i iBo (Mars) 1890 r. spostrzeżenia meteorologiczne. Sucha, (St. 12)> 35 





Barm. sprow. 



-do 00 = 700 mm 4- 



Termometr suchy. 



Termograf 



Wilg. względ. 



Stop 

 zachm. 



Kierunek i siła wiatru 



. opadu || 

 milim. |} 



UWAGI. 





7 



1 



9 





7 



1 



^ 1 



Max. 



Min. 



7 



1 



9 





7 



1 



9 



7 



1 



9 







1 



2 



3 



1 

 o 



3.3 



L.O 



1.3 

 ).9 



48.4 

 50.6 

 52.3 

 51.3 

 42.8 



50.8 

 49.5 

 54.3 

 53.8 

 37.5 



49.2 

 50.4 

 52.6 

 53.9 

 42.1 



—10.4 



— 7.0 



— 7.1 



— 8.7 

 —16.0 



— 2.0 



— 6.8 



— 3.8 



— 3.1 



— 4-9 



— 8.1 



— 6.6 



— 5.5 

 — 10.9 

 —10.8 



— 7.1 



— 6.7 



— 5.5 



— 8.4 



—10.6 



0.0 



— 5.0 



— 1.0 



— 0.5 



— 3.0 



—11.0 

 — 10.0 

 — 7.0 

 —12.0 

 -170 



— 







— 



— 



3 



10 

 10 

 10 

 0 



9 

 10 

 10 

 8 

 0 



0 

 10 

 10 

 0 

 0 



— 



• — 



— 



0.0 



0.1 



4.2 



1.2 

 0.0 



u 



6 

 7 

 8 



o 



1-9 

 7-4 

 ).5 

 ).9 



1-2 



34.2 

 37-5 

 40.4 

 46.5 

 57-5 



32.9 



37.5 

 46.2 

 46.7 

 60.5 



34.0 

 37.5 

 42.0 

 46.7 

 57-4 



— 3.9 



— 8.0 

 3.0 

 1.6 

 0.7 



— 13 

 2 2 

 7.0 

 8.0 



2.9 



-- 1-9 

 1.7 



3.1 

 4-3 

 — 2.6 



— 2.2 



— 0.6 

 4.0 

 4.6 



— 0.4 



0.5 

 5.0 

 8.0 

 9.0 

 4.5 



—12.5 



— 9.0 

 1.0 

 0.0 



— 3.0 



— 



— 









10 

 1 



10 

 1 



10 



7 



10 

 10 



9 

 5 



10 



10 

 10 

 10 



0 



— 



— 



— 



1.3 

 2.1 

 0.0 



0.0 



• 



3 



4 



).8 



M 

 /.9 

 ].o 



.2 



59.1 

 582 

 56.4 

 51.8 

 50.7 



56.1 

 58.4 

 54.0 

 51-0 

 50.8 



58.7 



57-9 

 56.1 

 51.9 

 50.9 



— 1.0 

 5.0 

 5.2 

 2.0 



3,6 



^ 4.8 

 7.7 

 10.9 

 12.0 

 12.9 



3.7 

 6.7 

 4.5 

 4.8 



4.6 



2.8 

 6.5 

 6.3 

 5.9 



6.4 



5-0 

 9.0 

 12.5 

 12.5 



13-5 



— 5.0 

 3.5 

 4.0 

 0.0 

 0.0 



— 



— 









0 

 10 

 10 

 0 

 0 



0 

 10 

 8 

 0 

 4 



10 

 10 

 0 

 0 

 0 











— 



0.0 

 0.1 

 0.2 

 0.0 

 0.0 



u 



• 



LJ 



LJ = 



9 



).2 



^3 

 5.6 

 \'4 

 ).4 



48.0 

 43.0 

 43-5 

 42.3 

 44.9 



46.1 

 42.4 

 42.7 

 43.7 

 44.0 



48.1 

 43 2 

 43-3 

 43.1 

 44.8 



1.6 



3.1 



2.2 

 1.7 



3.2 



10.3 

 9.0 



10.2 

 9.3 



11.3 



3.3 

 3.5 

 5.4 

 4.6 

 7.3 



4.6 

 4.8 

 5.8 

 5-0 

 7.3 



12.0 



