50 



"Warszawa. (St. 1). 



DZIAŁ I. METEOROLOGIA I HYDROGRAFIA. 



Kt\ 'czen ("Jixnvier) 1898 j\ 



Barometr sprowadzony 



do 0°=700 mm + 



Termometr suchy 



Termograf 



Max. Min 



Wilgotność 

 względna 



Stopień 

 zachm. 



7 1 9 



Kierunek i siła 

 wiatru 



SE 4 



S 4 







S 5 



S 5 



. — 





SW' 1 



sw 



— 





o w 1 



Si 1 





— 





O W 



3.6 



= • 



W 2 



w 



0. 2 



= A 



— w 



sw 



SW» 



4-4 



= • 



W 5 





6.9 





1\ ILj u 



Hr 





SIV 



a W • 



0.6 







SI w * 



SW 5 



u. 7 





W 5 



SW 3 



6.4 



• 



NW 





O.8 



• 



sw> 



SW' 



O.3 



• LJ = 



W- 



W 5 







W 3 



SW 5 



O 7 





W 5 



w* 



0. 2 



• 



SW 3 S W :i 



— 



= 



SW 



SW 3 





U 



SW 9 



SW 9 



2.4 



• 



sw 



SW 



*+* 3 





W 9 



SW 



J ■ J 



• 



W 5 



SW' 2 



0.7 





NW 



N 8 



0.3 



■X- 



N 5 



N 3 



O.O 



.V. 



A 



SW* 



SW 5 







w 



w 



o-5 





NW 



W 5 



1.8 





W 5 



W 8 



0.2 





SW" 



