Listopad. 1886 r. spostezeźenia meteorologiczne. WtiSdówka. 89 



Barm. sprow. 



- do 0" — TOO mm -f 



Termometr suchy 



1 Ci liłuyi al 



Wilg.względ. St»P 



u ller 



i siła wiatru 1 ] 



3 



t i 



WAGI. 



7 



1 



- 



9 





7 



1 



9 





V[ax. Min 



. 7 



1 



9 



1 



9 7 



1 



9 1 l 



= " 





49.5 



49.4 



48.9 



49.3 - 



- 2.4 



0.8- 



— 2.0 - 



— 1.2 





, 100 



85 1 



00 



95 10 3 



0 St 



==== = 



s^ 



0 



0.0 L 



J 00 



Ó0.4 



53.0 



54.0 



52.5 



0.4 



4.8 



1.7 



2.3 





90 



67 



78 



78 9 9 







NNE 



0,0 L 



J 





57.0 



56.5 



56.6 



0.4 



1.3 - 



— 1.0 



0.2 • 





92 



76 



90 



86 10 10 



1 ("^ TT 1 



S' 



S2 



0.0 





53.8 



5l.2 



48.1 



5 1.0 - 



— 2.2 



2.6- 



- 1.4- 



- 0.3 





loo 



58 



99 



83 9 0 





S3 



S-* 



0.0 





44.8 



43.3 



42 0 



43.4 - 

 50.6 



- 3.4 



3.0 - 



— 2.0 - 



_ 0.8 



0.0 





91 



68 



96 



85 1 3 

 85 



u Cs* 



S'2 



s> 



0.0 L 



J 



40.0 



39.8 



40.2 



40.0 - 



- 4.8 



7.1 - 



- 0.6 



o.ń 





95 



5i 



94 



80 0 0 





SE-i 



BSEi 



0,0 L 



J 



89.5 



40.8 



39 3 



39.9 - 



- 0.6 



7.8 



5.4 



4.2 





94 



72 



93 



83 0 1 





SSE-2 



S2 



0,0 L 



J 



39.1 



38.7 



38.9 



3S.9 



5.0 



i3.8 



9-4 



9-4 





87 



61 



80 



76 7 3 



Cli 



SSE-i 



S3 



0.0 





39.4 



39.1 



38.7 



39.1 



3.2 



13.3 



10.7 



9.1 





97 



71 



94 



87 3 





sw 



S3 



0.0 





i 39.4 



39.2 



40.6 



39.7 



10.6 



14.6 



9.0 



11.4 





95 



76 



89 



87 10 5 





SSE» 



SSE" 



0.0 







39.5 









6.9 











83 













i 41.1 



42.2 



42.4 



41.9 



7.6 



8.0 



6.6 



1.4 





96 



93 



98 



96 10 10 



10 SSE3 



SSE3 



S5E2 



0.1 ( 



» 



1 41.8 



40.9 



39.9 



40.9 



7.6 



9.6 



8.7 



8 6 





98 



89 



89 



92 10 10 



r\ y T?l 



S2 



SSE2 



0.0 





1 37.8 



37.3 



36.6 



37.2 



7.2 



9.6 



7.9 



8.2 





94 



86 



93 



91 10 ic 



9 bbiij'* 



SSE3 



Si 



0.0 





1 32.8 



31.8 



30.4 



31.7 



6.2 



8 6 



5.7 



6.8 





94 



87 



98 



.93 10 ę 



4 obli*" 





s-i 



0.0 - 





i 29.8 



27.8 



3o.i 



29.2 

 :j6 2 



5.6 



8.2 



6.7 



6.8 

 1.6 





97 



94 



94 



95 10 ic 

 93 



In TT 1 







1-9 





1 : 33.2 



35.1 



36.6 



35.0 



3.8 



6.0 



3.9 



4.6 





90 



81 



88 



86 4 ic 





w* 



WSW< 



0.0 





1 39.9 



41.1 



41.9 



41.0 



3.8 



5.8 



3.5 



4.4 





85 



81 



83 



83 10 ic 



1 1-1 \JIT XT "W" '1 



) 1 0 w jsi v\ ■* 





WSW 



0,0 





1 38.6 



37.6 



36.5 



37.6 



1.2 



5.0 



4.7 



3.6 





Q2 



84 



94 



90 4 c 



) 10 





S^ 



0.0 





1 36.3 



35.8 



35.0 



35.7 



2.2 



8.0 



6.4 



.5.5 





90 



86 



98 



93 7 ic 



lin QQV 1 



SSE'^ 



SE' 





