# Sifnicz/tct. (St. 11). spostrzeżenia meteorologiczne. Styczeń fJanyier^ 1895 r. 7 





Barom, sprow. 



do 0° = 700 mm -f 



Termometr suchy 



Termograf 



Wilg. wzglęu". 



Stop. 

 zachm. 



Kierunek i 

 wiatru 



sita 



Sfl 



0^3 



z 1 1. 

 ? ? 



UWAOI. 



7 



1 









7 



1 



9 





Max. 



Min. 



7 



1 



9 



i 



1 



9 



7 



1 | 9 





3o.2 



33.7 



36.6 



33.5 



— 1 .6 





2 J 



— M 





1 .7 



— 1.4 



— 1 0..) 



90 



BS 



OO 



94 



90 



1 

























37.3 



36.7 



33.8 



35.9 



— 6.8 







3.3 



— d.4 







4.2 



'i '< 



"7 



Ki i 



"9 



85 



95 



90 



1 ' 1 



1 



1 



SI'. 1 



NFJ 



NK 1 



ą. I 



M. 

 /V 





27.7 



25.8 



25.4 



26.3 



— 4.5 



— 



2.9 





— 



5.7 





— *7 O 

 / -V 



OK 



* 1 1 



V4 



94 



95 



1 ' > 



lo 



1 



N 1 



N 1 







2.4 









32.1 



36.8 



32. :i 



— 6.0 







3-9 



— 6.0 





R cv 



0.0 



— 3.9 



— 7-8 



90 



77 



79 



fi 4 







8 







S' 



ol? 



BIŁ" 



— 







37.4 



36.7 



33.8 



36.0 



— 12.7 





5.4 



— 2.8 





0.9 



— 2.7 



— 13.0 



88 



85 



fiu 

 90 



90 







10 



lo 



SE 1 



CCI 





0.8 







Sl.g 



3o.o 



3o.i 



3o.7 



— 1.9 





2.8 



O.O 





3.1 



— 1 .9 



Om*i 



tik 

 9" 



94 



95 



96 



1 i , 



1 



1 Q 



£1 



N 1 



sw 



0.3 







3i.9 



3o.5 



29.3 



3o.6 



— 4-9 



_ 



2.9 



2.0 



— 



3-4 



— 2.0 



— 0.0 



90 



09 



98 



94 



1 i 1 



1 



1 r\ 



s w 1 



S' 



NK 1 





\L 





33.8 



35.3 



34:4 



34.5 



— 1 0.9 



— 



5.1 



— o.O 



— 



5.8 



9 6 





n9 

 V'i 



fi.5 

 00 



98 



92 



u 





 V 



1 O 



S W ' 



W 



SE 3 



2.9 







34.6 



35 4 



33.3 



34.4 



— 2.8 





0.8 



— 2.7 





2.2 



— 0.6 



— 3.8 



98 



94 



90 



90 



10 



10 



9 



S 1 





NJ 



— 







33.6 



33.2 



3l.o 



32. b 



— 2.8 





0.3 



0.9 





O.d 



1.3 



— 8.5 



100 



100 



96 



99 



10 



10 



10 



NE 1 



IN IV 





17 







32.3 



32.7 



35.8 



33.6 



0.4 





0.6 



— 4-4 





2.2 



0.4 



— 4-4 



98 



92 



88 



93 



1 



1 U 



9 



tft 

 1 ■ 



SE> 



SE 1 



1.1 







37.6 



38.8 



38.0 



38.1 



— 9-4 







5.8 



O.O 







6.6 



O.O 



— 9 4 



8*7 



< 



77 



85 



83 



t 



t 



O 



Q 

 O 



^1 







SE 1 



SK' 









38.1 



38.3 



37.9 



38.1 



O.O 





2.0 



2. O 





0.9 





— 0.0 



90 



9' 



98 



95 



1 1 i 



i 



I 1 ) 



