50 ^ Silniasha. (St 13). dział t. meteorologia i hydrografia. 



Kwiecień (Aviil) 1891 r. 



Barni. sprow. 



do O" = 700 "iw 4- 



9 



1 



3').7 



37.3 





39.0 



40.6 



3 



42.2 



41.4 



4 



42.1 



42.0 



5 



41.8 



41 .9 



6 



al 1 



41.6 





42.1 



41.3 





sbIs 



37.8 



9 



40.0 



41.3 



lo 



42 (] 



42.'') 



1 1 



3c).l 



37.7 



12 



32.6 



33.7 



13 



38.5 



40.2 



U 



41.3 



4'''.9 



l5 



4 1.4 



41 5 



i6 



43.Ó 



43.6 



1 7 



42. J 



41 .7 



i8 



40.6 



40.8 



19 



41.5 



41.9 



20 



42.5 



43.7 



21 



i5 



45.1 



22 



43.8 



43.4 



23 



41.9 



40.8 



24 



37.6 



38.7 



25 



41.7 



42.4 



26 



41.6 



41.1 



27 



40.^1 



4".4 



28 



3g.3 



38.0 



29 



35.0 



3\i 



3o 



41.3 



40.6 



I 38.3 

 41.5 

 41.6 

 42.2 

 41.9 



37.1 

 4'>.4 

 41.7 

 42.1 

 41.9 



|4'.7 

 I 40.3 



4'/' 

 41.2 

 3c).2 38.4 



41.9 41.1 

 42.3 j 42 6 



3Ó.8 ' 37.5 



36.2 \ 34.2 

 40.5 ' 39.7 



41.0 ; 41.1 



42.3 41.7 



43.6 

 40.6 

 41.5 

 42.3 

 44.4 



44.6 

 42.9 



38.0 

 39.9 

 42.1' 



40.8 

 39.8 

 37.8 

 37.4 

 40.9 



40.6 40.6 40.8 



43.--. 

 41.6 

 40.9 

 41.9 

 43. ■> 



44.9 

 43.1 

 40.8 

 38.7 

 42.1 



41.2 

 40.3 

 38.3 



35 8 

 4'^^.9 



40 7 



Termometr suchy 



Termograf 



Wilg względ 



Stop. 

 zachni. 



Kierunek i siła wiatru 



7 



1 ' 



1 



9 



1 



' 



Max. 



Min. 



7 



1 



9 







9 



7 





9 



— 1.3 



0,7 



' — 1.8 





3.0 





U4 



'73 



78 



82 



9 



10 











W- 



— 2.2 



\ .7 



— 2.1 





2.:j 



— 3.7 



89 



J 



'•64 



75 



76 



10 



9 



2 



•\V2 



W* 



W- 



- 5.5 



^,0 



— 0.6 





6.0 



— 3.9 



90 



■50 



70 



7" 



10 







() 





sw* 



N- 



— 2.5 





1.2 



~ '0.-, 



3.0 





83 



59 



72 



7 1 



lo 



1 



10 





NE- 





0.7 



A.^ 



0.7 



\.<' 



5.0 



— 0.3 



89 



54 



?3 



72 



9 



10 



2 



SE2 



SE« 



SE* 



- 



5.5 



4 8 



3 



7.- 



1.0 



82 



76 



76 



78 



8 



10 



8 



SE** 



E" 



SE" 



1.8 



11.2 



4 2 



5.3 



1 1 .5 



0.3 



84 



5i 



73 



69 













SE** 



SE" 



01 . 



1. 1 



I0.9 



4.5 



5 3 



10. 9 



0.2 



80 5i 



84 



72 



7 



5 







SE" 





E'" 



4.4 



?>'.2 



5.0 



49 



5.0 



3^2 



T7 

 / / 



Sn 



80 



7c) 



1 



1 



lo 



ĘIU 



E'* 





2.5 



4.3 



3.8 



3.6 



4.3 



1.7 



(j3 



S 1 

 04 



77 



85 



lo 



10 



10 



E^ 



E* 



E« 



3.0 



2 8 



0.8 



1.8 



2.8 



0.0 



93 



86 



96 



92 



10 



10 



10 



E8 



E"* 



EN"! 



4 



23 



1.7 



1 



2.3 



0.2 



94 



9' 



93 



t)3 



10 



10 



l'J 





■\V4 



W* 



2.5 



7.2 



3 Q 



4*4 



7.5 



1 .0 



1) 1 

 9 ' 



6,1 

 04 



88 



81 



9 



9 



7 







W- 



0.2 



1 1 4 



6.6 





12.') 



