78 Nałęczów (st. 3). cc=5in7' N; X^22n3' £=1"^ 29'"; H^178 m.; Cg=-f 0.4 mm. Luty (Fóvrierj 1 



Barometr red. 

 doO"! na cięż- 

 kość (gravite) 

 700 mm -f 



7a 



Temperatura powietrza 

 Temperaturę de Tair 

 CO 





Wilg. bezwz. 

 Hum. abs. 

 III III. 



Wilg. wzgl. 

 Hum. rei. 



7o 



Za 

 N 

 



7a 



chm. 

 ebul. 



-10 



Kier. i prędk. wiatru 

 Direct. et vitesse 

 du vent, m./sec. 



Wys. opadu 

 Precipitations 



UWACI 

 RBMARQU 





IP 



9P 



ip 



y r 



Sred. 

 Moy. 



Max. 



Min. 



7a 



ID 



QD 



7 r 



7a 





QP 



Ip 



r 



QD 



7r 



7a 



I D 



7F 



46.5 



44.9 41.2 



0.3 



2.7 



0.4 



0.9 



4.0 



0.3 



4.2 



4.0 



4.2 



89 



72 



89 







2 









SW5 



SE3 





u 



38.8 



38.438.7 



— I .Z 



4.4 



3.0 



2.3 



5-5 



— z.o 



4.2 



4-5 



4.2 



98 



93 



74 



2 



2 



6 



S' 



S3 



S'^ 



0.2 



u 



ĄZ.O 



42.544.5 



0.6 



3 3 



_ 

 0.0 



1.4 



3-5 



0.6 



4.0 



5.2 



4-5 



96 



90 



92 



10 



10 



10 



>i2 



W 



W 



0.8 





12.0 



52.0 



51.8 



0.4 



2.0 



0.7 



1.0 



2.0 



0.0 



4.6 





4.6 



q8 



Q4 



04 



7^ 







7 



1 



10 





SW- 



SW^ 



0.5 



■M-m 





53 2 





j 



■?.4. 



J 



X-l 

 j 



^ .Q 



j 7 



0.7 





i; .4 



j * / 



96 



Q^ 



7 j 



100 



10 



10 



10 





SW"> 



w* 



0.2 



— W 





55.6 



54-7 



3.2 



3-7 



3-1 



3-3 



4.2 



2.5 



5.6 



5.8 



5-5 



97 



97 



96 



10 



10 



10 



w .i 



SW* 



SW'' 







53-9 



5^-5 



517 



0.7 



5.2 



1.2 



2.1 



5-2 



0.0 



4.6 



5-^ 



4-7 



94 



78 



94 







3 







S3 



SWs 



SW2 



0.2 



• 



40.D 



45.6 



43-7 



0.8 



32 



I.J 



1-7 



3-5 



0.0 



4.1 



A Q 



4.b 



fi F- 



»3 



91 







10 



10 



w 



w " 



V 10 



2.4 



w 



41. Q 



43.1 



46.9 



1.8 





0.8 



1.7 



3.6 



0.8 



; I 



j 



J*7 



4.1 



96 



66 



81 



10 



10 







NW" 









/ 



J J 1 



59-3 



59-1 



— 1.2 



1.8 



— 1.8 



— 0.7 



1.8 



— 1.8 



j j 



^-7 



^.7 



84 



7 1 



92 















NW5 



NW 



SW6 









50.0 



46.6 



44.0 



I.O 



3.6 



6.0 



4.2 



ó.o 



— 2.0 



4-7 



5-5 



57 



96 



96 



82 



10 



10 



10 



SW'0 



SW'2 



SW'2 







40.5 



36.1 



29.4 



3-4 



5-4 



0.6 





6.0 



0.0 



5.6 



4-4 



4.8 



97 



66 



100 



5 



10 



10 





SW'2 



W- 



O.I 





33-5 



37-4 



38.9 



- 1.6 



— 1.4 



— 3-2 



— 2.4 



0.0 



— ?.2 



j 



3-9 



4.0 



3-4 



9° 



90 



90 



10 



10 



10 



w 



■ysf 12 



w 



0.8 



A t 



41.3 



39.6 



30.3 



- 4.8 



— 1.2 



— 1.0 



— 2.0 



- 1.0 



J 



2.0 



7 



■?.4 



4.1 



7 3 



80 



96 



2 



10 



10 





W« 



SW" 