SK 3 



S s 



S ł 



0.1 





34 7 



35.4 



35.8 



35.3 



— 1.4 





1-4 



0.1 





0.0 



14 



— 6.2 



94 



78 



87 



Oi. 



oO 



10 



10 



4 



s» 



a" 



c \\ r 1 



— 







3Ó.8 



32.9 



32.0 



33.6 



— 2.4 





3.9 



2.6 





1 -7 



4-2 



- 4-8 



94 



69 



79 



1 



10 



10 



10 



S 1 



5 







— 







33.2 



3 1 . 1 



3i.4 



3l .9 



1.1 





A O 



4-y 



6.9 





2.J) 



4-9 





90 



7° 



85 



84 





7 



1 ( 1 







S 1 



O 









32.9 



9 1.1 



34.2 



32.7 



O.4 





3.3 



2.2 





2.0 



4- ■ 



O.4 



i iA 

 90 



ki 

 07 



98 



94 



1 



1 1 1 



1 



S' 



S 1 



S' 



6.6 







36.2 



377 



41.9 



38.') 



1 .0 





2.5 



O.O 





1.3 



2.0 



O.O 



1 00 



90 



98 



99 



I ( 1 



1 



1 < ) 



Ml 



IN 



w 



SW 3 



0.9 



Q 





44 5 



1:. 8 



44.5 



44.9 



— 0.4 





3.6 



2.8 





2.2 



3.8 



— 0-4 



96 



80 



00 



MW 



on 



7 











W 3 



w 1 



G \M 1 



a w 



— 







42.2 



41.1 



38.7 



40.7 



— 2.3 





3.3 



— 2.1 





2.4 



— 2.1 



— 3.3 



81 



74 



fi Ci 

 80 



fi^. 

 00 



10 



9 



10 



S 1 



O* 



L'll| 1 



1.1 



• 





3 1.0 



34.1 



29.6 



3 1 .6 



1 .8 





A 8 



1 .0 





2.5 



O.O 



1 .0 



no 



7<1 



91 



84 



1 < > 



1 



9 



W 



sw 



S 1 



1.4 







28.1 



33 4 



35.7 



32.4 



M 





d 



Q fi 

 O.O 





l -7 



O.O 



— 0.0 



9» 



oO 



84 



89 



\ 



1 



c. 

 O 



MW 7 



SW 3 



W 



t 



1^7^ — ^ 





34.1 



3o.5 



28.3 



3o.9 



— 9-7 







3.1 



z* 1 



— 



5.8 



Q 1 

 0. 1 



— 10.7 



37 



OO 



68 



70 







4 







IN 1 > 



sw 5 



SW 3 









28.4 



29.3 



29 7 



29 1 



— 0.0 







0.9 



Q 



— ó.C 



— 



3.4 



0.9 



— u.o 



7 



(Sn 

 09 



80 



79 



1 







1 » 1 



OH 



w 3 



w 3 



— 







24.2 



21.9 



22.3 



22.8 



— 2.2 





o.3 



0.2 





d 



0.3 



— 3.1 



75 



73 



94 



80 



10 



9 



10 



SW 7 



SW 3 



W 5 



3.4 











3o.l 



28 1 



— 2.5 





2.1 



— 5.4 





39 



0.0 



— 6.0 



85 



63 



73 



74 



6 



6 



1 1 



w 5 



W" 



W 3 



— 



4- 





33.3 



34.5 



35.8 



34.5 



— 6.0 





36 



— 3.1 





3.9 



— 3.1 



—12.5 



85 



65 



70 



73 



10 



3 







w 1 



W 3 



NW 



— 





38.5 



41.3 



43.3 



41 .0 



-15.7 





6.1 



—11.8 





11 1 



— 6.0 



—16.0 



76 



74 



78 



76 



3 



2 



3 



N\V 



s» 



s» 









44.2 



43.8 



43.0 



43.7 



— 11.8 





9-> 



- 9-2 





98 



— 9.1 



— 13.5 



89 



78 



84 



84 



10 



10 



10 



E 1 



i-: 3 



E' 



0.0 







41 .5 



41-7 



42.6 



41-9 



- 6.9 





6.6 



- 6.9 





6.8 



— 6.6 



— 9.0 



94 



76 



89 



86 



10 



10 



8 



NK 5 



E" 



NE' 



1 .2 







44-4 



44.6 



43.9 



44.3 



- 9.8 





5.. 



