12 Sobieszyn. (St. 6). 



DZIAŁ I. METEOROLOGIA I HYDKOGKAFIA. 



Marzec (Mars) 1897 r. 



Barometr sprowadzony 



do 0°=700 »m»-H 



Termometr suchy 



Termograf 



Max. Min 



Wilgotność 

 względna 



Stopień 

 zachm 



Kierunek i sita 

 wiatru 



UWAGI 



7 

 8 



9 

 io 



I ii 



I 12 

 1 13 

 1 14 



I 15 



16 



*7 

 18 



19 

 20 



21 

 22 

 *3 

 24 

 *5 



26 

 27 

 28 

 29 

 30 

 3 1 

 śr.m. 



53.651.1146.4^0.4 



43.844.0 44 3 44-0 



41.2 40 8 39.6J40.5 

 39-4I40 4:43-! 4i-o 

 43-5 43-6 43 i 43-4 



43- 9U3 4,43- 6 43- 6 

 44.044 4 43- 6i 44-o 

 45. 946. 2147. 1 46.4 

 49.1 5o.q 53.5 5: 

 53-9 53-5153-5 53-6 



53.653.0I52.7 53.1 



51.951. 1 50.6 5 



48.8 46.5 45.0 46 8 



44- 5 45- 2 47- 1 4v h 

 48.8^49.6 50.6149.7 



51.350.7 49.9 50.6 

 50.249 3 48.i 49- 2 

 47-°45-5 43-°!45- a 

 40.1 41. 1 35°|3 8 -7 

 28.7| 3 2. 5 38.4 33.* 



45.146.7,50 3 47.4 



53.6 53.8 55.1 S4 z 

 53.649.2146.3149.7 



46.3 46.8 47.0 46.7 



42.9 42.4 41.4 42.2 



41.442.8 47 3 

 44.541.1,39.3 

 36 6 36.2136.8 



43.8 

 41.6 

 36 5 



34.4 31.4 28. 9131. 6 



35-3 37 8 ,4i-i 

 43-5 43-5|40.2 



38.1 

 42.4 



45.245.0 44.9,45.0 



2.0 

 4-5 

 3-5 

 i-3 

 0.4 



i-4 



2.6 

 2.0 

 2.6 



0.2 

 0.5 



1.0 

 i-5 

 i-5 



3- 4 



1.9 



4- 3 

 3 1 

 6.6 

 2.4 



i-5 



lvi 



4.0 



0.8 

 4-4 



5 * 

 0.1 

 6.0 



4-5 

 4.8 

 2.2 



20 



4- 5 

 8.3 



3- 7 

 4.6 

 6.0 



3.0 



5- 1 

 3 o 

 3.8 

 ^•3 



2.6 

 12 



4- 7 



5- 4 



12.0 

 12 2 

 13.3 



4- 7 

 4.2 



3-5 

 1.8 



a-5 



5- 4 

 8.3 



6.1 



3-8 



7-3 

 11.6 



7-3 

 8 6 



5.8 



1.4 



5-4 

 0.4 



3-o 

 3.8 



3.2 



3.0 



2- 4 



!-9 



0.6 



0.3 

 0.8 

 3.2 



3- 4 

 4 4 



7-4 

 6.2 

 8.6 

 7.2 

 i-3 



0.8 

 1 6 

 o-5 



4- 3 

 5.8 



6.6 

 4.0 



5- 7 



9.2 

 3.6 

 5.6 



64 

 2 8 



0.9 

 0.6 



3-7 

 6.1 



6.1 

 2.9 

 6.2 

 8.6 

 4.8 

 5 5 



12 



13 



14.6 



9 



3-51 3-7 



o — 3-5 

 8 1.4 



7] 4 

 0.4 

 0.2 



1.2 

 2.5 



1- 5 

 1.9 

 0.0 



0.6 



1.2 



2. 



1.2 



3.0 



1.0 



2 - 5 

 2.0 

 2.9 

 i-5 



0.8 

 2.9 

 5.7 



0.5 



3- 7 



1 7 

 1.0 

 4.0 

 i-7 

 3-5 

 0.1 



93| 9 6 

 93 9 6 

 93 95 

 97 9° 

 93 8 3 



96 

 90 

 85 

 87 

 77 



0.7 92 



74 

 72 



74 

 77 



ISO 



67 

 65 

 71 



96 



85 



77 

 50 



89 

 95 

 93 



81 



87 . 

