112 mCremienczuM, (St.l8). dział i. meteorologwa i aipRoaRAFijA. Wrzesień (Septembre) 1889 



Barm. sprow. 



do 00= 700 mm-\- 



Termometr suchy 



N 

 O 



7 



1 



9 





7 



1 



9 i 



Ma<x. 



Min. 



'7 





n 





-7 

 ' 



1 



n 

 V 



7 



1 



31.4 



31.8 



33.7 



32.3 



14.2 



16.0 



13.6 



14,3 



17.0 



13.0 



99 



89 



82 



90 



10 



10 



10 



NE2 





34-9 



35-7 



35-5 



35'4 



1. 1 .u 



1 /. 1 



12.6 



13.5 



1 8 A 



0 8 



yu 



80 



m 

 Vi 



n9 

 V^ 



0 





5 



NW- 



3 



32.9 



34-2 



35 6 



34*2 



1 0 n 



1 A t\ 



Q 4 



11 '5 



14.8 



1 0.6 



Ql 

 Vi 



76 



09 

 V^ 



86 



n 

 V 





7 



x> w 



4 



36.5 



37-4 



40 5 



08 1 



O n 



1 2.4 



7.0 



8.8 



1 Q 9 



0«4 



8q 



7 1 



V4 



8:^ 



1 n 



e 

 0 







5 



42.7 



42.2 



42.5 



4^-o 



8 c) 



1 o 8 



8.6 



9.8 





A n 

 4. U 







8/1 

 04 



82 



0 



7 



1 



u 



6 



41.6 



41.5 



42.1 



41-7 



9.9 



16.4 



10.2 



1 1«7 



174 



6.1 



80 



62 



83 



75 



1 



6 



7 





7 



41-0 



41 '6 



40.3 



A 1 9 



1 2.6 



LV. 1 



12.0 



1 3.3 

 i o-o 



18.2 



8.8 



82 



6f^ 



88 



78 



t 



3 



n 

 V 



El 



o 

 0 



40.4 



on 8 



on 0 



QCi 8 



1 9 8 



1 ii.O 



1 n 1 



12.1 



14.0 



19.8 







Pv9 



80 



7n 



0 

 0 



0 



4 





9 



394 



39-Ó 



39 6 



On p 

 o9:0 



1 9 A 



1 8 



12.9 



13.8 



1 8 A 



10.8 



no 

 93 



70 



94 



88 

 00 



4 



n 

 V 



5 



U 



10 



39-3 



39'7 



08 T 



30-7 



on 9 



100 

 13.2^ 



1 n T 

 19. / 



14.0 



15.2 



01 i\ 



1 1.6 



8q 

 09 



09 



87 



82 



3 



7 



4 





11 



37.8 



36.9 



35.5 



36.7 



13.1 



19.2 



13.8 



15.0 



20.6 



19.2 



88 



63 



85 



79 



1 



7 



3 



SI 



1 2 



33-0 



On 0 



25-3 





1/19 



1 8 8 

 i 0.0 



14.2 



15.4 



1 n Q 



1 2.4 



Q 4 

 V4 



U4 



Q9 



8q 



1 n 

 1 U 



lo 



1 n 



sw^ 





33*3 



34-7 



0*3 T 



c5o-V 



O" / 



8 



o-o 



5.4 



6.2 



1 Q 9 



4 8 

 4.0 



o 1 



62 



8q 



81 



n 

 V 



/ 



c 

 0 





1 A 





27,2 





28.3 



6.2 



1 n ^ 



5-4 



6.9 



11.2 



4 2 



82 



8*^ 



87 



84 

 04 



1 0 



0 



A 



4 







/O.O 



On /I 



Q7 n 



Q9 1 



4.0 



n 6 



3-5 



4.8 



8.0 



1 .0 



8q 



68 



02 

 V^ 



8q 



-7 



8 



Q 





i6 



35.0 



35-2 



37.2 



35-8 



2.2 



11.6 



5.6 



6.2 



12.0 





93 



64 



94 



84 



4 



9 



10 



0 



1 1 

 i / 



3/'i 



0 /• i 



6^'k) 





