G6 Nałęczów (st. 3). c^=5in7' N; X=22«13' E=l''29"'; 11=178 w.; 0^=^-0.4 Październik rOctobK- <^|.;, 



•= o 



9 ^ 



Barometr red. 

 doO^i na cięż- 

 kość (gravite) 

 700 mm + 





Temperatura powietrza 

 Temperaturę de Tair 





Wilg. bezwz. 

 Hum. abs 



Wilg. wzgl 

 Hum. rei. 



/o 



Zachm 

 .\ebul. 

 - 10 



Kier. i prędk. wiatru 

 Direct. et vitesse 

 du vent, m./sec. 



•0 C 







«i .~ 



UWAC 

 REMARQ l 



7a 



ip 



9P 



ja 



I p 





Sred. 

 Moj. 



Max. 



Mm. 



7a 



I P 



op 



7a 



ID 



Q0 



7r 





I D 

 r 



7r 



7a 



ID 



OD 



yt 



J 



43-5 



44-7 



46.6 



2.8 



II. 3 



4.1 



A- 



11.3 



0.0 



5-^ 



7-1 



5-1 



93 



71 



84 



7 



3 



I 







NE« 



E< 









•2 



47.0 



47.0 



47-3 



O.I 



0.8 



0.5 



O.o 



41 



0.0 



4-5 



4.1 



4-3 



98 



85 



90 



10 



10 



10 



XE'' 





E'2 



4 





3 



47-4 



47.1 



46.6 



i.i 



3-3 



3-5 



2-9 



3-5 



0.2 



4.5 





5.8 



94 



95 



95 



1 



10 



1 



J j 









3-4 



• 



1 4 



48.8 



49-3i5i-7 



3-9 



6.7 



6.1 



^•7 





3.0 



j 7 



5.8 



6.2 



Q7 

 V/ 



80 



88 



10 



7 



10 







"W 



— 



• u 



5 



Cd. a 

 54.. i 



54.4-54.0 



0.3 



1.7 



0.1 



0.6 



7.0 



— 0.5 





4.0 



*T' J 



04. 



77 



02 



7^ 







I 











E' 



E' 



— 



LJ 





50.6 



46.4I44.7 





7-4 



3-3 



3-4 





1.5 



3.8 



5-4 



5-3 



83 



70 



92 



I 



6 



10 



SE' 



SE"" 



SE*- 



6.2 



• 



7 



41.9 



42.1 42.0 



5-5 



ir.4 



8.4 



8.4 



II. 8 



2.8 



6.3 



9-1 



8.0 



94 



91 



97 



10 



10 



10 



SE' 



SW' 



S\V2 



O.I 



• 



8 



40.6 



41.243.2 



8.0 



II. 9 



ń T 

 O.I 



o.o 



TT n 

 II.9 



6.1 



7.8 



0.0 



b.7 



98 



7° 



9b 



10 



10 



1 











— 





9 





48.2 



49-4 



6.7 



9.8 



6.1 



7.a 



9.8 



6.1 



6.9 



* 7 



6.3 



6.8 



94 



69 



7 



<)7 



7 / 



10 



7 



10 







NE' 



NE' 



— 





lO 



49-3 



46.9 



A' k 



5-4 



8.9 





6.1 



Q.O 



5.0 





j 7 



6.2 



87 



70 



95 



8 



I 







NE« 



S5 



SE5 



— 







43-5 



42.7 



42.7 



6.1 



II. 7 



II. 6 



10. 2 



13.2 



i). u 



6.5 



8.6 



97 



93 



85 



96 



10 



10 



9 



S' 





SW2 



7 6 

 7.0 





1 11 



4i-7 



37-9 



39.0 



9!8 



12 



II. I 



11.0 



la.i 



8.0 



8.9 



10.1 



9.6 



99 



97 



98 



10 



10 



10 



XE' 



E' 



X* 



19.8 



• 



13 



46.2 



50.5 



53.2 



8.5 



8 8 

 0. 



