 2. Maximum Permissible Concentrations a) Fission and activation gases:
None spe'cified.
b5c) . Iodines and particulates, half lives > 8 days:
None specified.
d) Liquid Effluents:
10CFR 20, Appendix B, Table II, Column 2.
AVE MPC (Jan-Mar)=(no discharges) pc/ml AVE MPC (April-June) = 2.93E-OS pc/ml Average Energy (Fission and activation gases)
Jan-Mar E> = 0.37 mev, ES = 0.17 mev April-June E = 0. mev, E> = 0.* mev
- There were no discharges; unit was being refueled
- 4. Measurements and Approximations of Total Radioactivity Provide the methods used to measure or approximate the total radioactivity in effluents and the methods used to determine radionuclide composition.
a) Fission and activation gases: Stack monitor calibrated to (GeLi) isotopic analysis of 2.SL Marinelli beaker.
b) Iodines: Meekly analysis (GeLi) of stack sampler charcoal cartridge.
c) Particulates: Isotopic analysis (GeLi) of stack sampler filters.
d) Liquid Effluents: GeLi isotopic of representative sample of each batch.
S. Batch Releases Provide the following information relating to batch releases of radioactive materials in liquid and gaseous effluents.
a) Liquid
- l. Number of batch releases: 4.
- 2. Total time period for batch releases: 18 hours 9 min.
3., Maximum time period for a batch release: 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> 4 min.
4 t
S. Batch Releases (cont):
a ~ Liquid (cont) II V
4~ Average time period for a 'batch release: 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> S2 min.
5 Minimum time period for a batch release: 3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> 0 min.
- 6. Average stream flow during period of release of effluent into a flowing stream: Not Applicable b: 'aseous Not applicable
- 6. Abnormal Releases a., Liquid None'.
Gaseous l
None 4
1
t.
P
=l
vA TABLE.1A RADIOACTIVE EFFLUENT RELEASE SEMI-AIWVAL REPORT (1981)
NINE MILE POINT NUCLEAR STATION ~1 GASEOUS EFFLUE;tTS-SUIIlfATION OF ALL RELEASES 1st 2nd EST. TOTAL UNIT gUARTER QUARTER ERROR, A. Fission 6 Activation gases
- 1. 'otal release Ci .3.51E+02 Unit 2.0E+01
- 2. Average release rate for period pCi/sec 4.51E+01, Refueling Percent of Technical Specification limit 0 Outage J,
B. Iodines
- 1. Total iodine-151 Ci 4.99E-03 2.47E-04 1.5E+01 2., Average release rate for period pCi/sec ',42E-04 3.14E-OS
- 3. Percent of Technical Specification limit 0~
0 C. Particulates Particulates with half-lives )8 days Ci 2.61E-03 1.71E-03 2.0E+01
- 2. Average release rate for period pCi/sec 3.36E-04 2.18E-04 Percent of Technical Specification limit 0~
0
- 4. Gross alpha radio-activity Ci 7.06E-06 6.97E>>06 D; Tritium
- 1. Total release Ci ,
-3.57E+Ol 4.21E+00 2.0E+Ol
- 2. Average release rate for period uCi/sec 4.59E+00 5.35E-01
- 3. Percent of Technical Specification limit None Specified
~
E
- Percent of'echnical Specification Limits Fission and activation gases: -.
- 1. NMP-1 elevated release 2.90E-03 " " 'nit Shutdown
- 2. JAF elevated release 9.50E-01 1.24E+00 3.. JAF ground-level release ~0 2.43E-02 , 3.74E-02
- 4. Total Site Release 9.77E-Ol 1.28E+00 Halogens and particulates with half-lives greater than 8 days:
- 7. JAF ground-level release '2.31E-02 1.34E-02 Total Site Release '.
2.44E-02 1.43E-02
TABLE 1B RADIOACTIVE EFFLUENT RELEASE SE~11-ARAJAL REPORT (1981)
NINE i~tILE POINT NUCLEAR STATION ~l GASEOUS EFFLUENTS-ELEVATED RELEASE CONTI.iUOUS i~fODE Unit Nuclides Released'.
Fission Gases krypton-85m Ci krypton-87 Ci krypton-88 Ci xenon-133. Ci xenon-135 Ci 1.15E+02 xenon-135'enon-138 Ci 2.36E+02 Ci I
Total for period 3.51E+02 Unit Shutdown
- 2. Iodines iodine-131 Ci 4.99E-03 2.47E-04 iodine-133 Ci 4.35E-02 iodine-155 Ci 2.28E-01 Total for period Ci 2.76E-01 2.47E-04
- 3. Particulates strontium-89 Ci 1.86E-04 < 5.03E-06 strontium-90 Ci 6.97E-06 < 5.25E-06 ces1um-134 Ci cesium-137 Ci 3.69E-04 1.81E-04 cobalt-60 Ci 1.65E-03 1.53E-03 cobalt-58 Ci 4.65E-05 manganese-54 Ci 1.22E-OO barium-lanthanum-140 Ci 3.70E-OS niobium-95 Ci cerium-141 Ci cerium-144 Ci iron-59 Ci cesium-1.36 Ci chromium-51 Ci 1.94E-04
C
,
- P
~ 4 TABLE 1C RADIOACTIVE EFFLUENT REIEASE SE~fI-ANNUAL REPORT (1981)
GASEOUS EFFLUEVI'S-GROUND-LEVEL RELEASES January - June 5 ~ " ~
There are no ground-level releases from the Nine Mile Point Nuclear Station Unit ~1.
l 4'
~ ~
TABLE 2A RADIOACTIVE EFFLUENT RELEASE SEbfl-AViiJAL REPORT (1981)
NINE bfILE POINT '&CLEM STATION tl LIQUID EFFLUENTS - SPiHATION OF ALL RELEASES 1st 2nd Est. Total
. Unit. ~arter ~arter Error',
A. Fission and activation roducts Total release (not including tritium, gases, alpha) 'Ci None 3.10E-03 2.DE+01
- 2. Average diluted con-centration during period pCi/ml 5.00E 08
- 3. Percent of applicable limit 1.49E-01 B. Tritium
- 1. Total release Ci None 3.87E+00 2.0E+01
- 2. Average diluted con-centration during period pCi/ml 6.25E-05 Percent of applicable limit 2.08E+00 C. Dissolved and entrained ases
- l. Total release Ci None <4.08E-04 2.0E+Ol
- 2. Average diluted con-centration during period pCi/ml <6.58E-09 Percent of applicable limit None Specified D. Gross al ha radioactivit
- 1. Total release Ci None 3.99E-06 2.0E+Ol E. Volume of Waste Released (Prior to dilution) liters None 3.09E+05 1.0E+01 r
F. Volume of Dilution Water used durin eriod liters 6.17E+07 1.0E+01
f
~ ~
TABLE 2B RADIOACTIVE EFFLUENT RELEASE SEMI-AiVCJAL REPORT (1981)
NINE MILE POINT NUCLEAR STATION 41 LIQUID EFFLUENTS BATCH MODE Nuclides Released strontium-89 Ci 3.09E-06 strontium-90 Ci 1.80E-06 cesium-154 Ci 1.00E-04 cesium-137 Ci 3.60E-04 iodine-131 Ci cobalt-58 Ci 3.10E-05 cobalt-60 , Ci 2.61E-03 manganese-54 Ci chromium-51 Ci irconium-niobium-95 Ci barium-lanthanum-140 Ci tungsten-187 Ci arsenic-76 Ci iodine-153 Ci C iron-59 neptunium-259 Ci Ci praseodymium-144 Ci iodine-135 Ci xenon-133 Ci <2.99E-04 xenon-135 Ci <1.09E-04
C r
s TABLE 3
'nit RADIOACTIVE EFFLUENT RELEASE SEMI-ANNUAL REPORT (1981)
NINE MILE POINT NUCLEW STATION 41 SOLID WASTE AND IRRADIATED FUEL SHIPMENTS A. Solid Waste Shi oed Ofz-Site for Burial or Dis osal (Not irradiated zuel)
~ ~,
Est. Total nm Jan-June(81) Error, 'o Evaporator Bottom m3 7.90E+01 2.5E+01 Ci 1.11E+02 Resin or Filter Sludges m3 2.70E+01 2.5E+01 Ci 5.59E+02.
Liquid. Waste m3 None Ci
- b. Dry Compressible Waste or m3 1.61E+02 2. SE+01 Contaminated Equipment Ci 1.01E+01 C, Irradiated Components m3 None Ci
- 2. Estimate of Ma'or Nuclide Composition (by type of waste) a ~ Evaporator Bottoms - Resins - Filter Sludges Cobalt-60 d~
0 5.0E+01 Cesium-137 d~
o 4.0E+Ol Cesium-134 d
~o 1.0E+01
- b. Dry Compressible Waste Varies 'o Same As Above
- c. Irradiated Components Cobalt-60 >o Manganese-54 d o
- 3. Solid Waste Di osition Number of
~Shi ments Mode of Trans ortation Destination 36 Truck Chem-Nuclear Systems
-s ~
s Barnwe 1 1, South Carolina 5 Truck U.S. Ecology Hanf ord, Washington B. IRRADIATED FUEL SHIPMEMTS (Disposition)
Number of Shinments Mode of Trans ortation Destination None
C' 4'
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Il) 8109090319 810831 PDR ADOCK 05000220 R dna
.J NINE HILE POINT NUCLEAR STATION RADIOACTIVE EF,"'ENT RELEASE SEi"l I -ANNL'AL REPORT'ANUARY JUNE 1981 DOCKET No,: 50-220 LtcENsE No.: DPR-65 NIAGARA ALOHA'r!K PGMER CORPORAT IOtl 8109090322 810831 PDR ADOCt'. 05000220 R PDR
NINE ~)!LE POiNT NUCLEAR STATION PA" IOACT".VE E."F UENT RELEASE SF~II-ANNUAL REPORT
.January - .June 19 81 SUPPLE~)EN; KL I IFOR~QTION Facility:- Ni".e ~lile Pox.-it Unit '1 Lioensee: Niagara ~mohawk Pot'er Corpora t ion
- 1. Regulator:: Limits a} Fission and act=vztion gases:
The r lease rate limit of noble gases from the site shall be:
i[/'s (1.6 E. 0.3 Ei,,' gs ( . Ei( 0.5 Eig) gv(l 1.0 Ei~ + 4.0 Ei8.'1 where ')'.s re.'ease ra:e from Ni.".e ~file Point Unit .'ain stack in C,'sec,'as elevated release) re! ease ra:e from the Fit=patr ck miain stack in i,'sec. as elevated release) release 'ra:e from the Fit:Patrick vents in Ci/sec (ground re.ease) the ndivi~ual nuclide
~
(
= the average gamma energy per disintegration
= the average beta energy per disintegrati.n b6c) Iodines and part.culates, half lives i 8 days:
The re!ease rate limit o: all radionuclides and radioactive materaals in par=iculate form with half-lives greater than eight '.ays,'eleased to -.he environs as part of the gaseous wastes from the site sha'.1 be:
l.' 10 (t.'s + 0.38 gs i 5.5 gv) < 1 se rate from ~inc ~~lie Point Unit 1 mai stack in Ci, sec (as e'vated release)
= release rate Crom the Fit Patrick main stack n Ci/sec (as olevated release)
= release rate from the Fit Patrick vents in Ci/sec (ground release) d) Liquid =ffluents:
Controlled in accordance ~ith Appendix B, Table II Column 2, ot 10 CFR '0 and Note 1 thereto.
Pot to exceed 10 Ci,'lendar quarter (excluding tritium and dissolved vases'I,
I P
II
d'I Liquid Ef f luents I ont)
- 3. Not o exceed '0 ".i/l2 consecuti" e months,'excluding tritium and dissol.ed ga'sos) .
~Jaximum Permissible Concentrat.'ons a) Fission and act'.vat'on gases:
None specified.
bF>c) Iodines and partict;Iztes, half lives > 8 days:
None specified.
.d) Liquid Effluents:
10CFR 20, Appendix B, Table I I, Column AVE ~JPC (Jan-~Jar) ~!'no discharges) c/ml AVE ~1PC (April-June) = 2.95E-OS uc/ml Average Energy (Fission and activation gases)
Jan-Mar E.< = 0..5. mev, E~ = O. I"; ...ev ApriI.-June E Y
= 3. mev, E= 0. mev There w~-e no discharges; unit was being f t iv i ty refuele'<Jeasurements and Approximations o Total Rad soac Provide the methods used to measure or approximate .he tota 1 radioactivity in e:fluents and he methods used to determine radionucl ide composition.
a) Fission and activat.on gases: Stack monitor calibrated to (GeLi) isotopic analysis oi 2.SL itarin lli beaker.
b) fodines: Weekly anal.. sis <GeLi) of stack sampler charcoal cartridge.
c) Particulates: Isotopic analysis (GeLi) of stack sampler filters.
d) Liquid Effluents: GeLi isotopic of representati;e sample of each batch.
Batch Releases Provide the following information relating to batch releases of radioactive materials in liquid and gaseous effluent a) Liquid
- 1. Number of batch releases: 4.
Total t'ime period for batch releases: 1S hours 9 min.
- 3. Maximum time period for a b~t h release: o hours min.
I J
- 5. Batch Releases !cont)
Liquid (cont)
Average time period t'or s ba:ch r. lease: > hours ~'in.
i),sin.
~linimum time per;od -.or a bat h r !ease: 5 nour~
-'-verage strean:lo~ during period o: release or e.': lu.nt into a tlowing stream: hot applicable
- b. Gaseous Pot applicable Abnormal Releases
- a. Liuuid Zone
- b. Gaseous Xone
I TABLE IA RAP[OACTIVE EFF!.!JEST RELEASE SE~! I- D4UAL REPORT (I!81)
NINE ~1IL'OINT NUCLEAR STATION = I liASEOJJS EFFLUEXTS-SUM!ATION 'lF ALL RELEASES 1st nd EST. TOTAL
(~UARiER Qlj.'TER ERROR, A. F i ss ion i> Activation gases fota1 rel "ase Ci >.~IE+02 Unit 2.0E+01 Average release for period "..Ci/sec 4. 5 IE~OI Refuel ing Percent ot .echnic:il Specification limit Cu tape B. [odines Tot:il '.odine- I51 Ci 4.99E-05) 2.4, E-04 1.5F+01 Average release rate tor period uC i/sec 6 4 ~E-04 5. 14E-05 Percent of Technical Specification limit Particulates Particulates with hal:-
Iives >8 davs Ci 2.6IE-05 I. ",
IE-05 '. OEiOI Average release rate for period vLL/sec =.Sc)E-04 ICE-04 Percent of Technical Specification limit (iross alpha radio-activity Ci -..06E-06 6.9;E-Oe
!). Tritium Total release Ci 5. 5. E-01 4. IE ~00 2. OE+01
'Average release rate for period 4C i/sec 4.59E OO 5.55E-O!
Percent of Technical Specification I;mit None Specified L'. Per ent ot Technical Specification I.imits F ssion;ind activation gases:
N~~IP- I elevated release 2.90E-O5 Uni t Shutdown
.JAF elevated release 9.50E-OI I."-'f.+00
.JAF ground-level release '. 2.45E-O" 5..4E-O2
'otal Site Re'lease 9. "F-01 l. SE-00 Ilalogens and particulates with half-lives greater than 8 days:
- 5. NMP-I elevated release I. 1. E-03 6.58E-04
.JAF elevated release 1.02E-O4 5.IoE-O4
- 7. JAF giound-level release '~ 2.5IE-02 I".54E-02
- 8. Total Site Release 's 2. 44F-01 1.45E-02
'I TABLE lB RAD[OACTl"h EFFLUEYT RFLEASE SE~11-Ai~UAL RFPORT {198! j NIKE ~llLE POI.'lT ."UCLEAR STATIO.'i ~1 GASEOUS EFFLUEXTS-ELE<'ATED RELEASE CONTIiUOUS i/ODE Unit 1st r'uarter, 2nd "',uarter Iuclides Released Fission Gases k-.~p ton-85m Ci k."upton-8". C'i k r,pt on-88 xenon-153 Ci xenon-155 Ci 1.15E 02 xenon-135m Ci 2.36Ei02
.~enon-138 Ci Total for pericJ Ci 3.51E+0" Unit Shutdo! n lodines iod'ne-131 Ci 4. 99E-03 l.odlne-133 Ci 1. 35E-02 iodine-155 Ci '. '8E-01 '.4".E-0'e03 Total for period Ci 2..6E-01 '.47E-04.
Par.ioulates strontium-89 Ci 1.86E-04 E-06 strontium-90 Ci 6:9.E-06 < 5.25 E-06 cesll "n- 1a4 Ci ces 'um- 137 Ci 3.69E-04 1.81E-04 cobalt-oO Ci 1.65E-03 1.53E-03 cobalt-58 Ci 4.65E-OS manpnese-54 Ci 1. '"E-00 ba r ium- 1 an'thanum- 140 Ci 3.70E-OS nloblulll-95 Ci cerium-141 Ci ce r ium- 144 Ci Iron-59 Ci ce s rum-136 Ci chromium-51 Ci 1.94E-04
, ~
't
'T.ABLE lC RAD!OACTlVE EFFLUENT RELEASE SE~11-ANNUAL RE,"r!RT f,!981, GASEOUS EFFLL'ENTS-GROUND-LEVEL RE';USES Janus r' .une
!'here are no ground-ievei reieases ."rom the Nine ~1iie Point Nuclear Station Unit
t TABLE RADIOACTIVE EFFLUENT RELEASE "Btl-A~XUAL REPORT '19811 NINE ~II LE PGINT "UCLEAR STATION ~1 LI(UID EFFLUENTS - SU~<QTLGY vF Ai L RELEASi'.S 1st nd Est. Total (in i ruar ar uarter Error, f:ission and activation roducts Tota'1 release (not including tritiiua, gases, alphaj Ci None 3.10E-03 2.DE+01 Average dil ".ed con-centrat on during period 'i/ml S.OOE-OS percent ot zppl'cable 1 iml 't 1.49E-OI B. Trit ium 4 ~ Total release Ci None 3 . S". E 00 2 . 0E+01 Ave rage J i 1ut ed cn-cent."ation during period C i/m 1 6. 'SE-05 3 ~ Percent of appl icable limit 2.08E+00 Dissol;ed and entrained ases Total release None <4.08E-04 Z.OEi01 Average diluted con-centration during period C i/ml <6.58E-09 Percent of applicable 1 imit None Specified D. ( ross al ha radioactivity
- 1. Total ". lease None 3. 99E-06 2.0E+O1
, E. l'olume of Waste Released
,Prior to dilution) 1'ters None 3.09E+OC I.OE+01 F . Vo lume o f Dilution )ia ter used durin eriod I 'ers e. I",E+07 1. OE~01
t I
C I
fABLE '8 RADIOACTIVE EFFLUENT RELEASE SE!11-44NUAL REPORT (.1981)
Nl.'iE MILEOINT NUCLEAR STA'f IOY, LIEU ID EFFI.UEYiTS BATCH MODE Unit Nuc, 1 ides Re leased strontium-89 Ci 5.09E-06 strontium-90 Ci 1.80E-0b eesl'um-154 Ci 1.00E-04
<es gaum- ld ~ Ci 5.60E-04 iod.ne-!H Ci cobalt-58 gaum- Ci 3.10E-05 cobalt-o0 Ci '.bIE-05 manganese-54 Ci chrom<un-SI Ci
=>roon; in-niobium-95 Ci ba r 1 ant haru~- 140 Ci tungsten-18 Ci zrsen'. -.6 Ci lodi.ne-153 Ci iron-~9 C
neptun um-'59 Ci pra seod.zium- '4 1 Ci iodine-155 Ci xenon-1~5 Ci 99E-04 xenon-1~5 C'i <1.09E-04
C TABLE 5 R lD IOACT IVE EFFLUENT RE 1 EASF SE~1 I ANNUAL REPORT 1 1981 )
NINE MILE POINT NUCLLAR STATIO'< <1 SOLID 'hASTE A.'iD IRRADIATED FUEL SIiIPMENTS So! id Waste Sh~~r ed Of.'-S.te .or Burial or Dis osal (Not irradiated fuel)
Est . Tota 1 Tv~e of Waste Unit Jan-.;une (81) Error, Fvaporator Bottom m5 ":.90E 01 2.5E+01 Ci 1.11E- i" Resin or Filter Sludges 2..0E 01 ". 5E+01 Cl 5. 59E+0 Liquid Waste None Ci Dry Compressible Waste or m~ I . o 1 E+0" 2.5E+01 Contaminated Equipment Ci I.OIEi01
- c. Irradiated Components None Ci Estimate ot Ma"or Nuclide Cpm ositio~ by type. of >>aste)
- a. Ev porator Bottoms - Resins - Filter Sludges Cobalt-o0 0 7 5, OE~OI Cesium-l3. 4.0E 01 Cesium-154 5 1.0E+01
- b. Drv Cnmpressible,Waste Varies Same As Above
- c. Irradiated Components Cobalt-00
~1anganese-54 Solid:<aste Dis osition Number of
~Shi menr.s Mode of Trans ortation Destination 36 Truck Chem-Nuclear Systems Barn>>ell, South Carolina Truck U.S. Ecology Hanford, washington B. IRRADIATED FUFL SHIPMENTS <Disposition)
Number ot nhiinnents Mode of Trans ortation Destination None
t I'ABLE 4A BADIOACTIVII EFFLLE. T RELEASE SI:;'ll -ANNUAL REPi;RT;l.>81>
NIKE ~III.E P(3IXT NUCLEAR STATION IIGURS At'A(.'ll 'n'I~D SPEED AiD D[RI:(:T!ON
.january - .tune
1, W
~ ~
~ - ~
x x x x x LEGEND x x x x f'PE')UEHCY OF WIND DlfPI'CT fnl Wf T>>IH l'IHD SPEED CATEGORY BY STABILITY x x x ~, ~
--'JG120x SITE: HIHE NILE UPPER' WltlD SPEED UPPER 200FT AEROVANE WIHD DIRCCT IOH vlf'ER -
TEliPERATURE DIFFERENCE - 200f T Af:ZOVAHE (200-27FT)
NINE NILE LOWERa "WIND SPEED LOWER 'IDPT COP Wf tlD DffECCT IOH LOWER - 30f I DIFFERENCE " (200-27FT) CUl'EMPERATURE ST AS IL I I Y CLASS: I ASOUIL L STAB IL I TY - DE'CCr I b0H
~ ~ >, ' +e' ~ i> ~
CAT f'.CORTES A f XfREf ATELY UtlSTABLE Lf -1.0 B MODERATELY UNSTABLE <<I".B .TO~1:7 NON P
~ O'E P
'- ~ p 0 SL IC!ITLY UNSTABLE -1.6 -1.5 ~
~
C TO D NEUTRAL' -I. 0 TO "0. 5 E SLI"tlTLY STABLE -0.6 TO 1.5 "F C" !10DERATELT ST BLE 1. B TO %; 4 w G EXTREHf.'LY STAb<E GT 4.0 Af. L AL L 5 TAB IL IT IES (I"(I) ALL
( ) ALL WIHD HrA l a'sb 'i ~ stla'44~414. I aak E MIND CLASS: SIX MIHD SPEED CATEGORIES "'SEE"TABLE HEADINGS) MPH~
SIXTEEN WIND DIRECTIOti CATEOORIES 'RZTS DEO'wp
~ % ~
NOTE: TtlE DATA CAPTUPE STATISTICS ARE CIVEH Fdfl EACtf OF THE HIHE J
CALM WINDS ARE LISTED IN THE 0~5 MIND'SPEED CATEGORY.
