Silnicsha. (St. 13). 



S P os r 1 ! z t Ż IC MA M BT 1 ;o u 01,0 o I C/. N F, . 



Lipiec (Juillof) 1891 r. 'X] 



sprow. 



700 nnn -Ą- 



Termometr suchy 



Termograf 



Wilg. wzglęJ. 



otOp. 



zachm. 



Kierunek i sita wiatru 



c ^ 



1 1 W .1 r; f 



1 



7 



l 



9 





Al :ix. 



mc*. 



7 ' . 











A\ ' ' 

 <j 1 . - 



.11: ó 



2.'.S 



24.6 



23 



•U.:\ 



2 S.' ) 



1 7.-'' 



7 - 



1 63 



3-. 



7 ' 







1 « 



3 



\\- 





SE^ 



0. ' 



. 



1 



41."' 



22 2 





■>i () 

 -'• ' 



23.2 





18.2 



67 



•'•1 





72 



8 





6 



\VS-' 



WN' 





0.1 







4 ' .4 



'> "1 1 



- ».o 



1 8.3 



2 1 2 





16.2 



3:; 



70 



' 87 



«o 



3 



' 6 





K- 



W * 





0.0 





40.3 



40 3 



19. I 





- '■'■) 



■> 1 (1 



'^9.0 





86 



66 



80 



77 



10 





.0 





SE" 



>V J.1 



0,1 ) 





42.2 



42.4 



1 h 'i 



li.- 



1 1 



1 ( 1 



1 u 1^ 



22 



I 1.8 



78 



go 



94 



87 



10 



10 



lo 







X 4 



7- ' 





41 3 



41.3 



14.9 



16.2 



1'>.1 



1'>.3 



17.0 



8."> 



9ł 



84 



81 



86 



10 



lo 



lo 









1.'. 





33 6 



3u.2 



l'>.6 



2 I "7 



I 7 8 



1 3.2 



22.0 



I 2..'> 



9" 



60 



85 



7» 



8 



5 



t, 





S- 





O.u 





33.7 



39.1 

 3v.2 



I 6 3 



2 I 2 



16 7 



1 7 " 





I 3.2 



3| 



56 



73 



71 



9 



10 



10 





W* 





6.3 





33.8 



1 1 1 \ 

 14.0 



1 ^) t) 



l3 3 



1 t 1 



2 I .''i 



l 1 (, 



91 



71 



90 



8( 



5 



10 



8 





W- 



\ i 







37.6 



37.'i 





\(),>i 



1 2.Ó 



1 



1 7 



l()."i 



93 



A/. 



0') 



89 



OJ 



10 



10 



10 



w * 



N" 



\Vi 



3 ' 





40. 1 



39. .'1 



i3.i 



16.5 



12.9 



l3.9 



n.o 



1 1.0 



86 



54 



83 



74 



10 



7 



9 





W 3" 



w i 



1.3 





42.') 



42.1 



1 1 n 



1 1.0 



1(1 ó 



1 1 'l 



1 5.t( 



20.0 



1 1.0 



82 



56 



77 



72 



7 



8 



2 



w i 







0. 1 





42. 1 



)3 



1 t M 

 14.9 





1 3 9 





1 7.0 



1 1.'') 



86 



89 



96 



(.)') 



10 



10 



10 









6.1 





40.'') 



3>;.l 



1 n 1 

 li). ( 



\i s 





16 i 



18.0 



13.0 



93 



81 



82 



85 



10 



10 



10 













7 



• 



4'.9 



4 i (■> 



1 fi T 



'> 1 n 

 - [-^ 



ló 8 



18.1 



210 



1 2 



82 



l 



83 



74 



10 



5 









SVV-' 





0.0 





41.1 



41 . j 





26.4 



1 6,9 



19.1 



27.9 



10.3 



88 



42 



92 



7( 







6 



. 



,0 





s« 



w i 



0.0 



; • 



41.9 



41.0 



I T 





2 ).6 



2 1.1 





1 2.0 



90 



47 



74 



70 







ó 



6 











0.0 





43.7 



43.2 





27 



18.9 



2 l.J 



27.0 



1 J...1 



78 



45 



83 



70 



8 



6 



3 









\' w 1 



» ł 



0.0 



.(^ 



44.(> 



4-1. '> 



1S,3 





18..T 



'Sz- 



26 n 



ló.O 



«4 



6j 



80 



7-^ 



9 



9 



2 



E« 



E* 



1.'2 



0.0 





43.3 



44.0 







1 8.9 



ło S 



26.5 



1 2.3 



70 



44 



A w' 



os 





2 



6 











E* 



VI 



0.0 





43.0 



43.1 



18.6 



2 1.4 



19,5 



20.'i 



2.'i.5 



12.3 



63 



49 



70 



60 



5 



6 



5 



E« 



SE* 





00 





43.5 



43.1 



1 8 



2 '1.3 



1 7 



I9.8 



2''>.3 



13.1) 



80 



4^ 



89 



72 







6 



10 



SI':" 



S« 





0.6 





43.2 



43.'i 





27.2 



1 (1 7 



21.1 



27 - 



12.2 



83 



4-* 



77 



71 



4 



5 



4 



Si 



Si 





0.11 



-Ci źiZ 



42.4 



4>.r) 



1 S 1 ] 



lO.I) 



2"S 



1 -j^T 



lu 7 



2".5 



1 6.0 



«1 



62 



92 



79 



9 



10 



lo 







W- 



1 ■ 1. ' ' 



• '. 



