oci ne5 



BRlOGfPORI, CONNECnCul 



N/>I'L «E« StR ore 

 SIKOBSKT ficn. AP. BfilDG[PORI 



Table 3-5 



LOCAL 



ISSN OlSS-nS] 



CLIMATOLOGICAL DATA 



SlKORSKr nfMORUl «IRPORI 



Monthly Summary 



imi ian[ MSitRN 





^ 





D 





U 





^~—^ 





h- 





U 



m 





CD 



z 



— 1 



o 





o 



1 — i 





o 



(V 



o 



a. 



o 



Q 



s 







I[NP[RfiIUR[ 



°r 



DEIRE 

 BASE 



0«TS 



u(»lHts liPtS 



1 (00 



: BEAVT roc 



SKOU 



ICE 



PlllElS 



OR 



PRECIPII'UOH 



HI SAGE 

 SIIIIOK 

 PRESSURE 



HIND 

 in P HI 



SUNSHINE 



Sn CO*ER 



IIENIHSI 







1 







3, 3 



^ ~ 





^ 





■= 





EASUSI 





,., 















^ 





r,7 





3 IHUNOERSIOB" 



4 KE PEltEIS 



ICE OK 

 GROUkO 



^ 



n 



IKCRES 



tr 



t 



C3 



B LE 





= 





_ 

















w c 





i^ tz 



— "Z 



5 ««ll 



Al 



- 





ElCv 



— 



— 



uo 





^ 





° s 



Zj 



_ — 





- 



f 



=> 



to 



i Z 



if 



ii 



'i'i 



k GL»7E 



; OUSISIOfiB 



8 SBOtE. ««7E 



0700 

 IKCmES 



u 



ii 



1 7 

 F[[I 

 ABOVC 



i 



i 



C3 



s 



s 



g 



CK — 



=) C3 



— 2 



- 



















1 BIO" IKE SKOk 









"51 























1 



2 



3 



4 



5 



b 



7A 



7B 



8 



5 



10 



1 1 



12 



13 



14 



15 



lb 



17 



18 



IS 



20 



21 



Ji 



01 



77 



54 



bb 



5 









1 



1 8 







00 



0.0 











lb 



20 







3 





01 



n? 



72 



56 



b5 



4 













1 8 







04 



















lb 



34 







5 





02 



(11 



5<) 



53 



5b 



•4 





5 







1 







44 



















1/ 



03 







10 





03 



04 



SS 



54 



57 



-3 





8 







1 6 







I 



















15 



05 







10 





04 



05 



70 



55 



b3 



3 





2 







23 







58 



















21 



24 







10 





05 



0^ 



(,a 



45 



5 7 



-2 





8 













00 



















18 



27 







2 





Ob 



07 



b5 



43 



51 



-5 





1 1 













0.00 



















1/ 



23 







2 





0/ 



Ofl 



be 



44 



5b 



-3 





5 













0.00 



















lb 



lb 







2 







01 



71 



57 



b4 



b 





1 













0.00 



















21 



24 







; 





OS 



10 



77. 



bO 



b5i 



1 1 









4 



1 8 







00 



















23 



2b 







10 





10 



1 1 



fc2 



48 



55 



-3 





10 













0.00 



















24 



35 













1 1 



1? 



56 



40 



45 



-R 





lb 













0.00 



















IB 



02 







3 





12 



n 



hi 



53 



55 



? 





b 







1 8 







0.15 



















lb 



24 







10 







H 



hk 



52 



55 



7 





b 







1 8 







0.00 



















10 



18 







10 





14 



15 



72 



b3 



bS 



12 









3 



2 8 







O.Ob 



















15 



2i 







5 





15 



K-, 



71 



4b 



55 



3 





b 













0.00 



















23 



22 







4 





1b 



17 



55 



40 



50 



-b 





15 













00 



















14 



24 







1 







IR 



(.5 



42 



54 



-1 





1 1 







8 







00 



















21 



22 







/ 





18 



IS 



b5 



55 



b4 



5 





1 







1 8 







T 



















25 



24 







10 





IS 



20 



bl 



48 



55 









10 













0.00 



















18 



02 







10 





20 



PI 



55 



41 



50 



-4 





15 













00 



















14 



10 







4 





21 



?? 



