iBi 



(st. 5). «;=49^!»G' N; l=óO"l'ó' E=2'' 1™: Pr=208 m; C„=+0.3 m»?. Październik rOctobre) 11)01 r. 31 



łBarometr red. 

 fdoO'' inacięż- 

 - kość ( gra vite') 

 700 wm + 



Temperatura powietrza 

 Temperaturę de Tair 



C 



Wilg. bezwz. 



Hum. abs. 

 III III. 



Wilg. wzgl. 

 Hum. rei. 



0; 

 10 



Zachm. 



Nebul. 



0—10 



Kier. i prędk. wiatru 

 Direct et vitesse 

 du vent, rn./sec. 



7a 



ip 



9P 



Moy. 



Max. 



Min. 



7a 





9P 



7a 



iP 



9P 



7a 



IP 9P 



7a 





9P 



8.6 



1 6. Z 



10.8 



117 



17 ę 



8.0 



7.7 



0.2 



8.4 



92 



67 



8q 



7 



6 



8 









■ 



S' 



: S- 



6.6 



18.6 



13.2 



12.9 



19.0 



5-5 



6.2 



9-7 



10. 



85 



60 



89 







1 5 







S* 



SW5 



SW2 



8.4 



19.2 



13.8 



13.8 



20.0 



7-5 



7.8 



10. 1 



10.2 



94 



61 



87 



2 



2 



2 













8.6 



19.6 



11.6 



12.8 



20.5 



7.0 



7.0 



7.2 



8.2 



84 



4i 



80 

















S6 



S' 



7.2 



21.0 



11.8 



12.9 



22.0 



6.0 



6.3 



6.3 



6.3 



83 



34 



67 



2 











S' 



SW8 





lO.Z 



1 6.2 



11; 8 



TA < 



i.4.5 



16 i; 



7-5 



8.6 





8 4 





67 



63 





10 



10 





SW5 





II. 8 



20.2 



16.2 



16.1 



20.5 



II. 



8.1 



9.8 



10.6 



78 



55 



77 



3 



2 



D 





§10 



S12 



9.2 



11.4 



8.2 



9.2 



16.2 



8.0 



8.0 



8.3 



7.7 



92 



83 



94 



10 





 8 



10 



w- 



W' 





6.4 



II. 6 



8.4 



8.7 



12.5 



6.0 



6.6 



5.8 



7-3 



91 



57 



89 



2 





















4.6 



10.2 



9.2 



8.3 



10.5 



3.0 



5-9 



6.9 



8.2 



94 



74 



95 



5 



10 



TO 



10 





S- 





7 8 



II. 8 



10.6 



10.2 



12.0 



6 s 



7.0 



8.8 



8.6 



89 



86 



QI 



7 



Q 



7 



10 



10 



W 



E5 



E8 



11.6 



16.2 



II. 8 



12.9 



17.0 



lO.O 



9-9 



10.3 



9-3 



98 



75 



91 



10 





10 





SE* 



SE2 



10.8 



12.2 



9.8 



106 



12.5 



9-5 



9-3 



8.6 



8.1 



97 



82 



89 



10 



10 



10 











7.2 



14.0 



9.8 



10.2 



14.0 



6.0 



6.9 



8.0 



8.1 



91 



67 



89 



5 



2 









sw* 





5.6 



13.2 



10. 



9-7 



13-5 



5.0 



6.6 



9.2 



8.4 



97 



82 



92 



2 



8 



4 





S' 



SE3 



10 2 



12 8 



13.0 



10.4. 



11 .% 



T y! C 



•'•40 



9-5 



8.8 



Q 6 



9-" 



8 Q 



0.9 



95 



82 



75 



10 



8 



6 



SE2 



Q 



Q 



4.0 



II. 8 



6^8 



7-3 



12.0 





5-7 



6.4 





93 



63 



91 



























1.2 



9-4 



4.8 



5-1 



10. 