43.3 



43.3 



U 3 

 14. j 



1(1 2 



1 T 3 



16.0 



£0.5 



I 2.8 





73 



87 



8'> 



10 



lo 



10 



WN^ 



w i 



"\Vi 



7.1 



= « 



48.5 



42.9 



14-7 



17.2 



13. t 



14-' 



18.0 



11.2 



86 



68 



83 



79 



8 



10 



1(1 



W" 



w 





0.'i 





39.0 



41.3 



13.6 



20.0 



i">.3 



16.0 



20.2 



11. 8 



88 



62 



71 



74 



10 



9 



8 



WS- 







0.') 





39. 1 



37.7 



1 4..'i 



16.4 



14. T 



14.9 



16.7 



8.2 



86 



91 



95 



9' 



10 



lo 



4 



SE-^ 









1 2.0 





3^.1 



33.9 



14-9 



22.2 



l5.2 



1 6.9 



22.8 



10,9 



91 



73 



93 



8'. 



8 



9 



to 





SE" 







1 6 



• 



33 4 



33.4 



12.3 



14 - 



12.4 



13 1 



16.5 



lo.o 



90 



94 



i>5 



94 



10 





lo 





NE" 





Hi (i 



= • T 



42.0 



41.9 



1 1.3 



I6.y 



I ■■) 



14-'' 



2X=« 



9.8 



93 



69 



«4 



81 



10 



:i 











SW^ 



s- 



1.3 



• 



41.3 



41.3 



16.1 



2!. 3 



16.7 



17.8 





1 2.T 



8i 



('■\ 



8i 



7S 



7 



s 







3.7 



1.3 



1I.3 





I 



ł3.3 I 43.4 

 40.4 I 4 1. ■'^ 



41. o 

 41.8 



41.1 

 • |0.0 



3s).3 

 39.7 

 37.9 



38.8 

 42.0 

 43.6 

 33.0 

 41. ł 



41.9 

 41.6 

 42.8 

 44.4 

 444 



43.5 



43.4 

 43.8 

 43.0 

 43.3 



40 9 ; 



41.4 

 39.1 

 39.3 

 3y.o 

 37.0 



! 39.5 



41 8 

 43. t 

 33.8 

 41.6 



41.3 

 141.2 

 [43.1 

 44-5 

 43.7 



42.7 

 43 3 

 43 5 

 42.1 

 43.2 



42.0 42.9 



43.1 41.9 

 3G.4 , 37.7 

 3i;.7 I 33.1 

 33.9 33.1 

 41.1 42.0 



Im 41.4 41- 



Xąbkowice. (St. 14). 



Lipiec. 1891 r. 





1- 





> 





1 ^ 



1 





1 M:ix. 



.Min. 







h 





( 



1 1 1 



tJWAGI. 





'4 



3 ">.9 



36.9 



33.6 



3m 



13.4 



20.6 



22.5 



22,2 







96 



70 



9' 



80 



8 



|io' 



7 







s> 



4.3 









33..') 



33.(j 



34.2 



33.9 



23.4 



26,8 



2 l .5 



23.3 







74 



60 



90 



74 



7 



ó' 











NE' 



0,0 









32.9 



33. ł 



34.1 



33.6 



21.1 



2.0,1 



20 3 



21,8 









87 



69 



93 



83 



8 





8 



S' 





NW' 



0.'i 







ł 



33.6 



32.3 



32.9 



32.9 



18.2 



27,4 



21.t 



22.1 







91 



72 



86 



83 



8 



l« 



3 



E^ 



SWi 



NWi 



0.0 







5 



34.1 



34 8 



34.9 



34.6 



1.').8 



17.2 



14.2 



l.ó,3 







97 



92 



96 



9""' 



9 



9 



9 





NW 





20.9 







5 



33.5 



33.8 



33.3 



33.5 



1 .\o 



18.5 



14.8 



l.-).3 







93 





93 



89 



9 



9 







Ni 



\V2 



W 



2.3 







7 



32. ^ 



31,3 



31.1 



31.6 



14.6 



2 1.3 



1.0.4 



16.7 







93 





98 



3'/ 



9 



r> 



5 



W i 



S\V3 



SW 



0.0 









3l.(> 



32.0 



31.3 



31.7 



1 ,")..-, 



2 1,2 



16.4 



17.2 







96 



73 



87 



86 



9 



3 



3 



SW 



S\V3 



W 



0.0 









32.3 



3i 6 



31 4 



31.8 



14.7 



13.0 



l 1.7 



I4.'ł 







91 



69 



99 



80 



7 



? 