4-9 



6 8 



1 1 . 1 



4-9 



7-9 



6.2 



0.0 



90 



73 



94 



1 



7 







xw« 





ii w 



— 



.Cl. 



14 



517 



48.7 



44-7 



a.9 



II. 5 



9-3 



8.2 





1.8 





7-8 



7.8 



Q^ 



7 J 



77 



89 



7 







j 



8 







SW5 



N' 



— 





15 



40. a 



41.0 



43.1 



8.9 



7 j 



8.7 



Q.0 



j 



9.6 



8.5 



/ 7 



8.? 



7.6 



Q'ł 



7 j 





QI 



7 



c 



j 



10 



2 

 j 



SW 



XW'2 





3.0 





16 



42.6 



41,0 





6.2 



13.9 



lo.a 



10. 1 



14.2 



6.0 



6.8 





 8.8 



8.3 



96 



75 



90 



4 



3 



8 







SW" 



SW5 







17 



37.8 37.7 



38.5 



10.4 



13. 1 



9-4 



10.6 



13 2 



9-3 



8.6 



9-9 



8.3 



92 



89 



95 



95 



10 



9 



10 



SW 







W2 



14.7 



• 



18 



37.7 



38.0 



40.4 



6.9 





0.3 



o.o 



9-4 



6.3 



7.0 





b.9 



94 



s s 

 00 



1 



10 





 



XW2 XW3 





8.6 





19 



43.0 



43-3 



44.8 



2.9 



IÓ.8 



6.9 



6.9 



10.8 



2.3 



5.5 



65 



6.8 



98 



68 



91 



2 



8 



9 









SW 



3-1 



• 



ao 



46.8 



47-3 



48 5 



5-4 



8.9 



2.9 



5.0 



9.0 



2.7 



6.4 



6.6 



5.5 



95 



72 



98 



JO 



10 



I 



SW 



NW 







1-3 





1 1 



45-4 



43.2 



39 5 





9-3 



9-7 



7-7 



97 



T 1 



5-2 



7-5 



8.5 



96 



87 



95 



3 



10 



10 



S' 



S' 



SW ^ 







aa 



46.5 



46.8 



47 5 



5-6 



7.8 



5.2 



6.0 



9.8 



S■^ 



6.5 



6.2 



6.2 



96 



79 



95 



3 



10 









SW6 











as 



49.6 



503 



55-3 



3-8 



5.6 



3.2 



4.0 



7.2 



3.2 



57 



6.6 





95 



97 



94 



10 



10 



10 



w 





NE' 



0.4 



• 



a4 



59-9 



60.7 



60.8 



1.9 





0.6 



a 2 



ę 7 



0.6 







11 



4-3 



q6 



7 I 





2 



1 











w 



SW 



— 





^5 



57.8 



56.2 



54.6 



— 0.8 



7-7 



1-7 



2.6 



8.2 



— i.a 



4.2 



5.8 



5.0 



96 



73 



96 



















w 



° 



— 





a6 



54-1 



53.5 



50.7 





8.1 



5-4 



5-7 



8.1 



T 7 



6.0 



6.9 



6.3 



98 



86 



94 



10 



10 



I 







SE» 



SE2 





_ 



' 1.7 

 '•1 



48.3 



47-5 



47-5 



4-9 



9-7 



3-5 



5-4 



9.8 



T C 



6.2 



7.2 



5.6 



97 



80 



95 



9 



6 







SE2 











^ 



a8 



48.7 



49-3 



50.4 



0.3 



8.3 



4.4 



4-4 



8.5 



— i.o 



4.4 



6.5 



6.0 



94 



79 



97 



10 







4 







SE' 







— 



= l_J 



29 



52.2 



51-9 



50.8 



3-5 



5.8 



6.3 



5-5 



7-5 



3-5 



5.8 



6.1 



67 



98 



88 



94 



10 



10 



10 



E' 







E' 



-- - 







48.1 



47.2 



46.0 



6.2 



8.8 



6.2 



6.8 



8.8 



c 



6.9 



7-9 



6.7 



97 



98 



94 



10 



10 



10 



E^ 



S' 



SW 







■ 31 



43.0 



43.2 



45-7 



5-8 



9.2 



5-5 



6.5 



9-5 



5.2 



6.5 



6.8 



6.2 



94 



79 



93 



10 



10 



10 



W 



W* 



N\Y2 









'Sr.rn. 

