jst|ipad. 1886 r. spostrzeżenia meteokologiczne. WT ar sza w a, 83 



io 



iirm. sprow. 



— 700 mm -f 



Termometr suchy 



Termograf 



Wilg. względ. 



Stop. 

 zachm. 



Kierunek i siła wiatru 



, opadu 



UWAGI. 



1 



1 



9 





7 



1 



9 





A/r 



1 Min 



/ 





9 1 



7 1 1 



9 



7 



... 1 



9 



li 





.yc 



D.55'6l.oc 



60.48 



1 .2 



6.C 



3.8 



4. J 



ri 0 



! 0 1 



o'' 



1 73 



90 



85 



5 



3 



0 



S 



s 



ESE 



0 0 



u 



.2C 



3-20 64.4C 



63.27 



0.2 



2. 1 



1.1 



1 .c 



4 0 

 4. > 



— 0 0 



j " 9 



00 



87 



83 



89 



1 



10 



10 



SE 



E 



SE 



0 0 



LJ 



).4; 



3.35 



61.2? 



63.02 



1.2 



4.6 





1 7 



0 7 



' 2 0 



88 



5q 



82 



76 



0 



0 



0 



ESE 



SE 



SSW 



0 0 



U 



.oi 



.D.3.5 



,52.35 



55. 2c 



1 



6.^ 



3.0 



2.8 



6.0 



— ■ '.4 



02 



62 



83 



79 



4 



2 



5 



s 



S 



S 



0 0 



LJ 



.3c 



0.50,48.60 



5o. 1 c 



''> 1 



y.u 



5.0 



5.5 



0 0 



1-7 



85 



63 



86 



78 



9 



3 



7 



SSW 



SSW 



s 



0 0 











58. i3 









3.0 













81 



















.5c 



3.40 44.10 



4.-1.0'^ 



3.0 



0 



V-- 



7.6 



6.6 



9.6 



1 4 



^ -4 



76 



58 



74 



69 



2 



9 



5 



ESE 



SSE 



s 



0.0 





.ot. 



3.7043.70 



43.82 



■5.2 



10.2 



8.8 



8.1 



1 1.6 



4 8 



84 



76 



84 



81 



10 



5 



0 



SSE 



S 



s 



1.4 

 ^ *4 



• 



.4Ć 



1^.35147.70 



A± 83 

 44.00 



10.8 



1 3. .| 



o 8 



1 1.3 



i3.8 



8.5 



80 



^V 



82 



89 



87 



10 



lo 



5 



SS W 



WSW 



w 



0.0 







14. lo 43.05 



-l-4'O i 



V-- 



14 2 

 1 4.- 





1 1 0 



14.8 



7 1 



lOD 



74 



79 



84 



10 



7 



0 

 y 



E 



SE 



SE 



0 0 





.23 



0.80 



46.75 



40.62 



1 0.2 



i3.8 



10.3 



1 i .4 



13.8 



9.5 





80 



94 



88 



9 



10 



1 



s 



*s 



SSE 



0.0 











44.53 









9.9 











82 



















.Sc 



7.35 



46.30 



-16.0H 



6.6 



11.6 



0.0 



0. 1 



12.0 



5 0 



98 



80 



88 



89 



10 



2 



5 



SSE 



SSE 



SSE 



0.0 





.2( 



5.o5 



43.40 



^4" ( 



7.0 



12.6 



1 0.6 



10.1 



12.8 



■ 6 4 

 u. 4 



Ol 



70 



85 



82 



2 



2 



10 



s 



g 



s 



0.0 





.-ii 



3.o5 



42.75 



J2 85 



•7 8 



8.2 



5.7 



7 2 



1 1.0 



5.2 



83 



67 



80 



77 



10 



10 



1 



SW 



SW 



SW 



0.0 





.3; 



^.65139.20 





2.8 



0.0 



6.2 



6.0 



0.5 



-/ 



1 o 



72 



85 



89 



82 



4 



1 



2 



s 



SSW 



SSW 



0.0 



Cir. NW 



.o; 



