l /Aiw (.,:. 3,. .j.==51017' N; X=22°13' E=l'' 29'"; 11^178//*.: Cg=^OAtnm. Marzec (Mars) 1903 v. SI 



(jarometr red. 

 ęiloO^i na cięż- 



■ ■ iĄć(gravitei 

 <)<) III III -j- 



i7a I ip 9P 





Temperatura powietrza 







Wilg. bezwz. 



Wilg. w 



zgl. 



Zachm. 



Kier. i 



prędk. 



wiatru 



I/) 



3 c 

 ■o 



UWAGI 







Temperaturę de 



'air 







Hum. abs. 



Hum. rei. 



.\'cbul. 



Direct. et vitesse 



ta • r; 

 D. c3 



■-: ° 

















mm. 











( ) 



10 



du vent, m./sec. 



>. ;j 

 ^1 



REMARQUES 







'P 



9P 



Sreil. 

 Moy. 



Max. 



Min. 



7a 



ip 



9? 



7a ' 



ip 



9P 



7a 



IP 



9P 



7 a 



ip 



9P 





6. o 



6.8 



2.4 



4.4 



8.0 





2.4 



6.0 



4.7 



5-3 



87 



64 



96 



10 



1 



1 





W 



SW* 



7 





I 





6.8 



3-3 



.? 7 

 i-/ 



7.0 





1-5 



4.7 



4.8 



4-7 



93 



66 



82 



10 



Q 



5 





Q 



SE-'' 







2 



1.4 



10. 



6 2 



6.0 



lO.O 





0.6 



4.1 



5-7 



6.9 



82 



62 



97 



8 



I 



3 





SE '2 



SE' 







3 1 



4.8 



7.0 



5-4 



5-7 



10. 





46 



5.6 



5.8 



5-9 



87 



77 



87 



10 



10 



10 





SE^ 



E' 



0.0 



• 



1 



o.a 



7-4 



2 8 



3-3 



8.2 





0.2 



4.6 



5-1 



4.8 



98 



00 



C 

 OD 







2 



2 







SW3 





-- 





5 i 



2.8 



10.4 



8.0 



7 1 

 I-i 



II. 3 





1.0 



4-7 



5.8 



6.2 



84 



62 



78 







A 

 4 



8 



SE* 



SW" 



SW3 



l.S 





6 ! 



2.4 



4-4 



A 



T Q 



9.0 





1.0 





4.8 



4-5 



94 



77 



96 



10 



10 



I 



NW5 



NW5 



NW 



0.9 



• 



7 



0.4 



3.8 



2 8 



2.5 



4-5 





1.0 



4-5 



4.8 



S-o 



94 



80 



89 



10 



7 



10 



NE5 



NE5 



NE^ 







8 



1.8 



0.8 



0.2 



0.6 



3.2 





0.2 



4.1 



4.6 



3.6 



78 



94 



79 



10 



10 



9 



NE8 



W 



E' 



— 





9 



0.9 



O.I 



— 0.6 



— 0-5 



0.8 





1.0 



3-9 



4.2 



4.2 



90 



92 



96 



10 



10 



8 



W 



Eio 



E* 



— 





10 



■ 1.0 



— 0.2 



- 0.5 



— 0.6 



0.0 



— 



1.8 



3-9 



4.2 



4.2 



90 



92 



94 



10 



10 



q 



7 



E« 



E* 





0.0 



/\ 



1 1 



- 0.6 



2.0 



0.5 



A 



2.0 



— 



1.0 



2.2 



3-4 



4-5 



5^ 



64 



94 



2 



1 





 9 



E' 



SE^ 



E' 



0.0 





12 



■ 0.8 



1.0 



0.4 



0.2 



1.0 





10 



3.2 



4-5 



4-5 



73 



90 



96 



9 



10 



10 







E« 





0.0 





13 



0.6 



0.8 



0.4 



0.3 



1.0 





0.8 



4-1 



3-9 



4.2 



92 



80 



89 



10 



10 



2 





E« 





— 



U 



14 



0.8 



3.2 



2.7 



2.3 



4.0 





0.0 



4-3 



4.6 



3 9 



89 



00 



70 



10 



10 



10 



El 



E5 



E* 



— 





15 





4.0 



1.2 





6.0 





0.7 



4-5 



4.2 



4.0 



87 



69 



80 



10 



g 







Ęio 



SE"^ 







16 i 



1.6 



6.2 



3-5 



3-7 



7.0 





1.0 



4.6 



4.8 



4.6 



89 



67 



78 



7 



8 









E^ 



SE3 



E' 