9 



2 35.3 



36.3 



39.0 



36.9 



3.4 



2.6 



2.4 



2.8 





97 



93 



91 



94 10 ic 







WN\V-' 



i f) 6 



■ 



• >^ 















Ł2 











89 













2 3g.3 



39.8 



40.5 



39.9 



1.6 



3.2 



1.6 



2 1 





87 



80 



89 



85 10 ic 



1 n WT ^ W 1 



WSW3 



SSWi 



0.0 





2 40.4 



41.1 



41.9 



41.1 



0.4 



2.7 



2.2 



1.8 





96 



87 



89 



9I 10 ic 



^ 1 r\ C WT 1 

 5 10 b W ^ 





NNW 



0.0 





2 41.9 



42.4 



43.6 



42.6 



0.6 



1.1 



0.4 



0.7 





96 



96 



98 



97 10 u 



D 1 0 N 





Ni 



8 5 





2. 44.6 



40.5 



4Ó.8 



40.3 



— 0.2 



2 0 



0.2 



0.7 





96 



93 



94 



94 10 K 



-\ 1 r> Ml 





NW2 



o.' ' 





' T 



40.8 



38.0 



40.7 



— 1.3 



0.1 



0.5 



— 0.2 





96 



89 



90 



92 10 K 



J l\j vvx>vv 



W3 



W* 











41.9 









1.1 











92 













21 38.1 



35.1 



29.5 



34.2 



— 2.0 



0.1 



1.2 



— 0.2 





92 



94 



94 



98 10 



■^ 1 r-» '\T'\r"\^7'-2 

 j 10 INIS w " 





W* 



1 . / 





2' 3o.6 



34.4 



40.9 



35.3 



0.4 



0.4 



— 1.6 



— 0.3 





96 



94 



90 



93 6 1 



3 10 JN W ^ 







0.2 





2! 45.q 



40.3 



42.5 



44.6 



— 7.1 



— 0.1 



— 0.8 



— 2.7 





93 



90 



96 



93 2 



5 10 AVNW2 





\Y* 



0.0 





2( ; 40.6 



40. 6 



40.4 



40.5 



— 1.0 



1.7 



0.8 



1.2 





92 



96 



96 



95 10 1 



0 10 W* 





W2 



0.0 





3; 39.0 



38.9 



38.3 



38.7 



— 1.2 



2 2 



— 0.8 



0.1 





92 



77 



88 



86 0 



0 0 WSW 



s-2 



SSW- 



0.0 







00.1 









— 1.9 











92 













ir. 40- T 



40.1 



40.6 



40.7 



1-0 



_ 



0. 1 



0.0 



3.2 





94 



82 



91 



89 









33.0 



— — — 

















Sokol 



lówka. 















D 7 



1 1 9 





7 



1 



0 

 V 





Max. Mi 





1 



9 1 1 7 1 1 9 1 7 



1 



Q 



V 



1 



1 



Uwapfi. 



■ 54.2 



53.1 



53.2 



53.5 



— 0.9 



2.4 



— 1.8 



— 0.1 



3.0 — 



1.8 98 



79100 



92jio 1 



0 10 NNEo 





NNWO 



0.0 





: 53.5 



04.6 



57.1 



55.1 



0.2 



5.6 



2.3 





6.0'- 



1.5 92 



73 



84 



83| 5 1 



0 10 N' 



NNE' 



ENE' 



0.0 





60.1 



61.9 



60.8 



60.9 



0.0 



1.0 



— 0.4 



0.2 



3.2 — 



1.8 98 



80 



89 



89 10|1 



0 10 E' 



E» 



E" 



0,0 





i 58.7 



56.3 



53.1 



56.0 



— 2.0 



1.1 



— 2.4 



— 1.1 



i.7| — 



2.4 92 



79 



89 



87 10 



60 SI 



SSWi 



SSW2 



0.0 





ć 49.1 



47.6 



46.1 



47.6 



- 3.4 



4.3 



— 5.2 



— 1.4 



5.2 — 



5.2 95 



66 



96 86 Ol 



80 S' 



ssw 



SWo 



o.c 



u 









5Ł.6 









0.1 











81 













< 44.7 



44.-^ 



44.7 



44.6 



- 4.8 



5.5 



2.6 



1.1 



6.9- 



6.0 95 



68 



96 



86 0 



0 0 SWi 





SW 



o.c 



u 



' 44.8 



45.0 



44.4 



44.7 



2.7 



I0.2 



6.4 



6.4 



11.8 



0.2 98 



74 



96 



89 10 



1 0 SSWi 



SiSW2 



S' 



o.c 





i 44.5 



43.6 



43.8 



44.0 



4.8 



12.5 





7.6 



13.8 



4.8 100 



ic 



9' 



91 10 



0 10 SEo 



1 SSEi 



•SSW 



o.c 





ę 44.0 



43.6 



43.5 



43.7 



4.6 



11.2 



11.9 



9.2 



14.8 



3.5 100 



8f 



93 



93 10 



6 10 S" 



! s'- 



Si 



o.c 





K 44.1 



44.3 



45.5 



44.6 

 M.h 



9.6 



14.4 



1 



8.2 



10.7 

 1.0 



14.7 



8.2 80 



6C 



92 



79 10 

 88 



0 9 SSW^ 



SI 



S' 



o.c 





1: 46.4 



46.9 



46.8 



46.7 



6.6 



6.2 



6.5 



6.5 



9.0 



5.5 94 



loc 



) [0( 



98 10 



10 10 S' 