).o5 



42.70 



40.60 



4.2 



7.8 



5.4 



5.8 



7-9 





93 



82 



94 



90 



10 



10 



8 



SSW 



AViW 



WSW 



4-4 



« 









42.95 









7.6 











84 



















.0( 



J.55 



5o.6o 



48.38 



5.4 



5.4 



5.6 



5.5 



6.7 



A 3 

 4.0 



OJ 



80 

 ^y 



91 



91 



10 



9 



10 



"WSW 



NW 



w 



0.0 





oc 



i.90 



47.30 



48.73 



0.8 



3.8 



4 6 

 4.U 



3.1 



6.0 



— 0. 1 



02 



87 



90 



90 



5 



3 



10 



SSE 



SE 



s 



0.0 



9 u 



l)( 



;.2o 



44.30 





4.6 



8.4 



5.2 



6.1 



8.7 



A 0 



4.1J 





7u 



^y 



87 



88 



4 



4 



2 



SSW 



SSW 



WSW 



0 5 



© = 



oj 



).20 



49.90 





3.2 



5.2 



4 8 

 4.0 



A 1 



5 7 





87 



6q 



90 



82 



9 



7 





SW 



SW 



SE 



0.1 



= ■ 



61 



'i. 60 



52.90 



52.72 

 48.12 



2.4 

 ^.4 



3.4 

 0.4 



4 0 



4*^ 



3.3 

 4.5 



5.8 



1.6 



93 



90 



93 



92 

 89 



10 



10 



lo 



NW 



NW 



N 



4.5 



• = 



2," 



).65 



51.40 



00.77 



2.6 



3.2 



2 0 



2.0 



5.0 





8q 



02 

 y ^ 



96 



92 



10 



10 



10 



WNW 



NW 



W 



4.4 



• 





1.45 



55.80 



04.70 



1.2 



2.4 



1.6 



1 ,7 



3.6 



0 A. 



80 



70 



' y 



90 

 75 



88 



10 



2 



lo 



W 



WSW 



w 



0.7 





»? 



,i.7o 



60.60 



59.00 



1.2 



3.3 



2.6 



2 4 

 ^.4 



3.7 







80 



84 



5 



10 



10 



ISI 



N 



NNE 



0.0 





2C 



.).95 



59.20 



60.47 



— 0.2 



1.3 



0.6 



0.') 



3.8 



— 0.8 



0*^ 



72 



85 



83 



10 



10 



10 



N 



N 



SW 



0.0 



• * 



9': 



:;.6o 



53.5o 



53.00 



2.0 



4.4 



3.6 



3.3 



5.1 



— 0.2 



96 



97 



80 



91 



10 



10 



10 



SW 



WNW 



N 



1.3 









55.b0 









2.2 









8H 



















óa 



.i. 90 



45.80 



44.45 



4.0 



7.0 



4.8 



b.-i 



7-1 



2.1 



97 



91 



84 



91 



10 



9 



10 



SW 



WNW 



W^ 



0,5 



• 



75 



0.40 



58.90 



55.35 



1-4 



2.0 



0.8 



1.4 



5.1 



0.2 



85 



64 



78 



7^1 



9 



3 



1 



NW 



N 



W 



0.0 





3c 



,1.00 



54.70 



56.00 



— 0.4 



0.7 



2.6 



1.0 



3.0 



— 1.4 



92 



87 



96 



92 



4 10 



10 



SW 



SW 



w.^w 



0.5 





oo 



.).7o 



48.20 



00.47 



3.0 



3.8 



0.8 



2.5 



4.0 



0.0 



96 



87 



85 



89 



10 10 



8 



SW 



SW 



S 



0, l 



• 



So 



1.9Ó 



4f.35 



45.08 

 50.26 



0.8 



2.0 



1.2 



13 

 2.3 



2.5 



— 0.7 



85 



78 



82 



82 

 86 



10 



10 



10 



s 



SSW 



SSW 



0.0 





94 



.,.84 



5o.i6 



49.98 



1 



3.3 



6.5 



4-9 



4.9 







90 



78 



86 



85 















18.9 





















ó z efó 



W. 





