W 2 



3-i 



• A / 



W 12 



W 8 



10.0 





5-7 



5.2 



5M 





I 



2 



3 

 4 

 5 



6 



7 

 8 



9 



10 



1 1 

 12 

 13 

 14 

 15 



16 



17 

 18 



19 

 20 



21 

 22 

 23 

 14 

 ^5 



26 

 27 

 28 

 29 

 30 

 31 



śr m 



'•9,48.8 49.9 49.2 

 :.2 52.5I54.2 52.6 

 .o'58.i 60.4 58.5 

 .2158.7,56.9 58.6 

 .0 52.3 49 2 52.2 



50.0 51.2 52.5 51.2 

 50.6 50.9 48.2)49.9 

 44.6 43.7 51.8 46.7 

 57. 1,58.1 59.1 58.1 

 57.3 56.2(54.7 56.1 



56.6 58.0158.9 57.8 



57.8 



69.5 



63.9 



58.9:62.1159.6 



60.4 63.5 68.3 64.1 



b8.7,65.8jbs.o 

 63.3 64.3 63.8 



64.1 62.8162.6 63.2 

 62.8)62.8163.8)63.1 

 64.0 63.8 64.2 64.0 

 63.4I62.0 60.9 62.1 

 58.6158.0 58.4 58.3 



57-3 

 52.2 

 52.6 



57-5 

 54-4 



54.3I56.4 

 46.8I50.2 

 43.7I50.2 



47.8 44.7 52.7 48.4 

 57.6 60.7 63.6 60.6 



63.7!62.7j6o.7|62.4 

 57-4;55-Oj5 I -4|54-6 

 50.2,56.4 56.2^4.3 

 61.0 59.9156.3)59.1 

 51.947.6,43.0 47.5 

 3 8.i3:iO 34.3 35.1 



56.2 56.0 55.8156.0 



1.6 



0.5 

 3.2 

 2.0 

 0.6 



2.8 

 2.6 

 2.8 



■ 0.2 

 1.4 



1.2 

 1.6 

 3.8 



1- 4 



0.5 



0.9 

 1.0 



- 1.2 



■ 1-4 

 • 0.9 



2- 4 

 2.6 



- 0.9 



- 2.2 

 " 8.5 



124 



- i-4 

 0.4 



- 3-4 

 !-9 

 4.2 



- 0.3 



1.6 

 2.7 

 2.0 



3- 1 

 2.7 



3.0 



3-7 

 1.1 

 0.1 



— O.I 

 1.2 



3-5 

 5-i 

 0.0 



— 0.3 



1.8 



i-5 



— 0.9 

 2.2 

 2.3 



2.8 

 3-4 



— 0.3 



— 1.6 



— 9-3 



— 5-3 

 1.2 



i-3 

 0.0 



i-4 



— 6.3 



1.2 



0.5 

 0.1 

 i-4 

 i-5 

 2.8 



1- 9 



3.6 

 1.6 

 0.6 

 1.1 



0.2 

 2.6 

 2.4 



■ 0.2 

 0.7 



1.0 

 0.9 



■ 1.6 

 0.8 

 2.2 



3-3 

 0.7 

 0.1 



- 8.0 

 12.0 



- 3-4 

 1.8 



0.8 



2- 3 

 4.0 

 6.6 



0.6 



0.2 

 0.5 

 0.4 

 2.0 

 2.2 



2.4 



3-4 



1.8 

 0.3 

 0.2 



0.7 

 26 

 3-4 



- o-5 

 0.4 



1.2 

 1.1 



- i-3 

 0.3 



i-5 



3.0 

 1 8 



- 0.3 



" 4-9 

 10.5 



- 6.1 

 0.9 

 0.0 

 0.3 

 2.8 

 0.0 



°-5 



2.1 



3-5 

 2.0 



3-i 



2.8 



3- 3 

 4.0 



4- 9| 

 2.0 

 1.4 



i-7 

 3-5 



5- 1 

 4.0 



2.2 



2.1 

 x.8| 

 0.9 

 2.2 

 *-5 



3-5 

 6.1 



i-3 

 0.7 



7-5 



3-4 

 1.8 

 2.7 

 2.3 

 4.0 

 7.0 



— 2.2 



— 1.1 



— 3-5 

 i-4 

 0.5 



1.8 

 1.0 

 1.1 



— 1.0 



— i-5 



02 



o o 



2.2 



— i-4 



— 0.6 



0.7 

 0.7 



— 1.6 



— 26 



— i-3 



1.9 

 0.7 



— i-3 



— 8.0 



— 12.0 



12.5 



- 3 



- 1.0 



- 3 

 1.1 



3 



24I— 1.3 



83 89 



7 1 

 67 



83 

 89 

 9 1 



94 

 95 

 93 

 84 

 81 



93 

 9 1 

 92 



96 

 85 



95 

 89 



94 

 74 

 79 



98 

 84 

 92 



87 

 81 



76 

 83 

 74 

 79 

 9 1 

 96 



1 1. 1 



o 1 10 

 10 10 10 

 10 9 10 



10 io!io 

 10 10 10 

 IO IO 10 

 10 IO IO 

 10 oi° 



10 10 3 



IO IO IO 



10 7 o 

 10 10 4 



2 IO IO 

 I O I O I o 



10,10 IO 

 IOiIO o 



2 I < 



9 10 10 



IO IO IO 



3 9 10 



l| 2 IC 

 IO 10 c 

 A 5 



8 9 IO 

 IO IO IO 



10 7 6 

 4 10 10 



IO IO IO 



ioiiolio 



S' 



S 7 



S 3 

 SW- 

 SW 5 



W 5 



SW 

 SW 



SE 5 



SW 3 

 W 9 



w 



SW 3 

 SW 



W 3 



w 



SW 



SW 5 



sw 



SW 



w 



NW" 



W 5 

 N 5 



SW 5 

 SW 3 

 NW 5 

 W 3 

 W 13 

 W 9 



887 6.1 



*Silniczka. (St. 3). 



Styczeń 1898 r. 



Dzień 



7 



1 



9 | 



1 



7 



1 



9 





Max. 