SI 



SSE' 



o.c 





1: 45.9 



45.4 



44.0 



4Ó.1 



8.2 



9.6 



9.6 



9.1 



10.8 



6.8 loc 



9- 



- 9f 



) 96 10 



10 9 SSE' 



ssw 



SSW 



o.c 



) 



1; 42.9 



42.0 



40.9 



41.9 



9.2 



11.1 



6.4 



8.C 



11.3 



5.8 y2 



82 



• 9!^ 



) 91 10 



10 10 ssw 





SSW 



o.c 



) 



1^ 37.7 



35.9 



34.7 



36.1 



7.C 



9.2 



3.4 



6.5 



10.5 



3.4 9<; 



) 8c 



) loc 



) 96 10 



10 4 S' 



sw 



SW" 



o.c 



) 



i! 32.1 



30.8 



33.8 



32.2 



3.2 



6.- 



u 



5.C 



8.2 



1.7 loc 



) 9t 



i 9- 



\ 97 10 



10 10 sw« 





NNWi 



1 











iO.4: 









1.4 









96 













K 38.2 



39.4 



41.5 



39.7 



3.e 



i 6.4 



[ 3.8 



4.' 



9.0 



3.5 '9^ 



! 7( 



) 83 1 85 10^ 



(>\ oAYNWi 



WNW2 



NW2 



0. 



3 



r 43,9 



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46.2 



45.1 



4.; 



i 5.f 



3.f 



) Ą.' 



6.5 



1.5 8c 



) r 



) 90! 83 10 



10 10 



1 N" 



NNWc 



J 0. 



3 



li 43.8 



42.5 



40.9 



42.4 



o.c 



> 4.f 



) 3.b 



> 2.i 



5.1 — 



0.1 



> 9 



2 9- 



i 96 10 



10 10 ssw 



SSW- 



SSWo 



1 0, 



3 ul 



u 40.4 



39.5 



38.9 



39.6 



3.( 



) 6./ 



^ 8.C 



> 6.C 



1 8.0 



3.5 io( 



> 9 



^ 9 



:J 99 10 



10 10 ssw* 



SSEi 



SSE' 



1 0. 



3 = 



2( 39.0 



39.9 



42.4 



40.4 

 4i.4 



6.t 



) 5.( 



) 3.; 



! 4-c 

 4.( 



l '^^■'^ 



3.0 9C 



) 9 



3 8 



3 94 10 

 91 



10 10 



NW' 



NNW 



1 4- 

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0 9 



1 Ą 44.1 



44.0 



44.8 



44.3 



2,< 



3 4-: 



3 2. 



3 3.( 



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3 7 



7 9 



3 88 10 



10 10 NNW 



NNWt 



NNW 



i 0. 



1 0 ^f: 



2144.4 



44.4 



44-9 



44.6 



1. 



7 3.- 



ł 2.. 



i 2. 



b s.o 



0.5 9 



6 8 



7 9 



3 92 10 



10 10 NNW 



N' 



ENE' 



i 



0 



2i44,7 



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46.5 



45. <l 



l.( 



3 2.1 



3 1. 



ł 1. 



3 3.5 



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4 c) 



3 9 



6 94 10 



10 10 ENE' 



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ENE' 





0 ♦ ^ 



2|41,ó 



48.2 



49.1 



48.3 



0, 



ł 1. 



3 0. 



i 0. 



S 2.0 



0.3 9 



B 9 



4 9 



6 96 10 



10 10 ENE' 



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4- 



7 ^ 



21 46.0 



45.2 



41.9 



44.4 



— 0. 



2 0. 



d; — 0. 



ł — 0. 



2 1.5 — 



0.9 9 



6 9 



6 9 



6 96 10 



10 10 NSW 



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NW 



0. 



0 ^ 









45.i 



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1. 



5 







93 













, 2( 41.5 



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— 0. 



8—0. 



2 0 



9 0. 



0 1 .5 — 



2.5 9 



0 8 



5 8 



4 86 10 



4 10 NI 



WNW 



2 ^vNW 



0. 



1 -ł" 



2' 35.S 



37.9 



44.4 



\ 39.2 



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6 1. 



4—0. 



4 0. 



L, 2.5 — 



0.7 8 



7 8 



9 8 



9 88 10 



10 10 NNW 



1 ^2 



Ni 



0, 



1 4» 



ii 25 49.4 



^ 49.' 



47.5 



48.5 



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8—0. 



6 — 1. 



8— 1. 



7 0.2 — 



■ 4-3 7 



9 8 



8 8 



8 85 10 



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1 2c 45. e 



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1 2.0 — 



1.9 9 



0 9 



0 9 



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1 



NNW 



1 0, 



1 * 



1 3( 43.- 



1 43.: 



! 43.: 



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0 3. 



2 — 1. 



5 0. 



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0 7 





4 8g 10 



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1 



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śr. 46.( 



> :44.5 



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44.( 



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2 5. 



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9 3. 



4 



9 



4 84j 9 



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8 