e P C' ~~ e s ~
~ I C, PAT,
.~ ~ ..- ~
a
t 0
C
H I AGARA MOtlAVK OSWFGO ANBll HT AIR NOHITOR IHG
+i ~ C SITE,. ktlHE NILE urr CR (t)) Dk IA I (R JAN 1 l )kl fflkbudfl HAR 31 1981 JG120ii 4
SrABILITY CLASS - A
~ 1%
X FREQUEMCY (HO. OF OCCURREHCES) OF WlttD DIRECTIOH WITHIH WIHD SPEEU CATEOORT DIR 00-03 0%-07 08-12 SPEED (NPtl) 13-15 -- - 19=23- - =;--~Z l- - --
TOTAL tt 0.0 0) 0.1 i) 0.1 (
( 2) 0.1 ( 2) O.l
- 6) ""
( ( 1) 0.0 ( 0) Q.tj ( 7) ttHE 0.0 0) 0.3 0.1 ( 2) 0.1 'C 2)' '0.0 C" 0)~~"""5.b O.'0 C. 0.6 (* 40)
<" 0)
C C ttt 0.0 0) O.l EttE E
0.0 0.9
(
(
(
0) 0)
0.2 0.2
(
(
(
2) 3)
3) 0.2 (
0.1 (
0.1 (
~i) 1.)
1) 0.1 0.0 (
0.0 (
0) 0)
O.O 0.0 0.0
(
(
(
b) 0)
0)
'.00.0 (
(
0) 0)
0) 0.4 (
0.2 (
7i 0) ri)
"0)~~g. Q.I T'. Z)'
0 2 ESE 0.1 1) 0.1 1) 0.0 0) 0.1 1)" 0.0"( C
- 0. 3"'$ 5)
('41 C C C St'SE 0.1 ( I) 0.2 ( li ) 0.3 ( 0) 0.2 C
- 3) 0.0 ( 0) b.b [ 0) O.h Q.l ( 1) 0.0 ( 0) 0.3 ( 5) 0.0 ( 0) 0.1 ( 2) 0.0 ( 0) 0.5 ( 8)
S SSW 0.0 0.0
(
(
0) 0)
0.0 0.1
(
(
0) 1)
0.2 0.0
( 3)
- 0) 0.0
(
(
ii)
-0)-. 0.'a"(-~),,,
0.0 ( 0)
"b)'
0.0 (
hr~>
0) 0)
0.4 0.1
(
(
7) 1)
SW 0.0 ( 0) 0.0 ( 0) D. 1 ( 1) 0,0 0) O.b ( .1 t 0.1 2)
WSW 0.0 ( 0) 0.0 ( 0) 0.2 3) 0.1 1) 0.0 0) " 0.5 C
( ( ( ( 8) 0.7 ( 12)
W WttW 0.0 O.l
(
(
0) 1)
0.3 O.l
(
C 5)
- 2) "'.'3 '"5)i) 0.2 (
(
0.1 0.2
(
(
" 2)
- 3) .
0.1 i 0
( 1) f~iggPPI."8$
0.9 ( 16) 14)>>
1.6 1.4'
( 27) 25) ttt t HttW 0.1 0.0
(
(
2) 0)
0.1 0.2
(
(
2) 3)
0.3 0.1 (
( 6) 2)
0.2 0.3 6) 0.2 ( 4) '.2 ( 3) 1.4 1.0
(
(
25) 18)
TOTAL 0 3 (
- 6) 2 0 ( 3%)- -
2 5 ( 0r ) - ..1.6 ( 25), (F.T (,13T ~~Z~q. ",Ygj~~lt).'I I 176)
FOR STABILITY CLASS HUNGER OF POSSIBLE HOURLY OGSERVATIOHS> 199 HUNGER OF NISSIHG WIHD OBSERVATIOHS: 23 HUNBER OF CALN tlOURS: 0
~ .. I~M ll % i l40
P HIA%PA ".Ottht,!t',
0" i~EGO :t Bi EN( alR rtONI TOR1tlG SITI'lilttL l11LI: UPPt'R f')) Ithth t 00 JkH I l>hl "Illkbut!II rthk 51 lt)SI JG120>>
57.l,BI[ITY (:LA;0 - II <<~ <<ealh 4 <<
FREQUENCY (HO. OF OCCURRENCES) OF MIND DIRECTIOH MITHIH"MIHD SPEED CA:QDRT .
DIR 00"03'<! -07 DB-12 sPELD (rlPtl) 13-15 ' 19 23 ~ > %
" TOTAL N 0.0 ( 9) 9.0 ( 0) 0.9 ( 0) 9.0 ( 0) 0,0 ( 0) 0.1 ( 1) 0.1 ( 1) 1)"
C"~QT ~~0".9 C~lT) tlNE 0) 0.0 0)
HF E! l E D.D (
0.0 !
6.0 0) 0)
0.0 0.0
(
( n) 0)
0.1 0.0 0.0
(
( Dt 0) 0;0 0'0 0.0
(
(
0) 0)
0)
O'.0 O'0 0.0 C
OSO C O>
0 a'a1
~
(--5>-
C ".. 1)
(
').
( ( ( ( 0) 0.0 ( 0) 0.0 ( 0) 9.0 ( 9) 9) 9) 9.0 9) 0.0 0) 0.9 (
')
E ( 9 9 ( 0) 0.0 0)
(
(""
a)
(
ESE A.O ( 0) 0.0 ( 0) 0.0 ( 0) 0.1 ( "Z) 0:0 'C Q7~~. 0!0 0) O.l Z)
SC 0.0 0.0
( 0) 0.0 ( 9) 0.1 ( 1) 0.0 ( O) O'.O ( OI O'.0 I C
0.1 t IS-SSE ( 0) 0.1 ( 1) 0.0 ( 0) 0.2 ( O.l ( 1) 0.0 D). 0.3 5)
I')
C (
0.0 ( 0) 0.0 ( 0) 0.2 ( 3) 0.1 ( 2) 0.0 ( 0) 0.0 ( 0) 0.3 5)
SSW 0.0 ( 0) 0.0 ( D): 0.3 (
- 5J 0.1 '2) O'.O Y,,~~Q~~~OoO~C.,
(
( QJ .; Q:0 ( 7)
I.l I
~
0.0 ( 0) 0.0 ( 0) 0.1 ( 1) 0.1 ( 1) 0.0 1$ '0.2 ( 3)
WSM 0.0 ( 0) 0.0 ( 0) 0.0 ( 0) 0.1 ( 1) 0.0 ( 0) O.l 1) 0.1 2)
'.4 C (
tt D.n D) 0.'1 1) 0.0 0)
Wt(M 0.0
(
( 0.0
(
( 0) 0.1
(
1)
D 0.1 1 (
( I),
- 1) 9.1 (
. 0.1 "( '...1)~i~
- 1) 0.5 (
0 Z V J) 9.7 0:!t 'C
( lc")
', '7) 0 "
'.0 ~ %J ..
')'.D tPt ( 9) 0.1 ( 1) 0.0 ( 0) ( 3) 0.0 ( 't)$ 6,2 I 3) ttttw TOTA(.
FOR S 0.0 0.0
(
(
ABILITY CLASS 0)
- 0) '.2
- B 0.0 (
(
0)
.J -
0.0 0.7" C
C 0) 12)"
0.0 O.V
(
(
0) 16) 0.1 (
.~o "C~%7~~,
1)
~
C C~97 0)
., 0.1 3"I
(
I" 5%)
1)
HUr1BER OF POSSIBLE HOURLY OBSERVATIOHSt- 66 H ~ ~ I C
tturtBER OF rt'.SSIHG MIND OBSERVATIOHS'- 12 HUr'.BER Of CALrt HOURSt 0 \ Ip 4t ~ % Jl t)~
le > ~ 44 arNlstel ~ ~+ r ~ ~
C NIAGARA t"OttAW~i O.T'iO T(ttt ~IR I Ottl TQRI tG 5I T tiIt'f iiILI UPT'ER -') t D>>4 T DR JA i
~
1 I )kl TtiRGUCN MAR 31 1951 JG120~
STABI(I TY,C(A'~5 - C FRE'<UENCY (ti0. OF OCCURRENCfS) OF WIHD DIPCCTION WITHIN WIHD SPEED CATECORY
" P 1 ( t'.t'l )
DIR DO-03 0%-07 0th- 12 1 3-15 19-23 " >2% TOTAL N 0.0 ( 0) 0 0 ( 0) 9.1 ( I) 9 9 ( 0 0 tt ( o) o.o ( 0) 0.1 ( 1)
H'i f 0) .I 0)"
D.o ( O.D ( 0) 0.9 ( 0) 0 ( I) 0 C 1) 0.0 C 0.1 2) tt i.'NE n.o ( 0) 9.9 ( 0) 9 9 ( o) n .9 ( 0 n .9 ( 0) 0.0 ( 9) 9.0 0) 0.0 ( 0) 0.0 ( 0) 0.0 ( 9) 0 .0 ( 0 ) 0 .0 ( 0) 0.0 C 0) 0.0 ( LI V 0.1 ( 2) 0.0 ( 0) 0.0 ( D) 0 0 ( 0 ) 0 .0 ( .0) 0.0 0) 0 )'
(
ESE D. I ( I) '0. 0 ( 0) 0.0 C 0) '
.0 C* .0 ( . Q)~~ i QQ 0) 0 l ( 1)
SE 0.0 ( 0) 0.0 (
O.D C" 0)
- 0) 0.1 ( 1) 0 .0( 0 ) 0 .0 ( 0) 0.0 0) 0.1 ( 1)
SSE 0.0 ( D) 0.2 3) .I ( 2)
.0 0) 0.1 I) 0.3 6)
'.D 0
r (
~
C C SSTJ SW WSW 0.0 0.0 D.o 0
0.0 0
(
C
(
(
0) 0)
0)
")
0.0 (
0.0 C" 0) 0.0 (
0.0 0.0 (
0) 0)
0) 0)
0.1 0:0 0.0 D.O (
0.1
(
C
(
1) 0)"
0) 0)
8) 0 0
0 0
.1
.0
.o(
.1 (
.2
('
( 2 )
0 I)
)
)
0 0
0 0 (
.0 "C~ Q)~~D:0
.o ( " o)
.0 (
~
0) 0)
'.1 0.0 D.l
(
C
(
(
0) 0)
I)
't) 0 n.'
O.l
(
(
(
(
3) 0)
t) 2)
W WtiW 0.0 0.9
(
C 0
- 0) O.l ( "1) 0.0
(
C 0) 0 0 .1 ( 2
)
)" 0 0
.0 (
(
0) 67'~Q.6 0.5 (
C l I) 0.3 1.1 (
( I<)
20) ti!J ( 0) 0.0 ( 0) O.T ( 1) 9 ( )) 0 .2 ( 0) 0.1 1) 0 1 13>
NNW 0.0 ( 0) 0.1 ( 1) 0.1 ( I) 0 .0 0 ) .1 ( 1)" 0.1 ( 1) 0.2 ( 4)
'Q .7 C 0 TOTAL 0.2 ( 3) O.l ( 2) 0.6 C 10) " 1.0 ( '5) C ~.127: . I'l%" C '5) 4.0 ( 70)
FOP. STABILITY CLASS ttUMDER OF
- C i'OSSI BLE tlOURLY OBSERVATIOtlS t NUilBER OF MISSIHO MIND OBSERVATIOHS:
55 a
~ MkRi ~
IP ~sw+' ~ ~
NUMBER OF CALM HOURS:
" / 4
'p ~V v s ~ i ~ .Aa, g1
l C
4 ttl AGARr'iOtthWK O'>Wf CU Al1B I Etf I AIR NOH I IOR It<G Sl lEf NINE Mll f, LtPf'FR (9) DA l A fOR JAtt I 1981 THROUGtl tfAR 3': 981 JGIZOii STAB IL I I Y Cf.ASS - O FREQUENCY (ttO. OF OCCURRENCES) OF WItlD DIRECTION WITHIN MIND SPEED CATEGC)RY' I P. 00-03 04i-07'PLLO 08 12 (l1f'll) 13 18 '9 23: >Z%
TOTAL lfHF.
tif EHF.
0.0 0.0 Oto Oto
(
(
(
(
0) 0)
0) 0)
0.0 0.1 O.l 0.1 f
(
(
(
0) 1)
2) 1)
0.3 0.1 Otd O.l
(
C
(
C 5) 1)
5) 1)
'.5 0.1 0.1 0.0
(
(
12) 9>
I) 0)
0.1 9
'5"((
0.0 ( '
0.0 (
2) 5>;; g.i "C,:
0)
- 0) '.0 0.0 0.0
(
(
(
0) 0>
0) 0)
'.i
, 1.1 0.5 0.1
(
(
(
19)
(.16) 8)
2)
')
I) f ESE 0.1 0.'0 O.t f
(
(
0)
I)
) 0.5 0.2 0.2
(
C
(
5) 4)
))
0.1 0.1 0.1
(
(
(
2)
I)
'0.0 0.0 0.3 (
(
I 0) 0)
6)
If=A 0.0 (
Q.I 0.1 (
C 0) 2)
2) i 0.0 0"'Z 0.5
(
C I
0) 3)
8) 0.5
." Q.d 1.7.
(
(.:
(
1 8) 1 )
21) 0.0 0.0
')
SSC ( 0) ( 0) 0.4 I 7) 0.5 ( 9) 0.2 I 3) 0.1 ( 2) 1.2 ( 21) r'SW .0.0 ( 0) 0.2 ( 3) 0.5 f 9) 1.1 ( 19) 0.1 ( I) 0.0 ( 0) 1.8 ( 32)
O.l I 1) 0.3 ( '5) O.l ( 2) -
1.1 ( 20) 03~57>.p~~gI " i .'3) ~" "Z. 1 ( 36)
])
~
0.0 ( 0.,"
'.0
')
SW O. I ( ( 3) 0.3 6) 0.5 (
- 11)- " O. 9) 1.6 ( 26)
WSW 0.1 ( 1) 0.1 (
- 1) 0.1 ( 2) 0.8 ( 14) 0.6 ( C -35) 3.7 ( 64) t4 0.0 ( 0) D. I ( 2) 0.4 ( 1) 1.1 ( 19) 0.7 ( 13) 2.4 ( 42) 4.8 83)
WNW 0.0 I ')') O.l I 1) O.l 2) 1.1 ( 19) ' 1;0 Q'bg~~~i~~~>2%)'~3:7
( " dti)
'.0 C C tf'A 0.0 ( 0.1 ( ZJ 0.6 ( 11) 1.7 ( 30) 1.1 ( 19) " 0.4 ( 7) 4i.o ( 69) 0.0 0.2 ( 3) 0.3 5) 1.0 18) 0.3 6) 0)"
';0 1.8 HNW C ( ( ( C ( 32)
TOTAL 0.3 I 5) ('"3%) 3.7 ( 64)'0.5 ( 18Z) 5.5 C .96J: ....7~'33)~29;5 ( 514)
FOR STABILITY CI ASS - D ~ r NUMBER OF POSSIBLE HOURLY OBSERVATIOHSt'76 NUMBER OF MISSING WIHD OBSERVATIONS'"" 162 HUl1BER OF"GALS HOURS>'
.L. Sr-'..>> i ~ .C .L
ti I A~>AP,A NTJttAWTK O WEGO At)DIE!tT A IP. NOttl TORING SITE= hlttE NILF UPPER (9)- DaTA roe JAtt i 1)hi TllAOUGtI NAR 5 I 19di JG120~
STABILitY (1ASE - R FREQUENCY (ttO. OF OCCURPFNCES) OF WIHD DIRECTIDH WITHIN WIHD SPEED CATEGORY DIR 00-03 0%-07 Od-lz SPEED CNPtt) 13-1S '9=23 "">24 " TOTAL tt ttNF.
t ~
ENE
~
O.n 0.0
(. I 0.1 c
(
(
(
0)
"0)
I)
I) o.l 0.1 0
0.2 I
c
(
C
(
I)
I)
I) t9) n.z 0.2 0.3 0.3
(
(
(
(
3) 3)
6) 5)
0.6 0.7 0
0.0
(
(
(
lo) 127 3) 0)
')
O.l D.D' 0.1 t 0.0
(
(
I) 07~:.D".0"I lf 0) 0.0 (
d.d 0.0
(
(
.0 0
o
);
)
0 )
0.9 0'.9 0.6
(
(
(
15)
Itm)
)2) 10)
'.42.9 C
E ESE 5
SSE 0.2 0.0 0.1 0.1 0.<<
(
(
(
(
(
3) 0)
I) 2)
f~ )
0.3 0.2
- 6) 2 C
(
02((9)od n.3 c
(
5) 3)
5)
'i) 0.0 0.5 o.'6 I. I C
(
(
(
(
0) 7)
II) 14) 20)
O.l 1.5 2.'i l.d C
(
(
(
I) 4)0) 26)
-r:Z 0.0 D
l.
1.1 o.z
~ S C
'(
(
(
(
..d'7~00.0 a
20) 0)
I 4)
)
>l~.D.D
'.l 1 1.'i o.3
(
I
(
(
(
~:D
.1 20 e
),:
0 )
'.9 0."
I.g'
~.e
(
(
(
(
(
.'28 ll3) de) so)
')
SSW O.D ( D) 0.1 ( 2) 0.4 ( 7) '. 32) .- T f t9%)
O.l ( 2) 0.3 C 6) O.I ll) " '.% ( 0) O.S C lt6) "" 0.6 ( lo ) 3.6 e~)
0.1 ( 1) 0.1 2)
'.6 (" '.6l.o O.d ( 14i) ( 7) 0.1 1.0 2.S WSW ( ( ( 17 ) %3)
W 0.0 ( 0) O.l C 2) 0 ( ') 0.3 ( 6) 9 ) ( 5), 1.5 ( 26 )
(
( eiz)
WNW 0.0 ( 0) 0.1 ( '2)" 7) ( 16) . 0.9 1: w 1;(I.(.('.'17 ...'3. 0 t');,'. 52 )
t(W 0.1 ( I) O.l C .")