— 3.2 





5.3 



— 3.0 



— 1 1.0 



94 



83 



94 



90 



1 



10 



1 M 



NK 1 



E 5 



E 1 



0.2 





1, 



34.4 



34.8 



34.8 



3 1.7 



- 4.6 





1.6 



— 2.6 





2.8 



— 1.0 



— 6.2 



91 



80 



90 



87 



s 



8 



7 



1-9 



24 



2.0 



3 1 .0 





* Ząb/wił ice. (St. 12). Styczeń 1895 r. 



7 



1 | 9 | 



7 1 



9 





Max. 



| Min. 



7 



1 1 



9 





7 



|i|9 



7 



1 



9 





UW 



23.6 



27.2 



3o.l 



27.0 



--■ 9.0 





2.8 





H.1 





8.8 





-13.9 



97 



83 



97 



92 



1 1 • 



1° 























3o.8 



29.3 



25.3 



28.5 



— 6.0 



z 



4.1 





4-1 





4.6 





— 14.2 



98 



91 



95 



95 



1 





10 



NK' 



NE 4 



NE 7 



8.0 





19.6 



17-8 



17.6 



18.3 



— 4-9 





3.2 





7 





5.5 





— 7-1 



98 



96 



97 



97 



10 



!o° 



9 















4-7 





20.8 



24-7 



28.1 



24.5 



— 6.0 





4.0 





5.4 





5.2 





— 7.2 



95 



77 



80 



84 



1 



10 



10 



N E 1 



SE 3 



SE* 



0.1 





29.1 



27.1 



24.8 



27.0 



— 1 1.0 





6.0 





3-4 





5.9 





— 12.5 



52 



90 



95 



'9 



8 



10 



10 



E s 



E' 



E 7 



1.4 



4- 



23.8 



22.8 



22.8 



23.1 



— 3.8 





3.3 





4 2 





3.9 





— 4-4 



98 



98 



9 5 



9 l 



10 



10 



1 n 







SW 3 











23.2 



2 1.2 



21.8 



22.1 



— 5.2 





2.8 





3.6 





3.8 





— 7.0 



96 



98 



98 



97 



10 





10 







N' 