0.5 



4.6 



6.0 



5.6 



92 



69 



87 











4 



SE* 



SE5 



s* 



0.4 



8.2 



3.2 



3-6 



9.0 



1.0 



3-9 



4.6 



5.0 



89 



57 



87 















SE* 



SE* 



SE'^ 



0.0 



10. 



5.0 



5.0 



10. 



- 1-5 



4.1 



4.4 



4-9 



89 



48 



75 



2 











SE^ 



SE5 



SE* 



1.6 





^.2 



3.6 



10. 



— 1.0 



3 6 



i 





88 



44 



87 















SE2 





SE' 



0.8 



10.6 



t 6 





1 1 .0 





■X < 



i-D 



2 6 



A 7 



4-7 



81 



?8 



80 



Q 











SE' 



SI 



SE'-' 



2.8 



10. 



2.6 



3.2 



10. 



— 3-5 



3.6 



4.6 



4.6 



96 



50 



82 















SE2 



SE3 







3.2 



8.8 



2.0 



2.4 



9.0 



— 4.0 



31 



3.2 



4.2 



87 

 98 



38 



78 















SE2 



S2 



SEs 



3.4 



8.0 



0.6 



1.5 



8.0 



— 4.6 



3-4 



2.7 



3.6 



34 



75 



















SEi 



SE2 



3.0 



6.4 



2.0 



1-7 



6.5 



— 4.5 



2.9 



3-7 



4-5 



78 



51 



85 







2 



4 



SE- 



SE 3 







0.0 



7.6 



3.0 



3-4 



8.0 



— 1.0 



4-3 



5.0 



4-7 



92 



64 



83 



9 



5 



4 



SE2 



SE5 







3.0 



9.6 



1.6 



i- 5 



lO.O 



— 4.0 



3-5 



4.0 



4.6 



96 



44 



89 



8 







5 



SE-^ 



SE2 



S2 



3.4 



12.2 



6.Z 



5-3 



12.5 



— 4.0 



3-i 



3-7 



5-4 



91 



35 



76 











2 





W 



W2 



I.O 



12.2 



3.8 



4-7 



13.0 



— 2.0 



3-9 



6.4 



5-* 



92 



61 



87 

 89 







6 









W* 



W3 



0.8 



5.6 



2.0 



2.2 



6.0 



- 1-5 



4-3 



5-1 



4-7 



100 



75 



10 



10 



8 









3.8 



12.4 



7-5 



7.8 



13.0 



2.7 



S.8 



6.6 



6.7 



91 



60 



85 



3-5 



3.6 



3-4 



2.5 



3-3 



2.6 



w 



3 C 



■n o 



03 w 



Cl a 



o 



. a. 



UWAGI 

 REMARaUES 



SS-^- 5 5-5 5 

 50.2 49.1 48.0 

 49.7 50.4 491 

 ęi.6 51.2 4'"^ 

 48.4 46.5 44 



40.6 40 

 34.0 

 35.0 



40.7 40 

 38.5 



4,38 

 3i.oj28.2 



36.9 37.4 



.0 

 41.9 



38.2 

 42.5 



42.6 40.7 39.2 

 40.9 42.i'43-o 

 42.6'43.2 44-2. 



46.2'47-o 47-9 

 49.r'5o.7 49.7 



5o.4;5i-8 49-7 

 51.3 54.0 53.6 

 55.8157.6 56.6 

 56.9157.556.3 

 57-5|57-3 57-4 

 56.2 58.2 56.4 

 57-8'59-4 57-8 



59.6 61.7 60.3 

 K1.9 61.4 60.4 



60.7 61.5 58.7 



56-3!577'55-5 

 54-8 547 54-0 

 53.1 54.052.1 

 1.0 51.3 48.2 



46.8 45-9 45-4 

 |47-5|47-5'48.8 



497 50-3 49-1 



4-5 



3.2 

 2.0 



4.6 

 6.0 



23.6 



I 

 2 



3 

 4 

 5 

 6 



7 

 8 



9 



10 



1 1 

 12 

 13 

 14 

 ^5 

 16 



17 

 18 



19 

 20 



21 

 22 

 23 

 i4 

 ^5 

 26 



^7 

 28 

 29 

 30 

 31 



Śr.m 

 Moy. 



zana (st. 6). 's = 49n4' N; >.=3in3' = 2" 5'"; H - 158 m; Cg==+0.3 mm. Październik (Octobre) 1901 r. 