1)" O.s ( 7) c 17) 0.5 s) 0.3 C 5 ) 6 C
('60 )
ttttW 0.0 0) 0.1 0.3 ( 6) 0.9 16) 0.6 10) 0.1 ( 2.0 34)
'.6
( C ( ( 1 ) (
TOTAl 5.9 ( 16) ( 65) " 7.6 ( '25) "" 16.9'('259) '.5~115),r~ ~r,.( 125) 59.6 ( 659)
FOR STABILITY CLASS - E r
ttUtTDER OF POSSIBLE HOURLY OBSERVATIONS t 826 6 rra 4 ~ 0444@46 ar r N6 i ' t5r
~ tt 5 NUNBER OF NISSING WIHD OBSERVATIONSt 137 NUNBER OF CALN HOURS: 0 7hh
A Ac 4 R h
~
H I N 9) t I a w f.
e,:trGD a.".GIEoit AIR Nohl DR I'l~ ~ +
5' E" 'ilHE NILE "Pt'ER (9) Da t A FOR ahH I 9dl THROUGH 1 NAR 31 1981 JGIZOx SIABIL I TV CLASS - F FREQUENCY (HO. OF OCCURREHCES) OF I'IND DIRECTION WITHIN MIIIU SPEEII CATEGORY
' " SPEED13-18 (Nf'H) " "
DIR 00"03 04-07 08-12 I9-23 >24 TOTAL ii HHE Oi e o.o 0.1 9.I
(
(
1)
I) 9.9 (. 9) 0.0 (
Q.I (
0)
Zt
. ~
' 9 9
.9 (
.0 (
.9 (
9) 0)
Q) 9 0
0
.O(O)'OO'(.,9)~~
.0
,I
(
(
9)
I)
P.o O.l
(
(
0)
I) 0.0 O.O
(
t
(
.))0)0) O.p 0.1 0.3
(
(
(
')
0) 5)
'i EHE 0.0 ( 0) 0.2 ( (9) 0 .2 C 3) .1 ( 1) 0.0 ( 0) 0.0 0) 0.5 ( 8) 0.9 ( 0) Q.l ( 2) .2 3)",' .9 9) 9.9 0) 0.0 (
C
- 9) 9.3 0.2 ( '3) "
9 ( 0 ( ( S)
ESE 0 . 1 0.9 (
( "'1 )
- 0) 3) 0
.2 C'""7) 3)
. ( I) ~O:4 t 97.~ .-. (I:4 "9 . (I) .' (
(1.7 ( 12)
SSE 0.1 (, 1), 0.1 (
(
1) 0 0 3
(
( 5) 0
.5 (
12) 97 O.3 0.3 C 5) 5)
" " O.O 0.0
(
0) 1.3 1.2
( 23) 21) ll" '0 .I
~ 0 ( (
0.1 ( I) 0.0 ( " 9) ( 5) .9 ( .16) 0.0 0) 0.0 (
C
(- - 6r'-'.0-.(I-Z~r=;~;ai()".C 9 3 9 ( 0) I 22)
SSW 0.1 ( 1) 0.1 ( C" 2) . 0 : 3 ..-'0}--.- 0.6 3 (
10)
'A 9.1 ( 2) .3 (
(
I,O ( I))
9 ( Oj)
"2) 9 5)"'"
- 5) 9 .2 ( 3) 0.2 ( 3) 0.0 ( 0)
WSW W
WH)vt ti!I 0.0 9.0. (
0.0 (
O.I (
C 0) 0)
0)
I) 0.1 0.?
0.1 0.0
(
(
(
(
~i) 27 0)
'0) 0 .3 (
0 :0 (
o ~
0 .0 I"(
(
C" 0) 1)
0)"--- 0 .I 0) 0 0
.1
.0 0 . 0 0
C
(
(
(
1) 0)
- s 0.1 0.0 O.l C
"07~.~VT(t~(t~&(t~":.
(
(
1) 0)
2)
"0.0 O.I 0.0 C
(
(
0)
I) 17 0)
~"= 0.5 (
0.3 (
O'.
0.2 (
9) 5)
')
(~ ~)
(4)
HHW TOTAL FOR 0.0 (
0.5 (
STABILITY CLASS 0) 9)
- F 0
I
~
~
0 6
C
( "ZBJ 0 : 0 Z.Z ( 39) " Z 9
.0
~
C
(
0)
Sl'7 ~ 0:0 e V.
C 0)'
~7T~~I)o~l 0.0 C 0) 7 0.0 C 8.1 ( Iot7)
HUNGER OF POSSIBLE HOURLY OBSERVATIOHS> 163 HUNGER OF NISSIHG WIHD OBSERVATIOHS-'6 HUNGER OF CALN HOURS' IIXI--.W!-
+ @pi<
e
NIAGAP.A MOHAWK OSWECO Ar"-0IENT AIR MONITORING r
SITE- NINE IILE UPT'ER (9) DA TA FOR JAN 1 1961 THROUGH t1AR 31 1961 JGI20<
STABILITY CLASS - G FREQUENCY (NO.'F OCCURREHCES) OF WIHO DIRECTIOH WITHIN WIND "SPEED, CATEGORY DIR 00-03 04-07 " """ 05=12 SPEE D (t1PH) 13-1S "I'J~Z3 2%
" TOTAL N
NNE O.o a'.0 0.0
(
C 0) 0)
0) 0.0 0.1 O.o c b?
1) 0)
o.a o.l
(
(
- o) 0?
1)
- " O.o a.o o.l c
(
0)
QJ 1) o.o D.a O.l
(
(
o)
(..DT".. .g'Z 2) o.o 0.1 (
c 6
o)
'3) z?
'.2 o.o 0.3 c o )
)
'b'.e'r')
( ( ( ( ( 6 ?
ENE G.l ( 2) 0.1 ( 1) 0.1 ( 1) 0.0 ( 0? 0.0 ( 0) 0.0 ( 0) 0.2 ( )
0.1
(.
( I) 0.2 ( 3) o.b ( lo) 0.0 0)
'.o 0 0 S~b)"
( 0)
..~
'b6 0 ( 0) 0 5 ( 14 )
" I)
'.0 E C ESE 0.0 0) 0.1 ( 0.3 ( 6) "
D.a C 'DJ 0;U ~
. 1) 0:$ $ . 7) 5L'SE 0.0 O.l ( 1) 0.0 0.1
(
(
0) 1)
I)J'.O 0 5 (
0.1 (
8) 2)
b ar5 2 (
C 4)
B)
(
C 0)
" 0.0 c C"
0?
0)
" O.v 0.7 c
C 12 )
12 )
5 SSW 0.1 o.a
(
(
2) 0)
0.1 0.1
(
( '1) 0 .
- 0. 1 1 (
(
1.?
Z) o .
0: 2 1 ( 1) 3J~ 0ia;
~
0.0 ( 0)
~
.,~
O.o
..- ~0.3
( 0) 0)
0.3 C
(
S )
6 )
SW WSW 0.1 0.0
( 1') 0.1 G.l
( 2)
I) 0 . 1 (
0 . I (
2 )
I) " 0 .2 0 . 0 c 0)
'.0 o.o C 0) 0.0 t 0?
0)
' o.s 0.1
(
C
?
2 )
W 0.1
('" 1)I)
( n.o ( 0) 0 . I ( 2 )
= "0 . 0 0 . 0 ( 0? O.O ( .0) O.O ( 0) 0.2
'.1
?
C WNW 0.1 "0 1 ( 1) 0 . 1 ( 1 ) . "'.'b'C )
NW 0.1 ( 1) 0.1 ( 1) 0 . 1 ( ) o, o ( ei a o.2 NNW D.l 1) 0.0 D 0 . 0 C 1
0 ) 0 . 0 ( 0) 0.0 C
0) 0.0 C 0) c C 1
?
)
TOTAL
" 0.6 C" ll) "'.B ( l'lT" " Z.Z C 3B)
" 1=.I C 'ZDJ T,Q.'1 t ZFQ~O,~."... 5J~='5':2, C.. 90)
FOR STABILITY CLASS " 0 r ~
NUMBER OF POSSIBLE HOURLY OBSERVATIONS'07 C ) ~
OF MISSING WIHD OBSERVATIONS'7 'UT1BER HUTTBER OF CALO'OURS' Z ~ ak'I ~
F~'7j r
1
t, C
ui>eAaa I OnaN OS~EGO At1BI EH) AIR ttOttI tOR IttG SITE Hlt(E t11LK UPPER (5) f)kfA fOR Jhtt 1 1981 Ti(ROUGH t1Ak 31 1981 JG120 1$
".TA5fi.l>t Cl.HE = Al.L FREQUENCY (HO. OF OCCURREHCES) OF WIND DIRECT lat(-WITHIH MIHD SPEED:"CATKGORT SPEED (t1PH)
DIR OO-O3 04-07 08-12 13-' 8
. 19=23 . 'TOTAL tt NHE 0
0.1 0.1 0
(1J""05
(
(
0) 2)
0.2 0
(
(
(
')3) 7)
0.5 0.4 0.9
(
(
(
1l) 7)
Is) 1.4
" 1.4 0.4
(
(
(
24) 24)
J) 0.2 0.3 0.2
(
g.,
( ') 4) 67~~.,
P.l 0".Z (
b.i
(
t I) tt) 2>
2 2.9 1.2 5 (
(
(
43) 51):
EHE 0.2 ( 3)
'.7 0.7 ( 13) ( 11) 0.1 1) 0.0 0) 0.0 sb)'.6
( ( ( 0) 1.5 ( 28) 0.5 " 8) 1,0 le) 0.9 ( 15) O.l ( I) 0.0 0) 0.0 0) " ' 42)
ESE 0.2 0.2
( 3) ( 12) 1.4 ( 24) 0 '
t.3
( ll) ". 0;6
(
('1(fJ, ~~ P;3 (
(
- 6) " "'3.6
'b.6 ( 66)
(
(
3)
') '.3 5) 0.7 0.4 (
( 15) 7)
1.8 2.1
(
(
31)
- 36) 3.3 t
(
'J5) 57) 1.6 1.8 t
( 31)'.30.3 2h) l.t) t
(
23) 3)
9.1
(
(
ltt,5) 159)
(
7) 2)
0.5 0.6 o.J
(
(
(
8) 10) 13) 6)
2 4 1.4 (
( 42) 4.9 ( 86)
'- i:o <'"III==l.5'I:*tEI 0 3 ( 5)
'~)zI ( 6) 8,') ( 154)
(
'.5 25) l.% 25) 0.8 WSW ( ( ( 14) 3.6 ( 62) 7.7 ( 134)
W
- O.I ( I) 0.8 14) 1.0 ( 17) 1.8 31) 1.1 5.9 I)3)
'l)
( ( 20) 10.7 vr." l. J, 35~~&f. ( 185)
'.5 '.3
( (
0.1 0 "(
wttw 2) 17 . 2'.0 X.,
ttw 0.3 5) 0.5 ( 4$ 1.6 ( 28) 3.5 ( 2.2 5.4 NHW 0.1 ( 1) ( 8) 0.8 ( 14) '2.3 40K 22)"
'" 55$ , ( 163)
( ( 0.3 5) 5.2 ( 90)
TOTAL 2. 9 ( 50 7' 9.2 ( 160) " "19 3 ( 335)
~ 33 ~ 0 ( 57(i ~:l%,5 ( 75TP~Z~~3$ W . 10Q'0 (17% J" OR STABILITY CLASS ALL HUt1BER OF POSSIBI.E HOURLY OBSERVATIOHSt 21Z5 ~ ' ~- ( ~ ~ a 'Li a~ s ski)..ik ~ 'I les e4 ~ ~ > ~
HUt1BER OF t1ISSIHO WIND OBSERVATIOHS'85 7 HUt1BER OF CALt1 HOURS: '
~ >> ~
C 4a O'@Ca 4 p .) ~= ~ 'il 4t ~
s ~a' '
, ~ ~ ~ ~ s ~
I'a - Ae P. ~
~
w ~~
~ ~
4 I A Gh RA PIOIIAMK AxorrttT AIR ~Ottl TORIttC
'SWCro SITE HIHE I'ILE UPPER (9) DATA t'OR . JAB 1 1081 IIlR60611 HA% 31 1981 JG120'0
". f RfoUEHcv (tto. or occURREHCEs) OF Mt)ID DIRf'CTIDH LlITIIIH Lllttb si EE5 CAth('okv
'I DIR 00-03 0&i-07 08-12 SPEED (MPH) 13-18 15-28
'" 04 9
totAL v ~ <<
3)'.6
~ ~ ~ ~
(- 4) .. D.l (' 1)
N tlttf:
ttE EttF E
0.0 0.1 0.1 0.2 0.5
(
(
(
(
(
0) 1)
2) 3)
8) 0.2 0.5 0
0.8 1.0 4
(
(
(
(
(
'))
7) 15) 18) 0.8 0.9 0.6 0 8 (
(
(
(
(
11) 1&i) 16) ll) 15) 1 0.4 0.1 (
0.1 (
(
(
(
24) 24) 7)
1) 1)
D.Z 0.3 (
0.2 (
0.0 (
"-0:0 '(
6) 4)
0)
'.1'ia 07 ~,
0.2 (
0.0 (
(
(""
~0) 2)
- 0) "
0)
"2:4 (
3.3 ( 58) 2.1 ( 38) 1.7 ( 30)
Z.4 ( %2) 43)
ESI F Sf 0.2 0.2
(
(
4) 4)
0.7 0.8
(
(
12) 15) 1.~0 1.8
(
(
2&i) 32) 0.7 (
(
12) 77) o.6 (
1.& ( 28) ll) o.3 (
1.9 ( 33)
- 6) 3.9 c 69) 10.7 ( 189)
SSF S
SSIW SW 0.3 0.4 0.1 0.3 0.1
(
(
(
(
5) 7)
2) 5)
2-)
O.'i 0.5 0.6 0.7 0.3
(
(
(
(
7) 8)
10) 13) 6)
2.1 Z.4 1.0 1.3
(
(
37) 42) 18) 23) 25) 3.2 (
"" 4;9 (<< 8&)
3.6 ( 63) 1.9 ( 33) 57) 1.4 ( " 25)
" 1.8 ( 31) a-.3-(-. s)~;;-~-0:3-c 0.5 (
1.5 (
0.8 ( 14) 26)'.2 81 '.2 1.3 -( 23)
(')
t 22) s)- "8.7 9.0 ( 160) 5<<9 6.9
(<<154)--
( 10~9)
( 122)
NSW (
" 1.9'0 3.5 ( 62) 3'i)
W 0.1 O.l
( 1) 0.8 0.6
(
( 14) "- 1.2 (
( '21) 1;8 ( 31) 1 ~ T 1, $ 0t,tv, 0t'g j 23) 9,3 103 f'I0f 7.6 (
I 901 ttW Httll a.'3 0.1
(
(
(
2) 5)
2) o.5 0.5
(
(
(
11)
- 8) -
8) 1.1 I'.6 0.8
(
(
(
19) 29) 15) 2.0 2.3
(
(
35) 61) 000) 2.1 1.3
(
(
38)'.3"
- 23) 0.3 5) 5.3 I
( 16%)
( 93)
TOTAL 3.0 ( 53) 9.3 ( I&~i) 19.9 ( 352) 32.6 ( 577) 14.6 t 203'0.f ( 3643
" 335.5 f 176)3 FoR AL L WIHD CATEGORIES
~ i<< 'Dvi. JI a 4 HUt lb r. R Or POSSISLE IIOURLV OSSERVATIOHS: 21 60 IIUttftER OF NISSIHG WIHD OBSERQATIDHSi 3 91 HUNft F. R OF CALM HOURS:
~, Idv'J, ~ << / y
~o ~ y<<<<it <<<<Pr y ~ ~ ~ v I il ~ << I~ I<< '
9
r r
4,'a4 6 <<,ee ~ ~ eat r Aa ~
P
~ r ~ ~ ~ t a a,r ) ~ sea, tt x tt L EQEti P tt tt '0 tt
- rREQUEHCY Or ulHD DlREcrlo.t wrrttltt wrttD SPEED CATEGORY BY STABILITY ~ a s ~ ~ Wse41 t ira ~ .
JGI20tt SITEt NINE MILE UPPERS MltiD SPEED UPPER MItlD DIRECT IOti UPPER
'00FT
- 200FT AEROVANE AEROVAflE" TEMPERATURE DIFFEREHCE -'200-27FT)
WIND DIRCCT IOtt LOLJCR - 50f T CUP
...,.;..::-: ...a...: .
TEMPERATURE DIFFEREtiCE "'200-27FT)
STABILITY CLAS:: PASOUILL SrABILITY CATEGORIES - DLGC/looH A E'(r REMLLY UHSTABLE L r "1. )
B MODERAlE(.Y UtlSTABLE -1.B TO 1.7 <<r ~a C SL IGIITLY UHSTABLE "1.6 TO -la5 seaAea. ~ ~ r a D NEUTRAL -1.% TO -0.5 SLIGtirLY STABLE -0.4 1.5 E
F MODERATELY STABLE EXTRrHELY .S(ABLE
'a6 TO TO 1.0
~i. 0 J"a has >~'. ' ~
G Gr ALL ALL STABILITIES (A-G) ALL
( ) ALL WltiD HrA s ~
MIND CLASS: SIX MIND SPEED CATEGORIES " (SEE TABLE HEADINGS) MPH r -. ~
SIXTEEN MIND DIRECTION CATEGORIES ""22.5 DEG tiOTE: rllE DATA CAPTURE STATISTICS ARE GIVEH FOR EACH OF THE HINE CATEGORIES LISTED 'ABOVEe
- s.t "<~vah~"
CALM MINDS ARE LISTED IH THE'0-3 MIHD SPEED CATEGORY..
- ~es.-"... "Kti.Zcae. r..~a.sr. ~ ~
r ~ << >> ~ y
~r <<A a 'N Aa% se
~ ~ s ~ se ~ s ~
~e
~
a ~ ~ .a.ra ~ ..'. e .~J'
~ '0 g ~
HfAGARA MptfhtJt(
OSWEGO AMBIENT AIR MONITORIttG SITE-'HIHE MllE' 0-CUP (9) . DATA fOR JAH 1 19' TffkOUCH MAR 31 19dl Y
JG120)a STABILITY CLASS - A FREQUENCY (HO: OF'CCURRENCES) OF MIND DIRECT IOH WITHIN MIND SPEED CATEGORY,-%
DIR 00-03 04"07" OB 12
'4 SP El D 13 10, (MPll )
'19 23 ~ . 72% TOTAL H
NNE HF 0.?
O.l 0.1
(
(
OZ(3)1)
(
4) 2)
1) 04 0
0.3 2
(
C
(
7) at)
" 5) "
" 0 0 .1 0 .0 C
C
(
d) 2)
0) 0 .o "0 . 0
.0
(
(
') 0)
'0) .
o.o 0% 0 0.0
(
C o)
D)~.
0) o.o O'. 0 0.0
( o)
Q )
1.0
" 0.4 0.3
(
(
19)
B) 6)
'f')'
0 ( ( (
o) - -
KNE C.
ES F.
0.1 0.1 O.l
(
( 1) 1)
0.1 0.1 OZ(3) 0.5
(
(
C')
1) 1)
1) 0 .0 0 .0 "Q .1'(
.2 (
C C
0)"
0)
- 2) .
'0)
- o 0 .0 0 :0 "C 0 .1 I c
( 0)
" 'OX~
';0 o.o 0.0
" Q.OYC, c
(
o) 0)
QT ~'P.o
" O.O O.n 0.0 c
(
C o) 0)
"Q) 0.2 0.1 0.3 o'.e
(
(
C
')
'5) 4)
")
')
( 1) "
- 3) "'"
Sf'5E ( 0 O.C O) (
.2 ("
C C 0.1 2) 0.3 *
(')
( 0) 0.0 i') 0.5 0.0 0 0 ~ 0 ( ( ( 0) ( 10)
- 0) 0.2 3) 5 SSW 0.0
(
( 0)Z
(
C 3) ' 0
~
0 .1 (
"1)~0
- 1) 0 .0
- o ("~)
( 0)
') ~0:0-.("~~%..0.0 ( 0)
.o'c ', o) '"" 0!0:
0.0 (
c--.o) 0) 0.2
( 4) 0)'.2 C
0 0.1 0.. )
-"0 .0 0) 0 :o o'.o SW 1JSlJ 1
0 . 0 C
(
1 0') 0.1 C" 1) 0.2 ( 4)
'" .0 0 .0
(
C 0) 0)
0 .I
.0 c
(
" 1) 0)
' 0.0 0.3
(
c
(
o>
- 4) '.3 O.l C
(
1) 6)
W 0 . 1 ( 2
"(I)
)
(~Z) Y~' 0 iZ-r (
-3) "-
0 ( ( 6)
OT~ 0.5 ( 9) 1.1 ( " ?1)
WNW lttl 0;2 0.3 Q.Z (
C C 5)
'3) --
0
'.3
~P 01
- 4. C
'h .1 (
v) =. 0 3""(" " 5) 2)
.0 0
.1(
.5
.O-C-- 10)
C 2)
. 0'-0 0.2
(;';
(
--O) 3) 007 0.2 C~'3)
C 3)
( 24)
C 2B)
NNW o Q) O.'O O.'0 0.6 l5)
('1~1 c ~ 0 C C O) (
)O(51 1.6 ( 307 . 3.2" ~ 0,( '317 0.7' l%) 0".0 ( . 977%.,(7Y~( 29) 9.Z ( 17%)
FOR STABILITY CLASS = A NUMBER OF POSSIBLE HOURLY OBSERVATIONS: ~ e w ~ ~
.I) 641 t.
199'Ut1OER OF MISSINO WINO OOSERVAT TONS 3 25 NUMBER OF CALM HOURS3 1 A 0 ~ o>> ~
\ ~
t 1 ad% '
~
C NIAGARA MOHAWK OSWEGO AMBIENT AIR MOHITORIHG SITf: Hlhf MILE LO-CUP t9) DATa rOV JAH I"108I THiOUCf3 HAR SI 19SI V~ JG120~
STABILITY CLASS - B X FREQUENCY CNO. DF OCCURRENCES) OF NIHD DIRECTION WITHIN WIND"SPEWED.