3.2 



=-* 



21.8 



27.8 



26 3 



25.3 



— 12.1 





7.3 





4.0 





69 





— l3.o 



93 



84 



93 



90 



9 



'i 



1 (1 











SE 5 



4.1 





25.6 



25.8 



25.1 



25.5 



— 2.8 





0.3 





4.3 





2.9 





- 4.6 



98 



98 



100 



99 



1 



10 



10 















0.1 



=•* 



24.6 



23.8 



23.7 



24.0 



- 43 





1.6 





3.6 





3.3 





— 5.5 



100 



96 



93 



96 



1 



10 



10 















4-1 



=-* 



25.0 



25.8 



28.6 



26.5 



— 5.o 





3.6 





5.6 





4-9 





— 6.3 



100 



95 



98 



98 



10 



.0 



10 







SW 4 







1.3 



=-* 



31.4 



31.9 



31 4 



3 1.6 



— 8.2 





3.6 





7-8 





6.9 





— 1 1 .0 



97 



80 



94 



90 



8 



9 



10 







SE 3 



NE 3 





3o.8 



3o.5 



29.2 



30.2 



— 3.6 





2.9 





5.2 





4.2 





- 7.5 



98 



98 



96 



97 



1 



10 



6 



E ł 



SE 3 



NE 1 







26.0 



26.7 



28.6 



27.1 



0.8 





3.8 





2.2 





2.2 





— lo.o 



87 



83 



82 



84 



10 



10 







SE J 















26.4 



25.0 



24.5 



25.3 



1.8 





7.6 





4.8 





4.8 





- 5.9 



73 



56 



81 



70 



6 



8 











SW 5 



S 3 







25.3 



22.6 



23.7 



23.8 



1.8 





0.4 





6.4 





3.7 





— 2.3 



90 



67 



76 



78 



3 



7 







SE 1 



s* 



SW 







27.0 



26.9 



26.9 



26.9 



2.5 





3.4 





3.o 





3.o 





0.9 



93 



93 



98 



9 5 



10 



10 



10 











SW 8 



3.0 



=© 



290 



31.3 



36.2 



32.2 



0.6 





1.0 





0.6 





0.7 





0.1 



loo 



98 



loo 



99 



10 



10 



10 



S' 











0.4 





:S!> 



:;:mi 



38.7 



38.9 



— 0.1 





1.4 





3.6 





1.5 





— 4-1 



100 



89 



98 



96 

 89 



10 

























35.7 



33.6 



31.5 



33.6 



— 3.0 





2.8 





04 





o.l 





— 5.0 



98 



72 



96 



9 



lo 



10 







s 3 



SW 



0.9 



* 



28.9 



26.9 



22.2 



26.0 



l.o 





4.0 





1.2 





1-9 





0.0 



89 



80 



92 



87 



8 



10 



9 



SW 



SW 







4-1 



0* 



19.8 



24.8 



29.3 



24.6 



1.0 





0.8 





6.8 





3.3 





— 6.9 



98 



98 



94 



97 



10 



10 







W-' 



NW 5 







3.2 



-* 



26.6 



23.1 



20.5 



23.4 



— 15.3 





0.4 





72 





8.8 





-1«0 



86 



76 



78 



80 



2 



1 









S» 



SE' 





21.7 



22.6 



22.4 



22.2 



— 12.2 





1.8 





3.1 





0.0 





— 12.7 



85 



90 



9 t 



90 



9 



lo 



10 







W 



SW 







16.0 



I4.8 



11.1 



I4.0 



- 2.9 





0.7 





0.3 





0.4 





- 5.4 



85 



78 



98 



87 



10 



10 



10 



SE 3 



SW 6 



SW 3 



8.4 





20.0 



21.4 



23.7 



2 1.7 



— 4.9 





1.4 





9-9 





6.5 





— 10.5 



84 



89 



94 



86 



9 



8 



1 1 



W 



w 











26 3 



27.8 



29.3 



27.8 



— 7.0 





3.2 





8.8 





7.0 





— 12.0 



97 



80 



91 



89 



10 



10 



10 







SW 3 







0.1 



* 



3l.9 



33.4 



36.3 



339 



— 1 1.8 





7.1 





9.0 





9.2 





— 12.7 



85 



90 



91 



89 



8 



3 









E» 



NK 4 





37.0 



36.7 



35.8 



36.5 



— 1 1 .6 





8.0 





9-6 





9.? 





— 12.5 



93 



94 



94 



94 



lO 



8 



10 



NE 6 



NE 6 



NE 4 



0.1 



* 



32.4 



32.9 



36., 



33.8 



- 84 





5.6 





8 6 





7.8 





— 12.4 



97 



85 



91 



92 



■ 



10 



8 



NE* 



E 5 







1.8 





37.3 



37.8 



37.0 



37.4 



— 7 9 





6.6 





3.9 





5.6 





— 13.3 



94 



87 



98 



93 



8 



7 



lo 



E» 



E* 







0.2 





27.0 



27.2 



27.4 



272 



— 5.1 





2.0 





3.9 





3.7 



- 



— 8.2 



92 



86 



93 



90 



9 



8 



T 



1.0 



1.5 



1.6 



43.8 