Min. | 



7 



1 



9 





7 



I 



9 



7 



1 



- 1 





1 



4°-'9 



40.8 



p 5 P 1 



— 2.4 



1.9 



1.0 



0.4 



2.7' 





3-5 



85 65 



80 



77 















S 3 



S 1 



S a 





2 



42.1 



43.6 



44-9 43-5 



-1.6 



3.0 



— 1.2 



— 0.2 



3.2 





2 2 



76 



59 



67 



67 



1 



2 







SE 1 



SE 3 



SE' 





3 



48.8 



50.2 52.6 50.5 



— 5-9 



3-3 



— i-4 



— 1-4 



3-3 





6.1 



77 



73 

 89 



84 



78 



O 



O 



1 ' 







W 2 



W 





4 



52.0 



51.4 49- 6 5 1 - 



0.3 



2.6 



0.3 



0.9 



3.0 





i-4 



98 



94 



94 



IO 



IO 



5 



W 



S> 



S' 





5 



48.9 



46.4 



45.2 



46.8 



0.5 



2.8 



2.3 



2.0 



3.0 





2.0 



94 



86 



94 



9 1 



[O 



IO 



1 



S 1 



SW 



SW 



4.0 



6 



43.4 44.0 



44.4 



43-9 



2.6 



3-i 



2.0 



2.4 



3-5 





2.0 



100 



100 



100 



100 



IO 



IO 



1 



W 2 



w 



W' 





7 



43-5 



44.6 



42.3 



43-5 



2.0 



4-3 



3-i 



3- 1 



4.8 





*-9 



100 



99 



99 



99 

 86 



IO 



IO 



1 1 1 



S 1 



S 1 



SW 



2.2 



8 



40.5 



40.4 



46.1 42.5 



2.6 



1.6 



1.2 



1.6 



3-i 





1.0 



77 



94 



87 



9 



IO 



IO 



W 3 



W 5 



SW 3 



3-9 



9 



48.2 



48.6)49.0 



48.6 



0.1 



O.I 



- 0.9 



- 0.4 



1.2 





1.0 



85 



92 



78 



85 



IO 



9 



4 



NE 1 



NE' 



S 7 





IO 



47.8 



47.9 48.4 



48.0 



- 1.9 



— 0.5 



1.2 



0.0 



1.2 





2.0 



78 



75 



85 



79 



8 



IO 



IO 



S' 