CATEGORY'IR 00-03 " " " 04-07 08 12 " 13-15 "SPEED (MPH)""
l9 23,,;, >2% -' = T'.)TAL" N
HNE Hf ENE 0.0 0.0 0.0 0.0
(
(
(
(
0) 0)
0) 0)
0 0
0 0
.0 (
.1 C
.0 (
.0 C
=
0)
I)"
0) 0)
0.1 0.0 0.0 0.0
(
C
(
C 0)""'.
1) 0)
0) 0.
0.
0 0
0 Q. 0
(
C
(
C
" 0) 0)
0) 0)
" 0,0 0.0 t Q.Q
( 0)
D'0"'C~io)~~-,.D:V" 0)
- 0) '.Q 0.0 0.()
(
C r.
0) 0)
0) 0)
0.1 D.l.(
0.0 0.0
(
't'))
(
') 1) 0)
')
C 0.1 1) .0 ( 0) 0.0 C
- 0) 0. 0) 0.0 (
')
( 0 ( 0 ( 0) 0.0 0) 0.1
" 2)" ( ( 1)
ESE SE 0.0 0.0
(
(
0) 0)
0 0
.1 (
.0 (
1) 0)
0.1 0.0
(
0) 0:
0.
0 C
(
- 0) 0 o'00 C'QD)~V t 0)"" 0'0V C p )
r ~
0.2 C ~ 3) 55E 0.0 0) .0
( 0
' 0) O.o (
- 0) 0.2 3) 0. 0)
(
"'0 ( 0 Q.Q 0) 0.0 0) 0.2 3)
Q C C C ( (
5 0.0 ( 0) 0 .1 ( 2) 0.2 4) 0. 0) 0.0 0) 0.0 SSW 0.0 0) p .1(. 2)
(
( '0) " 0.
0 (
( "0) (
C~)~407 D.t).t " 55 "0
- 0) 0.3 ( 6)
'.0o.l C 0 Alp 0.0 ( 0) 0 .1 ( 2) 0.2 ( 4) 0. ( Oi 0 D) 0 1
~ ( 2)
WSW 0.0 0) 0 .0 0) 0.0 0) 0
- 0) - 0) . O.O 0) 0.3 ( 6)
C C ( Q. 0 C 0.1 ( 0.1 ( 1)
I)
C 1)')
W 0.0 ( 0) 0 .1 ( 0.1 ( 1) 0. I ( 2) ( 2) o.2 t 0.5 10)
WNW 0.0 '"
0 :1 Ia-- . 0'.1
( 1) '0, 0L ('",. 0)>'~ 072 ) m~~
(
C'0) o) -
C D)') C ~
0.0 sS
.1 2) 0.3 5) 0.
HW ( 0 ( (
'-o)-. 0) .5 10)
'.7 -'0'.0 (
NHW 0.0 ( D) 0 .1 ( 1) 0 ' ( S) "0. 0 c o.'o C-- 0) 0.3 6)
~~0 (
c TOTAL 0.1 ( 1) ( 13)" :4 (' 26) O'Z'- .%~g ~
~8~+@'VT'~y .~-.9J ~ -~3 2 $ .
" \
60)'OR STABILITY CLASS B
( 'W ~ ~ 6 '0
- NUMBER OF POSSIBLE HOURLY OBSERVATIONS dd v~ i'> '
~
NUMBER OF MISSINO WIND OBSERVATIONS' NUMBER OP GALS HOURS< ~ " 1 "r~~CiL's
~ -
. ~,(@i& Zl P
~
.. A >
4 e
c' Q I l I'P g L<<+g kk <<<<
0:!iCGO t;kb,<<LHT A! R 09HI TOk'I<<kG
~ ~ ~ ~
SITE'HlhE BILE 1.0 'L<<P (')) DATA FOR JHOW ! lhhl THRr)UCH BAR 31 19bl JG129 <<<<
STABILITY CLASS - C FREQUENCY (HO. OF OCCURREk<<CES) OF MIHD DIRE<<.TIOH MITHIH MIND SPEED 'CATEGORY SPEED (k"PH)
DIR 00-03 0<<<<-07 ob-1Z " 13-)b '
l9-25 ; . ~2% TOTAL kk kk!k E 3.0 0.0
(
c 0)
- 9)
- 0.9 9:1 (
- 0) ---
-'zv 0.
a'.
1 I
( 2) 1)
0 .0 0 .O
(
C. 0) 0) - 0:0-C 0.0 ( 0)
-Q ,.-. 0.0 Q-.Q
(
C .W)
- 0) ').1 0.2
( '<<)
0.9 ( 0) 9.9 ( 0) O. 0 ( 9) 9 .0 ( 9) 0.0 ( 6 k).0 . 0> e.e 0)
EkkE O.l ( 1) 0.0 ( 0) 0. 0 ( 0) 0 .0 ( 0) 0.3 ( 0) 0.0 0) 0.1 ( 1)
O.l ESE r.
9.1
'0.0 0.9
<<)
0) 0.9 (
0.1 (
O.I t lj-
- 9) o.
0 0
(
(
9) 0)
0) 9 .9 0 .0 9 .9
(
C,D)
(
'"0)
- 9) '" "., 0.0"( 0.0 6.0 (
(
" 0) 9)
D)~~ ""U<<<<k O.o o.o
(
(
9) 0)'...'.1 o) e.l
(
("
1) 2)
)
~-'.'6 p ( 0> 0 (
0.0 0.0 0) 0.2 SSE
<<'SW 0.1 9.3
(
(
1) 9)
0.1 (
9 2 (
1)
)) '.
0.
o.
1 1
(
C 2) k)
I) 9 .0 0 (
(
(". 0) 0)
- 0) 0.9
(
(
(~
0) 0)
- 0) ~~Q.Q ( .6 0.0 C
(
0),,
Ok 0.2
(
(
.')
<<i)
~ )
r<<k WSW 0.0 O.o 0.0
(
(
(
0) 0)
0) 0.0 0.0 0.1
(
(
(
0) 6)
2) 0.
0.
1 0 (
0) 0.)
0 :0
' .0 :0
.1 (
c
'1) n)
'.0 0:Q c
(
nx 0)
I)
'.10.3 t
(
1) 6)
'.2
-es"-'"6'.6 . P.
9.5 1 (
( 0)
W
'Wkk<<A N!A 9.0
( Ok 0) 6)
0.1 0.1' 0.0 (
( k)
Z) e)
0, 0
e.
~ 1'(
5
(
(
k) 2). '4 9 .k (
0 ~ Z (
k)
."5 ~g~..
0..1
(
~
'('), .,<< .. ~,
C
. Q.
'0%
HkkW 0.1 1) 0.1 ( 1) 0. 2 3) 0 .2 < 33 0.0 ":."QB (', 0) b)
TOTAl. 0.2 ( ~)'.S'( l5) ' 1:2 ( 22) "~1 FOR STABILITY CLASS = C' '<< ' <<
NUHBER DF POS5IBLE HOURLY OB5ERVATIOHSk 'B ~ ov4 ok,
)why<<<<<<l.', ~ ~ wL> 1 ~ r ~
NUNBER OF NISSIHG WIND OBSERVATIONS' NUl18ER OF CALN HOURS' " " "D .E, LA%j .~
k i.' <<(,
~
A~
)
~ .0 ~ v k l<i r 4 ~
iop
~
- 0 s = ~ ~ ~ ~
NIAGARA MO))AWK OSWEGO AMB I Etl I A IR MOHI TOR IHG r vw-51)E: HIHE MILE LO-CUP (9) DATA FOR JAtl 1 19dl THROUGtl MAR 31 19d)
*------ ~" .- JGI "0<
I IY CLASS - 0
'TABIL X FREQUENCY (HO. OF OCCURREHCES) OF WIHD DIRECTIOH WITHIH WIND 'SPEE~ATEGORT DIR 00-03 04-07 08-12 SPEED. (MPH) 13-IS 19-23 ":"='2% '" TOTAL Il HHE tlE EHE E
ESE 0.)
O.l n.o 0.1 0.2 0.3
(
(
(
(
(
(
))
2) 0)
1) 3)
5)
O.d (
0.3 0.1 0.2 0
6'5
~
4 C
(
(
c
'2 (
25)
)6) 6)
1) 4)
"4)
D.Z 0.1 (
6.0 (
0.0 (
0.0 0.2 (
C c 3)
I) 0)
0)
" 3)'"""
0)
'" 0.
0.
n.
0.
0.
0 0
0
(
C
(
0),
0) o)
0.0 0:0 0.0 C
(
(
0) 0)';.g' 0) 0.0 (
0 "C 0.0 c 0) 0)
0) 0)
0) 0)"
).5 1.0 0.3 0.1
'.0 0.4 c
(
(
C 30) 19) 6)
2) 7)
C',"I 9 }
O.I ( 1) ( 9,) 6.1 c (t. 0) 0.7 )4) 0.2 0.3 " c
- 0) Oi4 ( 7) 6)
'.0 55E ( 0. I ( 2) 0.0 0) 0.0 0) 1.0 19)
') ""'.0 ( (
C C
5 0.1 ( 2) 0.9 ( 17) 1.0 ( 19) """ 0. 0 ( 0) 0.0 0) 0.0 0) 2.0 dd)
SSW 0.2 0.1 C 3) 2)
0.4 Oi3
( d)"
6) 0.4 1.0 (
d)
Ie)
- 0. 0 C
- 8) 0.0 C
C 07~
0)
V;0 C
0)
C
( 19)
SW ( ( 4 ( c 0.1 c 2) 1.9 3e)
WSW 02 t 4) 0.3 ( 6) 1.5 (
n.'9)
- 1. I 21) 0.4 8) 0.4 7). 4. 0 75)
": 6.l (
C C W 0.1 ( 2) 0.3 ( 6) )io 19) " " 2. ) ( 39) ).5 2d) 1.Z C
- 2) 6.1 c ( 2 ( 116) 1).
C lltlW 0.0 ( 0) '0. 1 ( 1'6 30) Z. 4 ( 45) 1 1 (~20 J.:">~ 10'C 1 5) 114) ttW 0.1 ( 2) 0.4 ( 7) ('.2
( 42) 1. d ( 34) " O.Z dd)
I;1 ( " 20)
C 3$ O.O HHW 0.2 ( 3) 0 ' ( 17) ( I) 0.0 0) 0.0 C
- 0) 2.2 41)
'.5 C C TOTAL 1.9 ( 35)'" ( 141)', 10.6 ('OO) ~ 'd. ("15??:- .. 3T1 'T~F9Pp'~~iZ 5L ~ r 9) =" 34.1 ( 643)
FOR STABILITY CLASS D /VAN HUMBER OF POSSIBLE NOURLT OBSERVATIONS<
NUMBER OF f1ISSING WIND OBSERVATIONS' 676 "33
- t. a ..", s-w . 'G.is( ~ ~<$ ~ A i';. 8 '
NUMBER OF CAL!1"HOURS> ~~ I, r ~ . i( 'i a a 8 At0 I '.I'a i
fA ~ P W ~ ~ ~
~ ~ ~ .5 .a 4 i)4 Ae.~ir.
NIAGARA teOTIAWK OSWEGO At18 I EN I A1R tTQtf I TORItlG SITE'tl tlat NILE LO-Clear (9) DAIL f'R JAil 1 1)H fftRnUCil HAR 31 1981 00 JG1201 STABILITY CLASS - E FREtIUENCY (NQ, QF OCCURREHCES) OF WIHO DIRECTION WITHIN MIND SI'EED TrATKODRY DIR DO-03 04-07 " 05 I Z Sl Er.D (V,rfl>
1 3 15
=
"19+Z3 ~~~ ~ e0 r. ~2% TOTAL H 0.3 ( 5) 0.2 ( 3) 0.2 ( 4) 0.0 ( 0) " 0.0 ( 0) - 0.0, ( 0) 0.6 ( 12)
NttE 0.3 C 6) 0.3 6) O.l 1) 0.0 C 0) 0.0 'C 07 ,. 0;0 C : 0) 0.7 Ia) 0.3 ( 6> 0. ri ( 11> 0.1 ( 2> 0.0 ( 0> 0.0 ( 0> (>.0 I 0> l.o 19>
EttE 0.4 ( 7) 0.1'0 ( 2) 0.0 ( 0) 0.0 ( 0) 0 ~ 0 ( 0) 0.0 ( 0) 0.5 ( 9) 15> 0.2 4> 0.0 0) 0.0 ( 0) 0.0 0) 1.2 22)
ESE SSE 0.5 0.4 0.5 5 (
(
(
(
9) 8)
15) 0
'1.
1'.6
(
(
(
21) 73>
30)
D.5 1
1.4 5
(
(
(
16) 25) 26)
D 2 0.3 (
(
C 0.5 ( 15)
" '37" 6)
'.5 "O.D 'l ~D),0~~ lfYQ-C 0.0 (
( 6$
0)
~
5.0 (
0.0
(
'0) 0)
0) 2ed 6.9 4.1
(
C
(
(
1 49) 3(>)
77)
~,
C 1.0 0.') 0.5 'j> 0.0 (
5 55W 0.3
(
(
18)
- 6) 0 '
Q
('77'
( 37>
0.7 C
(
1)>
- 14) 0.0
(
( 00 ~0 0 0>
/~glgggg [.Iei,,
O.O ( 0) 00 2.0
(
(
51>
37)
'.lI WSW 0.7 0 5
(
(
l3)
.10)
- 0. ri D.5'0 (
8) 9)
1.1 0.5
( 20) 9)
Oe5 0.7 ( 13) 0.5 C 10) 0.1 C') 2e6 2.8
(
(
50) 52)
W WNW 0.1 1 (
(
2>
- 1) '0 0 2
( 3>
- 0.>
0:4
(
(
6>
8) 1.5
("T7~
( 25> 1.0 00
( 19> 0.3
( 5>
- 3) 8%(
( 63>
53) fl' 01 ( 1> 0.2 1.0 18> Oe5 " 2.0 ( 35)
NtlW 0.3 ( 5) 0.6 11) 0.9 17) 0.1 ( 2) 0.0 ( 0) 0.0 C 0) 1.9 ( 35)
FOR STABILITY CLA55 - E
'6 eq ~
NUtTBI R OF POSSIBLE tlOURLY Of)SERVATIONST 828 NUt>BER OF NUHblk C>P t>ISSINO WIND OBSERVATIONS:
CALLI HOURS>
"" ' IZ iC ~ ~ '+ 0 ~ i ~ ~ ~
~ H 00- A.'. ~ ~
~e. rw e - w h '1 V4V e Pe ~ r e.
t I
~ ~ ~
tlIACARA MOHAWK 0:WEGO AMBI EHl AIR MOHI IOR ItlG 'I ~
SITE tlINE MILE LO-CUr (9) DATA fOR JAN 1 1951 THROUCll MAR 31 1951 JGIZOi<<
STABILITY CLASS - r FRE(tUEitCY (NU. Of OCCURRENCES) OF WIND DIRECTION WITHItl WItlD SPEED"CATEGORY '"
""'IR 00-03 04-07 05-12 srEED (Mrtt) 13-15 ' '" '9"Z3 "
'>2% ' TOTAL H
tlHE tl I Et(C e.e 0..0 0,1 0.2
(
(
(
0) 0)
1) 3)
~
0.0 0.0 0.1 0.1
(
(
(
(
0) 0)-=
1) 1)
0.0 0.0 0.0 0.0
(
(
(
(
0) 0)
0) 0)
0.0 0.0 0.0 0.0
(
C
(
(
0)
O) 0)
0)
-" 0.0 O.O (
0.0 0.0 l
(
C
"-O) 0)
0) 0)
-0.0 (
Q-Q-C--V).-.
0.0 0.0 C
(
0) 0)
0) 0.0 O.O 0.1 0.2
(
C C
(
0)
'S 4)
)
0.'i 8) I)
ESL.
5<<
0.5 0.5
(
(
(
15) 9)
0.1 O.Z (
0.')
(
(
3) 17) 0.0 0.0 0.3
(
(
(
et 0) 6)
0,0 0.0 0.0
(
(
(
0)
"0) 0)
'"O.o C'7 0.0 (
0.'0 0)
'Ct) ' ~~
0.0 D.Q 0'.t)
(
C
')'"" 0) 0)
0.5 1.0
( 9)
- 15) ".
0.3 6) 0.6 C
0)'" C 32)
SSE ( ( 12) 0.0 0) 0.0 0) 0.0 ( 0.0 (
')", 0)
( ( 1.0 ( 15) 5 0.1 2) O.S 10) 0.1 0.0 0.0 (
SSW 0.1
(
( 1) 0.1
(
( 2) 0.1
(
(
1)
)
" 0.0
(
(
0) 0)
- 0. (f" "" 0) ~~~oav' 0.0 (
'"Q)" 0) 0.1 ( 14)
-4)
") I) C I).Z 0.1 0.0
'.0 C
'..W ( 0 I ( 1) ( 0) 0.1 ( 0.0 C Ct) 0.0 C 0) 41 WSW 0.1 ( 2) 0.5 ( 9) 0.2 ( 4) 0.1 C 1) ( 0) 0.0 ( 0) 0.5 ( 16)
W WtlW Hl I NtlW 0.0 0.0 0.0 0.0
(
C
(
(
0) 0)
0) 0)
0.1 0.0 0.0 0.0 (
(
(
(
1) 0)
0) 0)
0.0 0.0 0.1 0.0
(
(
(
(
0) 07.
1) 0)
0.1 O.
0.1 0.0 0
(
(
(
2) 07" "
2) 0)
0.0 (
Q.Q C~V
'.1 "
0.0 (
(
0)
'I 0) 0.0 QTQ C~~Q) "
Ct.0 -C 0.0
(
') 0) 0)
0."
D;0 (
0.2 0.0
(
C 3) 0)
Ci)
TOTAL Z.6 ( 49)
- 3. 1 ( 557 0.7 ( 14) 0.3 (" '6) " ':1' Z)~~ ~ Q.
C C 0') " 6 ~
(
5'C 125)"
0) fOR STABILITY CLASS F NUMBER OF POSSIBLE HOURLY OBSERVATIONS> 163 ~
\~
I NUMBER Of MISSItlG WIND OBSERVATIONS' 3S NUMBER OF CALM HOURS> 2
~ tT S
. 4 I ~~a << ~ A ~
~W ~ 4I
~ a
~
I<< ~ ~= } ~ ~, ~
~ ~ ~ ~ 8 ~ ~"
r C
TT'Asf
- A!
ffIAGARA VOf!hur, O W-Go h581 F)I I AIR MONITORING 51TE: !flffE MII,E LO-CUP (9) DATA t'CffI JAN 1 1 f)SI IIIIIOUCII hAR 31 1581 JG I 20'I 5TAB IL I I Y CLASS - d F
FREQUENCY (NO. OF OCCURRENCES) OF WIND DIRECTION WITHIH WIND SPEED CATEOORT .
5P I:!' ( t 1l'll )
DIR 00-03 04-01 08-1Z 13-18 19-21 . >ZA" " TOTAL
-0;0 "I"0) 0: 0 0.0 0.0 0.0 ( o) 0.0 H
NNE
)I!:
0.
0 1
(
(
(
0)
I) 1)
0.0 O."
(
(
0) 0)'
8) 0.
0 0
0 0
0
(
(
(
0) 0)
0) 0 ~
0.0 0
(
(
(
0) 0)
0) 0.0 (
0.0 (
-0),
Df O.o (
0.0 o) 03 0 1 t
(
(
(
0 )
I) 9 )
')
C EKE 0. 0 ( 0) 0.1 ( I) o. 0 ( 0) 0.0 ( 0) 0.0 ( 0) 0 0 (
~ 0) 0.1 ( 1 )
( 6) 0.') ( 0) 0. 0 ( 0) 0 ( 0) 0.0 ( 0) 0.0 ( 0) 0.3 ( 6 )
0.0 ( "0')~"90:0 (" 0)
I 0 ESC .o. 4 ( -
- 8) .
O.l ( o. 0 ( 0) '0.0 ( 0) 0 5 (' )
'i l o. ? ( 14) ' ( 6) 0. I ( 1) 0.0 ( 0) 0.0 "'Df 0.0 ( 0) 1.1 ( )
SSE 0. ( 5) 0.2 ( 3) 0. 0 ( 0) 0.0 ( 0) 0.0 ( 0) 0.0 0) 0.4 ( 8) 5 0. 0 ( 0) 0.1 ( 2) o. 0 ( 0) o'o ( 0) 0.0 ( 0) 0.0 C
o) 0.1 ( 2) 1)- - 2)" 0.0 "I '" 79~0 0"'
SSW SfJ 0.
o.
1 0
(
( 0) 0.1 00
( .
of 0 0 (
- 0. 0 (
0) 0)
0.0 0.0 (
0)
- 0) 0.0 ( " 0) "" '.0 ') 0.2 0)
- 0) 0.0
(
(
)
0 )
WSW W
! JNTW
>I vJ NffW 0.
29 o.
o.
0.
0 0
0 5
0
(')
(
(
(
C 0) 0)
0) 0)
'""'.O 0.1 0.0 0.0 0.1
(
C 1)"
0) 0)
of 1)"
- 0. 0 0.