3 



S\V! 



\\i 



Si 



60 











3o.7 



3o.3 



3o.6 



3o.6 



1 1.1 



16.6 



1 2.6 



13.2 







96 



69 



93 



86 



9 





3 



SWi 



SW 



SWi 



2.1 



= • T 





l 



3 1.9 



31.8 



32.6 



32.1 



12 5 



16.0 



1 2.6 



13.4 







86 



66 



9' 



81 



6 



1 



3 



\\i 



W-1 





0.0 







2 



3 t.o 



34.3 



35.9 



3<(.7 



13.6 



19-4 



14.4 



l5 5 







88 



64 



87 



80 



3 



7 



•o 



W 



E' 



E» 



0.0 



.Cl 





3 



38.1 



36 



35.8 



36.6 



13.6 





i3.o 



13..Ó 







89 



9'' 



93 



91 



8 



9 



9 



NiO-i 



NE^ 



N3 



13..J 







4 



3o.3 



3 1.6 



33.4 



31.8 



I3.ł 



l.'\3 



14.9 



14.7 







99 



91 



89 



93 



9 



9 



3 



Wi 



S\V3 



Si 



22.1 



= • 







3 1.6 



3').o 



32.1 



33.9 



17.0 



22. t 



14.6 



17.2 







8) 



63 



98 



83 



7 





3 



Wi 



N3 



NE' 



0.0 



Xl. 





34.3 



33.3 



33.6 



33.7 



2o..-) 



2'\ 1 



l6.o 



19.'^ 







74 



62 



loo 



79 



3 



6 



3 



Ni 



Ni 



SE' 



1.2 







3 t.o 



33.6 



32 9 



33..0 



I9.2 



2 ■■'.4 



20.4 



21,3 







83 



55 



80 







1 



t 



SEi 



Si 



SE' 













37 1 



36.2 



36.3 



36.5 



20.3 



21.4 



17.7 



19-4 







86 



80 



99 



8S 



3 



3 



3 



SE' 



El 



NWi 



.'i 









39.4 



37..0 



36.y 



38.0 



17.3 



20.3 



17.1 



18.0 







97 



92 



89 



93 



9 



6 



1 



N' 



N^ 



Ni 



n 



c- 







37.7 



3').9 



36.6 



37.1 



17.4 



19."' 



16,6 



1 7.'' 







80 



87 



98 



83 



6 



3 



9 



SWi 



bWi 



SWi 



10.4 



^•T 







35.2 



34.9 



34.3 



34.8 



16.3 



22.\ 



16 8 



18.2 









74 



9^1 



87 





S 



3 



Ni 



N3 



Wi 



0.7 



^-1 • 







3.-1.0 



35. y 



36.7 



3o.8 



I8.4 



22.2 



16,0 



13,1 







82' 



75 



98 



8.0 



;! 



6 





NEi 



E' 



S' 



0.0 



X-. = 







34.6 



3'>.l 



35.4 



33,8 



I9.3 



2.Ó.6 



19.2 



21." 







80' 



62 



go 



77 



4 



4 



.~> 



Si 



Ei 



SE' 



0.0 



= CL 







34 9 



34.6 



35.8 



3.1.1 



16.2 



23.6 



142 



17.0 







96| 



78 



94 



8y 



9 



9 



9 



SW 



SEi 





14.6 



^ • T 







3\8 



35.9 



3o.8 



3^,2 



14.2 



17.3 



14.3 



15 2 







94 



86 



99 



93 



9 



9 



9 



W i 



Si 



N' 





• = 







35.6 



3') 8 



36 



3Ó.8 



14.3 



i6;8 



12.7 



1 (.1 







91 





g.S 



87 



9 



9 



3 



Ul 



SWi 



W' 



0.0 









35.6 



34.1 



3 1.0 



33.6 



13.1 



I9.8 



l .■i.o 



1 0.8 







90 



V, 



8.0 



82 



3 



7 



3 



SWi 



E' 



Ei 



0.0 



= CL 







29.1 



2y.6 



31.6 



3o,i 



l5.2 



20.0 



16.0 



lń.8 







89 





81 



8.0 



9 



3 



1 





SJ 



SW 



2 



= »-CL 







33.1 



3o.6 



31.4 



31.7 



l5.6 



21.3 



17.3 



I8.0 







8') 





9ł 



84 



3 



<,i 



4 



SWi 



SET 



Si 



■> 1 

 - 









31.7 



28.7 



3l.o 



3o.5 



13.6 



l5.3 



12.4 



i3.6 







98i 





98 



95 



9 



9 



3 



NEi 



N'' 



SW 



lO.o 









33..Ó 



34.7 



34.8 



34.3 



10.6 



18.7 



l5.2 



14.9 







98: 



79 



87 



1 



88 



9 



9 



7 



SWi 



SWi 



NE' 



0.0 









33.9 



33.8 



33.6 



33.8 



16,2 



20.7 



16.0 



1 7.2 







90I 



75 



93! 



86 



8 



7 



6 









n7.5 