^7 i 





6.0 



1-5 



2.7 



6.0 





1-5 



4-5 



4-5 



4-5 



88 



65 



87 



8 



8 







E> 



SE' 



E' 



— 





i8 1 



I.O 



3.6 



0.1 



1.2 



5.0 



— 



1.0 



4.6 



5-3 



4-3 



92 



90 



92 



5 



10 











W« 







0.2 



• lj 



19 



1-5 



(3.7 



5.6 



4-9 



7.6 





2.0 



4.6 



5.6 



DO 



91 



77 







3 



10 



10 





SW^ 



SW 



0.0 



• 



20 



c 6 

 5-" 



9.8 



A A 



6.1 



lO.O 





4.4 



6.1 



6.9 



5.6 



89 



76 



90 



10 



10 







SWi 











2 1 



1-5 



12.0 





e 6 

 5.0 



12.8 



— 



1.0 



4-5 



5-7 



6.2 



89 



55 



100 



I 









SW 







— 





22 



5.0 



16.0 



6 d 

 "•4 



8 c 

 0.5 



16.6 





0-5 



5-7 



8.7 



6.6 



87 



64 



91 







j 



Q 



SW2 









— 





23 



7.0 



17-5 



12.0 



12.1 



18.8 





5.0 



6.2 



10.1 



8.2 



82 



68 



79 

















SW" 



SW* 



0.0 



• 



24 



4.8 



II. 



3.8 



5.8 



13.0 





3-5 



5.8 



4.8 



5-7 



90 



50 



95 



2 



2 











SW' 



— 





^5 



A 7 



4-/ 



14.4 



10.5 



10. 



17.0 





2.0 



5-7 



6.7 



7.0 



89 



55 



74 



















SE' 











26 



8 d 



18.8 



14.0 



13.8 



19.0 





7.0 



5-9 



6.0 



6.9 



71 



37 



58 

















SW'o 



S3 







27 



12.0 



1 7.1 



/ 



8.0 



II. 3 



17.1 





8.0 





7.2 



7.6 



j j 



^o 









5 









SW'o 



SW' 



— 





28 



9.8 



16.2 



12.0 



12.5 



16.5 





5.0 



6.8 



7.8 



7-7 



75 

 89 



57 



74 



7 



10 



10 





SW3 



W' 







29 



4-9 



14.2 



6.0 



7.8 



U-5 





3.8 



5-7 



7.6 



6.4 



63 



91 















SW2 



SW3 



S' 



— 





30 



'!•'! 



j j 



12.2 



6.9 



7-9 



12.5 





5.0 



6.1 



6.9 



5-4 



91 



65 



73 



3 



4 







E' 





NW' 







31 





8.1 



4-4 



5.0 



9.0 





1-5 



4-9 



5.6 



5-5 



85 



70 



86 



5.6 



5-9 



4-5 



3-1 



5-5 



2.6 



3.6 





Śr.m. 

 Moy." 



mens ^ 



.st. 4). 



'f=49"4' N; >.=26036' E= 



:P46-; H= 



=320 »i 







-j-0.2)Hrti. 



Miir/ec (Mars) Wm r. 



2.0 





3-6 



3.6 



6.4 





1-5 



4-5 



5-4 



5-1 



85 



81 



87 



10 



10 



7 







WSW 3 



NNW 



0.0 



• 



I 



0.4 



5.2 



1.0 



r-7 



6.6 





0-5 



3-9 



5.0 



4.0 



89 



75 



79 



I 



3 



Q 







SE* 







2 



1.0 



5.0 



3.6 



3-3 



5-3 









4.8 



5.8 



5-3 



98 



89 



90 



10 



10 



9 



SSE'o 



SSE"> 



SSE'-'' 







3 



2.6 



3-4 



1.2 



2.1 



4.0 





1.2 



5-1 



5'4 



4-9 



93 



93 



96 



10 



10 



10 



SE'o 



SE'o 



ESE5 



0.9 



• 



4 



0.7 



2.3 



1.4 



I.I 



2.4 





1.0 



4.1 



4-7 



4.1 



94 



85 



82 



10 



10 



10 



ENE3 



SSW2 



SE' 