0 0
0
,0. 0 I
- 0. 0 (
(')
C
(
-- 0) 0)
0)
- 0) - -
.0.0 O.o 0."0 0.0 0'.O
(
(
("~
(
C 0) 0)
0) 0)
'0)
~
0.0 0.0 (
'0". 0 D.O (
0.0 C
( ~~,o C
D) 0>
'0)
D.D
~ ., vT ~" ~ 'D.D o'.0 (
'DA'0 'C 0) 0 0)
D.l 0.0 0;0 DAI (
C
(
C l) 0 )
0 )
0 )
I)
TOTAL 1.9 ( 38) 1 ~ 3 ( ZS) 0 1'( "1) ' 0
- 0) ~~,0 i 0~~0 ~P()70~ 0 ) .. ( 'SZ ) ~ ~
FOR STA81L ITY CLASS - 0 NUf98CR OF P055IBLE HOURLY OBSERVATIONS< 07
~ e-~>> "v ~ e 1 A L jb 2~ ~ >> ~ J = ~ A ~ ~ ~ .
NUPBER OF KISSING WIHD OBSESS': TIOKS > 4S NUl18ER OF GALS HOURS: 0 9 .. 'a'~ ~,Wl. A'. TA, . ~
>> I
1
~~r~ r
~ ~Z~>> ~
Hl A(.:ARA HOJJAllk s
~ ~ ~ 4C z ~ \ Ik i ~
05(JEGO 4MB I EN T A I R MOtl I I OR ING r
lrTC:
~
JJIIJE HILE
~
L(J Cut (JJ
" t)ktA rOJI 3IIu > f)h1 ffthauCJt ~AR 31 1981 r~ r ~ ~
JGI20x CtASILITV Ct.A54 - At.t.
RIND"SPEED FREQUENCY I NO. OF OCCURRENCES ) OF MIND DIRECTION MITHIN "CATEGORY
" "Sf'EE D13-15 (MPll) 23~ ~i-'Z Dl R 00-03 04 07 ' 5 12 "
19 I TOTAL tl tINE tiE ENE 0.6 0.5 0.5
(
C
(
C 10) 11) 9)
15)
- I .9 (
I 1
0
.6 C
(
C 36J 29) 31) 6)
- l. 0 0.
D. 0 1
(
(
(
C
')
18) 2)
0) 0 D.o 0.0 D.O 0 (
c t
(
0) 0)"
0) 0)
0.0
- o. 0 0.0 0.0
(
-c
(
C
,o)- 0)
OJ 0) 0.0 (
0;0- (--- o) 0.0 0.0
(
(
0) 0)
0) 2.4 2.4 1.1 C
(
(
6ri )
45)
~i 2) 21) 1.9 35) .5 9) 0. 0.0 0) 0.0 0) 0.0 0) " 2.5 45)
E ESE 2.0
(
'5)'" '
0
.5
(
- 34) l. 2 2
2 C
( 4i)
'23) 0 '
(
- 10) 0.0
(
( 07 f/.0 O'(0
(
( 0) 5.6
(
ID5) r,E I . 7 C
( 33)
C 6 .I ( 116) 2. ( ri1) 1.0 C
( 'l8) 0.3 ( 6J ( 0) I1.3 ( 2ICI J 4O).. 0'.4 SSE SSN I IJ
'.0 1.7 1.2 1.0 C
(
C
(
33)
"")
11) 18) l .0 I .0 (
(
.9 ( 76)
C 55) 34) 18)
~
Z.
- 2. 3 l.
- 2. 2
(
(
Aioi) 25)
'i2) '"
"'.D 0.9 l 1.0 0
(
c""0)"
( 18) 5)
9)
D.O 0
0'0 O.IJ 0
(
(
C" t
0) 0)
t)7~
DJ 0.0 0
0 o
(
I 0" C" tt.1 (
0) o>
0) 2J 7.4 7
3.7 5.2
(
(
(
l39)
Irido) 70) 98)
NSW ' 16) 1 .5 C 25) *
- 2. 2 42) ( 37) 1.0 ( lo) - 0.7 f 14) 5. ( 155)
'.7 ')
0 (
')"~
W 0.3 ( 6) " 0 8 ( 16) 1. Ai ( 27) 3 8 ( 72) 3.0 ( 56) ".4 ( 'e6)
' 1 r4 2'1.8
( 223)
MNH 0.3 ( 5) 0 ~ 5 ( 9)~ 2 ~ 44) , 3:9 ( 74) Zo3.( 'P5) 211 ( 'lo) ( 215)
- 8) 1.0 ( 18) " 0.2 3) 10.3 ( 194i) tttJ KNIT
- 0. zi (
- 0. 6 ( 12) '2I .0 .0
(
C 18J
- 35) Z.
I (
50)~
77J
'E 3 t C
70JC
" 0.0 ( 0.0 t
( 0) 5.6 ( 106)
TOTAL 14. 9 ( Z52) - 29:3 C 554).V 25.(t",I '454), TI7' ( 522): . 7.5. 0 1'fl'~-. 5.5,%7105> 1DO. 0 (1555)
FOR STA8ILITY CLASS ~ '
OF ALL'UMBER POSSIBLE tlOURLY GBSERVAT!ONS "2125"",t~"~ ~ l 'tr w ~
r NUMBER OF MISSINO MIND OBSERVATIONS< - 237'" "'" ~ r/ r rr v \>> ~
NUMBER OF CALtt HOURS',, 21 <<'i WC 44' i~ h 4 4 re 4 a i ~
~ ~ j3~~~ i~P~m~i~'e ~,: rt.
~ V 1'
r
~ ~ ~ ~~ r ~
~ +Ifrr>> ~<<<<r \ f <<V \ ~ r ~
ff I AC AR A t" Off A~K O 4l'=GO A~B! E tl I AIR t"Otl!!OR! tt~j F
SI TC- fllllE MIL ~ LO-C(IP I 9) DATA f OR JAff 1 1981 TIIROUG'I MAR 31 1981 JGIZO~
f PC')tJCHCY ('lO. Of OCCL'RREHCCS) OF "IHO PIRCCTIOff t4ITHlff 141)IO 'CPEL'lJ'tATCCDRY OIR 90-03 94-97 08"]2 5p EEO
!3-18
( ttpH )
)-2'2>>
e wvr <<r~~ TOTAL D)'
H Htl E HE 0.5 0.7 0.5
(
(
(
19) 14)
>)
1.9 1.7 1.8
(
(
(
36) 33) 34) 1.9 9.3 0.1
(
(
(
29)
~
2)
)
9.9 (
9.9 (
0.0 I 0) 0)
0)
'.09.0 0.0
(
C
(
D)
OJ 0)
, O'.D O.O 0.0
(
C 0) 0)
3:4 2.8 2.3
(
(
(
66) 53) 45)
I.l
=
C r>>l r 9.8 ( !5) 0.3 ( 5) O.O ( Oe 9.9 ( 0) O.o ( 9) 0.0 ( 0) ( 22)
E I.9 ( 36) 9.5 ( 9) .
O.Z ( 4> O.O ( D) ""O.O ( 0) < 'D.Q" ( 9) Z.6 49)
".0 ( 38) 1 8 ( 34>> ) I 3 ( 2f) 0 C 19) 0.0 ( OJ O.O C 0) 5.6 107)
SC 1.9 ( 36) 6.1 ( 117) 2 I 41) 9.9 ( 18) 0.3 ( 6) 0.0 ( 0) 11.4 ( 218)
'.9 C
- 58) Z." (>>>>2) 0. 8) 9.9 0) 0) 9 1.1 7 (
(
33)
'ZZ) " 3 "3,9 9 (
2.3 ( 44) f>> (
( 9) ~- (
0:0" ( .0)'
(>>.0 (
Q.Q (, 0) 7.f>> (
7:8 ("149) 14l )
"")
"'.1
~
+ f,l) 0.6 C 11) 1.8 ( 3t,) 1 3 ( 0.0 C OJ O.O C OJ LJ.O t O) 7OJ V '1 g
I "lft O'W 0.9 0.9 0.4 9.3 0.%
(
(
(
(
C 9.1 (r 13) 18) 17) d) "
6)
- 8) '.9 0.9 1.5 "0;d 0.5 2.0
(
(
(
(
(
18)
'6)'
28)
'8) 39) 9J 2.2 2 2 I;4 2.3
%.0 (
2.6
(
(
(
(
42) 42) 27)';
44>>)
77)
SJ)
" '9
- 0.9 I 9 3 ~
3.7 0.3 8
(
(
(
(
Id) 727;""22~
37) 74>>)
6)'.0 70) 0.0 0.9 2 ~
(
(
C 0.9 I "18)
~
0) 18) ti3J 0)
,9.7 48'7,~~~>>ZT%" (". -%5),
(
(
21 t IIOJ 0.2 t 9.9 (
14) 2)
3) 0)
~
5.1 d.l 11 ~ 7 11.3 10.1
(
(
C
(
98) 156)
('225) 216) 194)
IOd) ttt<W TOTAL
~
15.4 ( 295)
~
'9.4
(
( 5633v ~
25.6 .
(
( ~
491)~
16.8 t 522i
(
-'-t.:.I>>.t-I~C
(
'.5 ftJb>'sa.S ti917) 5 6 FOR ALL Wl tip CA1 EGOR I ES r f ~
HUMBCP. OF POSSIBLE fIOURLV OB SERVATIOHS '2160 tl ltt1B C R OF t1ISSlttG MIttP OBSCR VA7 I OHS: 24 3 v
k
~
ra+ C% ~ <<rY>> K ~ A HuMBFR OF CALM IIOUF ~ r 23 p
~ I>> ~ f ji ~
~ >> '.,r >>AW
'r ~
~ ~
v 4~ .oP
~
~
t k I
~1
~ ~ ( ~ r r
!! !! !! !! t! L EQEHD !! w q v e l PFQUEHCY OF'IHD DIRECTION WI Tlllll llIHD 5PEPP CATEGORY
-!T x-'w . BY'5TABIL'ITY !!
---JGIZ0%
SITF.! HIHE FUTILE"UPPER'IND'SPEED UPPER - ZCOFT AEROVAHE WltlD DIRFCT IOll UPPER - '00l T AEROVhttE TEtlPERATURE Dl f FEREHCE - (700-Z) F 1 )
NIHE l1IL E T.ONER: ~ MltlD SPEED "lONER 50FT CUP WIll0 DIRf:CTIDtl LOWER -
- )OFT C".P TEtlt'FRATURE DT FFFREtlCE (Z00-ZEF T )
STABIL 1'fY CLASS: PASOttIII STABILITY CATEGORIP~ - DFGCPI00tl A EX 1 F E!1E L Y Utl 4 h0L LT "1.9 b NODERATEf.Y'UNSTABLE T E "I.B TO "I ~ 1 r ~ t ri.v~>>r "v~~l le vP C SL 1GII'fit UHSlhbl. E -1.6 TO -1.5 ~ h 'I 0 NEUTRAL -1.4 TO -0.5
,E SLIGttTLY STAPLE TlODERA f EL/ STABLE' EXTPEHE'LY STABLE
-0.% 10 1.5 TO QT
'.0 1.5
~i. 0
>Jr g~ V gW gW ~ V ALL AL L 5 lABILIT IES (A-G) ALL
( ) Al 'l I HD HrA L
~oC~a
~ et r ~ l ~ <<V V ~ ~
~ \t r MIHD CL~SS: SiX MTHD SPEED CATEGORIES - (SEE TABLE tlEADIHOS) PIPH SIXTEEN-MITTD DIRECTION CATEGORIES 22.5 DE'0 ~ r A HOT F: TllE'h'fA CAPTURE STATISTICS ARE'IVEtt FOR EACll Of'llE HIHE CA TEOORIES LISTED ABOVE. ~ t r" ~
CALfT WINDS ARE LISTED IN THE 0-3 MIND SPEED CATEGORY.
~ r ge rr r r ~.~~ ~ ~ v r~
t A ~
~ ~ = ~ Vrr ~tr WO ~ 'r ~ ' ' rt r r ~~ ~ ~ tt
~e ~ ~ o ~ ~~ r ~ ~
tt'A" s" i OS ~ rr, ) iif it AtD t1~iyl thefts@,
~
Nlitr t I t.F iirT Stt t 1) DATA FnR ArR 1 1051 tttR1U.tl JUttE 30 f951
~ ~
ip BILITY C> ASS - A FREQUENCY (NO. OP'CCURRENCES) OF MIND DIRECT IOtl MITHIN MIND SPEED CATEGORY" 09-03 " " 94-97 Ob" 12 '
'3-15f'll)
Si~Er~ C 19" Z3 ' >2'I TOTAL
" 9) I) ob tl Ntt~
itr 0
9.1 9 i
(
(
(
I)
I) 9 0.2 9
(
C-C
- 4) "- O.Z 7)
) 0 0
2 2
C
(
(
4 )
3 )
)
0.1 9.1 9 0
(
( I) 0)
3.2 0.1 9 0 C
C
(
'2)0)3) 0 0.1 0
0 1
(
(
(
o) 2)
")
' 0.5 0.5
(
(
(
13) 13) 13) 6'lE 0 I ( I) 0 9 ( 0) 9 1 ( 1 ) 0.0 ( 0) 0.9 ( 0) 0.0 C 9) O.l ( 'l)
- 1) 1) 9.1 0) 0) 0.0 0) 0.2 E
ESE
.r e
0.9 I c
( 0)
")
9 9.1
(
2)
.)
"'o.o
'.3 (
c I) 0 )
9 0.0 0 C C 0) 0 9.9 0 (
C 0) " 0.0
(
C 0) 0:I
(
(
3) 2)
( 5 ( ( 6 ) 9 5 ( 5) 0.1 ( I) 0.1 ( I) 1-0 t is) 5SE 1) 0.2 ( 3) 0.5 0.5 14) 0.1 2) 0.1 1) 1.7 29)
':2 9 1 ( ( 5) ( C C (
5 9.9 0) " 0.3 ( 0) 0.3 ( 5 )
~~ 9 ( 7) 3.1 ( 1) 9.0 ( 3) 5 ( 13)
'.3 '("
9 0.9 ( '" 0)
C 9 c'g 9.0 0) 0'0 "( 0) 0'1' Z) 0 C 2) = 0.'9 C 0) '%
t;i 0.3 9) 9.9 ( 0) 0,1 9,1 2) 9.1 ( 2) 0.0
~
C ( 1 ) ( ( 0) ( 5)
O. I ( I) 0' 0 1 ( 1) 0.2 ( 4 ) 0.7 ( 12) 0.5 ( 5) 0.1 2) 1.5 Z5)
'( m S);)
C WNTT tl:4 Ntl'I 9
0.1 9
9.1 0
1
(
C
(
(
I)
I) 2)
0 0.2 9.2
(
(
(
3) 3)
~0').5 0.1 0.1 3-C-(
(
(
-S ) 11 )
I) 2)
'.2 0 0
0.2 2
1
(
(
4) 2)
3) 3)
0.1 (
O.l O.I 0.2
(
(
(
~ I);
2) 1)
3) 9.2 9:I"(
0'.0 0.3
(
C 3)
I)"
0) 5)
1.6 0:9 0.5 1.1
(
(
(
27) 19) 9)
19)
TOTAL 9.6 C lO) " Z'> liS '( Zb) = 1.0 f Ib) IZT9 C 2137 FO~ 5 IABl1 ITY CLASS - A NU'ABER OF l'0991 BLE HOUR(.Y OBSf RVATIONS < ZSb CF hISSING HIND OBSERVATIOtlS: 43 'tUiTBER NUtiBER OF GALS NOURS: ~ h e O
~ ~
i
~ ~
- C
~ '
H I h.,~ ~ A,"OtlhWV, ns.t EGO Af15 I Etl I A I R MON f TOP ltlG 5 f Tt'-'ttfttf off f'lf'Pf'P I 0) Qhf h F'QR hl'R ] 19d1 TttRCUGII JL!Hf 30 I "hf JGI "0'0 ~1 STABI( I f Y CLAS ) - B FRE1UEHCT (HO. OF OCCURREtlCES) WITHIN WIND SPEED CATEGORY
'3 OF WIHD DIRECT IOH SPFt D tlPll)
"ld C
Df R 00-03 04 07 Od 12 19-23 TOTAL tl tlNE ItF 9
a.o 0
9
')
C c
(
9) 0)
9) 0 D:1 I (
C
(
1) 1)
1) 5 0 (
"0.0 ("
o.o (
0) 0)
0)
'.O (' 9,9 0 0
( 0 )
0 )
)
0.0 0.0 5 0 C
(
C 0) 0)
0) 0 0
0
.0 9
(
(
C 2 )
0 )-
9 )
9 0.
0 2
1 ("' I)"
( 3) l)"
I) 0.0 0) 0.0 0) 0.4 0) .0 ( 1)
')~0)-
CNE O. I C ( ( ( 0 ) O.O ( 0 0 ) O. 1 (
E rE5F.
E 9
O.O 9.0 0 (
C
(
0) 0)
0) 0.9 0.0 0.0
(
C
(
- 0) 9.0
-.0;.0 0.0
(
(
0) 0)
0)
-00.10.0 0
( 5 0) 2)
)
~ =
9.0 POC" 0.0 C
(
0)-0 0) 0)
0 0
.0 (
~ 0 0
(-"0 )
(
0 )
0 )
9 0
D 0
0
(
(
(
0) 0)
)
4 -~
SSE 0.0 ( 0) 0.0 ( 0) 0.2 ( 3) 0.1 (
'7
) O.l ( 2) 0 .I ( 2 ) o. 5 ( 9)
- 0) 0.9 0) 0.1 2) 0) .0 2) 5 SSV 0
0.0 0 (
( 0) 0:0
(
C
'0) 0) " 0:0
(
( 0) 0 0.0 0 (
('- 0 )
0 )
0 0
0 0
(
( - 0)--"0 0 0
(
(
9 )
0 ) '0 0 1 0
(
t 0 )
e ~
0-1 ( I) 9.0 ( 0.0 ( 0) 0.1 ( 1 ) 0.0 ( 0) 0 .0 ( 0 ) 0. I f 2)
W~W 0.0 ( 9) 0.0 ( 0) O.l ( 2) 0.3 ( 5) 0.3 ( 5) 0 .I ( 2 ) O. d ( I 4)
W "ttlW tll) tltlW P.O 0.0 0.'0 0.0
(
(
(
(
0)
- 0) '-
0) 0)
~ e ~
0.2 0
0.1 0.0 0
(
(
(
')
C- 0)-
3) 0)
9 0
D.D 2
I 0.0 (
(
(
(
4)
- 2) "
0) 0)
0.1 0.1 0.1 0.1
("
(
(
(
I)
I)
)
)
0 0.0 0.1 0
I 0
(
(
(
C 1) 0)'
2) 0)
0 .I 0 1 0 .I 0 .1
(
C
(
(
2)
I) 1
)
)
~.oxO. 7 (
0.
0.
2 r,
1 (
1 2) 7)
2)
TOThL O.l ( " -2)" -0,5 ( d) . d-'( -
0 13) "- 0 9 C ld)- - 0.6 ( 10)- -"- 0:6 ( ll)' " 3.5 C "-60)-
l OP. STABILI TT CLASS - B tlUtlBER OF POSSIBLE HOUPLY OBSERVATIONS:-~ 69 ~ A ~
NUMBER Ol t1ISSIHG WIHD OBSERVATIOtlS> 9 NUMBER OF CALtl HOURS> - .
a w~-
~ ~ ~ ~ e ~
~ ~ ~ 4'
P C
.If I h Gh P A . -Ol I h! IK n~wFea h~b I Ett I h IR tfntf I 1 OR I IIG 51Tf: 'IIIF. PITI 4'PPC R (')) Oh) A FOR Af'R 1 I 9b I TIIROU(lit JUNE 30 1951 JCI20v STAP f(11Y Clh55 - C FREQUFHCY (ttO. OF OCCURRENCES) OF WlNO OIREC'f ION WIIHIN MIHD SPFEO CATEGORY Srr-O (rIPII)
DlR 00-03 04-07 06-12 13"1b 19-23 >24 TOTAL H
tfttf:.
0
'0.1 I I
(
I) 1)
OO 0.1 I
C 0) 2)
0 0.0 0
C 0) 0)
0.1 0.0
(
C 1
0)
) 0.0 0.0, (
( 0 )
0 )
0 0.0 0 (
(
0 )
0 )
01(,")
0.2-(" 3) tlf: 0.0 ( 0) 0 1 ( 1) 0 0 C 0) 0.0 C 0) 0.1 ( I) 0.0 ( 0 ) 0.1 ( 2)
EtIE 0.0 ( 0) 0.0 C 0) 0 0 ( 0) 0.0 C 0) 0.0 ( 0 ) 0.0 ( 0 ) O.O ( 0) 0.0 0) 0.1 I) 0.0 0) 0.0 0) 0.0 0.0 - 0.1 1)
- r. I
" '.0 (
0)"
( ( ( 0 ) ( 0 ) (
0.0 0) 0.0
')0)-
E5E ( 0) ( 0 0 ( C 0? O.Q ( 0 ) D.o ( o ) 0 0 (
5C 0.0 ( D) 0.0 C 0) 0. 0 ( 0) 0 0 ( 0) 0.0 ( 0 ) 0.1 ( I) 0.1 ( 1)
SSF 0.0 ( 0) 0.0 ( 0) 0.1 ( 1) 0.2 ( 4) 0.0 ( 0 ) 0.0 C 0 7 0.3 (
.0:0 ('0)I) 0.0 0) 0.1 0.0 0) 0.1 0.0
~
SIT 0.0
(
( 0) 0.1 0.0
(
(
1) 0)
(
0.0
(
C 0) 0 0 (
( I) 0 ) 0 '
(
(
0 )
0 ) e ~
0.2.