10.0 

 12.0 

 10.0 

 14.0 



— 0.5 

 3.0 

 0.0 

 0.5 

 3.0 







, 



— 







7 



10 



9 

 10 

 10 



3 

 7 



10 

 1 

 0 



10 

 4 

 0 

 10 

 10 







— 



— 



0.0 

 0.0 

 0.0 

 0.0 



0.0 







5.6 



7-4 



^.7 



7.9 



^4 



44-1 

 47.6 

 48.4 

 46.4 

 42.6 



45-1 

 48.1 

 48.5 

 45-1 

 42.9 



44.3 

 47.7 

 48.5 

 46.5 

 43.0 



4.4 

 2.8 

 2.8 



4.1 



3-7 



10.6 

 11.7 

 12.0 

 12.9 

 13.8 



8.1 

 8.4 

 6.3 

 5.7 

 7.6 



7.8 

 7.8 

 6.8 

 7.1 



8-2 



13.5 



14- 5 

 15.0 



15- 0 

 15.0 



4.0 

 1.0 

 2.0 

 3.0 



2.5 



— 





— 



— 



9 

 1 

 6 

 1 

 9 



10 



4 

 3 

 9 

 2 



10 



9 

 4 



2 



5 



— 



— 



— 



0.2 



0.8 

 1.1 



0.1 

 0.0 



• 



• 



1 , 



t.7 



).0 



i.O 



1 Q 



).7 



46.5 

 51.1 



50.4 

 48.7 



48.Ó 



52.9 



Di"/ 

 46.3 



50.1 



46.6 

 51.3 



6 



0 i .VJ 



49.6 



46.1 



48.2 



4.9 



8.6 



10.5 

 1 1 7 



' 5.2 



15.7 

 9.2 



I6.9 

 1 2.1 



6.9 



7.0 

 7.9 

 11.4 

 10.9 

 6.6 

 4.4 



8.6 

 8.4 

 11.5 

 12.3 

 9.2 

 5.2 



17.5 

 12.5 



18-5 

 14.5 

 9.0 



2.0 

 5.5 

 6.^ 



9.0 



5-0 



3.0 



— 



— 



— 



— 

 — 

 — 



3 

 5 

 lo 

 10 

 10 

 7 



10 

 2 

 10 



7 

 6 

 0 



3 



10 

 10 



2 

 0 

 10 



— 

 — 

 — 



— 



— 



— 



• — ■ 

 — 

 — 



0.0 



1.6 



0.7 

 0.2 

 0.0 



0.8 



• 



0 



• 



_IQ. 



.1 



47-9 



47.9 



48.0 



1-3 



7.5 



3.1 



3-8 



9.3 



— 0.9 











7 



6 



6 









19 6 





















* Sllnicska. (St. 13). 





















i 





T 



9 



1 



7 



1 



9 



1 



Max. 



Min. 1 





1 



9 



1 



7 



1 



9I 



7 



1 



9 



1 Uwagi. 





.6 

 •5 

 •6 



41.8 

 40.8 

 43.1 

 47.9 

 3Ó.0 



42.7 

 42.0 

 45.2 

 45.8 

 26.9 



1 



41.5 

 41.4 

 43.3 



48.8 

 34.6 



- 8.4 



- 7-7 



- 8.2 



—10.5 

 -17.8 



— 4-5 



— 6.1 



— 5.1 



— 4-1 



— 38 



— 8.9 



— 7.7 



— 9.9 

 —12.5 

 —10.7 



— 7.7 



— 73 



— 8.3 



— 9.9 

 -10.7 



— 3.0 



— 6.1 



— 5-0 



— 4.0 



— 3.5 



— 14.0 

 — 10.0 



— 9.9 



— 12.5 

 -17.8 



76 

 92 

 91 

 90 

 78 



61 

 66 

 74 

 62 

 56 



85 

 86 

 87 

 73 

 69 



74 

 81 

 84 

 75 

 68 



10 

 10 

 10 

 8 

 0 



3 



10 

 10 

 10 

 0 



0 

 10 

 0 

 0 

 0 



E4 

 NE8 



W2 



W-' 