S1.461. 



^56.4,5 5- 



■3 



58.1 



10.8 



18.2 



11.4 



13.0 



18.6 



6.8 



6.5 



8.5 



6.1 



68 



55 



60 



10 



4 







W2 



SE^ 



s* 



.8 



52.9 



8.0 



19.9 



12.6 



13.3 



20.2 



3-4 



5-4 



7.6 



7-1 



67 



44 



66 







I 







SW^ 



SW9 



SW3 



.0 



S4.5 



8.4 



21.2 



12.6 



13.7 



22.6 



6.4 



7-1 



9-9 



9-3 



87 



54 



87 



I 



4 







sw 



N2 



NE' 



■5 



537 



5.8 



20.8 



10.6 



12.0 



21.0 



4-5 



6.7 



6.8 



7.6 



97 





80 







4 



I 



NE' 



SE* 



SE' 



•9 



49-3 



6.4 



214 



12.5 



13.2 



21.4 



4-4 



6.8 



6.9 



6.2 



94 



36 



58 







2 



I 



SE' 



S5 



S^ 



. I 



43.6 



10.2 



20.Z 



13.9 



14.6 



20.4 



7-9 



8.4 



7-3 



8. 



91 



41 



69 



6 



I 



2 



S8 



Sia 



S» 



.6 



35.3 



12.0 



19.4 



15.6 



15.7 



20.3 



5-9 



8.7 



9.6 10.5 



84 



56 



80 



7 



9 



I 



S8 



S'* 



S'2 



•4 



42.1 



10.2 



10.8 



9-3 



9-9 



15.6 



9.1 



8.8 



9 3 



8.1 



95 



97 



93 



10 



10 



10 



N" 







•9 



42.7 



7-4 



13.0 



6.4 



8.3 



13.0 



6.3 



7.2 



7-5 



6.9 



94 



67 



96 



9 



8 







W 



N3 



N' 



•3 



46.7 



5.0 



12.4 



91 



8.9 



12.4 



3.4 



6.3 



7-5 



7-4 



97 



70 



87 



7 



10 



3 



W 





E3 



•5 



43-1 



8.2 



II. 8 



12.8 



11.4 



12.8 



6.6 



77 



87 



9-1 



94 



85 



83 



10 



10 



5 



E6 





w 



.8 



477 



II. 8 



13.4 



I i.i 



II. 9 



15-5 



1 1.0 



98 



9.4 



9-5 



96 



82 



96 



7 



10 



10 



E' 



SE« 



SE 3 



9 



49.2 



1 1.0 



14.0 



9.8 



1 1.2 



14-3 



9.4 



9-5 



7.8 



8.0 



97 



66 



88 



8 



9 



5 



S3 



S6 



S2 



.8 



5^- 5 



4.4 



16.6 



8.1 



9-3 



16.6 



3-4 



6.0 



7-9 



77 



97 



57 



96 







4 







S2 





S' 



. I 



547 



6.8 



13.0 



10.2 



lO.I 



13.0 



2.9 



7.0 



9.0 



8.8 



94 



81 



95 



10 



9 



10 



E' 



E6 



W- 



•9 



55-4 



6. 



15. 1 



9.0 



9.8 



15.2 



5-4 



7.0 



9.2 



7.8 



99 



72 



cyi 



10 



3 







E' 



E5 





.6 



58.2 



3.0 



10.3 



''1 



6.2 



10.7 



2.8 



5.0 



5-4 



5-3 



88 



58 



n 



I 



2 







E' 



E« 



E* 



.1 



61.8 



1-3 



10. 