0.0'(
(
3) 0)
r,sg o.o ( o) o.l ( 1) 0 0 C 0) 0.1 ( 1) 0.1 ( 2) 0.0 ( 0 ) 0.2 ( 4)
WSW 0.0 ( 0) 0.0 ( D) 0.1 ( 2) 0.5 ( d) 0.2 ( ) 0.3 ( 6 ) 1.2 ( 20) 0.0 ( 0) 0.0 0) 0.1 ( 2) 0.2 ( 3) 0.5 0.9 16 ) 1..7 29)
-"0 1 '("
W ( ( b) ( (
WHW 0.0 ( 0)-- 0.0 C 0) 2} 0. 0 ( "-,0) 0 (- 1 p~~ OCZ ( .". 3 ) 0.3 (- 6) "
IIW 0.1 I I) 0.0 ( 0) 0.0 ( 0) 0.1 ( 12 0.1 ( ) 0.0 ( 0 ) 0.2 ( 4) tIHW 0.0 ( 0) 0.1 ( 1) 0.0 ( 0) 0.1 ( I) 0.0 ( 0 ) 0.1 ( 1 ) 0.2 ( 3)
TOTAL 0.2 ( 3) ""'- 0;4- C 77-.. .C}.S;( 8)-~'" l.l (
- 19) -"i 'lvl"(" 19 ) . 1;6 (" 21)"""- 4;d ( d3)
I'OP. STAI) ll ITY CLASS - C NUt'IbFR OF P0551bI.E HOURt Y OGSERVAIIOHSr "93 -- ""
<<u~orR nr- nlssIHG wlHD obscRVAT lofts:, 10 NunBER OF CALPI;HOURSr - -'v-.--.
r
--- 0 ' 't ~
C tlIArhl h riqtth!.i(
() SIrIQGO At!P I Ftt T A TR rl0)iI )OR ItlG It',ttf rt!L< tJF)'FR t 9) DA I 4 F QR AF'R 1 I 9d1 T)IROUGtl JUtl E 30 1 981 JG120 Ii STABIL-ITY CLASS - D FREQUENCY (NO. OF OCCURRftlCES) OF MI!lD DIRFCT ION WITHIN MIND SPEED CATEGORY SF'EEL) ("Pll)
DIR 00-03 01-0 7
- Od-12 13-ld 19-23 TOTAL ti tl'IE HL 5
0.1 0
0 I,(
(
(
0) 2)
)
0 0.1"(
9.1 t 0) 1)
1) 4 0.1 0.3
" (
(
(
3) 1)
5)
- 0. I O. 1 (
O. I (
( I) 1)
)
0.3 0.0 0.1
(
(
(
5) 0)
I)
'.1'.0 0.0
(
(
(
2)
O),0
- 0) '0 0 .5
.5
(
(
(
11) 5)
11) f tiF. O.P ( 0) P.l ( I) 0.2 0. 1 ( I) 0.2 ( 4) 0.0 ( 0) 0 .6 ( 10)
O.O ( 0) 0 5) 0.1 ( I) 1 ( 1) 0.1 I) - O.O ( 0) 0 .2 ( 3) 0.0 ( 0) 0.0 ( 0) O.l t I) 0 0 ( 0) 0.0 ( 0) 0.0 ( 0) 0 I I)
E SF I'
0.0 ( 0) 0.1 ( 1 ) 0.4 0.'i
( 7) l. 'I0 t 1 7) 0.3 t 5) 0.2 ( 3) 2 .0 I C
35) 5SF 0.1 ( 2) 0.2 4 ) ( 7) 0. ( 7) 0.4 ( 7) 0.2 ( 3) 1 .7 ( 30)
S 0) O.l ( 1)
--0)- 0 3 ( 6) ( 6) 0.3 ( 5) 0.1
-0 0
( I) "0 1 .1 ( 19) 55!
I' t P.l 2)
I 0.0 C 4.3 (' 6) -0 2 ( 4) 0.1 .( 1) C 0) "b C 13)
J 0.1 ( ) 0.1 C
'7
) O,AI ( 7) 0- 5 ( d) 0.5 ( 9) 0.1 C 2) I .7 ( 35)
't l":!J 0.1 ( 2) 0.2 t 4) 1.9 t 33) II d ( 4 b) 2.3 ( %0) 1.7 ( 30) 9. I ( 151) l.
~
lt tl!lH lilt 0
0.0 0
I l t
(
(
1) 0)')
0.3 (
0.2 C 0.0
~
6),
4) 0)
1.0 ( ld) 0.3 (
O.Z (
6) 3)
0.
FI .
7 C
'I (
1 2 9) 2)
3) 1.9 (
0.2-0.0 (
C 33)
-3) 0)
2.4 t "4 "3 C 0.1 (
41)
')
- 6) "
7 l 2" 0 .5 (
C'ld)
( 125)
)
HftM O. 1 A
) O.Z ( 3) 0.1 C 2) 0. 0 t 0) 0.1 C I) 0.0 C 0) 0 .5 ( b)
TOTAL 0.9 ( 16) 1.1-( 29) 6.4 ( 110) " 7.5 ( 130)" '.7 ( lib) , 5:I ( - b9) - - Zb 3 C 490)
FOR STABIL I TY CLASS - D ttU."lBFR OF PU551BLE HDURLY OBSERVAT ION9r 595 ttUrtBLR Ol t1155INO MIND OBSERYAT IOtlS: 105 NUFTBFR OF CALrt NOURSi .-'-. "~ 0'
til ADA oh tit) IIA4't'.
05gICGO ht)BI CNl AIR t )HI IOR IH V
)ITF'IIIIE NILE UPPf'll (9} rAT a FOR APP. I 1981 TIIPOIJGII JLIIII 50 19I(1 JG120<
STAB IL I TT CL ASS - E (t(G. ~ii OCCURRENCES)
'24 X FREQUEttCT OF MIND OIRECTlON WITHIN MIND SPEED CATEOORT-DIR 00-03 04-07 "'5- IZ -
5P E C L (
13-18
>P Il )
19" 23 TOTAL I) 'i O.l 2) 0.2 4) 0.0 0) 15)
(0)01
( ( Ai) 0 Oi) ( ( 9 (
ll'IF Ilr 0
0.0 0
1 I
(
(
0)
I)
Q O.l 0.0
( 2) "
0.0
(
(.-
(
0) 2)
p p 4
(
(
4) 7)
0.2 0.1
(
(
3)
I
)
0.1 0
(
( 2) 3)
0 0.6 0.>
( ll)
- 15) "'
U< F. O. I (
- 1) 0.2 ( 3) 0.3 ( 5) 0.0 ( 0) 0.1 ( 1) 0.0 ( 0) 0.6 10)
C C.l ( ) 0.1 ( I) 0.2 ( 3) 0.0 ( 0) 0.0 ( 0) 0.0 ( 0) 0 3 ( 6)
)"'
f AC 0.0 ( 0) 0:0 ( "0) 0.1 ( -
- 2) 0 6 ( 10) 0.1 ( 2) 0 1 ( 2) 0.9
'l ( 16 SF 0 0 ( 5) 0 1 '2) 0 7) 1.3 ( "3) 0.5 ( 9) O.l I) 42)
SSF 0.0 ( 0) 0.2 ( 3) -
0.6 (. 11) 2.0
'i 4
( 35) 0.7 ( 12) 0.3 ( 5) 3.5 ( 66)
O.Q 0) Q -3 6) O.S ( .8) ( 41) 0.8 ( 14i)
" 0.2 ( 4) 4 ( 73) 5" M i'J O.Z ( "
(
- 4) 0.2 (" 4)' ( '5) 0.9 ( 15) 0.1 ( "'1) 0 1 ( 1) 1 2
7 30) 0.1'( I) 0.4 7) 0.9 ( 16) 1.3 ( 23) 0.3 ( 5) O.l ( 1) 3.1 ( 53)
M ~lt W
MII!A Ii!I tlltlt Q.l 0
0.2 Q.l P.l Ai
(
(
(
(
(
1) 7)
- 4) '
I) 2)
0.4 0.6 0;2 0.1 0.2
(
(
(
(
(
7) 11)
'3) 2)'
3) 1.7 0.5 0
0.1 0
(
(
("
(
(
30) 8)
1) 0)
1) 2.1 0.7 0.1 0.1
(
(
(
(
(
')
37)
!2) 1)
2) 0.8 0.8 0
0.1 0.2
(
(
(
(
13) lbi) 1'( '-1) 1)
3) 0.5 O. 5 (
0.2 0.1 0.0 (
9) 14) 1)
0) 5.6 (
3.8 (
-0.9 (
0.3 (
0.6 (
97) 66) 15) 6)
11)
TOTAL 1.4 ( 25) " "3.4 ( 55) b;0 ( 103)" -12.4 ( 214) -' 4.9 ( 85) 2:7 ( 47) 30.7 ( 532)
FOP STABIL ITT CLASS -. E llUtIS ER OF I'OSS I B LE HOURLY OBSERVATIONS > 8 bp t(UllBCR OF tlISSING MIND OBSERYATIOt(S: 1 V~
HUtIBER OP CALtT HOURS>
I ~ 4
~ =-
~V 4~ ~ ~
re VV~~~ o
t C
~
' I ~ tlIl ~
1 t'.Itt f l(tP. f tlQ gg'MI1 05! tf I E'I l h f 5ITF'IHr. tllLE LtrPER t 9) fthth f0~ Are I 19dl TllROUOll JuttE 30 1981 JG120~
STABILITY CLASS - f
)I FREQUEffCY CNO. OF OCCURRENCES) OF MIND DIRECT IOH MI fHIN MIND SPEED CATEGORY DIR 00"03 ' 04-07 ' Ob 12 '3-ld Sr E E D C t'tf'll )
19-23 " " >24 TOTAL tl 0.1 ( I) 0 .0 C 0) 1)"" 0.1 ( I) 0.0 ( 0) 0 ~0. ( 0) 0.1 ) 0.2 ( 3)
HHE 0. 1 ( 1) 0 .1 ( 0.0 C 0) 0.1 ( 1) 0.0 ( '0) 0.1 1
I) 0.2 ( 4)
Hf: 0.2
- 0. 1
( 3) 0 .0 ( 0) 0.1 ( l) 0 3 ( 5) 0.1 ( 1) 0.0 ( 0 ) 0.6 ( 10)
EttE ( 1) 0 .0 C 0) 0.1 ( 1) 0.1 ( 1) 0.0 ( 0) 0.0 C 0 ) 0.2 ( 3)
E ESf Sf 0.1 0.0 0.0
(
C
(
"0) 1)
0)
"0 0 0
0 0
0
(
C- 0)
C 0) 0)
0 0.1 O.l 0 (
(
C 0)
I) l)
0.1
-0.2 0.3 C
(
(
1) 3)
5) 0.0 0.0 0.1
(" '0)0)I)
(
(
0.0 (
0.0 (
0.' (
0 )
0 )
0 )
0.1 0 2
(
(
(
2 7) 4"'.C1
)
'55E 0.0 C 0) 0 .1 ( 1) 0.2 C 3) 0.5 C 9) 0.1 ( 1) 0:0 0 ) 0 b ( 14)
I) C ~
0.1 ( 0 .0 ( 0) 0.2 ( 4) 0;6 ( 10) 0.2 (
" 4I) 0.0 ( 0 ) 1.1 ( 19) 5514 0. 0 ( "0) 0 " 7)" 0:2 ( 0.2 C 3) 0.0 ( 0) 0.0 (" 0 ) O.b ( "14) '
5M 0.1 ( 2) 0 ( 6) 0.6 ( 1 I) 0.6 ( 10) 0.1 ( 1) 0.0 C 0 ) 1.7 ( 30)
- 0. 1 0.6 0.1 ( 2) 0.2 0.3
- 1) 6) 1) 4) 1.7
(')" 30)
WS! f ( 0 ( ( 1 ( 6 ) (
0.1 ( I) .2 ( 4) 0.0 0) 0.2 ( 3) 0.3 6) 0.3 ( 1-2 20)
W llllW 1) 0
.2'( 0:I
(
- 2) 0.0 C 0) 0.1
(
6 ) (
H!t 0
0
~ 1 0
(
( 0) 0 0 .2 (
3)
- 4) 0.1 C
( 1) 0.0 C 0) 0.0
(
(
1)
- 4) '.1 0.1
(
1 )
I) 0 0.3 5
( 6) tlHW TOTAL 0.
OB 1 (
(
STABILITY CLASS 1) 14)"
0 20
.1 (
(
2) 34)-." -
0.2 "ZS
(
C 3)
- 44) '.1 0.1 C
(
1) 54)'
0.1 1'.2 (
C 2)
Zl) ~;1-.0 O.l C
1 "17)
)
r 0.6 1OB C
( 10) 1B4) '
OR tlUtlBER OF PO F
tlOURLY OBSERVATIONS I 230 ' p ~
W e~ >>~ >> ~~ e vw~ >>>> o ttUMBLR OF MI SSIHG MItlD OBSERVATIOtlS:
HOURS'SIBLE 46 HUMBER OF CALM L ' 1'>>
ff I~ V ~ H
~ )
05WF.":0 "ftfllf'llf hIR Ht)ttf TOPlttG Sl TE: tll tlat 51 L F. Ul'Pf R ( 9) DhTA l OR hf'R I 19bl ittROU"fl JUttE 30 19bl JGIZO<
51hlllLlfY CLASS - G FREQUENCY (HO. OF OCCURREHCES) OF MIND DIPECTIOH WITHIN MIND SPEED CATEGORY
(~r lt)
DIR 00-03 04"07 -' Ob-12 SPCCD 13"lb 19" Z3 >24 TOTAL N
HHE tl f:-
0.1 0.0 0.0
(
(
C I) 0)
0)
- 0.1 0.2 (
0.0
(
C 2)
- 4) v . 0 1 0)
~
0.0 0.0
(
(
(
0 )
2) 0 )
"'- 0 0.0 0.0 0 (
(
C 0) 0)
0) 0.0 0
0.0 0 (')-F
(
(
0) 0)
0.0 0
0.0 1
(
(
(
0 )
'1 )
0 )
0.2 0.4 0.0
(
C 3) 7 0)
) ~ ~
EtlE 0.0 ( 0) 0.0 C 0) 0.1 ( I) 0.1 ( 2) 0.0 ( 0) 0.0 ( 0 ) 0.2 ( 3) 0.0 0) 0.9 ( 0) 0.0 O.l 0.0 0.0 O.l E
ESE F 4
(
( 0)" 0;1 ( 1)"- ' O.Z
(
)'"'-
0 )
0.1
(
(- 1)
- 1) 0.0
(
(
0)
"'0)" 0.0 C
(
' 0 )
) ' 3
(
(
1) 6)"')
SC o.o ( 0) O.o ( 0) C'.2 C ) O.l ( 2) 0.1 C I) 0.0 C 0 0.3'I SSE 0.0 ( 0) 0.2 ( 3) 0,3 ( 6 ) 0.2 ( 4) O.l ( 'Z) 0.0 ( 0 ) 0.9 ( 1 5) 5 SSlt r
ja)
W
~ y W
O.l 0 2 0.0 0.0
(
(
(
(
2) 3)
0) 0)
0.2 (
0 2 ("- 3) 0.5 (
0.3 (
4) b)
6) 0.3 0 b 1.2 0.5
(
('13 )
(
(
5 )
I) 9 )
0 0.%
0.2 rj 2
(
(- 3)-
(
(
b) 7)
3) 0.0 0 0 c o 0.0 (
(
(
c
') '.l 0) 0)
0) 0.0 0 0 o.o
(
(
c
(
0 )
0 )
0 )
2)
' 1.1 1
2.1 1.2 3
(
(
(
(
I 9) 2 27 3 6) 2 0)
') ".l W 0 2 ( 4) 0.4 ( 7 0.2
~"0.0 (
" )
" 0.0 ( 0) 0.1 (
0)-~- 0.0 'O) I) 0.0 ( 0 )
)-' 0.9 ( I 6) 0, 1-'('
'%)
Wttvt 0. I ( 2) '. ( 0 ) 0 0 ( C 0) < ~ + 0:0 C 0 2 (
tlW 0.1 2) 0.2 3) 0.0 ( 0 ) 0.0 0) o.o 0.3 6}
ttllW 0.1
(
( 1) 0.2 (
C
- 3) 0.0 ( 0 ) 0.0 ( 0) 0.1 C
C
" 0.1 C C
1 I) 0.3
(
( 6) 101AL 0.9 ( 15) -"--2d ( WSN- ~39 ( bb)- -" 1 b ( 31) ", '073 C'~S)
~ t )
=- r 0t3 (' 5) 95 ( 169)
FOP STA OIL I TY CLASS - G NUMBER OF POSSISLE HOURLY OOSERVATIONSt- 229-~" r " --- 'r- --, ""-7:" ~~.-r ..~-".7:~v
)Ear ),I ~ ) < ) ~ ~ ~
HUt18ER OF t1ISSING WlttD Of)SERVATIONS: 56 HU!18 ER OF CALtl ttOURSt v - - --"" ~ r" "- l - ~ ~-
- ~ t>> 1 C t a~ r
~ 1
~ s a ~
~
' V ~ r V ~ - ~
r r ~ ~
4,"
~,
IIIAGhtth t1')IIAWI(
OSWEGO At)0 IEtt r AIR tIOHI I OR I IIG SITE HIIIE t(ILE UPPER (9) DA TA fOR hPR 1 1 98 1 TIIROUGII JUIIE 50 I 981
~
JGIzoii
~
STABILITY CLASS - ALL FREQUENCY (NO ~ OF OCCURRENCES) OF MIND DIRECTION MITIIItl WltlD SPEED CATEGORY '"
DIR 00-03 04-07 "'5" 12 SI' f D I "'P tl )
13-15 19-23 )24- TOTAL I")
H tillf.
tl f fttf 0.2 (
0.3 (
0 0.2 Ai (
C Ai 5) 7)
4)
) i). 7 0.9 0.6 0.2
(
(
C
(
15) 10)
'i)
" 0 0
0 0
7
.6 (
.7 (
(
(
12) 6)
ll) 12) 9.3 0.4 0
o,zi 3
(
(
(
5) 7)
14) 4)
0.7 "0.3 0.3 0.3
(
(
12) 5)---O:3 5) 0.3 0.3 o.o
(
(
') 5)
(- - 6) ."-Z.S t -44) .--
(
a) 2.9 ( 50) 3.0 t 52) 1.7 t 29)
- 0) 0.9 ( 16) 0.2 ( 0.1 "00-0 1 .3 ( 5) 3) 1) 3)
"- (
'll) 4 ) 0 (
E ESE 0.0 t 0)
Q Q.z C
( 3) 0 5 5)
Q 0:5 ( 14) " 0 1 (" 2) 1 (" "2)' 7 ( 29)"
SE 0.0 C 0) 0 3 C 6) ( ) 3.3 ( 57) 1.0 ( 18) 0.3 ( 5) 6.4 SSE 0.2'\ t 3) 0.5 ( ]4) t 39) 4.3 75) 1.5 26) 0.6 t 11) 9.7 ( 165)
- 3) 0.) 12) I .8 31) 4.2 72) 25) 0--3 5) 8.5 ( 148) 5 55(l Q
0.5
(
( 9) 0.5
(
( 14)-", 1 ~ 7 C
( 30) --16 (
- 27) '
1 . 4i 1
(
t 2)'. 0".1 t
(
1)'~ 4(>. t- 53)
SW 0,3 6) ( "4i) 3 .2 ( 56) 3 0 52) 1.1 ( 19) 0.2 ( 3) 9 2 ( 160) c zi.l C
WSW 0.3 ( 5) 1.4 ( 24) 5 ( 91) &.6 ( 115) ( 74) 3.3 ( 57) t 366)
Il 0 8 ( 13) F 2 C 38) 2
- ' ""1 .7 ( 47)
~ 3.1 ( 53) 3.8 (
(-- 65)
- r. 0.9-'(=15)- "'2.7 4 7 ( 82)
"- 4re17.2 ( 298) --" -'
0.5 5) 0.9 It)) 15') 7) 0:4 7)
'.6 t 72)-
~
WH! I ( ( ~ 0 ( 0 4 (
tlW 0.3 C 6) 0.8 ( .14) .3 5) 0.5 C 10) 0.3 6) 0 3 r 5) ( ci6)
N t<'rt 0.5 ( 5) 0.9 ( 15) 0 .5 ( 5) 0.5 c 5) a'.6 10) ( 10? 3.4 ( 59)
TOTAI. 4.9 ( '5) IZl9 .(.224) .25 3 403)-"- tt 2 ( 523) " Ib:8 (r282) ~es4-t-zl4')'"-.Iooro"(1731) ~ ra FOR ST ABIL I TY CLASS ALL NUtlB ER OF "POSSI BL'E HOURI.Y OBSERVATIONS~ fled ~~~~~~~>> i ~ ~
~
I
'rr
~
~+It +
~ ~ ~ r ~ ~ 0 % 4 KUtlOER OF lllSSIttG MIND OBSERVATIONS: 397 HUTIBER OF CALl1 HOURS~ ~. e. ~~~. 5 ~ >> ~r ~ ~
, ~ ~
\
~ ~ ~ ~ ~ +
~
~r
~
~ a~4m
C I
~'
~ ~
NI A(:ARA Mgfthtii(
r- OS!MEGO ht'BIEHT AIR MOHI TORIHG SITEHIHE MILF V!Pl rR,f)> DATA rOR AFR I 1981 Tt!ROUGll JUHh 38 l98I J G1 2 0'i AREAL'E!tCY tttO. Ol OCUL'R~ "HEED> OF TllttO bIRECT IOtt WITttlH llltlD SPEED CATEGOI!Y J SPEED Ct".Pll)
DIR 00-93 04-07 08-I~ 13-18 19-23 >24 TOTAL tt D.Z ( 4) -" 0.5 C lri)"- 0.7 ( 12?- ' 4 ( 7) Q.7 ( 12) 0.3 ( 3.0 ( 54) ttttp 0.3 5) 15) 7) 0.4 7) 5) D.3 6) 2.5 45>
5)'.3
( 8 ( 0 4 ( ( ( (
HE E tl r 0
D.z 4 C c
7) 4)
0 D.7 0 2 C
(
12) 4)
0.5 0
C
(
ll) 12)
D.d Q.c 14) 4)
0.3 0,3 C
(
(
5) 5)
0.3 0.0 C
(
5) 0>
3.0 1.5
(
(
54) 29)
E 0.2 ( 4) ' 2 C 4) 0 ( 5) '
' 3) D.l C '1) '
0.0 C 0) 1.0 17)
ESr. 0 0 C 0) 0 2 ( 3) ( 8) 0.8 ( 14) O.l C 2> 0.1 ( 2> 1.6 ( 29)
'18) c.')