2.7 



1 ' A 



24.9 



31.2 



33-5 



— 4.0 



- 4.8 



— 6.4 



— 1 .4 



- 1.0 



— 7-4 



j • ^ 



2.4 



2.8 



QI 



7 



76 



7 j 



10 













NW5 



NW' 



0.1 





37.0 



40.4 



49-9 



— 8.0 



— 4.4 



- 8.4 



— 7.3 



— 4-4 



— 9-5 



2.2 



2.8 



2.1 



88 



86 



88 







2 



4 





NW'o 





0.0 



ii: 



54.0 



55.6 



52.4 



~ 5-4 



— 4.0 



— 4-4 



— 4-6 



— 4.0 



— 5.4 



2.7 



2.9 



3.0 



90 



87 



91 



10 



10 



10 





W» 



W" 







50.6 



54-7 



59-5 



— 1.0 



0.0 



11 n 



— ll.U 



— 5.8 



0.0 



— II. 



3-9 



3-9 





92 



Sr 



95 



10 



I 







WIO 

 w 



IN Ij" 





0-5 



A ' — ' 



«0.0 



57-4 



53.6 



— 8.2 



0.2 



1.4 



— I.? 



1.4 



-18.0 





4.1 



4.6 



94 



8q 



QI 



7 







10 











SW 



NE* 







51.2 



50.1 



51.2 



0.7 



5.5 



4.8 



4.0 



6.0 



0.7 



4.0 



3-7 



4.6 



82 



55 



74 



e 



3 



2 



2 





SW^ 







ffl / 



|7\ 1 i,- 



CA T 



50.0 





0.6 











0.6 





t T 



c o 



on 



76 











1 



sw« 



sw^ 



SW^ 



0.2 



• 



42.2 



43-5 



44.6 



5-9 



6.4 



3.6 



4-9 



7.0 



3.t) 



4.4 



4.0 



4.9 



63 



55 



83 



5 



5 



4 







SW8 



0.9 



9 i 



40.7 



38.4 



37.2 



?.2 



j 



10.2 



8.6 



7.7 



11.5 



^.0 

 J 



5-4 



8.0 



7.0 



96 



86 



84 



10 



8 









SW'o 



SW" 



0.0 





49 3 



42.3 



48.1 





4.8 



3.2 



4.1 



8.6 



3.2 



4.8 



3.6 



4-5 



74 



56 



78 



5 



10 





SW" 



SW9 



Wo 







54.5 



54.6 



53-7 



0.0 



6.4 



2.2 



2.7 



6.4 







4.0 



4.1 



4.0 



87 



57 



75 















SW' 



SW6 



sw« 







52.9 



5^-3 



48.9 



2.3 



7.0 



1.6 



3-1 



7.0 



0.0 



4.2 



4-9 



4.4 



77 



66 



85 

















S' 



SE' 







49.0 



50.7 



47-3 



4.2 



8.3 



5-4 



5.8 



8.3 



1.0 



5.0 



4.2 





80 



52 



73 







I 









SW6 



SE6 







43.0 



41-3 



40.0 



5.6 



8.5 



7-4 



7.2 



10. 



4.0 



5-1 



6.0 



tl 



75 



73 



77 



10 



10 



10 



s? 