 91 96 



79 93 

 55 9° 

 61 88 



81 90 



96 



O 2| 2 

 ŁO|IO IO 



10 10 O 

 10 10 o 

 8 10 10 



10 10 10 



i 



io, 10 10 

 10 10 10 

 iojio 

 10 10 



E' 

 o 

 o 

 o 

 NE 1 



SE 1 

 o 



SW' 



o 

 NE' 



NE 1 NE 

 o 

 o 



10 10 10 

 10 10 10 



3 7 10 

 10 7 10 



10 8 10 



10 4 % 



9 3* 

 5 2 a 

 10 io'io 

 10 10 10 



10 7 o 

 o 7 o 

 o 10 10 

 10 10 10 

 10 10 10 



10 iojio 

 10 10 10 

 10 10 10 



10! 5110 



10 10 

 2 10 



o 

 o 



NE 1 

 W 

 E' 

 E 2 

 o 



SE 1 

 o 



W 

 SW 

 SW 4 



W 2 

 W 2 



o 

 SE 1 

 SW 2 



o 



NE 1 

 W' 

 SW 5 



w* 



W ' 



o 



N 1 

 NE 2 

 o 



o 

 o 

 SE- 1 

 NE 3 

 SE 1 



SW 3 

 W 2 

 SW 1 

 NW» 

 SW 4 



W 2 

 N 5 

 SE 3 

 o 



W' 



NW 3 

 NE' 

 W 1 

 SW 2 

 NW 3 

 W' 



E 2 



o 



o 

 W 1 

 NE'- 



NE 1 



o 

 W 2 



o 



E' 



NW 2 



o 



E 3 

 NE 2 

 E' 



W 3 

 E 1 

 SW' 



S 5 

 NW 



SW 4 

 o 



E' 

 o 



W 



NW 3 

 W' 

 W' 

 o 



W' 



6.5 

 0.4 

 0.6 

 1.2 



4-3 

 0.1 



i-4 



0.0 



0.6 



3-3 

 3.6 

 1.1 



i-4 



2.9 

 3.2 

 5-9 



1.1 



*-5 

 2.0 

 7.5 



50.6 



* .Nałęczów. (St. 7). 



Marzec 1897 r. 



Ozień 



7 



1 







1 7 



1 



9 





Max. 



Min. 



h 



1 



9 





!- 



1 





1 7 



1 



9 





UWAGI 



1 



49.0 



45-7 



41.5 



45-4 



— 2.0 



6.3 



3.0 



2.6 



6.8 



— 4.2 



95 



48 



83 



77 











8 



SE 3 



SE* 



SE 4 



0. 1 





2 



39-3 



39-3 



39.8 



39 5 



4 5 



8.4 



4-8 



5.6 



8.4 



3.0 



96 



81 



97 



91 



■i 



10 



10 



SW' 



SW 2 



NW 2 



3-5 





3 



36.8 



}>>.2 



34-8 



35-9 



4.4 



3-7 



0.8 



2.4 



5-3 



0.4 



97 



88 



96 



94 



rc 



10 



7 



SW 4 



SW 3 



SW 4 



0.3 



i- 



4 



34-7 



56.4 



} 8. 5 



36.5 



i-4 



4.2 



2.2 



M 



4.8 



0.6 



94 



87 



89 



90 



1 



10 



10 







NW 2 



NW 2 



0.2 





5 



58.9 i*. 7 



J9-i 



38.9 



1.1 



5-8 



3-4 



3-4 



6.4 



0.8 



96 



75 



90 



87 



1 



10 



10 



NE' 



NE'-' 



NE 2 



3- 1 





6 



39.038.4 



38.6 



38.7 



i-7 



3-3 



3-4 



3.0 



4.6 



i-7 



94 



93 



97 



95 



1 



10 



j 10 



NE 3 



E> 



E 5 



1.1 



• 



7 



39.1 



39-5 



40.5 



39-7 



2.6 



5-3 



3.6 



3-8 



5-4 



2.2 



93 



86 



97 



92 



i u 



10 



10 



E s 



SE 2 





2-3 



• 



8 



41.0 41.4 



42.4 



41.6 



0.5 



*-5 



1.8 



*-7 



4.1 



0.5 



100 



89 



93 

 89 



94 



I 



10 



10 



N 3 



N 1 



NW 4 



2.1 





9 



43-945-9 



48.6 



46.1 



2.0 



3.2 



1.2 



1.9 



3.2 



0.9 



98 



90 



92 



[0 



10 



10 



NW 3 



NE 3 



N 3 



0.6 



• 



10 



48.948.8 



48.8 



48.8 



0.1 



2.0 



0.4 



0.7 



2.1 



0.1 



92 



7i 



92 



85 



10 



10 



10 



N 2 



NE' 











1 1 



48 748.4 



47-8 



48.3 



0.0 



2.4 



— 0.2 



0.5 



2.6 



— 0.3 



85 



66 



89 



80 



0:1 



10 



10 



S' 



NW' 







0.0 





1 2. 



