Silniczka. St. 3 



S POST HZ KŻ K X [ V M UT KO [to LO( i ! ( 'ZN K . 



Marzec ( M u si 1900 r. L56 



irometr sprowadzony 



) 0°=:700«(-/l |- 



Termometr suchy 



Termograf 



Wilgotność 

 względna 



Stopień 

 zachm 



Kierunek i 

 wiatru 



siła 



Wys. opadu 

 w milim. 



UWAGI 



Dzień 





1 



9 1 



1 



1 



9 





Max. 



Min. 



7 



1 



9 



7 



1 9 



7 



1 



9 



u 



31-5 



35-4 



3 3-P 





" 4-7 



— 3.0 





7.0 



- 5-4 



— 1.2 



— 7.0 



81 



7° 



75 



75 



8 



8 



O 



\\V< 





roi 



1.1 



-X--t» 1/ 



1 



'•i 



36.4 



<7.9 



36. (i 





— 6.0 



- 3-2 





8.<t 



- 6.7 



- 2.4 



- 9.0 



85 



50 



72 



69 



7 



10 



8 







W 



W 2 



W 1 



0.2 



-jf 





'•> 



36.3 



36.2 



3O.6 





- 8.9 



- 5-2 



— 



9.1 



— 8.1 



- 5.0 



— 11.0 



85 



56 



81 



74 



10 



5 



3 



N W - 



NW 









3 



).o 



35-9 



35-7 



35-9 





- 87 



— 4.1) 





6.4 



— 0.0 



— 4-5 



— 11. 5 



X * 







t)U 



82 



77 



9 



8 



IO 



w 3 



w 1 

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w» 



5-i 



-X- 



4 



;.i 



35-9 



40.1 



37.0 





— 4-7 



- 3 





0.7 



- 1.6 



— 0.2 



- 6.9 



95 



87 



94 



92 



10 



10 



IO 



W 



W' 



W 3 



0.3 



-X- 



5 





45.2 



44-3 



44.8 





- 9-5 



- 1-9 





5.8 



- 5-7 



- °-7 



-10.5 



77 



48 



C M 

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6 3 







9 



IO 



X- 



N= 



W 1 







6 



(•J 



37.0 



40.0 



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— e.i 

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°-5 



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74 



81 



Q I 



j 



82 



10 



10 



10 



XW J 



N W 



NW 3 





-X- 



7 



1 



1-9 



47.6 



49.8 



47.1 





-II.9 



- 7-5 



— 



14 4 



12.0 



— 3 3 



15.0 



81 



41 



57 



59 



4 



2 



7 



N 2 



N' 



N 1 







8 



'•3 



50.3 



51.9 



50.8 





— 10.2 



0.9 





0.6 





2 -5 



15.0 



07 



49 



70 



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9 



6 



IO 







W 



— 





9 



Ł.8 



52.4 



52.8 



5»-7 





— 2-3 



4.1 



— 



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8.5 



— 2.5 



7 5 



44 



63 



61 















W 



W 1 



W' 



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10 



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58.4 



52.5 



5 3- 1 





— 7.2 



6.7 





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9.0 



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81 



49 



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Ud 



c*c 



DO 







1 







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w 1 



Rl 







1 1 



Ł.O 



ęo.8 



48.3 



5°-4 





— A.% 



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27 



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10. 



- 4-1 



81 



46 





67 



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S l 



S 1 







1 2 



5.2 



37.O 



37-i 



38.1 





3-4 



4-4 





0.7 



1.6 



44 



— °-7 



78 



85 



85 



83 



10 



IO 







W- 



SW 3 



w 



2.5 



• 



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7-5 



39.2 



43.0 



39-9 





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— 3- 1 



ot) 



2 



89 



86 



4 



7 



IO 





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N« 



4.6 





14 



3-7 



43-* 



40.5 



42.8 





- 6.3 



0.8 



— 



4 4 



— 3.6 



4»9 



— 9.2 



93 



49 



70 



70 



9 



6 



5 



N 1 



SW a 



W 



0.0 



-X- 



15 



D.2 



34.0 



i i- 1 



34 4 





— 1 



2.8 





i-3 



I.I 



3.2 



- 5-2 



80 



80 



92 



84 



10 



9 



IO 



SW 1 



S 3 





04 



V 



_ f 

 IO 



Ł.9 



33-7 



34.3 



33.6 





i .2 



8.3 







3-9 



11.0 



1.0 



87 



54 



8? 



