102 J^iemiercise. (St. 23). dział i. meteorologija i hidrografija. Sierpień (Aout) 188? 



Barm. sprow. 



do 0° = 700 wim-h 



Termometr suchy 



Termograf 



IM 



7 



1 



9 





7 



1 



9 





lVra V 



Win 

 Iłllll. 



7 



1 



9 





7 



1 



9 



7 



1 



9 





1 



34.8 



36.9 



39-0 



36.9 



14.0 



14.2 



12.0 



13.1 



— 







94 



83 



89 



89 



10 



10 



10 



NW* 



NW^ 





1.3 



5 



40.2 



41 .2 



31.5 



37.6 



14.0 



19*6 



1 2.8 



15-0 







A8 

 00 



42 



Bo 

 02 



A A 



64 



10 



5 



0 



ATW4 



■MW4 



"MW 2 

 I> W 



0.0 



3 



41.0 



41.0 



39-9 



40.9 



17-0 



26.0 



16.0 



1 Q 8 

 lO.O 







nA 

 96 



42 



93 



77 



0 



0 



0 



W 2 

 W 



w 



W 



0.0 



4 



40.6 



40.4 



39.8 



40.1 



19.0 



24.4 



17.0 



19.4 







90 



55 



70 



72 



10 



5 



0 



IN W 



w 



IN W 



0.0 



2 



39-7 



38.4 



37-1 



oC /I 



2 1 .0 



<i7-o 



20.0 



22.2 







At 

 05 



41 



91 



00 



0 



0 



0 



IN W 



IN W 



' W2 

 W 



0.0 



6 



35.4 



35 2 



37.3 



36.0 



22.4 



29.1 



20.6 



23.2 



— 



— 



65 



35 



73 



78 



0 



8 



0 



W2 



W3 





0.0 



7 



39'2 



37-2 



37-1 



37-0 



0 1 c 





17.0 



2 1 .0 







77 



50 



r\8 

 95 



75 



0 



0 



10 



W iN 



IN W 



M4 

 IN 



On 8 



o 

 o 



40.1 



40.1 



40.5 



40.2 



19.4 



0 /) A 



1 A A 

 10.0 



19-3 







79 



52 



77 



An 

 09 



0 



0 



0 



"NT W 'i 



IN W 



■MW 2 



IN W 



0.D 



9 



39'7 



39-7 



39-4 



39-6 



17.4 



23 4 



1 '7 A 



17.6 



19.0 







-żA 



49 



AB 



A/l 

 04 



0 



5 



0 



IM W 



IN 



"\rw2 



IN W 



0.0 



lo 



37'C> 



30. » 