47.2 46.2 



45.8 



46.4 



— 1.6 



0.1 



- 1.6 



- 12 



4 



— 2.0 



92 



83 



96 



90 



10 



10 



9 



NW 3 



NW- 











1 r 3 



44.141.740.4 



42.0 



— 1.2 



4-7 



3.2 



2-5 



5-5 



— 2.6 



88 



67 



83 



79 



J 



7 



10 



SE 3 



SE 6 



S 6 



0.3 





14 



39.440.1 



42 3 



40.6 



r.8 



5-4 



3.2 



3-4 



5.8 



0.8 



85 



65 



89 



80 



8 



2 



10 



E' 2 



SE' 



E 3 







'-" 



44.044.9 45.8 



44.9 



3-* 



8.7 



4.9 



5-4 



8.8 



0.4 



90 



70 



82 



81 



10 



8 



10 



SE 3 



SE' 



SE 5 





ii 



16 



46.5 46. 2:45. 7^46. 1 



2.6 



12.1 



6.6 



7.0 



12.8 



0.8 



89 



56 



81 



75 



5 



3 



1 



SE 3 



S 5 



S 3 





■ 



'7 



45-5 44 7 43 7 44-6 



3 4 



12.2 



6.2 



7-i 



13.3 



2.2 



90 



57 



88 



78 



5 



1 







S' 



SW 2 



S 3 







l8 



42.941.1 



38.8 40.9 



5.0 



13 5 



9 .6 



9.4 



L4.6 



1.8 



'V 



58 

 88 



82 



76 



4 



1 



7 



SW 3 



SW 6 



SW 5 



3.0 





19 



36 37 31.3(34.8 



6. S 



5-5 



6.6 



6.3 



9.6 



4.0 



78 



80 



82 



10 



10 



10 



SW 5 



NW 6 



sw« 



3-7 





20 



24.7 28 1 



33 7 



28.8 



2 2 



3.6 



1 4 



2.2 



6.8 



i-3 



9i 



83 



93 



89 



10 



10 



10 



Wio 



NW 6 



NW« 



1.2 





z 1 



40.5 41.8 46. 1 42. X 



1.8 



3.2 



— 1.0 



o-7 



3-3 



— 1.0 



95 



73 



59 



76 



10 



9 







W6 



NW 6 



N 4 



0.6 





22 



48.8 49. 1 



50.6 49.5 



— 2.3 



2.2 



- i-7 



- 09 



2.8 



— 3-i 



81 



ts 



78 



69 







6 







NW 4 



NW'° 



NW 2 







23 



48.944.2 4r.o 44-7 



1.8 



3-4 



0.7 



0.1 



3 5 



6.6 



93 

 98 



5* 



96 



80 



1 



10 



1 



E 2 



SE 8 



E' 



1 



LI"* 



24 



41 ■ 5 42- i tó.J 42-1 



1.0 



5-7 



4.2 



3.8 



6.3 



o-7 



93 

 88 



97 



96 



10 



10 



1 1 ' 



SE 2 



NW 3 



S 3 



2.9 



• 



*5 



i*.<, 38 2 38.3 



5-i 



8.4 



6.6 



6-7 



10.2 



3-2 



95 



78 



87 



10 



9 



1 



SW' 



W 4 



W« 



6.1 



• 



16 



37.3 38.5142.9:39.6 



5.0 



5.2 



1 4 



3.2 



6.6 



1.4 



92 



86 



82 



87 



10 



8 



1 1 1 



W 4 



NW 



NW 10 



1 8 



• 



z 7 



40.3 36.7 35.0 



37-3 



0.0 



4-i 



5-i 



36 



5-i 



— 1.0 



92 



80 



95 



89 



10 



10 



1 



SE' 



S 3 



SW 3 



7.J) 



•* 



28 



32.4 32.2 32.5 32.4 



6.1 



5-9 



5-3 



5.6 



7-5 



5-' 



9 1 



90 



92 

 89 



9' 



10 



10 



1 < 1 



W* 



NW 8 



W' 



3.8 



• 



Z', 



(o.oać 9 94.6 27.1 



4.1 



10.8 



9-4 



8.4 



12.7 



2.0 



93 



7* 



85 



10 





1 1 1 



s* 



8* 



SW 3 



5.0 





JO 



3'-4 33 <> 



ł'>-7 n <> 



4.6 



7-9 



4.2 



5-2 



9.6 



J-5 



81 



50 



77 



69 



1 



5 



9 



W' 



W 1 



w- 







1< 



39 3 39.2; 



3*>-i 



$8 2 



'•5 



8.6 



6.1 



5.6 



9.6 



0.0 



78 



55 



81 



7i 







3 



1 1 . 



W 3 



SW' 



S 3 



1.2 



• 



ir.m 



40.6 



*0-4 



40.5 



40.5 



2.0 



5.8 



3-4 



3.6 



6.7 



0.5 



9 r 



74 



87 



84 



8 



8 





3-5 



4-3 1 



3-4 



51.8 



fcl 



