112 Sobieszyn. (St. 6). dziali, meteorologia i hydrografia. Kwiecień (Avril) 1899 fl 



Dzień 



Barometr sprowadzony 



do 0°=700 mm-\- 



Termometr suchy 



Termograf 



V 



\ 



7 



/ilgotność 

 względna 



Stopień 

 zachm. 



Kierunek i 

 wiatru 



sita 



Wys. opadu 

 w milim. 



UWAGI. 



7 



i 9 



7 



1 







Max. 



Min. 



1 



9 





7 



1 



9 



7 





9 



i 



47- 1 



48.8 52.0 49.3 



0.0 



3- 1 



0.7 



1.1 



3-5 



— o-8 



dl 



y 



61 



79 



75 



8 



10 









NW 3 



NW 2 



— 





2 



50.5 



48.5 45.4' 48.1 



- 0.7 



2-3 



2.6 



i-7 



6.4 



- 4.1 



83 



9 1 



96 



90 



5 



10 



10 







NW S 







2.3 



• 



3 



48.7 



5*-3 53-5 



3.6 



8.4 



i-4 



3-7 



9-5 



i-4 



90 



5* 



85 



79 



10 



2 







W 2 



N l 











4 





54-9 55- 1 



1.2 



9.6 



3.6 



4-5 



10.5 



— 0.9 



92 



55 



87 



78 



2 



\ 



2 



NE 1 



SE 2 







— 





5 



52.8 



51.2 50.7 51.6 



4.0 



14.8 



8.3 



8.9 



15. 1 



1.0 



90 



64 



96 



83 



1 



3 



10 



W 



O W 







4-5 



• 



6 



52.8 



51.5 48.0:50.8 



5- Ł 



1 1.0 



8.0 



8.1 



12.0 



3.2 



o? 

 9/ 



65 



78 



80 



1 



5 



10 



SW 2 



SW 2 



SW* 



0.7 





7 



48.0 



45.2 40.4 44.5 



4.4 



12.7 



10.6 



9.8 



1 3.0 



1.0 



97 



56 



79 



77 



4 



6 



10 



NW 



W 2 



SW T 3 







s 

 o 



37-7 



3 8 -5 37-3 37- 8 



9-9 



13.8 



10.6 



11. 2 



15.0 



9'9 



69 



58 



64 



64 



5 



6 



10 





SW 2 



SW' 2 







9 



38.9 



4i-3 43-9 4M 



9-5 



I3.I 



7-7 



9-5 



13. 1 



7-7 



84 



74 



96 



85 



1 



10 



10 







SW 







5-3 



w 



10 



45-4 



46.1 44-3I45-3 



6.4 



9-9 



5 6 



5-9 



9-9 



5.0 



55 



6s 



9 1 



„ 



52 



10 





 



10 







nJ W . 











1 1 



41.4 



39.838.4I39.9 



5-7 



11.4 



79 



8.2 



1 3.0 



3.0 



94 



72 



90 



85 



1 



10 











SW 2 



SW 



0.3 





12 



36.5 



37.2 39.8 37.7 



8.1 



7-4 



3-4 



5 .6 



10.8 



3-o 



93 



89 



93 



92 



10 



10 



10 







SW 



N 2 



7-7 



• 



1 3 



43-9 



39.9 43-7 42.5 



2.6 



8.3 



4.4 



4-9 



9.2 



0.5 



98 



70 



93 



87 



9 



9 



10 



N 3 



N 1 













42.3 



42.1 40.7,41.7 



. 4.6 



9.8 



6.8 



7.0 



12.4 



3.8 



94 



70 



9i 



85 



10 



6 



4 



N' 



N 1 



iv 



0.8 



• 



15 



40.0 



42.9 43.1I42.0 



8.8 



14.2 



9- 1 



10.3 



Ul. o 



7-5 



95 



58 



9* 



52 



4 



3 



4 



s W 



Si TO 2 







1.0 



• 



16 



39.0 



36.7 40.0 38.6 



10.9 



1 3.6 



9-i 



10.7 



16.0 



8.5 



Q7 

 7 j 



72 



80 



82 



8 



10 



8 



SW 



SW 2 



W 3 



i-5 



• A T 



17 



45-3 



47.0 48.7 47.0 



7.2 



13.6 



6.8 



8.6 



15.0 



5.0 



89 



56 



9 1 



79 



3 



3 



4 



W 2 



W 2 







0.1 



• 



18 



52.1 



53.7153.0 52.9 



8.2 



12.4 



9.2 



9.8 



17.2 



6.5 



81 



59 



7i 



70 



2 



3 



9 



W 



w 







1 .0 



• 



J 9 



52.0 



52.9 51.6 52.2 



8. 7 



9.0 



7-i 



8.0 



9-5 



7-i 



80 



84 



99 



90 



10 



10 



10 



NE' 