 WSI 



W2 



NE'-^o 

 W 

 Wi 



S2 



0.0 

 0.0 

 1.2 

 3.5 

 0.2 



u 





•3 



■0 



i| 



33.4 



31-2 



35.3 



37.5 

 48.8 



27.4 

 31.8 

 38.1 

 39.2 

 51.1 



30.3 

 30.0 

 35.4 

 39.1 

 48.6 



— 5.2 



— 1.2 

 3.6 

 1.0 

 0.5 



— 0.8 

 2.4 

 7-5 

 9.8 

 3.9 



— 1.2 

 2.0 

 4.4 

 3.8 



— 2.2 



— 2.1 



1-3 

 5.0 

 4.6 

 0.0 



.. 0.8 

 3.0 

 7-5 

 10.0 

 4.0 



—10.5 



— 5-5 

 3.5 

 1.0 



— 2.2 



90 

 92 

 83 

 87 

 75 



62 

 75 

 64 

 57 

 58 



86 

 84 

 74 

 77 

 68 



79 

 84 

 74 

 74 

 67 



10 

 10 

 10 



3 



10 



10 

 10 

 9 

 0 

 4 



10 

 10 



10 

 5 

 0 



WG 



WS^ 



WS20 



WN6 



s* 



WS6 

 WS20 



S^o 

 WN6 



WSI* 



ws* 



S2 



w 



2.7 



2.6 

 0.0 

 0.0 

 0.0 



^/ ■ 



/ 



1 



!- 

 ) 



