146 



J^ózefów (St. 2). DZIAŁ I. METEOROŁOGijA I HiDROGRAFiJA. Llstopad (Novembre) 1890 



Dzień 



Barm. sprow. 



do 00=700 mm -f 



Termometr suchy 



Termograf 



Wilg. względ 



Stop 

 zachm. 



Kierunek i siła wiatru 



. opadn 1 

 milim. , 



7 



1 



9 





7 



1 



1 9 





Max. 



Min. 



7 



1 



9 





7 



1 



9 



7 



1 



9 





1 



1 



50.3 



48.4 



47.0 



^ Q A 



Ąo.n 



A 1 

 0. 1 



1 0.0 



7-7 



0. 1 



1 r\ fi 

 10-0 



3-5 



97 



81 

 01 



99 



A 9 

 VZ 



1 A 

 1 U 



1 0 



0 

 3 



0 w 



SW^ 



0 W 



A A 



o 

 ii 



49.0 



51.0 



4o-4 



49-5 



1 « 



10.9 



/I A 

 4.0 



5-5 



11.0 



1 '5 



1 00 



70 





80 



2 



7 





sw 





ES' 



0 0 



3 



45-4 



J A A 



46 4 





45-9 



2.5 



10.9 



fi A 

 0-0 



7-7 



1 'i fi 



2.5 



n8 

 vO 



-żA 



8A 

 ou 



87 



0 



0 





ES' 





g' 



0 0 



4 



47.6 



^ A A 

 40 0 



43-5 



45-9 



4.1 



9.1 



7.2 



0.9 



9.1 



3-3 



1 00 



87 



afS 



OA 



8 



1 0 



1 0 



gi 



gl 



gl 





o 



45-7 



46.1 



44.9 



45.6 



4.0 



8.6 



7-5 



6.9 



8.7 



3.3 



98 



89 



98 



95 



9 



10 



10 



SI 



SI 



E' 



0.0 



5 



45.5 



45-1 



44.0 



44-9 



A 0 

 0.2 



ft A 

 0.0 



7-1 



7.2 



fi fi 

 0.0 



A 9 



u z 



1 00 



08 



08 



00 



10 



10 



1 0 



El 



w 



SW^ 





/ 



47.3 



1 0 A 

 40.0 



46.3 



47-4 



5 0 



9-4 



A » 

 0.0 



7-2 



9-5 



c 8 

 5.0 



97 



7fS 



88 

 00 



87 



1 0 



0 



1 0 



WS^ 



ES' 



gĘl 



0.0 



8 



46.7 



40.7 



40.1) 



47-3 



5-3 



0.0 



9.0 



-7 fi 



/.o 



9.0 



3 4 



fin 



a 9 



86 



yo 



10 



1 0 



1 0 





E^ 





1 A 



l .4 



9 



46.0 



47*7 



4/-0 



47.1 



I0.4 



1 l .0 



10.2 





1 1 .0 



8 r. 



OQ 



Vo 



Oa 



ac 



0'^ 

 yo 



1 0 



1 0 



1 0 





El 



El 



0.0 



1 o 



49.1 



49.4 



48.6 



49.0 



9.2 



10.0 



9.2 



9.4 



10.7 



9.0 



100 



94 



100 



98 



10 



10 



10 



ES' 



El 



ESI 



6.5 



i i 



4o-5 



50. l 



40.2 



40.9 





9'7 



90 



Ci r\ 



1 0.0 



8.2 



1 00 



q6 



09 



96 



10 



10 



1 c 



E^ 



ESI 



Egi 



8 



1 2 

 1 ^ 



52.1 



52.3 



51-7 



52.0 



A /I 

 0.4 



1 rv /I 



9'0 



V-o 



1 n c 



4.4 



aa 



87 



08 



95 



10 



lo 



10 



E^ 



ES' 



SEi 



0 0 



13 



56.2 



57-5 



57-4 



57-0 



•7 A 



7.0 



0.0 



- A 

 /.O 



-7 fi 



/.o 



0 fi 

 9.0 



3.0 





oH 

 VO 



an 



00 



1 0 



1 0 



1 A 



1 a 





SE' 





<S A 



u. u 



14 



58 9 



Al 0 



Ol. 3 



57-0 



59-3 



A /I 



0.4 



7-4 



A /I 

 0.4 



u. / 



0.0 



6 A 

 U. 4 



a8 



a 1 



08 



9ó 



10 



1 0 



1 0 





ESI 



ESI 



O- / 



i o 



58.3 



58.7 



54-9 



57-3 



6.6 



7.8 



55 



6.3 



8.0 



5.5 



98 



89 



99 



95 



10 



7 



10 



ES' 



ESI 



ES' 