"1 





11 



9 





7 



1 



9 





Max. 



Min. 



7 



1 



9 





7 



1 



9 



7 



1 



9 





Uwagi. 



.3 



3.3 



63.5 



63.7 



1.0 



7.8 



1.3 



3.4 

 ^■4 



8.5 



— 0.7 



96 



67 



94 



86 



7 



3 



0 



SSE' 



SE' 



SE' 



0.0 





.8 



6.0 



66.7 



65.8 



— 1.8 



4 8 



0.6 



1 .2 



5.2 



— 1-7 



96 



84 



92 



9^ 



1 



0 



10 



SE' 



SE- 



SSE'2 



0.0 



LJ 



.7 







66.9 



— 1.3 



5.2 



0.7 



1.5 



5.8 



— 2.7 



94 



69 



89 



84 



0 



0 



0 



SSE' 



ESE' 



SSE' 



0.0 



u 



.3 



3.2 



56.2 



58.6 



2.0 



7.1 



1.5 



2.2 



7.7 



— 1.9 



92 



68 



9^ 



84 



0 



2 



6 



SSE' 



SSE' 



S' 



0.0 



u 



.3 



13.5 



52*7 



53.5 



2.5 



10.0 



5.4 



6.0 



10.1 



1.3 



85 



67 



91 



81 



6 



5 



7 



SSW' 



W' 



SE2 



0.0 











61.7 









2.9 











85 



















.6 



i5.3 



Ala 



47.0 



3.3 



0.2 



5.8 



6.1 



9.2 



2.3 



78 



71 



88 



79 



9 



8 



7 



E'2 



SSE'^ 



SSE' 



0.0 





•9 



1.J.9 



Al \ 



4 1 



47.3 



5.0 



1 1 .7 



' • ^ 



8.2 



12.7 



4.3 



87 



70 

 ' y 



89 



85 



10 



4 



6 



SSE' 



SSE' 



SSE' 



2.8 



• 



.0 





49.9 



48.1 



1 1.0 



1 2.6 



0 4 



1 1.0 



l3.3 



8.4 



89 



85 



95 



89 



lo 



10 





S' 



SV N W ' 



WNW' 



0.0 





.4 



3.6 



At) 1 



48.2 



Q 1 



14 2 



12.6 



12.0 



14.4 



4.4 



98 



78 



86 



87 



10 



7 



7 



ESE'^ 



ESE' 



E' 



0.0 





•9 



3.0 



Ad ^ 



4.8.4 



4^*4 



0 4 



14.2 

 14.- 



7.0 



10.5 



14.3 



7.9 



93 



83 



94 



90 



3 



8 



0 



bSE' 



SSE' 



ESE' 



0,0 











47.8 









9.5 











86 



















.0 



0.2 



49.8 



00.3 



5.1 



1 2.2 



7.4 

 i '4 



8.2 



12.4 



4.8 



100 



87 



96 



94 



3 



3 



3 



ESE' 



ESE' 



SE' 



0.0 





.1 



ilo 



47.1 



48 1 



5.1 



13.4 



0 7 



0.4 



V*4 



l3.4 



0.0 



98 



72 



92 



87 



2 



6 



8 



S' 



S W ' 



SSE' 



0.0 





.0 



').4 



46.1 



46.1 



7.2 



7 8 



2.1 



5.7 



113 



3.2 



89 



72 



100 



87 



10 



10 



1 



WsW' 



SW' 



\\ SW 



0.0 





.5 



3.6 



42.9 



433 



0.0 



0.6 



5.1 



4.0 

 4*V 



lo.o 



— 0.8 



100 



70 

 ' y 



92 



87 



3 



2 



5 



SSE' 



SW' 



\\SWi 



0.0 



U 



.5 



13.8 



44.5 



43.0 



5.1 



7.6 



5.3 



6.0 



7-7 



23 



98 



83 



97 



93 



10 



5 



3 



WSW' 