 1 lloy. 



46.9 



46.6 



46.9 



4-5 



8.6 



57 



6.1 



9.2 



3-3 



6.1 



6.9 



6.5 



95 



81 



94 



7-2 



7.2 



6.2 



2.2 



3-9 



3-5 



74.9 





mens 

















































Ul 



KarabczejówkaCst. 4j. 'f=49^'4:' X: >.=26"36' E=mfv": H=320m 



-0.2/«/». Paździer. rOctobre ]02i 



I 



28 







30.0 



33-3 



8.6 



10.8 



6.5 



8.1 



12.0 



6-5 



8.1 



6.7 



6.5 



96 



70 

 89 



90 



10 



10 



10 



N8 



N6 



E' 



1.4 



• a 



2 



34 





341 



33.0 



1.2 



2.8 



3.2 



2.6 



6.5 



1.0 



4.5 



5.0 



5-3 



91 



92 



10 



10 



10 



E'" 



E'« 



E" 



14.6 



A^ 



3 



31 



9 32.8 



32.8 



3-4 



4.6 



4.0 



4.0 



4.6 



2.9 



5-6 



5-9 



57 



97 



94 



93 



10 



10 



10 



E^ 



E« 





6.6 



= • 



4 



33 



I 



35-4 



377 



4.4 



5-1 



4-3 



4-5- 54 



3-4 



5.6 



5-4 



5.6 



90 



83 



90 



10 



10 



9 





NW6 



w 







5 



40 



5 



41.6 



41.7 



17 



5.a 



0.2 



,.s 



5.3 



0.0 



47 



3-9 



3-9 



91 



58 



83 



7 



I 









W 



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40 



9 



39.8 



37.0 



O.I 



37 



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1-4 



37 



- 1-4 



37 



3-9 



4-5 



79 



65, 90 



9 



10 



10 



E'* 



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8.3 





7 



33 



4 



32.7 



31-3 



2.6 



8.0 



8.6 



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0.6 



5 3 



7.6 



8.1 



96 



94 98 



10 



10 



10 



§10 



S' 



SE2 



0.5 





8 



17 



8 



26.2 



26.8 



8.2 



11.4 



9-4 



96 



II. 8 



8.0 



8.1 



9-6 



8.6 



100 



96 



98 



10 



10 



10 



W 



SE 5 



N'o 



25.9 





9 



30 



7 



32.3 



36.0 



7.0 



8.9 



5.8 



6.9 



9-5 



5.8 



6.7 



7.2 



6.1 



89 



86 



88 



10 



ro 



10 



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X6 



N* 



0.2 



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37 



5 



377 



377 



3-3 



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5.8 



2.2 





5.5 



47 



88 



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87 



10 



10 



9 



E^ 



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S« 







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36 



i 



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2.9 



7.8 



9.8 



7.6 



9.8 



17 





6.4 



8.1 



76 



81 



89 



10 



q 



10 







SIO 



O.I 





12 



31 



3 



29.3 



27.0 



84 



ia.6 



12.5 



11.5 



13.0 



8.0 



7-9 



9.6 



9-9 



96 



89 



93 



10 



9 



9 



S' 



SE '2 



S* 



0.0 



= • 



13 



29 



3 



32.8 



39-3 



lo.a 



11.8 



4.4 



77 



143 



4 4 



8.0 



8.6 



4.6 



86 



84 



74 



10 



10 



9 





N8 



Xi2 



0.3 



/ • 



14 



41 







39.8 



37.2 



0.0 



9.a 



4.8 



47 



9-5 



— 0.4 



4-3 



5.8 



4.6 



92 



67 



71 



I 



2 











S^ 



s« 







15 



32 



I 



29.9 



31.4 



1.6 



8.8 



7.2 



6.2 



8.8 



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4.6 



7-3 



6.9 



89 



87 



91 



6 



10 







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S* 



w 



2.8 





16 



33 







33.a 



30.8 



37 



ia.4 



8.4 



8.2 



13-5 



3.0 



57 



7.0 



6.2 



95 



65 



76 



5 



4 



5 



NW 





S' 