0 0 





51-9 



54-7 



53' i 



co 0 



7.0 



6.S 



u. 1 



"J'0 





K. 9 



ai 



82 



8a 

 04 



86 



10 



10 



1 0 









1 A 

 l .4 





54-0 



50.1 



56-6 



50-O 



4.0 





4.4 



4. u 



7 A 



O- / 



a6 



oo 





93 



10 



lo 



1 0 





N' 



N' 



2.0 



l8 



00.7 



Ao Q 



63.1 



Ao c 



0 0 



4-4 





Q A 



P> A 



O-O 



9 A 



82 



8zL 

 04 



a9 

 vz 



86 



10 



1 0 





N' 



NW 



NI 



0.0 



i9 



63-3 



64.2 





64-0 



2.5 



/I 9 

 4. -i 



9 



z.o 





4 0 



9 C 



08 



80 



aQ 



90 



10 



10 



8 

 0 





Wi 



W 



0.0 



20 



61.2 



56.0 



50.6 



55.9 



1.7 



3.3 



2.3 



2.4 



3-7 



1.0 



96 



83 



98 



92 



10 



10 



10 





sw 



W 



5-8 



2l 



40.5 



52*0 



50.4 



CA Q 



/I 9 

 4. z 



0'0 



c 1 



5-0 



8 



9 A 



^ 4 



1 00 



80 



oc 



95 



10 



lo 



1 A 



1 U 



W 



WN' 



w 





22 



46.0 



45-0 



43-0 



44' 7 



CL 0 



5 0 



*7 9 



/•O 



6 0 



7 8 



4. z 



aa 



u8 



1 00 



90 



yy 



10 



1 0 



1 0 





W' 



w 



A 8 



4.0 



23 



42.7 



35-1 



Zot9 



0 c A 

 c50'0 



4 4 



A 6 



4 0 



/I 8 

 4.0 



4-7 



8 A 



0,0 



9 0 



On 



1 00 



a \ 

 v4 



95 



7 



1 0 



1 0 





g3 



0 w 



3-3 



24 



20. 0 



zo. / 



97 1 



28 1 



Z. / 



4. u 



1 A 

 1 .4 



9 A 

 -i. 4 



5.0 



A "7 



08 



88 



0'^ 



90 



10 





1 A 





W 



■ 



0.0 



25 



33.7 



42.8 



46.4 



41.0 



- 7.8 



—11.4 



— 13 1 



— 11.3 



3.8 



— 13-1 



94 



93 



84 



90 



10 



10 



6 





NE2 



ENi 



1.0 



26 



51.6 



54 9 



55.3 



53.9 



— 14.1 



— 14-2 



— 15.8 



-15.0 



— 11 0 



—160 



100 



92 



90 



94 



10 



10 



10 



E2 







1.1 



27 



55.4 



59-9 



57.6 



57-6 



— 15.8 



— 13.8 



— 13-5 



—14.2 



— 13.0 



—160 



90 



92 



96 



93 



10 



2 



6 





E2 



E2 



0.0 



28 



56.3 



59.2 



58.9 



58.1 



— 1 1.1 



— 8.8 



— 7.2 



— 8.6 



— 5.0 



— 13-0 



97 



94 



100 



97 



10 



10 



10 



ES2 



ES2 



W 



1.1 



29 



57.7 



56.5 



55.2 



56.5 



- 3.6 



— 1.0 



0.2 



— 1.0 



0.2 



— 8.1 



95 



94 



94 



94 



10 



6 



10 



ES'-^ 



ES'^ 



ES2 



0.0 



30 



55.8 



60.5 



62.4 



59-6 



0.8 



— 1.5 



— 2.4 



— 1.4 



1.1 



— 2.5 



78 



94 



87 



86 



10 



10 



10 



ES^ 



W' 





0.0 



śr. m. 



50.5 



51.6 



50.2 



50.8 



2.5 



4.5 



3.4 



3.5 



5.9 



1.0 



96 



89 



94 



93 



9 



9 



9 









50.3 



Michałów » (St. 3). 



D. 



7 



1 



9 





7 



1 



9 





Max. 



Min. 



7 



1 



9| |7 



1 



9 



7 





9 



1 Uwa 



1 











5.0 



9.6 



2.9 



5.1 



10.0 



0.0 



100 



94 



94 



96 



0 



10 



0 



WS' 



ES' 



ES' 



0.0 





2 











1.0 



8.8 



4.3 



4.6 



lo.o 



0.0 



96 



92 



93 



94 



5 



6 10 



ES' 



ESI 



ES'^ 



0.0 





3 











2.0 



10.9 



6.9 



6.7 



120 



1.0 



96 



72 



86 



84 



5 



2 



2 



SE' 



SE' 



SE2 



1.4 





4 











3.2 



8.8 



7-7 



6.8 



11.0 



— 1.0 



97 



89 



76 



87 



10 





6 



S' 



S' 



S' 



00 





5 











2.9 



9.0 



7.0 



6.5 



9.0 



— 1.5 



100 



89 



98 



96 



10 10 





S' 