37-5 



37-1 



2o.O 



22 0 



16.0 



1 8 c 

 I0.5 







An 

 09 



70 



93 



77 



1 0 



lo 



0 



Hi 



QW3 





n 8 

 0.0 



11 



37-7 



37.1 



36.1 



37-0 



16.2 



22.6 



17.4 



18.4 



— 







87 



76 



86 



83 



10 



0 



0 



N2 





N2 



0.0 



1 2 



Q/l 1 

 o4- / 



33-6 



34-1 



34-2 



19. 0 



20.5 



181 



20.9 







92 



90 



93 



92 



0 



5 



0 

 0 





Q4 



IN Sh 



27.4 



13 



34-0 



33-6 



34-2 



34-0 



2l .0 



24.2 



1 9.6 



21.1 







8A 

 oO 



Ao 

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8 1 

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T A 



0 



10 



3 



1> -Cl 



IM w 



IN W 



0.0 



14 





32.1 



00 A 

 o2.0 



31.9 



i 0.0 



1 A /) 

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13.0 



15.1 









8n 

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91 



90 



1 0 



1 0 





1SFW3 



li w 



IN W 



IN w 



10.0 





Q/l (~i 



35-3 



35 3 



O" 1 



1 2.0 



1 A n 

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1 2.6 



13-5 







8n 

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An 

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93 



8 1 



1 0 



1 0 



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 0 



W 



AT W 3 

 IN W 



"W3 

 W 



0.0 



16 



35.6 



35.9 





35.7 



13.4 



20.2 



14.2 



15.5 



— 



■ 



91 



55 



•94 



80 



10 



10 



0 



W2 







1.6 



17 



0 / •'J 



on f, 



42.4 



39-9 



13.2 



1 "7 8 



1 0 A 

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14.1 







8n 

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57 



80 



73 



1 0 



] 0 



0 



w 



i>i w 



NW2 



IN W 



0.0 



1 0 



11 7 



42.2 



41.4 



42.0 



I4.O 



/5.0 



1 4 A 

 14.0 



17.1 







-78 



40 



74 



A 1 



04 



0 



0 



0 



i.\ w 



W 2 

 w 



W2 

 W 



0.0 



1 n 





/lit 



39-2 



40-7 



1 ^ A 



oA n 

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1 8 A 

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2o.2 







72 



55 



71 



AA 

 OD 



0 



0 



0 



W 



W 3 

 W 



W 



0.0 



On 



'^7 8 



oA c 



34'7 



QA 0 



2o.O 



29,4 



0 1 /-\ 

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22.9 







Ao 

 09 



31 



43 



40 



0 



0 



0 



W 



S4 



Si 



0 



0.0 



21 



34.7 



35.5 



36.9 



35.7 



20.0 



27.0 



20.4 



22.0 









72 



54 



71 



66 



0 





10 





W4 





0.0 



2 2 



0 /'O 



Ó /"O 



37-5 



Ot a 



o7-4 





^0-2 



2 1 .0 



01 .1 

 21.4 







8 1 

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55 



Ar> 

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10 



l 



0 



i\rw3 



IN w 



W2 

 W 



0.0 



9Q 

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^7 8 



oO'3 



37-4 







61' V 



24.4 



oto 

 ^0-2 







70 



40 



59 



t.8 

 0^ 



5 







w 



0 w 



W3 



0.0 



9 A 



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oA 0 



QR 1 



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24.0 



9/1 8 







t 



/o 



33 



80 

 03 



04 



0] 0 



0 





w 



0 



0.0 



^0 



q6 8 



0*7/1 



0 /•4 



oft 0 



o - t. 

 o/.o 



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23-0 



1 8 n 

 1 0.0 



1 n 8 







n,i 

 94 



91 



nA 

 90 



94 



0 10 



° 



V V 



]^4 



w 2 



w 





26 



37.9 



38.3 



38.2 



38.1 



15.2 



20.4 



17.2 



. 17-5 



— 



. 



98 



78 



84 



87 



0 



1 



0 10 







EN* 



1.8 



27 



36.9 



36.9 



36.3 



36.7 



16.4 



21.0 



16.2 



17.5 



— 







96 



72 



94 



87 



10 10 10 



N3 





EN3 



2.0 



28 



34.7 



33-3 



34-7 



34.2 



14.0 



15.6 



14.6 



14.7 







96 



93 



93 



94 



10 10 10 







NW* 



41.7 



29 



33-4 



34.8 



36.2 



34.8 



14.8 



17.2 



14.2 



15 1 







loo 



94 



96 



97 



10 1010 





EN4 



W 



26.2 



30 



35.1 



32.3 



33.8 



33-7 



13.6 



13.8 



13.2 



13.5 







94 



96 



96 



95 



10 10 



0 



EN^ 



N4 



EN2 . 



15-7 



31 



35-6 



34.8 



35.8 



35.3 



15.0 



20.4 



15.4 



17.5 







89 



64 



91 



81 



0 



5 



10 





E\T3 



EN* 



17.8 



śr.m. 



37.3 



37.2 



37.0 



37-2 



17.4 



23.0 



17.0 



18.6 







83 



61 



83 



76 



5 



1 



5 3 









17Ó.1 



Wilg. względ. 



Stop. 

 zachm. 



Kierunek i siła wiatru 



Czehryn. (St. 24). 



D. 



7 



2 



9 





7 



2 



9 





Max. 



Min. 



7 



2 



9 





7 



2 



9 



7 



2 



9 



1 Tlmp 



1 



36.7 



36.1 



36.7 



36.5 



14.6 



19.6 



16.2 



16.6 















10 



7 



4 



NW3 







1.3 



• 



2 



38.3 



39-3 



40.7 



39.4 



14.1 



17.7 



15.1 



15-5 















9 



10 



10 



NW3. 