/ j 



5 



5 



e 



j 



S 1 



S 3 



S 3 







17 



4 5 



34-7 



37.6 



35-9 





24 



8.5 





2.9 



. 4.2 



8.9 



2.0 



82 



66 



73 



74 



5 



9 



7 



S 5 



S 7 



B" 



— 





18 



u. o 



40.8 



42.7 



41.4 





1.1 







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05 



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98 



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8 



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19 



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42.9 



44.2 



43-4 





0.2 



11 



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— 



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0.9 



6.0 



- O.I 



94 



82 



8? 



87 



10 



IO 







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SE 7 



SE' 



— 





20 



5.0 



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44-7 



44-8 





— 0.4 



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81 



70 



70 



74 



10 



a 



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SE> 



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21 



4-4 



43-5 



43.0 



436 





— 2.6 



4-9 





0.1 



0.5 



5-3 



— 2.8 



74 



56 



58 



63 















SE' 1 



SE 7 



BE lł 







22 



[.6 



40.5 



39.7 



40.6 





- 1.8 



2.8 





04 



00 



3-i 



— 2.0 



56 



41 



50 



49 



2 





6 



E'- 



E 9 



E 12 







23 



8.4 



38.0 



38.2 



38.2 





— M 



- 0.4 





1.1 



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- 0.4 



— 2.0 



68 



65 



90 



74 



10 



IO 



IO 



E 7 



E 3 



E 2 



0.0 





24 



F c 



Vi 





34.2 



34-9 





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w. 





• — - 1.9 



90 



70 



86 



82 





IO 



IO 



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vv 



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1.8 



* 



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5- 1 



34-7 



34 7 



34.8 





- 0.7 



3.8 





1.6 



1.6 



4.0 



— 0.9 



92 



75 



9' 



86 



10 



IO 



IO 



W 1 



S' 



SW' 



3-5 





26 



5-9 



35-8 



36.3 



36.0 





0.4 



8-5 





2-7 



3.6 



8.9 



0.4 



94 



70 



89 



84 



10 



6 



IO 



NW 



W 



SE' 







27 



V" 



33.8 



32.2 



34.0 





2.6 



a.» 





7 .8 



<».!> 



11.5 



2.0 



93 



76 



85 



85 



9 



IO 



IO 



SE 2 



SE 1 



SE' 



0.2 



• 



28 





35.8 



36.5 



35-1 





0.3 



0.7 





0. 1 



0.3 



7.8 



0.0 



92 



90 

 98 



94 



92 



10 



IO 



IO 



NE 2 



NE 2 



NE 5 



8.0 



-X- 



29 



6.6 



35 5 



35-1 



35-7 





- 0.8 



— 03 





0.0 



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0. 1 



— x -5 



96 

 98 



100 



98 



10 



IO 



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NE" 



NE' J 



N K 



18.0 





30 



5° 



35-9 



38.7 



36.5 





0.2- 



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0.7 



0.0 



1.2 



— 0.9 



96 



9 8 



97 



10 



IO 



IO 



NE 2 



N 1 



N 3 



5-8 





3' 



9-9 



39.8 



40.4 



40.0 





— 2.9 



2.2 





1.6 



- 0.9 



3-3 



— 4-3 



83 



66 



80 



76 



7 



7 



6 



3.0 



3-5 



3-7 



56.9 





śr.m. 



IZąbkowice. (St. 4). Marzec IWO r. 



7 1 



9 



1 



7 



1 ' 



9 





Max. 







I 



9 





1 



1 



9 



7 



1 



9 





DWAG] 



□zier 



,S. 3 27.4 



30.0 



27.6 



— 5-2 



— 4.0 



- 7-* 



- 5-9 





- 7-7 



90 



91 



98 



93 



6 



9 



1 



X\Y- 



W 5 



X\Y' 



2.9 





1 



I.9.6 Zlf.l) 



30-5 



29.9 



- 6.4 



- 34 



- 8.8 



— 6.8 





— 1 1.0 



93 



80 



94 



89 



IO 



IO 



IO 



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W 



0.7 





2 



r ( »-7 Ł 7-3 



27.9 



28 i 



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— 13-3 



96 



80 



94 



90 



9 



9 



1 



W 



w» 