WSW' 



WSW' 



3.9 



9 









46.4 









6.8 









90 



















.3 



1.9 



53.9 



5 1.4 



4.0 



6.5 



4.3 



5.2 



6.5 



4.2 



96 



87 



92 



92 



10 



5 



3 



WNW' 



WNW' 



W' 



0.0 





.1 



4.3 



5o 4 



52.3 



0.2 



6.6 





3.3 



5.8 



— 0.3 



100 



88 



96 



9" 



2 



3 



lo 



SE' 



SSE' 



SSE' 



0.7 



u ® 



.5 



5.8 



46.2 



46.2 



3.» 



0 0 



4 5 



5.8 



9.0 



3.7 



97 



78 



89 



88 





10 



0 



S^ 



SW'^ 



WSW' 



0.0 





1 



I.l 



52.4- 



5o.8 



2.8 



j _ 

 5,5 



3 7 



4 0 



5,5 



2.4 



89 



82 



95 



92 



3 



4 



5 



SW'^ 



WSW' 



WSW' 



0.0 





.5 



,5.5 



55.8 



55.9 



0.8 



3.0 



4 1 



2.6 



4.8 



0.2 



96 



93 



98 



9' 



8 



10 



10 



\\SW' 



NW' 



N' 



40 



• 









51.3 









4.2 











93 



















•9 



5.1 



55.0 



55.6 



2.3 



3.2 



2.7 



2.7 



4.8 



2.0 



94 



q3 



94 



94 



10 



10 



lo 



NNW 



NW' 



NW-2 



3.2 



• 



.1 



9.0 



59.0 



58.4 



0.6 



1.6 



1.0 



1 . 1 



2.8 



o3 



92 



82 



96 



90 



10 



3 



lo 



WNW' 



W 



W' 



0.2 



* 



,o 



3.1 



63.2 



623 



1.0 



4 0 



2^5 



2.5 



3,8 



0.3 



96 



73 



80 



83 



10 



8 



10 



N' 



N' 



WNW' 



o3 





.7 



5.2 



63.3 



64.4 



0.0 



2.0 



0 4 



0.8 



3.0 



0.0 



98 



68 



81 



84 



10 



9 



10 



NNE' 



N' 



WNW' 



0.0 





.5 



5.5 



56.5 



56.5 



2.0 



4 .5 



4* - 



2. 1 



2 (i 



5.1 



0.2 



96 



98 



96 



97 



10 



10 



Q 



W^ 



WNW' 



NW' 



1.1 



• 









59.6 









2.0 







90 



















.5 



.7.4 



48.3 



48.1 



4-1 



73 



3.8 



6.1 



7.3 



1.0 



95 



89 



92 



92 



10 



4 



0 



W' 



WNW' 



WNW' 



0.6 





.2 



:9.8 



61.6 



59.2 



— 0.2 



2.6 



— 1.6 



o3 



4.5 



— 1.8 



92 



58 



92 



81 



2 



3 



0 



NW' 



W- 



N' 



0.0 



u 



.3 



,1.5 



58.7 



60.8 



— 1.4 



0.6 



2.2 



0.5 



2.7 



— 1.8 



98 



96 



loo 



98 



10 



10 



10 



W2 



WSW^i 



WSW2 



0.6 



u 



•I 



;7.3 



52.0 



55.3 



3.2 



3.4 



— 0.6 



2.0 



3.4 



— 0.7 



93 



90 



94 



92 



10 



10 



0 



WSW^ 



WSW' 



SSW' 



0.0 





.0 



0.3 



48.2 



49.2 



0.6 



2.0 



1.0 



1.2 



2.0 



— 1.0 



85 



84 



85 



85 



8 



10 



0 



SSE' 



SW' 



SSW'2 



0.0 



u 









5Ł5 









1.8 











90 



















•4 



3.8 



53.3 



53.5 



2 7 



6.9 



3.9 



4.5 







94 



80 



93 



89 















17.4 





