342 



WINDS OF THE GLOBE. 



(Nos. 265(a) to 267.) 



Connecticut. — Continued. 



Place and 



kind of 



observation 



Relative Prevalence of Winds from the Different points of the Compass. 



Time of 

 the year. 





265 (o). 



Walliug- 



ford. 



January 



February 



March 



/ pril 



May 



Juue 



July 



August 



September 



October 



November 



December 



The year' 



854J 



643| 



665 



538^ 



503J 



378* 



438j 



731 



545^ 



39l| 



171 



349 



289 



266 



185i 



2341 



678il45 

 »66i 195 

 725' 120 

 1106|jl26J 



158^ 

 223 

 128^ 

 184| 

 273 

 113 

 89* 

 2281 

 210 

 196^ 

 131 

 164i 



18i 

 34 

 52 

 88 

 112 

 33 

 31 

 50 

 20 

 7 

 16 

 34J 



33 5 



47|20 



30i!31i 



86i'29J 



73i 



38 



85i 



59 

 76^ 

 llli 

 42 



70i 

 103 

 160i 

 184 

 136* 

 105i 

 251 

 123* 



61^ 



17i 



ee-j 



95 

 150 

 207 



97 

 104* 

 108" 



84 



73 



227J 381 

 192* 211 



365*|276i 

 403*307 

 737" 372 

 717 522 

 1098^:455 

 577 !413* 



616i 

 395^ 

 84^ 261 

 24 260^ 



539 

 345 

 237i 

 297 



336 

 220 

 230* 

 170* 

 153 

 74i 

 250 

 399 

 189 

 251 

 306 

 241 



136* 

 191*, 

 169 

 164i 



90 



60* 

 111* 

 107* 

 190 

 1701 

 356* 

 253* 



219J 



124 

 206 

 163 



92 



65 



80* 



29* 



115 

 113* 



3341 350^ N. 30 

 506* 244 N. 32 

 656*,476 



488* 



303* 



320| 



386 



384*' 



465 il«OJ 



515 220 



649*334* 



101*1557 365 N. 35 



..." ... ... N. 51 



N. 45 

 N. 33 

 S. 17 

 S. 47 

 S. 34 



s. 72 



N. 85 

 N. 39 

 N. 49 



30' W. 



24 



W.| 



12 



w. 



42 



w. 







w. 



42 



w. 



12 



w. 



54 



w. 



48 



w. 



24 



w. 



12 



w. 



12 



w. 



7 



w. 



^00 



z a 



z a 



Spring 



Summer 



Autumn 



Winter 



The yeai-' 



Spring 



Summer 



Autumn 



Winter 



The year' 



Spring 

 Summer 

 Autumn 

 Winter 



Spring 



Summer 



Autumn 



Winter 



The year 



Spring 



Summer 



Autumn 



Winter 



The year' 



Spring 



Summer 



Autumn 



Winter 



The year 



333 

 231 

 405 

 386 



3063 

 1711 

 2741 

 2980 



9.20 

 7.41 

 6.77 

 7.72 



2118 



1642 



2290 



2697 



8747 



339 



.387 



303 



268 



2457 

 2029 

 2593 

 2965 

 10044 



K.C 



W 



Mi 



628 i 184 421 



562! 1391 505 



567 158: 404 



523I 1501 280 



7786 18761 2276 



3428 1796; 2926 



38S5| 1036 3264 



4381 I 1830 2822 



12.40 10.20 5.41 

 6.10 9.03! 5.79 

 6.85. 6.56| 8.08 

 8.38| 12.20 10.08 



3897i 927 



2839: 813 



3177^ 733 



3378J 686 



13291 1 3159 



1188 159 



1014; 211 



875! 142 



8411 135 



2164 

 2133 

 1834 

 1170 

 7301 

 298 

 302 

 365 

 229 



440 

 654 

 304 

 194 



976 

 1355 

 1235 



708 



2430 5491 

 3411 6923 

 1845 7099 

 II22I 4197 



5.52 

 5.2; 

 6.07 

 5.78 



2268 

 3106 

 1834 

 1264 

 8472 

 465 

 765 

 535 

 316 



5085 1086 2462 2733 

 3853 1024 2435 3871 

 4052 875' 2199 2369 

 4219| 821| 1399| 1580 

 17209' 3806! 8495 10553 



5.63 

 5.11 

 5.75 

 5.93 



4423 

 7139 

 5311 

 3750 

 20623 

 1429 

 2343 

 1944 

 1196 



5852 

 9482 

 7255 





> 









%^ 





g^ 



i 



P^l 



^ 



"it. 



390 



1191 



3(11 



715 



379 



1206 



505 



1484 



3979 



11402 



2367 



3497 



3601 



7915 



5367 



13655 



10.20 



9.57 



6.56 



4.89 



9.50 



6.56 



10.63 

 ?073 



9.20 



7748 



2228 56442120 

 2227, 7716 2010 

 2571I 9387 1918 

 909930495 

 1499| 2646 

 2012[ 2270 

 1577 2460 

 1477 2487 



3572 103941850; 

 4240 7914 2120 

 3804 lOlVi; 2010 

 4946: 4048 11874 1918' 

 27535|15664 40358J789S 



N. 79° 8' W. 

 S. 46 13 W. 

 N. 81 32 W. 

 N. 55 41 W. 

 N. 83 10 W. 

 N. 38 31 W. 

 S. 42 27 W. 

 N. 76 46 W. 

 N. 48 55 W. 

 N. 60 9 W. 



N. 57 55 W. 

 S. 74 11 W. 

 N. 65 36 W. 

 N. 48 45 W. 

 N. 67 21 W. 

 N. 66 44 W. 

 N. 88 58 W. 

 N. 82 21 W. 

 N. 67 46 W. 

 N. 76 19 W. 

 N. 60 59 W. 

 S. 80 1 W. 

 N. 71 44 W. 

 N. 53 25 W. 

 N. 70 34 W. 



<A 



.209 



.243 

 .256 

 .360 

 .234 

 .273 



.isi 



.249 

 .379 

 .243 



29 



39* 



27 



43 



44* 



45 



49* 



,44| 



28 



30J 



32 



41 



31 



N. 65° 

 S. 17 

 N. 60 

 N. 20 



N. 24 

 S. 20 

 S. 29 

 N. 30 



N. 60* E. 



S. 11 W. 



S. 54* W. 



N. 14* W. 



.06i 

 .16 

 .01 

 .14 



Computed by the observer. 



From this table we obtain the following snmjiary of results: — 



Average velocity of all winds in miles per hour 



Velocity in mean direction, on the supposition that the winds 

 from every point of the compass move with the foregoing 

 average velocity ......... 



True velocity iu mean direction, giving to the winds from the 

 several points of the compass each their own avei'age velocity, 

 as shown in the table above 



Excess of the latter over the former 



2.29 

 + ..54 



5.69 

 1.38 



1.03 

 —.35 



6.70 

 1.72 



1.67 

 —.05 



8.60 

 3.09 



3.26 

 + .17 



The year. 



7.34 

 1.72 



1.78 

 +.06 



' Computed from the resultants for the seajions. 