S s 



W s 





11 



48.9 



50.2 51.8 



50.3 



\ i-4 



i-5 



1.0 



i-5 



2.8 





1.2 



89 



89 



90 



89 



IO 



IO 



10 



W 2 



w 



W 3 



0.5 



i* 



5*-9 



52.0 54.4 52.8 



1.4 



2.4 



3.0 



2.4 



3-5 





0.8 



89 



98 



95 



94 



IO 



IO 



1 



W 5 



W 5 



W 3 



2.0 



13 



54-i 



55.9)60.3 56.8 



2.3 



5.0 



i-7 



2.7 



5.0 





1.0 



98 

 98 



87 

 98 



98 

 98 



94 

 98 



IO 



IO 



8 



W 2 



NW 5 



NW 2 



O.I 



14 



Ml 7 



60.0 



58.4 59.7 



0.2 



- 0.7 



— 2.1 



— 1.2 



2.0 





2.1 



IO 



IO 







W 2 



S 2 



S 2 





J 5 



56.7 



56.8 



57 4 5<>-9 



i-5 



4-i 



0.2 





4-i 





3-2 



61 



59 



90 



70 







4 



IO 



SW 1 



W 3 



w 





16 



57.0 



56.8 



57 * 



57 



0.5 



O.I 



— 0.8 



— 0.2 



05 





O.9 



94 



96 



98 



96 



IO 



IO 



1 



W 2 



NW 



w 



i-4 



1 17 



56.6 



56.6 57.0 



56.7 



— 0.6 



— 0.4 



— 1.4 



— 0.9 



— 0.4 





i-4 



06 



92 



90 



93 



IO 



IO 



IO 



W 1 



SW 3 



w 



0.0 



18 



5M 



56.8 



56.8 



567 



~ 3 1 



— 0.8 



- 4-8 



— 3-4 



— 0.2 





4.8 



94 



85 



81 



87 



TO 











W 2 



SW 2 



SW 2 





19 



56.7 



56.2 



56.2 



56.4 



- 76 



0.0 



- 4-3 



— 4.0 



0.2 





7.6 



89 



79 



77 



82 















SW 2 



SW 1 



SW 





20 



52.1 



537 



53.8 



53.2 



- 6.3 



1.6 



0.0 



— 1.2 



1.8 





7.0 



84 



64 



7i 



73 



1 , 



7 



IO 



SW 2 



w 



w 



i-5 



2 1 



52.3 



52.3 



50.851. 8 



0.4 



1-7 



2.0 



i-5 



2.2 





0.2 



96 



96 



100 



97 



1 1 1 



IO 



IO 



w 



w 



W 2 



2.1 



IZ 



48.2 



47-9 



40.1 45 4 



4-9 



4-3 



4.2 



4-4 



5.2 





2.0 



89 



77 



96 



87 



9 



9 



IO 



w 



w 



W 2 



10 4 



23 



47-7 



48.6 



41-5 



45-9 



" 1 4 



0.7 



— 0.8 



- 0.6 



4.2 





1.8 



80 



75 



94 



83 





3 



IO 



W 2U 



W 3 



W 20 



i-5 



M 



42.3 



39-5 



43.1 



41.6 



' 1 7 



- 0.8 



- 6.3 



- 3.8 



— 0.4 





6.3 



X(, 



88 



76 



83 



8 



IO 







w 



NW 



N* 



O.I 



15 



48.4 



50.8 



53-5 



50.9 



— 86 



— 6.0 



— 11. 3 



!>:t 



— 6.0 





11. 5 



88 



74 



7 1 



78 



1(1 



7 







NW 3 



N 5 



N 1 





26 



54.6 



53-8 



54.2 



54-a 



-14.0 



" *l 



- 5-6 



— 7-5 



— 4-7 





112 



79 



65 



85 



76 



1 . 



IO 



IO 



NW 



W 



S 1 





27 



5i7 



5M 



4'M 



50.7 



— 3-5 



— 1.6 



— 1.3 



— i-9 



— 0.9 





6.0 



74 68 



7 1 



7 1 



1 1 1 



10 



4 



W 



SW 3 



W 3 



0.9 



28 



46.2 



46.4 



49.4 



47-3 



1.8 



2.6 



— 0.4 



0.9 



2.6 







98 



80 



83 



87 



III 



9 







W 5 



NW 2 



W 5 



1.6 



*9 



53.0 



52.9 



51.6 



5^-5 



— 3-9 



0.9 



2.0 



0.2 



2.0 





3-9 



87 



80 



87 



85 



2 



IO 



IO 



w - 



W 3 



W 1 



0.8 



| 30 



49.] 



43-3 



4.., 



44-5 



1.6 



4-5 



4.2 



3.6 



4.6 





1.0 



78 

 98 



66 



92 



79 



1 1 1 



1 



IO 



w 



W 9 





1 .2 



31 



35.0 



31. 1 



BO.fl 



32.3 



3.8 



5 1 



4.4 



1 5 



5.4 





38 



95 



90 



94 



1 1 1 



IO 



IO 



w 



W 5 



W 20 



10.0 



ir.m. 



49-5 



4<M 



49.4 49.4 



— 1.1 



1.4 



— 0.3 



— O.I 



2.0 





2.4 



87 



82 



87 



U 



'/ 



8 



6 



3-3 



3-3 



4-3 



50.2 