17 



20 



3 



a8.8 



28 5 



6.2 



16.2 



II. 3 



11.2 



17.0 



4.6 



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9.2 



7 9 



88 



67 



79 



10 



2 







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SE' 



SE« 



0.0 



• 



18 



15 



6 



24.0 a6.i 



9.2 



16.2 



9-4 



ii.i 



16.6 



6.9 



8.2 



10.0 



8.3 



95 



73 



95 



10 



4 



9 



SE" 



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x« 



2.9 





19 



29 



5 



31.8 



34.0 



5.2 



6.6 



5-4 



5.6 



9-5 



4.8 



6.2 



6.6 



6.2 



94 



91 



9a 



10 



10 



9 



X* 









2.1 



• 



20 



34 





35-5I36.9 



3.8 



9.2 



3.6 



5-x 



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2.6 



57 



6.6 



5-5 



95 



76 



93 



9 



7 



° 



SE* 



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X' 



0.0 



• = 



ai 



37 



2 



35-9 



33.0 



3.0 



lO.O 



7.6 



7.0 



10.2 



1.6 



5-5 



6.8 



6.4 



96 



74 



8a 



9 



5 



5 







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aa 



33 



2 



35-3 



36.8 



7.8 



9.8 



4.4 



6.6 



lO.O 



4-4 



7-1 



5.8 



5-5 



90 



64 



88 



10 



6 



3 



W5 











13 



36 



5 



37-1 



40.2 



5.0 



7.2 



2.6 



4-4 



7-9 



2.6 



5-9 



6.5 



5-1 



90 



86 



93 







10 











w- 



0.8 





14 



44 







46.648.5 



2.8 



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0.2 



1.2 



3-5 



0.2 



5-4 



4-3 



3.8 



96 



8a 



81 



9 



10 



a 



W 



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• 



15 



46 



7 



44.9 42.0 



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4.6 



0.9 



0.9 



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— 3.0 



3.5 



4.5 



4.3 



94 



71 



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I 















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a6 



40 



4 



40.9^0.3 



1.4 



5.8 



1.6 



2.6 



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47 



6.1 



4.6 



93 



88 



1", 



10 



10 









N* 











27 



38 



7 



38.2 



37.1 



0.8 



77 



5.2 



47 



77 



0.0 



4.8 



5-4 



5-4 



98 



69 





9 



9 



8 



SE6 



§20 



SE'« 





i/ 



28 



36 



9 



37.6 



38.4 



4.0 



7.0 



5-4 



5-5 



9.0 



3-4 



5-5 



6.4 



5-5 



90 



85 



8a 



10 



10 



6 



SIO 



gxo 



SE' 







29 



38 







38.7 



38.4 



1.6 



7.2 



6.2 



5-3 



8.4 



1.0 



4.8 



6.6 



6.5 



93 



88 



91 



9 



9 



9 



W 



E* 



E* 







30 



36 



9 



35.6 



34.0 



4.0 



9-9 



5.6 



6.3 



10,0 



3-9 



5-4 



6.4 



6.5 



88 



70 



96 



8 



2 



a 



SE« 



SE' 



SE^ 



0.7 



• - 



31 



31 



6 



3 1.2 



317 



5.8 



10.8 



8.8 



8.5 



II.O 



5.1 



6.8 



8.6 



8.2 



99 



89 



98 



9 



9 



10 



SE' 



S' 



SW2 



0.0 



= • 



Śr.ra. 

 Moy. 



34 



9 



35.0 35.2 



4.0 



8.3 



5 5 



5.8 



9.3! 2.7 



57 



6.6 



6.1 



92 



80 



88 



8.4 



7-7 



5-9 



6.4 



8.0 



6.3 



68.7 























































S.'' 