55 



35 



45 



-5 





lb 













0,00 



















13 



Ub 







1 





ii 



?3 



b3 



40 



52 



-2 





13 













0,00 



















14 



0/ 















?4 



b5 



45 



57 



4 





8 







1 







0.20 



















w 



Ob 







5 





it 



25 



b5 



52 



bl 



e 





4 







1 







0.01 



















ii 



2b 







2 





25 



2f. 



b5 



41 



53 









12 













0.00 



















17 



28 













ik 



?7 



b8 



45 



57 



5 





e 













0.00 



















2b 



25 







8 





il 



28 



55 



42 



51 



-1 





14 













0.00 



















25 



33 













28 



?S 



53 



34 



44 



-R 





21 













0.00 



















21 



3b 







3 





2S 



TO 



52 



33. 



431 



-fi 





22 













0.00 



















12 



01 







10 





JU 



•il 



55 



43 



45 



-2 





lb 













00 



0.0 











23 



07 







8 









SUB 



SU" 











lOUL 



lOlH 



KUBBER or DATS 



10IAL 



lOlAl 



FOR IHE BOKIH: 



TOlAl 



: 



SUB 



SUB 







2000 



1473 













278 



8 



1 48 















2b 1 25 





174 









«»G 



«¥G. 



«V6, 



Dtp. 



»»G 



DfP 



OtP 



PRECIPIIAIION 



> 01 IKCH 7 



DEP 







— 











DAIE: 27 



'lismi 



Arc 



AVb 







b4.5 



47 -^ 



5b 



O.C 





-7 



; 



-1 85 



i-^ 



— 

















5.b 









NU"8(R Of D»r 





SEHSOI. 



10 DUE 



SKOll. ICE PElLElS 



GREA1ES1 IK 



?< HOURS AKO OAIES 

















loim 



lOIAl 



) 10 IKCH 



SNOK. IC 



PElEEIS 



OR ICE AND 



E)»It 







B«IIHUB UKP 



nu 



BUB U«P 



334 



738 



IHUKDERSIORBS 1 



PRECIPIIAIIOK 



1 SKOK, ICE PELIEIS 







> 50° 



1 I 32" 



? 3? 



\ I a^ 



DEP 



OEP 



HEAVI roG 2 



58 1 05 



1 0.0 1 



1 







1 



1 



Ol -8 



CIEAR 13 PARUI 



lOUOl 4 C 



LOUOT 14 





















* EXTBEHE FOR THE MONIH - LAST OCCURRENCE IF MORE THAN ONE. 

 T TRACE AMOUNT 



• ALSO ON EARLIER DATElSI. 



HEAVY FOG: VISIBILITY 1/4 MILE OR LESS. 

 BLANK ENTRIES DENOTE MISSING OR UNREPORTED DATA. 

 LESS THAN 24-HOUR MEATHER HATCH FOR DATA IN COLUMN 8. 



DATA IN COLS b AND 12-15 ARE BASED ON 21 OR MORE DBSERVATIDNS 

 AT HOURLY INTERVALS. RESULTANT HIND IS THE VECTOR SUM OF HIND 

 SPEEDS AND DIRECIIONS DIVIDED BY THE NUMBER OF OBSERVATIONS. 

 ONE OF THREE HIND SPEEDS IS GIVEN UNDER FASTEST MILE: FASTEST 

 MILE - HIGHEST RECORDED SPEED FDR HHICH A MILE OF HIND PASSES 

 STATION IDIRECTION IN COMPASS POINTSI. FASTEST OBSERVED ONE 

 MINUTE HIND - HIGHEST ONE MINUTE SPEED IDIRECTION IN TENS OF 

 DEGREESl PEAK GUST - HIGHEST INSTANTANEOUS HIND SPEED lA / 

 APPEARS IN THE DIRECTION COLUMNl. ERRORS HILL BE CORRECTED 

 AND NOTED IN SUBSEQUENT PUBLICATIONS. 



1 CERIIFT THAT THIS IS AN OFFICIAL PUBLICATION OF IHE NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION, AND IS COMPILED FROM 

 RECORDS ON FILE AT THE NATIONAL CLIMATIC DATA CENTER, ASHEVILLE, NORTH CAROLINA, 28801 



noaa 



NATIONAL 



OCEANIC AND 



ATMOSPHERIC ACmlNISIRATION 



NATIONAL 



ENVIROKMENTAL SATELLITE, DATA 



AND IWOfWATION SERVICE 



NATIONAL 



CLIMATIC DATA CENTER 



ASHEVILLE NORTH CAROLINA 



DIRECTOR 



NATIONAL CLIMATIC DATA CENTER 