NE 2 



AT 17 "i 



JNJV 



155 





20 



40.2 



47.6 46.3 47.4 



7- 2 



9-5 



fi ~ 

 5.2 



8-3 



10. 1 



b.9 



96 



9 1 



9 1 



93 



j 



1 



10 



O 



1 j 



E 1 



— 





21 



42.8 



42.8 44.9 43.5 



6.7 



7.0 



6.4 



6.6 



8.8 



6.3 



98 



94 



93 



95 



10 



10 



10 



NE' 



N' 



N' 



5.0 



• 



j 22 



45.0 



44.7 49.8 46.5 



5.0 



9-9 



3.6 



5-5 



12.2 



2.8 



98 



80 



80 



86 







10 







N' 



SW 



N' 



0.2 



• 



z 3 



52.9 



53-3 54-8 53-7 



r.6 



8-3 



30 



4.0 



8.9 



— 0.8 



93 



5* 



79 



75 







3 



1 



NW 



NW 2 



N 1 







24 



58.7 



56.5 54.7 56.0 



1.0 



8.8 



4.2 



4-6 



1 5-7 



— 1.8 



94 



54 



77 



75 















NW 



N' 









. *5 



52.4 



49.6J46.6 49.5 



4-4 



13.1 



8.2 



8.5 



17.8 



1.2 



71 



4<> 



70 



D2 



9 



4 







JM 1 



T2 



O 









26 



44.4 43.0 43.2 43.5 



10.3 



17.3 



10.4 



12. 1 



17.6 



5-4 





55 



82 



70 



4 



7 



3 



O 



S 2 











27 



44.2 



45.1 47-3 45-5 



11. 3 



1!>.3 



9.8 



12.5 



19.3 



7.8 



80 



54 



86 



73 



5 



4 



z 







SW 







0.5 





28 



49.1 



48.8 48.6,48.8 



11. 7 



17.2 



11.4 



12.9 



17.8 



6.8 



76 



48 



81 



68 



4 



2 



7 



E' 



E' 



O 







29 



48.0 



47-4 45-7 47-° 



11.fi 



15.4 



10.2 



11. 8 



21.0 



9.0 



92 



83 



90 



88 



9 



7 



9 



E' 



S 1 



S' 



2.7 





30 



45-i 



42.6 41.3 42.3 



9.8 



14.3 



10.4 



11. 2 



16.4 



5-9 



80 

 09 



81 



98 



89 



6 



9 





S 1 



W 2 



w 



10.9 



• ▲ K T 



śr.m. 



46.5 



46.3 46.4 46.5 



6. 3 



11. 3 



7.0 



7-9 



13.3 



3.8 



?9 



67 



86 



81 



6 



6 



6 









58.0 





*Nalęczów. (St. 7). Kwiecień 1899 r. 



Ozier. 



7 



1 



9 





7 



1 



9 





Max. 



Min. 



7 



1 



9 





7 



1 



9 



7 



1 



9 





UWA 



1 



43.0 



45.1 



47-9 



45-3 



— 0.8 



3.8 



1.4 



1.4 



3-8 



— 1.2 



96 



10 



72 



69 



8 



10 



1 



NW* 



N* 



NW 8 







2 



47.0 



44-5 



41. 1 



44.2 



— 1.8 



2.9 



3-i 



1.8 



8.1 



- 4.9 



96 



74 



1 95 



88 



3 



10 



10 



N' 



N 6 



SW 2 







1 3 



45-i 



47.1 



49.6 



47-3 



3-4 



8.1 



1 4 



3.6 



9.1 



1.4 



87 



58 



96 



80 



1 



6 



3 



W 2 



N 3 











4 



50.9 



51.2 50.9 



51.0 



1.2 



9.6 



4-i 



4-7 



10.9 



— 2.0 



78 



54 



80 



7i 



1 



6 



3 



SE' 



SE* 



E' 