5 



■ 0.6 



2.2 



- 0-7 



0.0 



2.8 





1.0 



4.1 



4.6 



4.1 



92 



85 



94 



10 



9 



Q 



SSE'' 



SE8 



SSE 5 







6 



1.6 



4 



0.0 



— 0.3 



1.0 





2.0 



4-1 



4-7 



4.6 



98 



96 



98 



10 



10 



I 



SSE' 



S3 



SW* 



0.3 



= • 



7 



i.i 



3.2 



— 0.9 



0.6 



3.2 



_ 



0.9 



4-7 



5.0 



3-9 



94 



87 



90 



10 



10 



10 



E2 



ESE* 



SE^ 



0.1 





8 



2.0 



— 1.0 



— 2.2. 



— 1.8 



— 0.7 





2.2 



3-5 



3.6 



3-1 



88 



84 



79 



10 



10 



9 



E« 



ES 



ENE'' 



0.8 





9 



2.1 



— 0.8 



— 3.0 



— 2.2 



— 0.8 





3-3 



3-7 



3-7 



3 -i 



94 



85 



87 



10 



10 



8 





EKE8 



E* 



I.I 



10 



3.9 





~ "1 



— 23 



0.2 





53 



2.7 



3 7 



3.6 



80 



80 



96 



10 



10 



c 



3 



ENE^ 



NE' 



E* 



0.2 





II 



3.0 



— 0.6 



— 2.6 



— 2.2 



— 0.6 





4.1 



3-3 



3-7 



3.6 



91 



85 



96 



10 



10 



1 



ENE* 



E' 



ENE* 



3-9 





12 



3.0 



0.4 



— 3-i 



— 2.2 



0-7 





3.5 



3-5 



4.2 



3-3 



96 



89 



91 



9 



10 



10 



E« 



ESE'' 



W 



0.0 





13 



1-3 



1.0 



— 1.0 



— 0.6 



1-5 





3-5 



4-1 



4-5 



4-1 



98 



90 



96 



10 



10 



10 



ESE'-' 



ESE8 



SE9 



0.2 





14 



1-4 



1.6 



— 1.2 



— 0.6 



1.8 





1-5 



4.0 



3.6 



3-9 



96 



71 



92 



10 



9 



10 



SE- 



SE'' 



SE8 



00 



^Ad 



15 



1.8 



10 



- 1-4 



— 0.9 



1-3 





2.0 



3-7 



4.0 



3.8 



92 



81 



92 



10 



8 



c 



ESE* 



SEs 



SE8 







16 



1-4 



2.6 



0.8 



0.7 



2.6 





2.5 



3.6 



3-9 



4-1 



88 



70 



85 



10 



9 



I 



SE'0 



SE'" 



SE' 







17 



0.8 



31 



2.4 



1.8 



3-5 





1. 1 



4.0 



4-3 



4-5 



92 



74 



82 



10 



10 



5 



SE'' 



SE" 



SSE' 







18 1 



0.4 



7.6 



2.4 



3.2 



8.0 





0.9 



4-4 



4.8 



5-5 



92 



6x 



100 



8 



9 



10 



SE=' 



SSE'o 



NNE8 



0. 1 



• 



19 



0.0 



6.8 



3.6 



3-5 



7-3 





0.0 



4.3 



4.2 



4-7 



92 



57 



80 







4 



9 



WNW« 



N6 











20 



3-4 



9.2 



5-9 



6.1 



9-5 





1-5 



5.2 



6.4 



6.3 



90 



74 



91 



10 



10 



7 







W* 



W* 



0-7 



• 



21 



33 



II. 4 



4.1 



5-7 

 8.8 



11.8 





2.4 



5-4 



6.2 



5.2 



94 



61 



85 



10 



7 



° 















22 



2.1 



15.2 



9.0 



15-5 





1.6 



5.0 



5-3 



5.8 



93 



41 



68 



2 









WNW 











13 



5.0 



16.8 



8.8 



9.8 



17-5 





2.5 



4-5 



5.8 

 5-9 





69 



41 



62 















\VNW2 



SSW6 



SSW' 