S' 



S' 



0.0 





6 











6.2 



8.4 



6.1 



6.7 



8.4 



6.0 



94 



94 



96 



95 



10 



10 





S' 



SI 



SI 



78 





7 











5.9 



9.6 



5.9 



6.8 



lo.o 



5.9 



96 



82 



94 



91 



10 



5 



5 



WSI 



WSI 



WS' 



1.2 



® 



8 











4.6 



8.3 



5.7 



6.1 



9.5 



2.5 



97 



88 



96 



93 



10 



I"" 



10 



E' 



.El 



El 



0.0 





9 











9.8 



9.9 



9.6 



9.7 



10.5 



3.5 



95 

 98 



95 



96 



95 



10 



10 



10 



E' 



El 



E' 



0.0 





lo 











9.2 



9.5 



8.8 



9.1 



9.5 



8.5 



96 



99 



98 



10 



10 



;o 



E' 



E' 



E' 



0.0 





i 11 











8.1 



9.5 



8.3 



8.6 



10.0 



7.5 



98 



98 



91 



95 



10 



10 



10 



El 



El 



E' 



0.0 





12 











6.1 



9.4 



9.3 



8.5 



10.0 



4.0 



96 



89 



95 



93 



10 10 



10 



El 



E^ 



E' 



0.0 





13 











7.5 



8.4 



7.2 



7.6 



9.0 



7.0 



98 



97 



98 



98 



10 10 



10 



El 



El 



El 



22.8 



m 



H 











6.2 



7.4 



6.2 



6.5 



7.5 



6.0 



97 



93 



97 



96 



10 10 



10 



El 



El 



El 



0.0 





15 











6.2 



7.8 



5.8 



6.4 



8.0 



4.0 



97 



93 



97 



95 



10 



5 



8 



0 



El 



E' 



0.0 





16 











7.0 



7.3 



6.0 



6.6 



7.3 



4.0 



89 



70 



82 



80 



10 





10 



NWi 



W2 



W4 



0.0 



/ 



17 











4.2 



6.2 



4.1 



4.6 



6.5 



3.0 



97 



79 



93 



90 



8 



10 



10 



NW2 



NWi 



NWI 



0.0 





18 











2.3 



2.7 



2.7 



2.6 



4.5 



2.0 



78 



67 



92 



79 



10 10 



10 



NW 



NWi 



NW' 



0.0 





19 











2.2 



3.6 



2.4 



2.7 



4.0 



2.0 



93 



87 



96 



92 



10 





10 



NW 



NW- 



NWI 



0.5 





1 20 











1.2 



2.6 



3.5 



2.7 



3.5 



0.0 



96 



90 



95 



94 



8 



,0 



10 



NWi 



SWi 



SWi 



2.8 



21 











4.0 



4.9 



4.2 



4-5 



5.5 



2.5 



93 

 98 



91 



97 



93 



10 10 



10 



W 



W' 



W' 



0.4 





22 











4.8 



7.0 



6.5 



6.2 



7.5 



4.0 



98 



94 



97 



10 10 



10 



Wi 



W' 



NW2 



5.3 



m= 



23 











3.9 



4.4 



4.8 



4.5 



7.0 



1.5 



95 



90 



90 



92 



1010 



5 



Wi 



Wi 



W3 



3.9 





24 











2.8 



4.0 



1.3 



2.4 



4.5 



1.0 



96 



78 



91 



88 



10 



5 



10 



w 



Wi 



EN' 



0.0 





25 











- 8.5 



— 10.9 



-13.7 



—11.7 



1.0 



—14.0 



97 



100 



96 



97 



10 10 



2 



N' 



ENI 



EN' 



0.3 





26 











— 14.2 



— 14.7 



— 16.0 



-15.2 



—130 



-165 



92 



96 



100 



96 



1 



0 10 



10 



E' 



E^ 



El 



00 





27 











— 16.2 



—14.0 



—14.1 



—14.6 



— 14.0 



-165 



90 



91 



100 



93 





0 



6 



W 





E2 



0.0 





28 











—11.5 



- 8.9 



— 7.1 



- 8.7 



— 7.0 



-15-0 



97 



81 



98 



92 





0 



10 



W 



W 



E^ 



0.0 





1 29 











- 8.9 



— 0.8 



0.0 



— 1.2 



0.0 



— 7.5 



98 



98 



94 



96 



10 10 



10 



Eh 



ESI 



ES' 



0.0 





30 











0.6 



— 0.8 



— 2.6 



— 1.3 



1.0 



— 3.0 



96 



96 



89 



93 



10^10 



10 



ESI 



w» 



Wi 



0.0 





ir. m. 











2.1 



4.3 



2.7 



3.0 



5.4 



0.0 



95 



89 



94 



93 



8 



8 



8 









0.0 















































46.4 