— 1.2 



90 



04 



80 



7' 



7 



8 



5 







N- 



6.5 



10.8 



5.6 



7.1 



11.0 



4.5 



88 



09 



88 



82 



10 



10 



10 



NE2 







^\* 



4.7 



8. u 



5 



6.3 



8 



3.2 



92 



62 



87 



8" 



9 



10 



10 



W 2 



W 2 





4.7 



10.8 



6.0 



6 u 



1 1 .8 



3.2 



92 



56 



81 



76 



10 



9 



1 







V2 

 ił 



4^3 



8^5 



3^5 



4 



8 5 



3.'j 



96 



66 



93 



85 



10 



6 



10 



S- 





NE'^ 



3.1 



6*2 



4.4 



4.5 



7.0 



1 .0 



87 



72 



Q2 



84 



9 



1 



10 







W2 



5.7 



10.7 



6.9 



7.5 



10. 7 



3.'. 



94 



70 



91 



85 



9 



9 



10 



NE^ 



NE< 



S2 



.5 5 



114 



5.5 



7.0 



1 1 L 



2.2 



86 



41 



77 



68 







6 







NE- 



EN* 





3.8 



lo.o 



5.8 



6.3 



1 0.0 



0.2 



92 



56 



81 



76 







8 



7 









3 1) 



10.5 



4 7 



5.7 



1 0.5 



— 0.2 



88 



45 



82 



72 







6 







NW2 









3.! 



-•V 



-.9 





1.6 



91 



91 



q3 



02 



1 



10 



10 



W" 







2.9 



6.5 



5.3 



5.0 



7.0 



1.9 



82 



5o 



65 



66 



9 



8 



8 



NE^ 



N-^ 



E-i 



3.5 



9.1 



6.2 



6.2 



9 1 



1.5 



73 



58 



78 



70 



10 



10 



lo 



E2 



E« 



E2 



5.5 



8.9 



7.0 



7.1 



8.9 



4.5 



96 



84 



91 



90 





10 



9 











'"'.0 



14.9 



10 8 



10.6 



14.9 



2.8 



96 



53 



92 



80 



7 



6 lo 







S2 



S2 



10.6 



18.2 



9.8 



12.1 



18.2 



8.0 



90 



58 



83 



77 



6 



9 



10 



82 



W 





7.1 



16.9 



13.7 



12.8 



17.9 



4.0 



86 



46 



68 



67 







6 



5 



W2 



w-* 



WS^ 



2.8 



8.0 



4.5 



5.0 



8.4 



1.1 



88 



64 



81 



78 



8 



8 



7 



3.3 



4-\> 



3.3 



Xąbkouic:\ (St. 14). 



Kwiecień. 



1). 



7 



1 1 9 





7 



1 



9 





Max. 



Min. 



7 



1 9 





7 1 





1 



9 



|u\v. 



1 



.96 



3 1.0 



32.3 



3:>.9 



- 1.6 



I 2 



— 3.'- 









'*2 



75 



100 



89 



9: 



7 



2 





W 3 





".''1 



k.- 

 'i" 





33.2 



3ł.2 



35.2 



3ł.2 



- 2.5 



2.0 



— 3.8 



— 2.0 







94 



64 I0O 



86 



«! 



8 



1 







w 2 



2.9 





3 



85.2 



34.3 



34.2 



34.6 



- 2.8 



5.0 



0.1 



0.6 







94 



69 



100 



88 



1 



6 



1 





NE-^ 



KE-^ 



0.0 



u 



4 



348 



35.1 



35.3 



35.1 



— 0.5 



4-9 



0.6 



1.4 







90 



62 



85 



79 



2 



5 





E2 



E3 



E'^ 



0.0 



u 



.5 



34.9 



34.0 



S3.5 



34.1 



— 0.7 



4.8 



1.3 



1.7 







1 lO 



56 



76 



77 



4 



4 



\ 



E-2 



SE* 



E3 



0.0 



u 



6 



33 4 



33.7 



34.3 



33 8 



0.8 





5.0 



4-1 







82 



76 



89 



82 



8 



8 



4 



ir- 



SK3 



E-i 



1 .- 



• 



7 



344 



32.5 



31.1 



32.7 



2.8 





4.5 



6.1 







88 



57 



82 



Ih 



7 



3 





w- 



SE-i 



W 







8 



28 5 



28.7 



3 1.0 



29.0 



2.3 



10.0 



5 6 



5.8 







.S2 



63 



77 



74 



6 



7 



9 





E* 



E« 



0.' 1 





9 



31.5 



32,9 



34.5 



33 



3.7 



6.5 



4.8 



5.0 







8- 



74 



s6 



82 



7 



i 



6 



w 





I/> 



0.1 1 





lo 



35.4 



35.0 



33.4 



3 1.6 



3.0 



5.3 



4.0 



4.1 







93 



86 



80 



86 



9 



9 



9 



E-i 



E» 



