wiecień. 1886 r. spostrzeżenia meteorologiczne. 1/ u blin, 31 



3 

 J 



Barm. sprow. 



o 0" — 700 mm -f- 



Tefmomelr suchy 



Ter.iiograf 



Wilg. względ. 



Stop. 

 zachm. 



Kierunek i siła wiatru 



. opada 1 

 uiilim. 1 



UWxVGI. 



1 



7 





9 





■ 

 1 





9 





M«x. 



Min. 



1 



l'/2| 9 





7 



:> 



b 



1 



7 



l'/2' 



i 9 



>. > 





1 





52.2 



04.1 



5i.6 



5.5 



7.5 



2.3 



5.1 







65 



79 



94 



■79 



5 



10 



1 



0 





WSW 



WSW' 



0.0 





3 



:.6 



5lo 



58.3 



07.6 



2.5 



10. 1 



3,5 



0.4 







82 



5i 



78 



70 



0 



1 



0 



WNW 



WNWI 



WNW' 



0.0 



LJ 



3 





56i2 



-4.7 



. 56.1 



2.6 



10.2 



4.7 



5.8 







75 



52 



68 



65 



0 



0 



0 



SSE-i 



SSE2 



SSE' 



0.0 



U! 



-+ 



•9 



01.6 



51.2 



51.9 



3.4 



i3.8 



6,3 



7.8 







70 



48 



74 



64 



0 



6 



0 



SSE' 



SSE-^ 



S8E> 



0.0 



p:„ TCW 

 \j\Y. IN W 





-.3 



47.9 



47.-^ 



48.2 



3.^ 



12,5 



8,3 



8,2 







80 



5 1 



79 



67 



10 



10 



5 



SSE2 



SSE2 



0 



0.0 



\jlT. VV 









39.8 



3-3.1 









6\3 











6.9 



















6 





42.3 



42.1 



6-2 



18,4 



1 1.5 



1 2.0 







84 



^ ^ 

 00 



0 1 

 0 1 



73 



7 



2 



3 



ssw 



SI 



SI 



0.2 



Ci". • V 



i 



;.4 



3g.7 



44.3 



40.5 





8.7 



4.8 



7.7 







74 



95 



87 



85 



10 



10 



10 



S' 



WNWi 



W.NAV2 



l3.8 





a 





47.9 



44.4 



46.9 



1.9 



10.8 



6.3 



6.3 







9''' 



- c 



40 



66 



69 



0 



3 



5 



WNWi 



SE' 



SSE2 



0.0 





V 



^6 



41.5 



40.5 



41.9 



6.6 



16.1 



9.7 



I0.8 







68 



00 



79 



66 



2 



7 



0 



S2 



S^' 



SSE2 



0.0 



Pil. s; 



Uli O-Cj 



0 



\6 



40.3 



39.8 



40.2 

 42.3 



lOiO 



19.3 



10.9 



13.4 

 10.0 







66 



43 





57 

 70 



I 



0 



0 



S2 



SE-i 



SE'^ 



0.0 





1 



\ 2 



40.3 



40.5 



40.0 



9.1 



1 6.0 



10.5 



11.9 







55 



3o 



09 



5o 



0 



0 



6 





SSE* 



SE2 



0.0 



Cir WSW 





.3 



40.0 



46.3 



44-9 



7.7 



14.8 



11.7 



11.4 







68 



40 



00 



56 



6 



7 



10 





SSE* 



SSE-2 



0.0 







, 2 



46.1 



4\8 



46 0 



9.1 



17.9 



1 1.2 



12.7 







73 



42 



71 



62 



5 



3 



4 



ESE'^ 



SE* 



SE-i 



0.0 





-+ 



■•9 



4Ó.7 



44.4 



4^3 



9.2 



16,7 



11.1 



12.3 







71 



47 



00 



61 



3 



5 



7 





SI 



SI 



0.0 





5 



i.6 



43.2 



42.2 



43.0 

 43. ii 



7.3 



18.7 



11.3 



12.4 

 12.1 







73 



43 



D 1 



09 

 38 



4 



3 



0 



ESE' 



SSWi 



SE'^ 



0.0 





li 



!.') 



43.8 



4-t-7 



44.0 



8.3 



18.8 



12.9 



13.3 







71 



28 



08 



56 



0 



2 



0 



SEi 





SE' 



0.0 



, 0 w 





1.6 



4Ó.8 



46.3 



46 2 



9-7 



20.3 



13.3 



14.4 







57 



o2 



A^ 

 60 



5 T 



0 



4 



0 



S' 



SE2 



SE-2 



0.0 







■.6 



-^4.8 



44.3 



44-9 



11.3 



19.6 



i3.o 



14.6 







71 



35 



77 



61 



8 



7 



10 



El 



SE' 



SE2 



16.7 





>* 



'.0 



45.8 



46.9 



45.9 



5.0 



4.1 



3.6 



4.2 







86 



82 



7 5 



81 



10 



10 



10 



SE^' 