E 2 



1.9 





3 



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29 



28.6 



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97 



84 



89 



90 



IO 



8 



I Q 



W 1 



W 



W 1 



*-5 





4 



: 9 .o 30.8 33.6 



31. 1 



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93 



91 



96 



93 



IO 



IO 



i 1 



W 6 



W 6 



NE 2 



!-5 





5 



$8.7] 39.2 



37-1 



38.0 



— 10.4 



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— 10.6 



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— 12.5 



86 



70 



98 



85 







6 





N> 



N* 







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6 



{o 7 30.0 3 3.6 



JM 



- 5-4 



0.6 



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— 10.6 



98 



83 



93 



9i 



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IO 



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s W 1 



W 1 



NW* 



41 



m* 



7 



(6.0,41.1 



44.0 



40.4 



— 7-9 



- 7.8 



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12 7 





-17.6 



89 



77 



89 



85 



IO 







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E 5 



E 3 



K 1 



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8 



ł4.2 44.6 46.1 



45.0 



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-is:i 



95 



67 



92 



85 



6 



9 



IO 



S' 



SW 



SW 71 





m 



9 



17.0 46.8 47.1 



47.0 



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2.8 



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- 11.7 



93 



59 



80 



77 



4 



4 







S 1 



SW 5 









w 



IO 



17.5 46.9 46.6 



47.0 



- 8.4 



50 



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— 11.8 



9i 



61 



90 



81 



5 











NE 1 



S 2 



S 1 





1 



1 1 



46.1 44.6 



41. 1 



43-9 



- 5.0 



7.0 



1.1 



1.1 





- 5-6 



88 



4!> 



87 



75 



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8 



NE 1 



SW 5 



S 3 







12 



33-5 30 



30.8 



31-4 



2.4 



4-5 



- 0.9 



t-3 





— 1.1 



87 



90 

 98 



96 



9" 



IO 



IO 



8 



W s 



W 3 



W 2 



3-9 





13 



jz.o 33.2 



35-7 



33-6 



- 1.6 



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- 4.0 



- a-7 





4-9 



92 



87 



92 



IO 



IO 



8 



X W 1 



N l 



N« 



z.6 





14 



57-2 35 9 



32.7 



35 3 



- 4.6 



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- 3-8 





— 8.2 



90 



73 



90 



84 



IO 



IO 







N» 



N» 



s» 



O.I 





15 



18.7 20.S 



25.4 



27.0 



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3.8 



1.2 



1.1 





— 6.6 



96 



80 



92 



89 



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9 



10 



S 3 



SW- 



S s 



0.4 





16 



i6.ai26.6 



27.0 



26.6 



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6.8 



3-9 



li 





— 0.7 



96 



57 



82 



78 



8 



} 



10 



S' 



S\Y- 



SE 2 







17 



16.9127.0 



28.7 



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5.6 





2.6 



85 



56 



78 



73 



9 



IO 



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0.3 



• 



18 



i 1 - 35 3 



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2.3 





1.6 



88 



90 



93 



90 



1 



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10 



SE 3 



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SE 6 



i-3 



• 



19 



546 js-2 



36.7 



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0.7 



94 



77 



87 



86 



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8 



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20 



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21 



35 4 341 



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85 



81 















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21 



i 1 4 > 1 - 3 



30.6 



31. 1 



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86 



58 



80 



75 

 86 



8 



8 



6 



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19-7 30.2 



29.7 



29.9 



— 1.2 



— 0.8 



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- 2.4 



90 



81 



88 



1 1 1 



IO 



IO 



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x i : ■ 



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1.0 



■* 



24 



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26.1 



27.0 



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0.8 



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— 2.0 



92 



85 



96 



91 



IO 



IO 



IO 



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NE 1 



48 





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26.9 



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2.2 



2. 1 





— 2.0 



90 



74 



96 



87 



IO 



9 



IO 



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3-4 



• 



16 



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29.5 



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3-3 





— 0.8 



96 



69 



92 



86 



IO 





8 



N 1 



E 2 



E 3 







17 



1 17-0 2^ 4 



•_':>•_' 



25.9 



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11.8 



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79 



59 



97 



78 



8 



IO 



IO 



SE 3 



S» 



W* 



7.6 



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28 



1 17.2 28.2 



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0.1 



0.6 



0.2 



0.2 





0.0 



98 



92 



98 



96 



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x 1 : 



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29 



J 28.0 27. 1 



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— !-5 





96 



98 



97 



IO 



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x [•: 



x 1 : 



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107 





30 



\ 27.6 2 S .; 



32.2 



29.8 



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O.I 





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96 



85 



90 



90 



IO 



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xw- 



7-5 





31 



|b»-6 32.7 



33.0 



32.8 



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- 5-" 



92 



75 



9 1 



86 



8 



8 



7 



2.8 



M 



3-2 



63.2 





sr.m 