2.6 



4.1 



lO.I 



0.8 



4.1 



4-8 



4-5 



82 



5i 



80 



I 



I 











E' 



•5 



60.7 



0.0 



9 I 



3-9 



4.2 



91 



— 0.2 



4-5 



3 3 



3-5 



98 



37 



58 



5 



2 



I 



W- 



E'o 



E" 



.1 



61.5 



- 0.6 



10.3 



3.0 



3-9 



10.3 



— 1.2 



3-4 



2.9 



3-9 



77 



32 



69 



3 



2 







W 



E" 



W 



7 



61.2 



- 2.0 



9.6 



3.2 



3-5 



9.6 



— 3.2 



3.8 



3.6 



3.8 



96 



40 



66 



I 



I 







E' 







•3 



63.S 



- 3-6 



10.6 



2.0 



2.8 



1018 



— 4.2 



3-3 



2.9 



3-4 



95 



30 



64 















E' 



W 



E^ 



•9 



6Ó.4 



— 2.0 



8.6 



0.9 



2.1 



8.8 



— 2.7 



3.6 



3-3 



4.0 



92 



40 



80 



0, 



o 







E' 



E5 



E' 



.2 



65.4 



- 5.0 



8.4 



- 0.8 



0.5 



8.5 



- 5.2 



3.0 



4-3 



3-5 



95 

 98 



5* 



81 















NE' 



E5 



E' 



•5 



63.2 



- 6.0 



7-9 



- 1.6 



— 0.3 



7-9 



— 6.2 



2.8 



2.6 



3-3 



3^ 



80 















E' 



E« 



E' 



.6 



59 q 



— 4-0 



6.7 



1.8 



1.6 



6.8 



- 57 



31 



3.2 



3-5 



91 



43 



67 





7 



9 



E' 



E5 



E' 



.1 



58.3 



— 0.6 



8.2 



1.8 



2.8 



8.5 



- 1.7 



3-4 



2.9 



3.6 



77 



35 



68 



\ 



3 



9 



E' 



E6 



E' 



.0 



56.8 



— 2.6 



9-3 



2.8 



3-1 



9.4 



— 2.7 



3.6 



3-5 



37 



96 



40 



66 



10 



7 



3 



E' 



E* 





.1 



53-9 



— 4.2 



1 1.2 



— 0.6 





11.4 



— 4.2 



3.2 



4-4 



3-9 



95 



44 



88 



I 











SE' 



S2 



S' 



7 



50.0 



- 3-8 



12.5 



3.6 



4.0 



12.6 



— 4.2 



3-3 



4.2 



4-5 



95 



39 



77 



9 







8 



SW 



SW 



SW 



.6 



5^-3 



4.0 



6.0 



3-1 



4.1 



"i 



2.3 



5-5 



4-5 



47 



90 



65 



83 



10 



8 



9 



w 



N9 



NAV« 



.8 



54 9 



3.4 



12.9 



6.7 



7-4 



13-4 



1-9 



5.6 



6.1 



6.0 



91 



53 





4.8 



+ i 



2.8 



2.2 



6.2 



2.9 



0.4 



II. 5 

 0.5 



5-5 

 19.1 



37.2 



Xl. 

 .Cl. 



/co 



= -Cl 



— Xl 



LJU> 



LI 

 U 



U 

 LJ 

 U 



W 



u 



• a 



I 

 2 



3 

 4 



5 



6 



7 

 8 



9 



10 



1 1 

 12 

 13 

 14 

 15 

 16 



17 

 t8 



19 

 20 



21 

 22 

 23 

 24 

 ^5 

 26 



2-7 



28 

 29 

 30 

 31 



Sr m. 

 Moy. 

 meii3 