j.3 



.2 

 .0 



.9 



.0 



49.4 

 50.2 



47-. 1 

 43.3 

 42.3 



47.4 

 50.7 

 45.5 

 43.1 

 42 3 



49.4 

 50.0 



47-2 



434 

 42.5 



— 3-2 



4.7 

 4.5 



0.2 

 0.4 



4.7 



69 

 13.3 

 14.6 

 12.8 



3.2 

 5.9 



6.8 

 6.4 

 4-7 



2.0 

 5.8 

 7.8 

 6.9 

 5.6 



5.8 

 7-0 

 15.0 

 170 

 14.8 



— 3.8 

 2.0 

 2.0 



— 0.8 



— 0.8 



82 

 84 

 96 

 96 

 96 



46 

 87 

 65 

 41 

 57 



68 



91 

 82 

 83 

 90 



65 

 87 

 81 

 73 

 81 



0 

 10 

 10 



0 



5 



1 



10 



0 

 0 

 2 



0 

 10 

 0 

 0 

 0 



w* 



WSI 

 ESI 

 ESI 



S6 



W^ 



SE* 

 SWi 



S2 

 W2 



SI 

 SE^ 

 E2 



0.0 

 0.0 

 0.0 

 0.0 

 0.0 







.|.2 

 1.0 



I-7 

 .1 



j .1 



39.2 

 35.5 

 35.4 

 33.7 



365 



37.8 

 34.9 

 35.6 

 34.7 



36.6 



39-4 

 35.5 

 35.5 

 34.2 

 36.4 



0.7 

 2.3 

 1.6 

 4.8 

 1.2 



.11.6 

 12.5 

 13.0 

 13.5 

 14.0 



5-4 

 6.2 

 7.9 

 4.3 

 9.4 



5.8 



6.8 

 7.6 

 6.9 

 8.5 



11.6 

 12.8 



15-0 

 13.8 

 14.0 



— 0.8 

 1.8 

 0.5 

 4-3 

 0.5 



98 

 91 

 91 



82 



94 



69 

 60 

 58 

 60 

 48 



78 

 84 

 85 

 87 

 70 



82 

 78 

 78 

 76 

 71 



8 



10 

 1 



2 

 0 



9 

 4 

 4 

 3 

 6 



0 

 0 

 0 

 9 

 10 



ES^ 

 SI 

 SEio 

 ES^ 



SE8 



SE8 



SE3 



SE14 



ES^o 



SE14 



SE20 



ES8 



ES6 



ES20 



0.0 

 0.0 

 0.0 

 0.0 

 0.0 



/ 



u 



/ 



u/ 



'B 

 5 



.8 

 ^.4 

 .1 

 •4 



1.4 



35.9 

 38.5 

 40.0 

 38.6 

 35.6 



37.1 

 41.0 

 40.5 

 '37-2 

 37 9 



36-6 

 39.3 

 40.5 

 38.4 

 36.9 



4.2 

 3.5 

 — 0.5 

 1.0 

 4.0 



15.8 

 13.9 

 11.8 



13.0 

 15.0 



7.9 

 7.0 

 6.8 

 6.6 

 9.2 



8.9 

 7-8 

 6.2 

 6.8 

 9.3 



17.2 

 13.9 

 12.0 

 15.8 

 15.0 



2.9 



2.2 



— 08 



— 0.2 

 3.5 



90 

 97 

 94 

 94 

 80 



59 

 57 

 68 

 44 

 35 



79 

 85 

 85 

 78 

 71 



76 

 80 

 82 

 72 

 62 



5 

 8 



10 

 0 

 10 



4 

 9 

 9 

 3 

 0 



0 

 10 



6 

 0 

 9 



S2 



WS^ 

 ES» 



SI 



S^ 



SI 

 ES6 

 NW^ 



SW6 



S6 



WSI 

 NW^ 

 NW^ 



S2 



S^ 



0.2 



0.3 

 0.5 



0.0 

 0.0 



• Cir. W 



9=Cir.S; 



T LJ©=CW 



u=Cir.S 

 -o-Cir.W 



i 



9 



0 ^ 

 1 



2 



1.9 

 ; .8 

 i -9 

 \ -3 



' .2 



37.7 

 44.2 

 44 P> 

 42.9 

 40.2 

 40.9 



41.3 

 45.0 



AA Q 

 40.9 

 39.8 

 42.5 



38.4 

 44.0 



44.^ 

 42.9 

 40.1 

 40.8 



6.6 

 7-8 



7.0 

 9.9 

 4.9 



14-8 

 11.6 



19/1 

 19.5 



14-3 

 7.1 



10 4 

 8.4 



12.2 

 14.3 

 7.0 

 3.0 



10.5 

 9.0 

 11.4 

 13.8 

 9.5 

 4.5 



15.0 

 13.1 

 14.0 

 236 

 15.0 

 7.1 



5.8 



5-7 

 8.0 

 5-8 

 6.5 

 2.8 



83 

 78 

 95 

 94 

 79 

 84 



45 

 53 

 88 

 61 

 54 

 49 



85 

 76 

 80 

 68 

 74 

 69 



71 



69 

 88 

 74 

 69 

 67 



10 

 10 

 lo 



0 



2 



6 



10 

 4 

 10 



4 

 9 

 9 



10 

 10 

 10 

 0 

 0 

 6 



SE2 



sw* 



w^ 



NW' 



W^ 



SW2 



SW* 

 NW20 

 W'^ 



w* 



NW20 



WN6 

 SWi 



W2 



SWi 



w» 



W' 



0.1 



0.8 



2.4 



0.0 

 0.0 

 0.0 



• A/C.W 

 «Cir.W 



= Cir.W 

 Cir.W j 

 Cir.W/ 



.IB 



•4 



40.2 



40.5 



40.3 



1 0.7 



8.6 



3.6 



4.1 



9.4 



— 1.0 



88 



59 



79 



75 



6 



5 



4 



3.6 



6.8 



4.9 



14.5 