NW* 





0.0 





3 



42.8 



41.8 



43-3 



42.6 



14.4 



22 2 



13.8 



16.0 















0 



d 



0 



NW3 







0.0 





4 



43.2 



41.9 



42.4 



42,5 



15.0 



24.8 



17.2 



18.5 















5 



6 



1 



SWi 







0.0 





5 



41.7 



41.0 



41-5 



41.4 



18.2 



25.2 



19.9 



20.8 















1 



0 



7 



NW3 



NW3 



W' 



0.0 





6 



41.2 



39.3 



38.8 



39.8 



18.6 



30.8 



22.4 



23.5 















0 



7 



10 





W* 





3.5 





7 



40.3 



40.0 



41.0 



40.4 



18.3 



25.4 



21.0 



21.4 















2 



1 



0 





E* 



0 



05 



0 



8 



41.2 



40.2 



41.2 



40.9 



19.4 



27.0 



194 



21.3 















9 



7 



8 





.NW3 



0.0 





9 



42.1 



42.0 



43-0 



42.4 



16.4 



25.4 



15-5 



18.2 















3 



7 



0 



w 



NW3 





0.0 





lo 



42.3 



41.3 



41.0 



41.5 



14.6 



24.2 



16.8 



18.1 















7 



10 



10 





S3 





5.5 



% 



U 



41.5 



40.1 



41.2 



40.9 



16.4 



20.4 



14.8 



16.6 















10 



7 



0 



NI 



N3 



sw^ 



0.0 





12 



41.4 



40.0 



40.0 



40.5 



13.0 



25-0 



21.2 



20.1 















3 



1 



8 



0 





SEi 



0.0 





13 



39.7 



39-7 



39.0 



39-4 



18.7 



23-2 



20.6 



20.8 















10 



10 



10 









0.2 



e Tsti. 



14 



37.7 



33.6 



314 



34-2 



19.0 



23.6 



17.6 



19-5 















1 



10 



10 





s* 





62.4 



mM 



15 



34-2 



34-2 



36.4 



34.9 



15-0 



18.8 



134 



15.1 















10 



8 



0 





NVV* 





2.8 



mk 



16 



37.4 



37.6 



37.9 



37-6 



130 



20.0 



16.8 



16.6 















10 



5 



7 







W3 



2.0 



6 



17 



38.3 



387 



-!0.8 



39.3 



14.0 



18.6 



14.4 



154 















8 



7 



0 





w* 



W2 



0.0 





18 



43.9 



44.4 



452 



44-5 



12.5 



20.4 



14.6 



15-5 















0 



3 



0 







W2 



0.0 





19 



45 0 



43.8 



44.4 



■44.4 



16.2 



25.8 



17.2 



19.1 















8 



2 



0 





W* 





0.0 



XX 



20 



44»5 



42,7 



41.6 



42.9 



15.5 



26.6 



19.6 



20 3 















2 



8 



0 



NE2 



W' 





0.0 



Xi. 



21 



40.7 



39-0 



39-9 



399 



18.7 



28.6 



17.2 



20.4 















0 



0 



0 



SW3 



SW3 



0 



00 





22 



39.8 



39.4 



40.2 



39.8 



18.4 



25.5 



19.2 



20.6 















1 



0 



0 



NW3 



NW^ 





0.0 



Xi- 



23 



41.7 



40.7 



42.4 



41.6 



15 2 



26.6 



16.6 



18.8 















0 



1 



0 



0 



W 





0 0 





24 



42.1 



41.7 



42.3 



42.0 



20. 0 



30.8 



22.0 



23.7 















2 



1 



0 





SW3 





0.0 



Xl. 



25 



42.1 



40.1 



40.0 



40.7 



19.8 



31.6 



21.2 



244 















1 



3 



2 





S3 





0.0 





26 



39.7 



394 



40.1 



39-7 



18.5 



25.6 



19.6 



20.8 















2 



1 



0 



w 



NW* 



N3 



00 



Xi. 



27 



39-9 



39.1 



39.2 



39.4 



16.6 



23.7 



19.0 



19.6 















10 



10 



1 



NW2 







0.0 



.XL 



28 



37-9 



37-1 



36.8 



37.3 



16.6 



19.6 



18.4 



18.2 















to 



10 



1 



W 





NW^ 



14.8 



x.TK2 



29 



37.0 



36.1 



37-6 



36.9 



17.0 



24.4 



20.0 



20.3 















10 



6 



10 



N3 



NE3 



NE* - 



5.7 





30 



36.9 



35-4 



37.4 



36.6 



17.4 



254 



174 



194 















10 



10 



10 





E* 





12.9 





31 



38.3 



38.1 



38.6 



38.0 



14.0 



20.4 



16.3 



17.0 















3 



7 



10 









44 





śr.m. 



40.3 



39.6 



40 0 



40.0 



16.4 



24.1 



17.9 



19.1 















5 



5 



4 









116.) 