SIO 





0.5 



• 



47.1 



46.7 



46.3 



0.3 



3-i 



1.0 



1.4 



4.0 



- 1.6 



4-3 



4-5 



4.4 



89 



78 



87 



5' 



6.3 



4-9 



6.6 



6.9 



6.5 



lO.I 





I 



2 



3 

 4 

 5 

 6 



7 

 8 



9 



10 



1 1 

 12 

 13 

 14 

 15 

 16 



17 

 18 



19 

 20 



21 

 22 

 ^3 

 24 

 ^5 

 26 

 27 

 28 



Sr. Ul. 

 Moy. 

 mens 



Karabczejówka (st. 4). r^=49«4' N; a=26"36' £=1" 46"; H=320 m.- Cg=+0.2 Luty (Fevrier) 19 



36.3 



34.8 



31.9 



— 1.0 



1.9 



— r-3 





0.4 



2.0 



- 1-5 



4.0 



4.6 



3-9 



94 



88 



94 



4 





G 



29.1 



28.5 



28.9 



— 2.8 



— 0.8 



- 2.6 





2.2 



— 0.8 



— 3.0 



37 



4-3 



3.8 



IGO 



IGO 



IGO 



10 



10 



IG 



28.0 



29.8 



33.0 



— 4.2 



— 0.8 



0.2 





i.i 



0.5 



— 5-0 



3.2 



4-3 



4.4 



95 



96 



94 



9 



IG 



9 



34.8 



37-5 



40.2 



0.2 



0.4 



— a.5 





i.i 



0.9 



— 2.5 



4.3 



4.2 



3-5 



92 



89 

 96 



92 



10 



4 



G 



39.5:39.8 



39.6 



— 1.2 



1.2 



1.4 





0.7 



2.0 



— 50 



37 



4.9 



47 



88 



93 



10 



10 



10 



39.3 40.1 



40.9 



1.2 



2.6 



1.6 





17 



2.6 



0.6 



4-9 



5-1 



4.4 



96 



93 



85 



10 



10 



10 



41-5 



40.6 



40.4 



1-4 



3-4 



1.2 





1.8 



4.0 



0.5 



47 



5-1 



4.6 



93 



87 



92 



10 









38.8 



36.5 



33.2 



- 1-4 



4.0 



3.0 





2.2 



5.0 



— 2.0 



3.8 



4-5 



4-1 



92 



73 



73 







i 



8 



28.0 



28.3 



32.4 



4.8 



5-4 



0.0 





^•5 



6.5 



0.0 



4.9 



5-9 



37 



76 



87 



79 



10 





9 



36.7 



40.4 



44-3 



— 1-4 



0.2 



— 1.0 





0.8 



0.5 



— 30 



3.2 



3.6 



3-3 



78 



78 



76 



10 



9 



I 



40.6 



35-9 



32.5 



- 3.2 



2.2 



2.7 





I.I 



3.8 



- 4.0 



3.2 



3-4 



4-3 



89 



63 



77 



8 



8 



10 



29.7 



26.9 



20.5 



1.6 



5-4 



1.8 





2.7 



5-4 



1.0 



46 



4.8 



47 



82 



72 



90 



7 



9 



9 



ig.2 



20.7 



25.1 



— 1.8 



— 1.2 



- 3-8 





2.6 



1.8 



— 4.0 



2.7 



3-3 



2.4 



68 



78 



69 



8 



9 



9 



26.2 



27.9 



23.0 



— 6.2 



— 4-^ 



— 4.0 





4.6 



— 3.0 



- 6.5 



2.4 



2.9 



2.8 



84 



86 



82 



9 





IG 



14.7 



11.7 



19.9 



— 1-9 



0.8 



- 8.2 





4-4 



2.5 



— 8.2 



2.9 



4-5 



1.8 



74 



92 



73 



IG 



10 







23.2126.3 



31.2 



- 7-^ 



— 4-2 



— 90 





7-4 



— 4.2 



— 9.0 



2.2 



1.8 



1.8 



84 



55 



81 



7 



6 



7 



38.7*40.2 



38.5 



—II. 3 



— 6.8 



— 8.0 