E'' 



0.0 





1 1 



29.6 





26.8 



28.3 



3.0 





0.8 



1.7 







9' 



93 



96 



93 



9 



9 



9 





E3 



N3 



0,7 





1 2 



23.3 



i.\ 



29 3 



^7.1 



0.3 



11 



1.8 



1.6 







96 



06 



96 



96 



9 



9 



9 





SW 



S\V2 



3.G 



:;<• 



13 



3 1 .5 



3 1 .6 



3 1.0 



32.3 



3.6 



8.5 



4." 



5.0 







85 



66 



93 



81 



5 



6 



8 







sw-^ 









14 



294 



33.9 



33.8 



32.4 



1.2 



10.2 



7.2 



6.4 







92 



66 



8A 



82 



7 



8 



8 



SW 



SK-^ 



E-^ 



0.0 



Ul 



i5 



33.9 



34.4 



36.5 



3^9 



6.6 



10.0 



3.8 



6.1 







91 



75 



97 



88 



6 



9 



9 



N^v■2 







0.2 



• 



16 



37.3 



37.7 



37.4 



37.5 



4.0 



6.6 



4.8 



5.0 







97 



83 



'J4 



91 



8 



9 



9 









».3 



• 



17 



3').S 



3(1 



32.7 



34.2 



3.6 



11.6 



3.:s 



5.7 







05 



5y 



97 



84 



8 





8 



NW 



S3 



W 



0.0 





1 s 



32.8 



32.9 



34.0 



33 2 



4.2 



10.7 



3.6 



5.5 







9'! 



64 



95 



8') 



I) 



7 



8 





sw-i 



SW 



o.,i 



• 



I9 



33.2 



34 9 



36.0 



34.7 



1.5 



7,4 



3 2 



3.S 







96 



''9 



100 



88 



8 



9 



Ci 



S\V-2 



S\Vi 





0.'j 





35.6 



37.1 



38 



35.2 



1.9 



8.1 



4.3 



4-7 







96 



85 



l JO 



94 



9 



9 



6 



SW2 



SE2 



E' 



5.) 



• s 



21 





38 3 



37.7 



38.2 



^'.4 



11.1 



4.8 



6.8 







83 



53 



87 



74 



1 



7 



1 



NE2 



l^Es 



N' 



0.0 





12 



36.6 



35.7 



3t.9 



35.7 



6.3 



10.0 



AJ, 



6.4 







84 



62 



82 



76 



1 



6 



1 







N' 



0.0 



L_l A 



23 



34. . 



32.7 



31.6 



32 8 



5 9 



1 1.0 



4.6 



6.5 







83 



55 



81 



73 



2 



7 



1 



W 



W2 



NW^ 



0.0 



Ul 



2 \ 



3o 2 



31.3 



32.7 



31.4 



1.6 



4 2 





2.1 







94 



87 



10) 



94 



9 



9 



,5 



ISIW-' 







0.5 



• .0- 



20 



33.7 



3ł.4 



34.2 



34.1 



3.2 



6.7 



l.t 



3.1 







87 



73 



100 



87 



8 



8 



1 



N» 



NE^ 



NK' 



0.0 





26 



32.6 



32.6 



32.4 



32.5 



4.7 



8.8 



6.4 



6.0 







76 



66 



8'i 



76 



3 



8 



8 





W 





0.1 1 



l 1 Cv. 



27 



31.2 



32.3 



32.0 



31.8 



5.8 



9.2 



6.1 



6.« 







94 



84 



99 



92 



9 



9 



2 



NE' 



N-^ 



N' 



3 3 



• 



2S 



31.2 



297 



28.1 



29.7 



5.7 



159 



10.6 



10.7 







99 



60 



85 



81 



9 



7 



9 





S2 



S3 



<> 





29 



27 



27.--. 



31.3 



28.7 



I0.2 



167 



8.S 



11.1 







87 



68 



98 



84 



6 



8 



9 



ES' 







3.1 





3o 



3 J.4 



33.7 



34.8 



3 1.3 



8.1 



l(i.8 



12.7 



12.0 







89 



61 



83 



78 



6 



5 







swa 





0.3 





•r m. 



32 7 



33.1 



33 4 



33.0 



3.1 



8.2 



3.9 



4.8 







90 



7" 



91 



84 



6 



1 





5 









20.0 