^SE* 



SE-2 



0.0 





3 



'.4 



46.Ó 



47.7 



46.9 



2.0 



6.8 



3.2 



4.0 







68 



57 



00 



63 



5 



9 



0 



, SSE-i 



SSL* 



SSE-i 



0.0 













43.6 









10.1 













62 

















1 



:.i 



48.5 



48.8 



4S.5 



3.8 



8.2 



3.0 



5.0 







39 



03 



A 1 

 0 1 



46 



0 



0 



0 



SSE-' 



SE* 



SE' 



0.0 



l — 1 





j,5 



5i.3 



5 1,1 



5i 0 



1.3 



11,3 



5.7 



6.1 







74 



37 



6i 



63 



0 



0 



0 



SE' 



SE-i 



SSEi 



0.0 





3 



.1 



5 1 .g 



52,8 



52.0 



5,3 



14.5 



9.1 



97 







53 



34 



55 



46 



0 



0 



0 



SE> 



SEi 



SI 



0.0 



l — ) 



-+ 



'..i 



5 1.6 



5o.6 



Ó1.4 



6.3 



17.1 



g.5 



1 1.0 







69 



35 



Ó9 



54 



0 



4 



0 



0 



SI 



S' 



0.0 



Pił- STT' 



3 



i.i 



4Ó.8 



43.8 



45.9 



8.1 



16.3 



9-7 



11.4 







68 



33 



83 



61 



1 



7 



10 



sw 



SWi 



W' 



0.8 













49.b 







8.6 













3-3 



















3 



i.r) 



4 /.3 



4/. 6 



46.9 



5.2 



9.8 



4.1 



6.4 







77 



42 



71 



64 



10 



3 



4 



WNW'' 



s^Y' 



SW'^ 



0.0 



Ci".NW 





i.6 



47.3 



44.6 



46.9 



5.8 



11.7 



7-2 



8.3 







63 



36 





5 1 





0 



0 



W 



w^ 



si^:2 



0.0 





S 



.6 



3q.7 



38.0 



39.8 



10. 0 



22.4 



14.7 



15.7 







69 



34 



54 



52 



3 



1 



0 



sw 



SI 



SW' 



0.0 





5 



1.9 



3Ó.5 



34.1 



35.5 



13.1 



22 5 



15.3 



17.0 







.11 



27 



65 



48 



1 



5 



0 



S' 



s-^ 



SW' 



0.0 



Cir. W 



3 



1.5 



41.8 



4Ó.2 



42.2 

 42.:i 



4.1 



4.2 



3.1 



3.8 

 10.2 







82 



73 



74 



77 

 38 



10 



10 



10 





ISi 



E' 



0.4 





m. 



, 2 



46.2 



46.0 



46.1 



6.5 



14.0 



8.4 



g.6 









46 



6-^ 



(yi 















31.9 







€sęstovi V e. 





'".8 



■'14.3 



56.3 



53.8 



6.0 



10.2 



1.6 



5.9 



12.0 



1.3 



70 



7 J 



93 



78 



0 



0 



0 



ESE' 



W" 



W2 



0.0 





2 



j.S 



59.9 



09.8 



59.5 



3.4 





2.0 



5 0 



12.0 



2.0 



76 



48 



93 



72 



0 



0 







w« 



Wo 



0.0 





i 



'.2 



56.8 



56.3 



57.1 



2 2 



10.8 



4.8 



5.9 



i3.8 



1.3 



79 



6 i 



78 



76 



0 



0 



0 



ENE2 



& 



E2 



0.0 









52.3 



5 1.5 



52 4 



4-1 



11.6 



'A 



7.5 



i5.o 



4.1 



77 



68 



80 



70 



0 



0 



0 



E' 



Ei 



E-2 



0.0 







).o 



49.0 



47.2 



48.7 

 34.:j 



4.6 



13.4 



/.4 



8.5 

 6.6 



17.0 



4.6 



78 



62 



83 



73 

 74 



7 



7 



0 



El 



E' 



E' 



0.0 





Ó 



>.3 



41.4 



3q.8 



42.2 



5.4 



19.4 



13.2 



12.7 



23.8 



5.4 



97 



54 



75 



'ń 



7 



5 



0 



Eo 



El 



SE3 



0.0 





J 



i.7 



41.5 



46.3 



42.2 



10.8 



7.0 



5.2 





18.8 



5.2 



82 



88 



84 



84 



9 



10 



0 



SSEo 





W' 



0.5 



• 





(.4 



48.2 



451 



47.6 



5.1 



10.8 



9.0 



8.3 



16.3 



5.0 



88 



53 



73 



70 



0 



0 



0 



Wi 



ESEO 



W 



0.0 





;) 



!.6 



42.7 



41.Ó 



42.6 



6.9 



l5.i 



9.0 



10.3 



18.8 



5.0 



76 



52 



81 



70 



0 



0 



0 



El 



E^ 



El 



0.0 





) 





41.2 



39.8 



41.2 



9.7 



18.6 



12.4 



l3.6 



21.3 



8.8 



70 



94 



70 



78 



0 



0 



0 



E' 



Y? 