14 



5.8 



8.2 



3.6 



5-3 



9.8 





3.0 



4.5 



4-3 



66 



73 



73 



2 



6 







]SINW2 



NNW 







0.0 



• 



15 



2.4 



12.5 



6.7 



7-1 



14.0 





0.5 



4-5 



5-3 



5-1 



82 



49 



70 



3 



I 







SSE* 



SE8 



ESEs 







26 



3.0 



15.2 



10.0 



9.6 



17.0 





1-5 



4.4 



5.8 



5-7 



78 



45 



62 















SE» 



SE20 



SE» 





/ 



^7 



3 -i 



17.6 



10.6 



10.5 



19.4 





1-5 



4-7 



7-1 



6.3 



81 





^7 















SSE* 



SSE'' 



SSE'^ 







28 



8.9 



17.2 



11.4 



12.2 



17-5 





2.0 



6.0 



5-9 



6.4 



71 



1^ 



64 



10 



10 







ESE2 



NW* 











29 



5.6 



15-9 



10.4 



10.6 



16.8 





3-5 



5.8 



7-1 



6.8 



85 



53 



73 







2 







NNW^ 



NE 2 



E* 



0.0 



^9 



30 



7.8 



16.0 



9.0 



10.4 



.6.5 





7.0 



5-9 



7-7 



8.3 



75 



56 



97 



10 



7 



10 



SE^ 









20.0 



C • 



31 



I.I 



6.6 



2.9 



,.4 



7-4 





0.2 



4-4 



5-1 



4.8 



88 



71 



84 



7-3 



7-» 



5.6 



4.6 



6.6 



4.6 



28.3 





śr.m. 

 Moy. 



mens 



1,8.2^40.1 41.8 

 11:3.8 43.4141.2. 

 31I6.0 34.2. 34.4 

 i' 8.2'4i.O|45.5 

 , a'49.4!49.2 



o.4 45-5'45-i 

 7fr7-5 49-9 50-8 

 g 1.4 51.9 527 

 9|3-3 53-6 537 



D 2.0151.5 50.4 



1 o.5l5i.4'52.i 

 i 2.8 52.3I52.2 

 Ji2.5i5i.9'5i.6 

 f 2.7'52.6!5 1.6 

 5 i.8,52.i'5i.8 



■)io.9;5o.6 49 

 iri7.3i46.6,48.s 

 J(8.7|48.8 48.0 



)>8-5 

 , )(ó.4 



51.1 24'4 



55.2 ÓÓ.4 



54-4 53-9 

 53.552.0 

 51.0148. 8 

 43.6I42.6 

 45.3 50.2 



1(4.9 

 l!3-3 



ł 5-1 



5 9.3'48.8 46.4 



i 4.0 



43-9 437 

 144.845.8 

 )''6.3 46.1 48.9 

 3 1.8 49.3 46.2 

 I 0.5 39.9 40.8 



" .S.3 



48.2 48.4 



_a»ibczej(hvka (.st. 4 



""ir9.8 29.3 31.6 

 112.7^33.0 32.2 

 , 5 8.2I27.0 26.0 

 I » 7-42'9-5 32.7 

 ■ " 3 37-8 38 7 



■7 37-0 35 

 , 7 5-i|357,36 

 , 8 6.9 37.4 39 



? o-ij39 9.39 



5 8.3l37-5]37 

 - I 6.6'37. 



1 7.9138. 

 B 9-i'4o. 

 ł 0.0 40. 

 , 5 o.r 41. 



6 0.5 39. 



77-6:37. 

 9'6.2'36. 



, 9 7.a'37- 

 o 2.1:42. 



- I 2.9 42. 



^ 1.4141. 



3 0.4 39. 



■4 6.7I35. 

 ,'5 ł-9|36. 



■6 9.3 38. 

 •7 8-ii37 



lo 6.7 36 



'9' 5-6 35 

 10,8.1,37 



' |i;.9.3 27 



1:38 



2'39 



40 



2 40 



2 41 



8,39 



1 36 

 o 36 

 7 40 



2 42 



3 41 



3 40 



o 37 

 3 33 

 4|38 



■0|37 

 ■5 36. 

 i;35 

 .8 36 

 .6!34 

 .226 



•8136 



Ifam. Fizjppr. Tom XIX. 



Dziat t. — 21. 