SE 0.0 0.3 C 6) 1.3 C 24) 59) 1.0 ( 0.3 ( 5) 6 ( 113)
SSE' 3) D.d 14> 3')) 4.3 77) 1.5 26) - C.6 11) 170) 0 0.2 2 (
( 3) "
0.'7
(
(" 1Z') "I2 d 2 (
.C.. -3Z). -- -4. Z
(
( 74)' 1.4 C
C . Z5) 0.3
(
(
9 d
6 5
(
C'51) 5 S!4 n 5 ( 9) 0.8 ( 14) 1.7 ( 30) 1 5 27) 0.1 ( 2) 0.1 ( 1) 4 7 ( 83>
SM u.3 ( 6) 1. ( 2'i) 3.1 55) 3.0 ( 53) 1.1 ( 19) 0.2 3) 9.1 161)
'l i' 0.3 1,3 3
."'i)
(
6.5 4.2 ( 74)
C (
0.7
(
(
5) 13)" ""Z;3"C
(
%1> -~ 5.1 2.9
( 91)
'5l) 3.0
( 115)
- 55) 3. 7 (- 6 5 ) . .--3.2 ( 57) 4.e. c -- 8 z )-
20 5 17.2 (
( 355) 305)
Mlle 0.'i 8) 1.5 ( 175 1.0 ( 18) 0 Ci ( '7) 0.4 ( 7) 0.9 ( 16) 4.1 ( 73)
H!t 0.4 ( 7) 1.0 1d) 9) 0.6 10) 0.4 ( 7) Q.J ( 5) 3.1 56) ttlP f 0.5 ( 9> 1.0 C
(
rr ld) 0.8 ( 14) 0 ' ( ll) 0.6 ( 10) 0.6 ( lo) 4.0 ( 72)
TOTAL 4.9 C h>> " i5.5 C 2>bl'S.5 ti19> 30.1 ( 535> 5.9 t 283) 'k.d '( 214> loo ..0 (1778>
r OR A(. L WltCO CATEGORIES HU!TBER OF PASS IBL E ltO(tRt. Y bBSERVATI(ltth 'lkC ~ r ttii:GER Or Mr SS IHG Wr ttD OBS ERVA I IOHS: 4 06 t!P IB E P OF CALH ktOVRC.
~
8 rl' ~ 'r .~
I ~
4 ~ ~ I t a el r>> ~ ~
~P ~
~ X I ~ ~ ~
i ~
~ ra ~
>>>>>>>>>> LEGEND f Rr')Urtl' pf Wf t!D I)! Er 7 lpit f 'f HI!l '>ItlD 5PErD
~ rht EGOQ Y BY STABILITY. ~ r ~ ~ P' JGL20>>
5ITE-'HltfE NILE UPPER: Wit(0 SPEED Ul'PER " 200l'I 4EROV4HE ~ 'e Vltlp DIRECT10't L'PPER - ."OOf t hf'?OVhtlE t'Erit'E~ATURE OIFrEREHCE - (ZOO-Z)FT')
HIHE l11LE LOWER: MltlD SPEED LOWER 30I T CUP Wft!D DIRECT IO't 'LOWER - ~OF t O'JP l 'Etlr ERAT URE Dll FERFHCE - (ZOO-Z) t'T )
SthBII.ITY CLh'5: PA5')!)ILL SthftILfTY t:htrCORIC5 - DEGCrf00tt E".) RE'1EL Y Utl" T ABL E -1.9 A
B C
MODERATELY U'(STABLE Sl.IG!ltLY UHSTABl.E "1.5
. 1.6
- l. T TO TO I.l
-1.5 ~ P D Hf'JTRhl -1.4 TO -0.5 E SL I GHI L'Y 5T h BL E -0.6 10 1.5 a F MODERATELY 5TABLE 1.6 TO 4.0 ~ '
~
r~
~ ~ r PS p~
G KXTPE'lE'LT STABLE Gt 4 0 ALL ALL ST ABILITIES (4-G) ALL
( ) ALL Wftlp H/A P e P WIHO CLASS: SIX WIND Sl'EED ChTEGORIES - (SEE TABLE HEADIHG5) nPH 5IXTEEN MlttD DIRECTION CATEGORIES 22. 5 DEO HOTE: THE'ATA ChPTURE 5thTIST ICS ARE GIVEH FOR EACH Of THE HIHE ChtEGORIES-LISTED.ABOVE..- c GALS WltlDS ARE LI5TED IH THE 0-3 MIND SPEED CATEGORY.
~
q e r
~ - r 4&PJ sl
~ ~ 7 ~ P T P~r
~ 2 ~
r p w " % ~
~ ~ ~
hr W ~ ~ ~
r C
tl I h Gh R h t',t) tlhtgK OSWFGO ArBICFJT AIR MOttl TOP.ItlG SITl 'llHE BILE LO-CUf' Ohfh foR hPR 1 1951 THRGUGll JUJJE 30 1981 JG12Q.~
~ >>
STAB IL I TY CL ASS - A "e FREQUEn"Y (NO. OF OCCURRENCES) OF MIND DIRECTION WITHIN MIND SPEED CATEGORY SPEED (NPII)
DIR 00-03 . Oh-O7 - - - Ob-12 13" lb 19-23 - - . - >24 ~ - TOTAL tl 0.6 ( 10) 0.4 5) 0.2 ( ) 0.0 ( 0) 0.0 ( 0) 0.0 ( 0) 1.2 ( 21) 6)" 0) "
C tlilE 0.3 C 3) 0 ~ 3 ( 0.1 ( 1 ) 0.0 ( 0) 0.0 ( r 0 0 (
~ ~ 0) 0.7 ( 12)
Hf: Oro ( 41) 0 I C 2) 0 0 ( 0 ) 0 0 C 0) 0.0 ( 0) 0 0 C
')
0.3 ( 6)
E F
ESE SE tlE 0.'i 0.,
0 '
0'.I
(
(
(
c 7) 3)
1)
I) 0.1 Q.a O.l 0.2 0.'i c
(
C 2)
-1)'.10.2 0) 4)
0.0 0 0
(
(
(
(
0 )
0 1
)
)
)
0.0 0.0 0.0 0.1
(')
(
(
(
D) 0)
1) 0.0 0.0 0.0 D.a
(
(
(
(
0) 0)
- 0) " 0 0 0) 0.0 0.0 0.0 C
C C
C 0) 0)
0) 0)
0.5 (
0.2 (
0:2 0.5 I C
9) 3)
3) 9)
55E 0.1 ( 1) ( 5) 0.6 10 ) 0.0 ( 0) 0.0 ( 0) 0.0 C 0) 1.1 ( 19)
C C
Q) 0)
0) 0 S
'0 1 0.0 c
(
(
9) 2)'
0) a 0
0.0 5
0 C
(
C 1 '1 0 )
0 )
)
'.0 0
0.0 1 (
(
(
1)
- 0) 0)
a.a 0
0.0 0
(
(
~
0) 0)
- 0) "
0,0 c
'.0 0 O'C" 0) 0)
0) 1.5 (
0'1'"
D.tt I 24) 2)
0)
' 0.0 0.0 0) o.h 7) 1.3 ( 24 ) 0.4 7) 0.0 ( 0) D) 2.1 55)
'.0 WSW ( (
'.3 C
W I JtlW 0.1 0.2
(
C 2)
-3)
'4) 0.6 0.1
( 11)
- 1) 0.5 0 0 (
( 14i )
0 )
0.5 (
(
9) 0)
0.1 D 0 (
2)
- 0) - ma.o.(
0.1 ( %
0't
) 2 0
2 (
2 (
hio)
JJLJ 0.2 C 0.4 ( 5) ( 5 ) 0.1 ( 1) 0.1 1) .- -- 0.0 ( 0) 1.1 ( 19)
Htf'4 0.3 ( 5) 0.4 ( 5) o.l ( 2) 0.1 ( 1) 0.0 ( o ) o. a c 0) 0.9 ( 16)
TOTAL 2.6 ( 46) "'.3 ( " 77)- -- h 3 ( 77) ' 1; 1 ( 20)* - 0 ( " 3)- ofl ( '
"2) 12.6 ( 22S)
FOR STABILITY Cl.ASS - A
~ HUtlBER OF POSSIBLE llOURLY OBSERVATIONS> 7"258 t1ISSItfG OBSERVATIONS-'l HUNDER OF RUIIORR OF WIJJD CIILII IIOUROU> '--.-~~
'1 UC 1 ~1 ~ ~ ~ a
~ O ~
"].;r r~ It,
~ ~
~ ~ r~ ~
i w
~~ r ~ ~ ~ t ~ .
rv
~ r * ~ ~
NI hoagy.a voNa<TK OSM<:"t) attolftiT hIp. t(t)tttTopIHG
)
SIT~: NINE art E <0-Cuf'9) DhTh foP. APR 1 1981 TIIPDUGN 'UHL 30 19BI
~L JG120" STABILITY CLASS -
HL ~ . ~
B FREQUENCY:(HO: OF OCCURRENCES? OF WIND DIRECTION MITNIH WIND SPEED CATEOORY ~ ~ ~ <<
DIR ') 0-05 04-07 '" Ob-12 " " SPEI D15-Ib.(tIPH) 19-25 >24'OTAL N
tttl f,
~
f'l tF 4.1 0.1 0'o D.p
(
(
2) 1?
o) 0)
" "0 D.O o'0 I'(
O.D I
(
4) z?
'o) 0)
" 4.2 0
a'0 0.0 0
(
(
3) 0)
o) 0)
o D.O 0
0.0 0
(
(
(
0) 0)
0) 0)
4.0 "0 0 0.0 0.0
(" "00 )")
( 0 ) '.0 0.0 0.0 0.0
(
(
(
- 0) 0)
0) 0)
-. 04 .3 0 0 (
0 .0 (
( 5>
ol 0)
?
~<< ~
E L'5 I:
SC 0
0 O
I 0
O
(
(
(
C 1)
O) 0 0
- 0) -~-.-ere ("- 0?
O.l t
( 0) "0.(-'-0?
- 2) "
- 0 0
O.O 0
(
(
(
0)
O)
- -0 0 '0 D.o 0
(
(
(
0) 0)
0) 0 0
D.O 0
0
(
(
C
-'0 0 )
0 )
0
? "0 0.0 O.O 0
{
(
C 0)
D) 0 1 (
- 0) <<<<<<<<4 0 (
0 .I t
'0)1) 2)
55E 0.0 ( 0) 0.2 ( 5) 0.1 ( 2) 0.0 ( 0) 0.0 ( 0 ) 0.0 0) D ( 5)
I'I-(~
C 0.0 -- 0) D.l ( I) O.l 2)
~, -0; D.D 0) 0.0 4.0 0) 0 .2 3)
'o:o (.'-*05"'-- 0.4 -(~
5 ( ( ( ( 0 )
~~O (- 0) ye ym p n-0 ) r-C
- -Oco-,.(~ 0) (~
1)." << ~a 55! I SW 0 . 0 o'.o C
(
0 0}
) 0 Y0 c'.ox"""0 )
- 10) "
0 o.'o (
')0) p 0.0 (
(
0
)""=00(0)
) o.o ("0) 0 0 -( 0), )
NSl1 W
Wl<W tNT O.l 0.0 o.l (
C
(
')
1) 0)
0.1 C;Z? .,;-O-,I-C~-I~
0.1 0.2 I
(
1) 3)
O.S 0.2 C
0-;I-W;. -I?
(
D.O t. '0) -"-,.O.'I.(""1)"."
3)
- 0) "
O.l 0.4
-.;.-0;0 O.2 (
7)
't)I)
( ..'0?
0.1 (
0.1 0"
0'.1 1
(-~0I )-~pro-'C~O) 1
)
)
0.0 O.D'(
" "D.O ( 0)
') 0) tv~~ 0 0 .B (
0 .b (
0
(
C 15) 14) 7}
& 0 ~
NNW TOTAL 0.1 0.5 5TABILI TT C I)
('9) ~'OTB- (-
D.O C 0) 0.0 (
QM~-.Y I M-I 2Z) ,>0~8 0.1 (
( "-"14)" .~-OM 0.0
(') ~oro-~-0?
( 0 ) 0 ~ 1 5
(
(-
2) b2)
FOR HUllofR OF CLASS B POSSIBLE HOURLY'OBSKRYAT'IONSt . 09, ~ -' ;s
~ V V NUf1BfR OF tIISSINO WIND OBSERVATIONS t 7
%V ~ \>> ~ ( VO t~ ' 4 tan '>>t ~ ~ I g V ~ V-C J'En~aa x >~ w. ~
t S
~ l N
~ ~
~ >> ~P t<<V V~
~ -, ~, L
'I g 0
~
~ ~ ~
HI AGARA ttgtthk<'
tj
~ ~
OSWEGO Altb I Ell I A I R NOH I I OR I HG SITE ttlltE tTILE LO-CUP t 9) OAT A FOR ~ Af'R 1 1981 THROUGlt JUtt'E 30 1)81 JG120't V
-STABILITY CLASS -
~ ~ ~
C FREQUENCY (HO. OF OCCURRENCES)"OF kIHD,DIRECT ON MITHIN WIND SPEED CATE(TORT (ttP)l)
DIR 00-03 " 00"07 " QB 12 SPEFD 13-16 19" 23 ) 2Q TOTAL 0.1 ( I) 0.9 ( 0) 0 1 ( 2) 0.0 ( 0) 0 .0 ( 0) 0 .0 C 0) " 0.2 ( 3) tl HE 0.0 ( 0) 0.1 C -1) 9.0 0) 0.0 ( 0) 0 .0 C 0) ~
Q .0' 0) 0.1 ( 1) tlF Q.t ( I) 9 I ( I) QO C 0) 0 0 ( D) 0 .0 C 0) 0 .0 0) 0.1 C
~)
EHE Q.l ( 1) 0.9 ( 0) 0.0 ( 0) Q.Q ( 0) 0 .0' 0) 0 .0 ( 0) 0.1 1)
E 0 2 ( 3) 0 0 ( 0) 0 0 9) 0.0 ( 0) 0 .0 ( 0) 0 .0 0) 0.2 3)
- 0) " 'O.Q (
C C C ESE O.D C D) 0 9 C 0)' 0 C 0) O.D ( 0) 0 .0 C 0) 0 .0 C
- 0) ~
h
~
~-
~
5E 0.1 ( 1) 0.1 C 2) 0.0 C 0) 0.0 ( 0) 0 .0 C 0) 0 .0 C 0) 0 2 3) 55E 0 0 ( 0) 0.2 C 3) 0.0 ( 0) 0.0 ( 0) 0 .0 ( 0) 0 .0 ( 0) 0.2 ( 3) 5 0 0 ( 0) O.l C I) "O.D 1).~ ( 0) 0 0 0) 0 .0 C
- 0) 0 .0 ( 0) - 0.] ( 1) 55M 0.0 0) 0;1 0.0 0) 0.0 ( 0) 0 .0 0) (" 0) ' 0.1 ( I)
I) "' O.'0
~
C C ( ( 0 0 SW 0 0 C 0) 0.1 C C 0) 0,. 0 C 0) 0 .0 C 0) 0 .0 0) 0.1 C 1)
WSW 0.0 C 0) 0.1 ( 1) 0.6 C 10) 0.3 ( 5) 0 .2 ( 3) 0 .0 ( 0) 1.1 ( 19)
W lltlk tt! l tlt<H 0.9 0.1 0
0.1 0
(
(
C
(
0) 1)
0) 1)
9.2 0.0 0.1 0.0
(-
C
(
(
3) 0)'~
1) 0)
0.2 '(
0.1 C- 2) 0.0 (
0.1 (
0) 0)
1) 0.3 (
0.1 (
0.0 (
0.0 (
6)
.1) 0)
0) 0 Q
0 0
.1
.0
(
.0 '(
(
(
') -~
7) 0)
0) 0 .3 0
0 0
- 2
.0 C 6)
- 1) 0 0) 0)
1.5 (
0.2 0.1 (
C 26)
'>)
3)
') )
TOTAL 0.5 ( 9) -- O.a-(- 15) ~ ----1.1 (- -19) . -- 0.7 ( 12) "0 7 ('2)" - 0'0 C "7) 0 1 ( '7A)
FOR STABILITY CLASS - C tt'JFtBER OF P055IBLE tlOURLY OBSERYATIONSi 93 HUtTBER OF ttISSlttG WltlD OBSERVAT IOHS: 19 HUtTBER OF CALtt HOURS> 0 ~ g P 1
~4 Va H! h".Aah IO)t>W(
OSWEGO At'.BI ENT AIR ttOttl tOP It<<
SITE ~
NINE tTILF LO-t:UP t9) Dh Ih f OR hl'R 1 19B 1 T)(ROUG)t JUNE 39 1981 JG120 ~
STABIL ITY CLASS D FREQUENCY (NO. OP OCCURRENCES) OF MIHD DIRECTIOtt WITHIN WIND SPFED CATEGORY SPEED ! '>Pit)
PIR OD-03 04 07 05-12 13-15 19-23 >24 TOTAL tt
~
~
~ ~g 91(2)5) 0.3 C 5
0.3 (
5) 5)
9 0.0
(
10) 0)
9 0 D.D (
( 0)
- 0) 0 0
0
(
'(
0) 0)
9 0.0 D (
(
0)
D) 1 0 .6 9 (
(
19) 10) t(E ')-3 ( 6) 9 3) 9 9 ( 9) 9.9 ( 9) 0 0 ( 5) 9.9 ( 9) 5 5 ( '))
f ~IE O.3 C 6) 0.2 ( 3) 0.9 ( 0) 0.0 ( 0) 0 0 ( 0) 0.0 0) 0 .5 ( 9)
E SF 9
0.0 2 (
(
3) 0)
0.0 0.31
(
C 9)
- 6) "' 0
~
n 2
(
(
9) 4)
9 9
0 1
(
(
9) 2)
5 0
0 0
(
C 0) 0)
O.D (
9.0 (
n) 0)
0 .2 0 .7
(
( 12)
SE ').2 ( 3) ( 21) 1.0 ( 1B) 0.1 ( 1) 9 0 ( 0) 9.9 ( 3) .4 C %3)
SSE 0.3 ( 5) 0.5 ( 9) 0.3 ( 6) 0.2 ( 3) 0 0 ( 0) o.a ( 0) 1 ( 23) 5 0,2 ( 3) 9.6 19) 0.3 ( . 5) 0.0 ( 0)
'0
') ( 0) 0.9 ( C) 1 .5 ( lb) 5 0.1 ( 1) 0;3 ( 6) 00 ( '0) 0.0 a.'