W 



0.0 













4.3.1 









10 3 











76 



















l 



).i 



40.7 



41.7 



40.5 



8.8 



14 



10.6 



11.3 



18.8 



8.8 



68 



07 



73 



65 



0 



7 



3 



E>E* 



SE3 



El 



0.0 







i.7 



46.1 



46.Ó 



4"\5 



9.+ 



10.^ 



10.8 



10.3 



16.3 



9-4 



74 



87 



72 



78 



3 



8 



10 





ESE' 



E' 



? 



• 





lA 



464 



46.9 



46.8 



7.T 



l5.6 



1 ■'.8 



11.3 



20.0 



7-5 



89 

 89 



47 



8g 



75 



4 



2 



8 



W- 



W 



SE' 



0.0 





. 



i.3 



46.1 



45.3 



4^.9 



7.6 



15.7 



l-'.4 



1 1.2 



20.0 



7.6 



55 



83 



75 



3 



2 



3 



El 



El 



ESE' 



0.0 







l-.o 



43.6 



43.1 



43.6 

 44.4 



8.6 



14.6 



10.4 



1 1.2 

 11.0 



21.5 



8.6 



78 



53 



68 



66 

 72 



4 



2 





El 



W 



E' 



0.0 







!.2 



43.5 



45.5 



44.1 



10.5 



16.6 



7.8 



11.6 



21.3 



7.8 



67 



35 



78 



90 



0 



0 



0 



Eo 



ESE3 



ESE' 



0.0 









47.6 



47.1 



47.4 



l3.2 



18.6 



11.2 



U.3 



22.5 



8 8 



65 



31 



73 



57 



0 



0 



0 



ESEi 



W 



E" 



0.0 







'•9 



46.4 



45.3 



46,2 



10.0 



19.6 



12.2 



l3.9 



23.8 



7.0 



76 



64 



76 



72 



0 



0 



0 



E" 



E" 



EO 



0.0 









44.5 



4ł.4 



44.6 



9.1 



10.2 



5.9 



8.4 



11.3 



5.8 



83 



84 



83 



83 



4 



6 



6 



E^ 



W 



SE3 



0.0 





1 



5.4 



42.9 



42.9 



43.1 



3.2 



6.2 



2.6 



4.0 



7.3 



2.0 



80 



79 



"7 



79 



7 



8 



5 



SE^ 



SEs 



SE5 



0.0 













43.1 









10.4 











79 





















i.8 



44.0 



44.3 



4\.o 



1.8 



10.1 



3.6 



5.2 



1 1.0 



0.5 



82 



75 



87 



81 



2 



1 



0 



SE3 



SE* 



SE3 



0.0 







'.4 



47.6 



5o.3 



48.1 



2.0 



11.6 



5.2 



6.3 



12.0 



1.3 



8 3 



79 



83 



81 



0 



0 



2 



SE* 



SEE3 



E- 



0.0 





s 



1.8 



54.6 



04.6 



53.7 



5.2 



14.0 



10.4 



9.9 



14.5 



4.0 



81 



69 



69 



73 



0 



0 



0 



E-' 



SE-^ 



SEE2 



0.0 







ł.i 



02.T 



01.4 



52.7 



2 2 



16.8 



g.o 



9.3 



17.0 



2.0 



85 



29 



58 



57 



0 



0 



0 



EO 



EO 



EO 



0.0 







;.8 



47.8 



46.0 



47.9 



11.7 



1 6.5 



9.2 



12.5 



17.8 



7.0 



.53 



3o 



86 



58 



3 



0 



10 



W 



EO 



El 



? 



• 











49.:J 



















79 



















- i. 



5.6 



49-9 



00.4 



49.6 



6.5 



11.6 



4.8 



7.6 



l5.8 



4.Ó 



83 



44 



68 



65 



6 



3 



0 



NE-i 



NE2 



NEi 



0.0 









48.6 



4^.9 



48.3 



3.6 



12.8 



7.0 



8.0 



16.5 



3.5 



67 



43 



6g 



60 



0 



0 



0 



El 



El 



EO 



0.0 







3.0 



41 .0 



39.8 



41.3 



10.9 



22.1 



14.6 



10.9 



23.8 



5.0 



62 



3o 



48 



47 



0 



0 



5 



ESEi 



EsE-2 



& 



0.0 







\3 



36.9 



35.2 



36.8 



l5.6 



23.1 



16.6 



18.4 



25.0 



11.8 



44 



29 



61 



45 



1 



0 



10 



& 



E^ 





? 



• 





'•9 



45.0 



47.5 



44.8 



4.6 



3.8 



3.4 



3.9 



16.5 



3.0 



94 



95 



83 



89 



10 



9 



9 





ENE-i 



ENE-2 



? 



• 











44.2 









10. b 









61 





















-.8 



46,7 



46.6 



46.7 



7.0 



13.7 



8.3 



9-7 







76 



5g 



76 



1 



70 















? 