8.5 



- 5-0 



— 13.0 



17 



2.0 



2.0 



93 



73 



83 



9 



10 







36.5 37.2 



44.2 



- 4-8 



— 1-3 



— 10.4 





6.7 



— 1.2 



— 10.4 



2.9 



3.8 



1.8 



83 



90 



90 



IG 



10 



o 





47.2 



43.0 



-1«.8 



-- 8.0 



- 5-8 



_ 



9.1 



- 5-8 



-18.0 



1.1 



1-9 



2.6 



90 



77 



90 







3 



IG 



39-4 38-2 



38.1 



— 1.8 



4.2 



1.8 





1-5 



4.4 



- 5-8 



3-4 



3-8 



37 



84 



62 



71 



9 



9 







40.4 40.6 



35-8 



1.4 



3.8 



3-4 





3.0 



3.8 



— 0.7 



4.0 



4-4 



3-3 



80 



73 



56 



3 







G 



29.1 



30.0 



32.6 



2.6 



6.7 



1.8 





3.2 



67 



1-5 



4.4 



4.1 



3-9 



79 



56 



75 



10 



6 







31.7 30.1 



28.9 



1-4 



4-3 



5.6 





4.2 



6.5 



0.9 



4-3 



4-9 



5-5 



85 



79 



82 



9 



10 



I 



26.9 



29.5 



34-3 



4.8 



4-9 



1.8 





3-3 



8.0 



1.8 



6.2 



5-5 



3-9 



97 



84 



75 



8 



10 



8 



41.3 



43.1 



43 4 



0.6 



4.8 



0.0 





1-3 



5.2 



0.0 



3.8 



3.6 



3-9 



78 



56 



85 



I 



I 







42.441.4 



39.6 



— 0.9 



4-3 



0.8 





1-3 



5.0 



— 2.0 



3.6 



4.8 



3-8 



84 



77 



78 



5 



I 







37-9 



39.0 



39.2 



0.8 



8.0 



1.4 





2.9 



8.0 



— 0.2 



4-5 



5.6 



4-3 



92 



69 



85 



9 



4 



2 



35-9 



33-5 



31.2 



0.9 



8.2 



3.8 





4.2 



9.0 



0.0 



4-4 



5-5 



4.6 



89 



67 



77 



2 



5 



o 



34.1 



34-1 



34-5 



- 1.7 



1.8 



— 0.9 





0.4 



2.7 



- 3-5 



37 



42 



3.6 



86 



78 



82 



7-4 



6.7 



4-3 



I 



2 



3 

 4 

 5 



6 



7 

 8 



9 

 10 



II 

 12 



13 

 14 

 15 

 16 



17 

 18 



19 

 20 



21 

 22 

 23 

 24 

 ^5 

 26 

 27 

 28 



Śr.ni 



Moy 



G 



SSE8 



SSE 5 







SE* 



S3 



ssw 





= LJ 



SSE3 



WSW5 



WNW^ 





= U 



NWo 



NNW'o 



W* 







WSW* 



■ W* 





0.4 





WNW* 



NNW8 









WNW* 



WNW^" 



W* 







S* 



SW 



wsw« 



0.1 



• 



WSWH 





WNWM 



0.9 





WNWI2 



NNW'* 



NW* 





/ 



SW3 



WSW8 



W* 





/ 







SW 



2.0 



/ • A 



WNW20 



W^o 





1.0 





WNWlO 



WKW20 



SW3 



G.O 





SSW« 



W* 



NW* 



0.3 







NW* 



JSIW* 



O.G 





w« 



NW" 





0.1 





WNW20 



NNW'0 



N* 



0.1 









SW8 



SW 



0.0 





W8 



W8 







m 



NW* 



WNWiO 









SSW6 





w 



O.G 







ssws 



WSW 



1.0 



• 



ESE-^ 





W" 



I.I 







WNW 











SE* 



SSE* 



SSE2 







SSE= 



w» 



S* 







SE5 





s» 







7.0 



10.4 



7-1 



7.0 