5 



49.0 



47.6 46.9 



47.8 



4-3 



14-3 



8.6 



8-9 



14.9 



1.6 



97 



| 7 1 



88 



85 



1 



5 



10 



S< 



S 8 



W 2 



2.9 





6 



49.0 



48.0 



44.8 



47-3 



4.8 



11.4 



7-4 



7.8 



11. 4 



3-4 



92 59 



72 



74 



6 



7 



2 



W 



W 4 



W6 







7 



44.2 



4i-3 



81.5 



39.0 



4-8 



12.6 



10.8 



9-7 



13.2 



1.6 



90 



49 



70 



70 



5 

 8 



3 



10 



W 3 



W 5 



SW 







8 



33-9 



34-9 



33.6 



34-i 



10.4 



i3-4 



10.5 



1 1.2 



15.0 



8.7 



65 



56 



68 



63 



9 



6 



SW 3 



s 4 



S 4 







9 



34-7 



37-5 



40.1 



37-4 



9.2 



11. 9 



7-8 



9.2 



13.0 



7.8 



74 



76 



92 



81 



1 



10 



10 



SE 3 



SW 2 



NW 1 



5.6 



• 



10 



41.9 



42.3 



41.0 



4i-7 



6.4 



10.4 



7.0 



7-7 



10.8 



5.6 



69 



62 



9 1 



74 



J 



10 



10 



NE 3 



NW 



SW 2 



0.0 



• 



1 1 



37-5 



36-3 



34.8 



36.2 



6.8 



11. 5 



8.6 



8-9 



12.6 



2.7 



85 



. 64 



87 



79 



1 Ci 



6 



2 



SW 4 



s* 



S 3 







12 



32.5 



33.2 36.0 



33-9 



9.2 



8.0 



3-5 



6.0 



10.6 



3-5 



8o| 86 



90 



85 



1 3 



10 



10 



S 2 



W 3 



NW TJ 



5-3 



• 





40.4 



40.8 



39-7 



40.3 



3.6 



9-4 



4.2 



5-4 



9-7 



1.0 



87 



60 



92 



80 



1 1 1 



10 



10 



W 



S 2 



E 2 



0.6 



• 



14 



38.. 



37.8 



37-i 



37-7 



4.8 



1 1.1 



8.5 



8.2 



12.9 



3-9 



94 62 



84 



80 



1 1 



5 



1 



E- 



SE 2 



S 3 



2 



• 



! 15 



■<> ;S.S 



39-3 



38.2 



9.8 



15.0 



10.4 



11.4 



19.6 



7-5 



82 



5° 



87 



73 









9 



SW« 



SW 4 



S 3 



5 



• 



16 



34-9 



33-5 37-1 



35.2 



10.8 



11.8 



7.8 



9.6 



16.4 



7.8 



Mi 86 



83 



87 



9 



10 



4 



SE 3 



SW 4 



SW" 



2.9 





17 



42.2 



43.6 



45-3 



43-7 



9.2 



12.2 



8.3 



9-5 



13.9 



5-4 



74 66 



81 



74 







9 



4 



sw« 



SW* 



SW 4 



0.9 



• 



18 



48.5 



49.5 49.1 



49.0 



8.0 



12.9 



9-i 



9.8 



14.8 



7-7 



82 



61 



92 



78 







1 



10 



W 3 



NW 3 



NE 2 



0. 1 



• 





47.8 



48.7:47-4 



48.0 



8.8 

 8.6 



9-7 



7-4 



8-3 



10. 



7-4 



84 



80 



9 1 



85 



1 1 1 



10 



10 



NE 8 



E 6 



NE 8 



3-5 



• 



20 



43.8 



43-5 



42.2 



43.2 



11.4 



8.6 



9-3 



11. 7 



6.7 



89 Ni 



92 



87 



1 1 1 



10 



10 







NE 3 



NE 2 



4-7 





21 



38.5 



38.3 



41.3 



39-4 



7.2 



8.3 



6.0 



6.9 



9.0 



5-9 



94 



9 1 



93 



93 



1 



10 



10 



N 3 



N 4 



NW 4 



7.0 



• 



22 



41-3 



40.8 



45-7 



42.6 



5-2 



12.0 



5-3 



7.0 



12.6 



2.8 



94 



65 



83 



81 







10 



10 



SW 



SW 



NW T3 



0.2 



• 



*3 



49-3 



49-5 5'-i 



50.0 



2.4 



7.8 



3.2 



4-i 



8.5 



— 0.3 



82 



55 



81 



73 







8 



1 



W 2 



W 8 



W* 







24 



52.9 



52.3 51. 1 



52.1 



1.8 



8.7 



3-3 



4-3 



14.1 



— r.9 



84 



56 



90 



77 















W 2 



NW 2 



NW 2 







*5 



47-8 



45-5 



42.6 



45-3 



6.6 



14.0 



8.4 



9-3 



20.6 



0.7 



58 



53 



78 



63 



8 



2 





E< 



S 5 



SE 2 







26 



40.2 39.2 



39-3,39- 6 



13. 1 



l 7-7 



9.8 



12.6 



'7-7 



5-9 



65 



; 6 



87 



69 



S 



3 



1 



S' 



SE 8 



SE 5 







27 



40.4 41. ^ 



43-4 4I-7 



12.8 



IN 7 



10.6 



13.2 



20.4 



8.0 



75 



57 



94 



75 



9 



9 



S 

 8 



SE 1 



S 4 



NW 2 



0.7 



• T 



28 



45 5 45 1 



45.145.2 



9.8 



17.6 



11.4 



12.6 



18.7 



6.1 



76 



5* 



61 



63 





i 



SE 3 



E 4 



SW 2 







29 



44-4 43-9 4^ o 



43-4 



11.5 



14.9 



8.0 



10.6 



17.7 



8.0 



87 



70 



98 



85 





9 i 





SW 1 



SW 



E 3 



12.0 



• K 



3° 



38.8 



38.1 



37-9 



38.3 



12.3 



14.4 



10.4 



11. 9 



17.0 



5-5 



80 



77 



9i 



83 



2 



10 



1 



s* 



NW 5 



SW 4 



2.4 





śr.m 



42.7 42.6 



42.5 



42.6 



6.8 



11. 5 



7.2 



8.2 



13.3 



3-9 



83 



64 



85 



78 



6 



7 



6 



3-i 



4-6 



3.0 



51.2 