( 0) 5 ( 0) 0.0 'C 0) 0 7) 0 1 ( 2) 0,3 C 6) 9.3 ( 5) ( 1) 0 0 ( 0) 0.0 C 0) 9 .B t 14)
WSW 0.5 ( 10) 2.9 ( 36) 4.9 ( Bl) 2.6 ( 47) 0 3 ( 6) 0.1 ( 2) 10 .5 ( Ibb) vt 0.4 ( 7) ( 15) ( 23) 4 ( 43) 0 ( 14) 0.7 ( 13) ( 115)
WtUt 0.2 3) 0 0.2 ( 4) '" 0.3 6) 0.3 ( '6) 0 B
2' 3)-~0:2 3) 5 25) 0-1
(
( 2) 0.1 ( 'I) 0.1 ( I) 0.9 ( 0) 0 0 ( 0) 0.0 C
0) 1 0 .2 C
( <)
tttt'! I 0.1 ( 1) 0.0 c a) o.o ( 0) 0.0 ( 0) 0 0 ( 0) 0.0 ( a) 0 .1 'C 1)
TOTAL 3.3 ( f9) ' 3 C 131) ~ -'9)2 C'16f) ' 7 ( 193) '.3 '3) C 1.0 C Ib) 27.b ( 499)"
FOR 5lABILITY CLASS - D HUtTBER OF POSSIBLE NOURtY OBSERVATIONS~ "59f '
HUr.BER OF VISSIHO WIND OBSERVATIONS:
ttUNBER OF CALt1 HOURS. I ~ s J'+ eL 4A
f O.
p
~
(
}IIA" hRh t}9h}}%
~
~
t~ ~ w( A I' Q QI~IE GQ h.",4 IF it I A I R tlO!l I I OR I >>G
~
SITE'lI}IE tlILE > O-CL}P (')) Dh T A OR APR I 1951 T}IROVO}} J}J}}E 30 1 t)81 JGI20~ STABILITY Clh55 - E FREQUENCY (NO. OP OCCURRENCES) OF HIND DIRECT IOH WITHIN MltiD SPEED CATEGORY" DIR 00-03 04-07 -" - Od- l 2 5PEED Ct'f H) l J-ld 1 9-23 ">24'OTAL 9.< 9.9 tltlE 9.3 ( 8)
- 5) 0.5 C 7)
-'-9)'- " 9.9 0.1
( ( 9) I) O.O 0.0 C ( 0)
- 0) '00 .9 .0 l
( 0)
""0)' 0.9 (
0) 0 ) O.d ( O.d ( 15) 15) tlr ".. 6 C
- 10) 0 5 C
- 19) 0 0 ( 9) 0.9 ( 9) 5 .0 9) 0.0 ( 0) 1.1 (" ".".) J - ~
E
~ lr 9.3 5) 0.2 ( 3) O.P ( 0) P.D ( 0) D . 0 C
( O.) 0 . 0 0) 0.4 ( d) 0(0)'0O C r 23) '0 9) 9) 1.5 ( 25)
- 3) 0) 0.0
'.0
') t
(
'"0 (
" 0 0 ( 0 (
-0) 5. 0 9 ) 0 0
'.60:2 (- 0) 3 ESE 0 1
( "S) 7 ( 12) 4) C '0 C (~ 1.Z ( 21) ~P " ' M W N 4J 0.4 ( d) 1.S t 32) 10) 0.9 ( 0) 0 .0 0) t ') ) 2.d ( 59) ~ p ~ C
'3)
'.l C
55E 0.3 ( 5) 1.7 ( 31) 0.6 ( 11) , (}.(" ( 0 .I ( 1) 0.0 0) 2.9 ( 52) 10)
~ 1=7 30) 0.7 12) O.l ')
"0) -~ ) I 1) 0.0 9)
"- t'9) I ( 55)
"'.1 '.o
( S 55'A 5!} 0 0.4 0.6 5 ( ( 7)" II ) 9 ( t.17) t 377
.--0.4 (
0.'. -"d) ,~.0.0 d) O.l ( ( 2) ~ 0 0 0
.0
.0
(; C ( 0) 0)
,0 .
0 'C ( 0) I) 1.8 '(" 32)
- 3. 3
~, ~. We
')
}-}""~} 0.5 ( 9) 1.6 ( 2d) ( 63) 0.7 12) 0 .2 3) 0.0 0) 6.4 ( 115)
"5)'00.3 0)'.1 C
W Rtl';} I}l} 0.% 0.3 0.2 C ( d) 4) Od 1 C C
')
14)
'72) (
Od "0.0" (: D.l
'0.0
( (
}5)
- 2) '.0 0.6 (
( C 11) 2) 0) 0 0 0
.0
;0. C~
.0 C
C 0)~-'.0 D)
-0)"
0.0 0:0 ( ( 0)
- 0) O.B (
--')
7 ( 0.6 ( 11) 4d)
'))
tl }i~it TOTAL 0.2 7.1 ( ( 3) 127)
-10 0.2 C 6-( 243) " 7;S'
( 0) 134) 'l.d 0.0 C ( 0) 32) 0 0
.0
~ 3
( ( - 5) 0.0
~"-.O-.l- t, 0)
- 1) -
0.3 ( 30;2 t 542) 6)
, ~ ~ 8~
FOR STABILITY CLASS E HUf1BER OF POSSIBLE t}OURLY OBSERVATIONS:- 660 o ~ ~ ~ 4 t}U}1:lER OF !1155IHG.MIND OB5ERYATIOH5: lid NUt'BER OF CALfi HOURS' "
.l .
" -2
~ ~ ~ ~ I
~ V ~
~ ~
~ 'i
'~<< ~ V <<
NI h Qh P h MOtlhI.'f,
~ ff~
OSWLOO AMB I I tll A IR tlotl1 1 OR ltlO 511E'- HI!IE M1LE LQ-CUP (9) DATA fOR Al'R 1 l981 TIIROUGII JUIIE 30 1451 JG120't
~ ~ ~ ~
STABILITY CLASS - F FREQUENCY (HO. OF OCCURRENCES) OF HltlD DIRECTION ldITNIN WItlD SPEED CA1EOORY 5PEEP (MPII) DIR 00-03 04"07 " 08-12 13"18 " 19-23 >24 TOTAL tl tltl F. tl f. EN F. 0.3 0.2 0.2 0.5 ( ( ( ( 5) 4) 9) 0.1 O.l o.l 0.1 ( ( ( ( 2) 1) 1) 1) 0.0 0.0 O.p 0.0 ( ( ( ( 0) 0) 0) 0) 0.0 0.0 O.p 0.0 0) 0) 0) 0)
'.0 0.0 0.0 0.0
( ( ( ( 0) 0) 0) 0) O.P 0.0 0.0 0.0 ( ( C ( 0) 0) 0) 0) 0 0:3 0.3 0.6 C ( 7) 5) 5) 10)
- 7) 0.0 ( 0) 0.0 ( 0) 0.0 0) 0.0 0) 0.0 0) 0.4 7)
E KSE 0>4 0.2 ( ( 3) 0.1 '( - I) 0.0 ( 0) O.O 0) 0.0 ( ( 0) 0 0 (-" C
- 0) F 2 C
( 4) SE 0-3 ( 6) 0 3 ( 6) 0.0 ( 0) O.O 0) 0.0 ( 0) 0.0 C 0) 0.7 ( 12) 5 SF. 0.6 ( 11) 0.4 ( 8) 0.0 ( 0) 0.0 0) 0.0 ( 0) 0.0 ( 0) 1.1 ( 19) 5 0.8 ( 15) 0.4 ( 0.4 ( 8) 7) 0.0 ( 0.0 -(
- 0) =" 0.0 0.0 0)
--" 0.0 0.0
( 0)
- 0) ---- 0 P.P C 0) I
=1
(
.(
22) SS! I Sll !ASIA 0.6 0.3 0.4 ( ( ( 11) 6) 8) 0.6 ( 0.2 (
]0) 3)
O.l ( 0.5 ( 0) 1) 9) 0.0 0.1 0) 0) 1) 0.0 0.0 C ( 0) 0) O.o 0.0 0 -C C ( 0) 0) 0) 0.9 1.2 1 (
'7) 19) 21)
W Htlld tl!1 NNI) 0.3 0.1 O.l 0.2 ( ( C ( 6) 2) 1) 4) 0
'".1 0.2 0.2 4 (
( ( (
') 81 1) 3)
0.2 (
'~ 0 (
0.1 0.0 C C 3) 0) 2) 0) 0.4 0.0 0.0 0.0 7)
- 0) -
0)
- 0) ""
0.1 0.0 0.0 0 0 ( ( ( ( 2) 0) 0) 0) 0.0 0 P.o 0 C ( C (
'.0 0) 0)
0) 0) 1.5 "0'.e 0.3 0.4 ( (- 26) 3) 6) 7) TOTAL 5.7 ( 102)- -----3.5 ( -M)-.-0;8-(- -15)- ~ =- -0.4 ( -8)'-. 0tl -("2) -:- pro "( - 0) "" lb.6 ( 190) FOP. STABTL I TY CLASS - F NUMB FR OF POSSIBLE HOURLY'OBSERVA'IIOHS ~'30 ~ tl ~ > ~ ~
= r *
~
tIUMOER OF MI SSINO HIND 05SERVAT IOt(S ~ 40 NUMBFR OF CALM HOURS~ <<. ~ ~~~c ~~ Ct
~ " ~
Y tv
~ ~
~
\~
ffft
~ ~ ~
V MP ~
< =i'<<<<'lm >
~Tt)V<<VV ~ ~Q p~ 'W'g ~ ~
~ ~~ l
~ v ' ~
T
- ~ ~
NIAGARA MOIIAIIY, OSWEGO Atl!II Cttt AIR NOIITTOR IIIG N SITE'IHE MILE LO-CUP (9) DATA f OR APR 1 1981 TIIROUGtl JUNE 30 1981 JG120< STAttILTTY CLA55 - G FREQUENCY CNO'F'OCCURRENCES) OF MIND DIRECTION WITHltl WIND SPEED CATEGORY DIR 00-03 - - 0%-07---<<"--". 08 - - Sf'FED (Ml'H)
'3 19-23 -'2% TOTAL tl N!IE tl f.
01 0.0 0.1 C ( ( 2) 0) I) O.O 0.0 O.O ( ( C 0)
-0) -; 0:0 0) 0.0 0.0 (
( (- 0) 0) 0) 0 .0 0 0 0 .0 ( ( ( 0) 0) 0)
- - 0.00 0 0.0 C')0)
( ( 0) 0 0
.0
.0 0 .0 C
( 0) 0) 0) 0.1 0 0.1 0 ( ( ( 2) 0) 1) CIIE 0.2 ( 4) 0.1 ( 1) 0.0 ( 0) 0 .0 ( 0) 0.0 ( 0) 0 .0 ( 0) 0.3 ( 5) 0.6 ( 11) 0.0 0) 0.0 0) 0 .0 0) 0.0 0) 0 .0 0) 0.6 ( 11)
- 21) --O.1- ( --e)-,--O;O E ( ( ( (
ESE 1.2 ( 0) 0 0 C- 0) "-'- 0 0 C ( 0) 0 0 ( 0) 1 3'C 23) SE 1.9 ( 34) 0 6 ( 10) O.O 0) ' .0 C 0) 0.0 C 0) 0 .0 ( 0)- 2 5 C 44)' 55E 1.6 ( ."8) 0.8 ( 14) 0.0 C 0) 0 .0 ( 0) 0.0 ( 0) 0 .0 ( 0) 2.3 ( 42) 1.4 25) 0.0 ( 5 ( 0 6 ( O.b ( 14) 0-1-C 2.).~ Owo-( 0)
- 0) ~ ' .0 0 0 .0 C 0)
"0 0.0 ( 0) 0 .0
'-0) -"- 0 0"'--- (
0)'--
- 0) 2.2 ( - 39) 55'l SW HSH W
0.2 0.2 ( 0.1 ( C 1.1)- 4) 3) 2) O.l ( 0.1 ( 0.1 ( 2) 1) 1)
"O.O 0.1 (
0.0 ( 0) 2) 0)~' 0)
.0 0 .0 0 .0 C
( C (
-<<0) 0)
0) 0) 0.0 0.0 0.0 0 (') ( ( ( 0) 0) 0 0
.0
.0
'0 .0
( C 0) 0) 0) 0 7-( 0.3 ( 0.3 ( 0.2 ( 13) 6) 6) 3) Wtl!0 tl!I tltlll TOTAL
- 0. 0 ( - 0 ) -~~O'0-C 0.1 (
0:1 (
- b. 3 C 1)
- 1) .
1%8)
'r'7 0
0.1 ( C
."0)~4vO-.C
-'"0}'"'Ct.
('%9~ 2)
~
0.0 0 1 I r2 C C 1) 0) 3) 0 .0
.0
'0 .0 "0 ip
( ( ( ') -- 0) 0) (-;"0)
-Orp 0.0 0.0 0;0 C
(
'" 0) 0)
0) 0 0 0
- 0) .- 0.0" (
0- (--
.0
.0 C
( 0) 0) 0) 0:0 "( ""0) -, 0.1 ( 0.2 (
- 0) -""11-2 (
2) 3) 200)
~ ~ i ~
C fOR 5 TAB IL I TY CLASS G IIUNBER OF POSSIBLE-HOURLY-OBSERVATIONS~.-.-e25- - - - IIUNTIER OF MISSING WIND OBSERVAT IOHS: 25 NUMBER OF CALM HOURS>".~ " .~~~ .. " 12 - ~
~ ~ 4w 1
p N 'I h < A l; ~ t1 < t t h t; < im.<<<<L Or I lg GQ Attn! mt A TP. tint<1(OPING ')her
.Il'F'tItlE t41LE [O-C(tp (7) DATA roP. Af'R I 1981 TtlPOUGlt JUttE 30 19,41 JrI GI 0
~4
~
- 4) . \ ~ '9 1t ~
STABII. ITY CLASS - AL L
~ ~ s ~ ~
FREQUENCY (NO: OF OCCURRENCES) OF MItlD DIRECT Iotl HI'tlt!tl MIND 5PEED CATEOORY ~
~ ~ ~
~
44
' "- - SrEEp (~rtl)
DIP. 00" 03 04-07 08-12 13-18 19-23 >24 TOTAL N 1.7 ( 30) 1.3 ( 23) 1.0 ( Id) 0.0 ( 0) .0 ( 0) 0) 4.0 ( 71) 24)- - 0.1 0 ( NtlE 1.1 ( 20) 1 3 ( ( 2) 0 ' ( 0) 0 .0 ( - 0) 0.0 ( 0? . 2.6 (-- we) h ttE 5 ( zea 0.9 ( 17)" 0.0 ( 0) 0 0 ( 0) 0 .0 C 0) 0.0 C 0) 2.4 ( 43) EtlE 1.8 ( 3Z) o.e ( 10) 0.0 ( 0) 0.0 ( 0) 0 .0 ( 0) 0 ' C 0) Z.3 ( 42) 2.8 0.0 0.0 E ESE 1.7 ( ( 51> 3D) 0 ..". 1.2 ( 3) 22?~--- 0.5'(( 9?- 0)
-00.0I (
( -2) 0) 0 0
.0 0
( C ')'0 0) 0 0 ( ( - 0)
- 0) - -3 3.0 5 (
( 54)
- 63) ~ <<r ~
SE 3.0 53) 4.3 ( 77) 1.7 31) 0.1 2) 0 ( 0) 0.'o t o) 163) SSE Z.d ( 51) 4.2 ( 76) 1.6 ( 29) 0.3 ( 6? 0 .1 ( 1) 0.0 ( 0) 9.1 ( 163) 3.0 ( 53) 4.0 ( 72) 1.8 ( 33) 0.2 ( 3? .1 ( 1) O.D ( 0) 9.0 16") 5 SSW 5I f 1.7 1.3 ( 30? 13) 2-.1"(-- 37)~- rg ) ~ Da4 ( O'.8 d) 14) 0.0 ( 0? 0 0 .0 ( - 0) 0)"'.0 0.0 (-i 0)-"-= 4 2 C ( 75) f ~ ( 3.1 C C 0 ( 3) 0 .0 ( 0) " 0.1 C 1) '5 4 ( 97) WSM 1.7 ( 31) 1.3 ( 77) 1 1.4 ( 205) 4.1 ( 7'l) 0 .7 ( 13) 0.1 ( 2) 22,.4 ( 402)
- 25) 3,1 ( 55) 3.5 ( -"52) 4.6 :5 ( :e) 1.2 ( 21)
W Wllll 1 0.9 4 (
- 16) 0.5 (- ')-~<<- 0:5- (. 9)
( 83?
- 9) ( '"3) 0:2- (~" 4). --15.2 Z.d
( 272? 50) tt', l 0.7 ( ( 13) 1.0 ( Id) 0.7 ( IZ) 0 5 0.3 ( ( 5) 0 0 2
.2 ( 4) 0.0 t " 0) . ' Z.v
( ( 52) ~ ) 4 v N1IW 0 9 ( 16) 0.9 ( 16) 0.2 ( 3) 0.1 ( 2) 0 .0 ( 0.0 ( 0) 2.1 ( 37) TOTAL 27. 9 ( 500) 33".0 ( 592)- . 24-. 3-(-435).---10 ' ( 189) --- -2 :7 ( "4b).~ 1c6-f "-Rd) 100;0 (179t) ~ . A, ~ ~ FOR 5TABILITY CLASS - ALL ~ ~ Nut1BER OF POSSIBLE HOURLY OBSERYAT!ONSt<<212b I,
~
r
~
S ~
~* <<r ttuttBER Or t415SINO WItto OBSERVATIOttS~ 336 NUI1BER OF CALtl HOURS~ RB "~ 'I ~ gsri4+ ~ ~
\ 1' <<V 7 ~ <<
a ~ 4 ~ ~ ~ ~ 'L ~ s ~ et
~ ~ z r
~1
r lt I ADA>A 8')tlh!!Y, DSMCGg At".A I f!lT AIR t(O!T I TOR It>C SITE -'r tt E ~ I t. r t O C ur C 9) DATA FOR ArR I 1981 TllPOVCll JUHE30 19t) I v JGI 20 )t rv e trav
. FREQtjrttCT ttto. Or OCCVPREttCES) Of WIHD DIRCCTIDH WI TttIH WIttD Sf ECD CATEGORY
~
'PEED t ttPH)
DIR on-o3 04- 07 . 05-12 13-18 19-23 >24 TOTAI. H tl)i E 1.5 1.2 34) 22)
" l.b'i
- 1. ('5)
( 30) 1.0 0.1 ( ( 15) 2) 0
.0 0
C C 0) 0) 0 0
.0 ('0 t
0) 0) 0.0 0.0 ( C 0) 0) 4.4 2.1 ('2) ( 49) tlE 1.5 ( 27) 0.') ( 17) 0.0 ( 0) 0 .0 ( 0) 0 .0 ( 0) 0.0 ( 0) 4 ( 44) 1.5 33) 0.6 ( 11) 0.0 ( O) 0 .0 ( 0') 0 .0 0) 0.0 ( 0) ( 44) E 2.5 ( 91)" T--'0,2 ( - 3)""" 0.0 "0) " 0 .0 ( 0) 0 .0 ( C
- 0) 0.0 C 0) 2 54) rSt 1.7 32) 1 y) )) 0.5 9) 0 .I t 2) 0 .0 t 0) 0.0 t 0) 3.5 ( 65)
SE 2'. 9 ( 54) 4.2 ( 77) ).7 ( 32) 0 .1 ( 2) 0 .0 ( 0) 0.0 C 0) 8.9 ( 165) 5 )f' 5 )W 2.5 Z.9 1.6 ( ( ( 51)
'54) 30)
"3 Ai.
2.0 1 9 t (
.6) 72) 37) v'.0 1.7 0 4i
( ( 32) 3e)- 8)
- 0 0
0
.2 0
( ( ( 6) 3) 0) 0 0 0
.I
.0 1 (
( ( I) 1) 0) 0.0 0. 0.0 0 (-" C ( 0) 0) 0)
,,9.
9 4.1 0 0 ( ( ( 166) Iee)
'5)ee 5W 1.2 ( 23) 3.0 ( 56) 05 ( 14) 0 .2 ( 3) 0 .0 ( 0) 0.1 ( I) 9.3 ( 97) lt W !J 1.7 I.e (
32)
'29). "
4.2 3.1 t ( 79) 57)'" 11.1 3.4 ( 205) e2) 4 .0
.5
( ( 74)) 83) 0 1
.7
.4
( ( 1 3) 2 e) -1'1 0.1 C C-- 2) 21) 21.9 15.1 ( 406) 278) l "I'I 1.0 15) 0.5 0.5 9) 0 .5 9) 3) 0.2 4) 2.9 53) ('t) ( ) ( 0 ( ( ( HM 1.0 ( 19) 1.1 ( 20) 0.7 12) 0 ( 5) 0 .2 ( 4) 0.0 C 0) t 60) tltllt 1.1 ( 20) 1.0 ( 15) 0.2 ( 3) 0 .I ( 2) 0 .0 ( 0) Ct.o ( 0) 2.3 ( 43) TOTAL 28.7 t 529) 33.t) t 609) '4.0 C 44") 10.2 t 189) .6 t IvS t 6) 100.O CIS4S) FOR At. l. WIIID i CATEGORIE'r
~
i L 1'OSSIttt.h tlOttR(.Y Ot)SKRttAt fOttS-'184 v ttUT!ACR ttut".A r R Ol HI SS IHG WItlD OASFRVAT IOHS'39 l~ Y e irony yMg ttUtlttCR or cht.tt llouRS. 29
~ y ~ ~ ~ f' 1 i ~ v y e')v I g vere L ~
)
ye ~ e
l}}