0.0 



1 n Q 



6.7 



7.4 



1 1 .0 



4 2 

 4.^ 



07 



/ D 



87 



86 



1 0 



Q 

 V 



8 



A 

 w 



1 R 

 i o 



34'2 



Q 0 0 



30.0 



32.2 



c 1 

 0.1 



o- / 



4.8 



5.1 



6.8 



4. u 



88 



g6 



q6 

 V^ 



Vo 



1 n 

 i 0 



1 n 

 10 



1 0 





1 o 



22.5 



0 0 n 



240 



2Q C> 

 ^0'0 



0.0 



1 0 



4.3 



5.1 



o n 



2.0 



07 





Qn 

 Vu 



Vo 



1 0 



1 n 

 10 



5 



NE"^ 



on 



00 0 



9 0 n 



24.0 



2Q 1 

 ^O' ^ 



Q /I 



6.8 



6.6 



5.9 



*7 8 



1.8 



OQ 

 Vo 



Ol 



88 



Ol 

 Vi 



1 n 



1 n 



lo 



A 

 V 



21 



24.0 



25.6 



25-4 



25.0 



6.7 



11.9 



9.6 



9.5 



12.6 



5-0 



87 



71 



89 



82 



9 



10 



7 





22 



^o«4 



9ti, 0 



-^o-y 



27.6 





•7 6 



1 9 p» 



i ^'0 



7.0 



8.5 







Q1 



7 1 



Ql 

 Vi 



84 



04 



n 

 V 



n 

 V 



2 







29-5 



on 0 



o4-o 



0 1 • 1 



p. r, 

 0'0 



o 8 



5.4 



6.5 



1 0.6 



2.6 



8q 



82 



01 

 Vi 



87 



n 

 9 



1 n 



Q 





o /I 



/4 



37-2 



0"? 8 

 o7'0 



ofS P. 



•^7 9 



0 "7 



3. / 



1 Q 9 



8.8 



8.6 



14. 0 



1 /I 

 1.4 



09 



6q 



84 

 04 



82 



0 

 3 



0 



Q 



6 



u 



■^0 



30.9 



On 0 



28.9 



3o.o 





1 F. 9 



14.2 



13.4 



16.0 



7 6 



08 



8c> 



QA 

 V4 



09 



lo 



1 0 



1 





26 



28.9 



28.7 



32.8 



3o.i 



13.2 



16.8 



7.8 



11.4 



18.4 



6.8 



98 



89 



93 



93 



10 



10 



10 





27 



33.5 



33.2 



32.5 



33.1 



6.4 



10.3 



6.2 



7.3 



10.8 



5.4 



94 



73 



94 



87 



10 



6 



1 



NW2 



28 





29. 6 



26.8 



29.1 





1 3.3 



10.2 



9.7 



13.8 



3.4 



86 



74 



87 



82 



Q 



8 



Q 



31 



29 



27.6 



28.5 



29.8 



28.6 



8.8 



16.6 



11.6 



12.1 



16.8 



7.0 



88 



69 



88 



82 



4 



2 



2 



SW2 



30 



30.6 



30.5 



30.5 



30.5 



9.4 



16.7 



11.2 



12.1 



17.2 



8.0 



95 



69 



88 



84 



8 





2 



SE^ 



śr.m. 



33.0 



33-1 



33-5 



33.2 



8.6 



13-5 



9.1 



10.1 



14.1 



Ó.3 



91 



74 



89 



85 



7 



7 



5 





Termograf 



Wilg. względ. 



Stop. 

 zachm. 



Kierunek i siła wiatru 



NE2 

 W 



SEi 



E^ 

 SEi 



O 



SEi 



NW^ 



E3 

 Wi 



o 

 o 



SE2 



SWi 

 NW» 

 SWi 

 SW3 

 SE2 



O 

 O 



o 



El 

 O 

 O 

 O 



o 

 o 



SWi 



NWi 

 O 



E' 



NEi 

 S2 



SWi 



SE2 

 SE^ 



o 



SEi 



0.0 

 0.0 

 0.0 

 4.8 

 0.0 



0.0 

 0.0 

 0.0 

 0.0 

 0.0 



0.0 



o, 



0.5 

 2.2 

 0.3 



0.4 

 2.7 

 21.0 

 224 

 0.8 



1.2 

 0.6 

 0.4 

 0.0 

 1.8 



4.0 

 0.0 

 0.0 

 0.0 

 0.0 



63.9 



Zfytyń. (St. 19). 



D.| 



7 



1 



9 





7 



1 



9 





Max. 



Min. 



7 



1 



9| 





9 



7 



1 



9 





1 



43.4 



44.3 



45-3 



44.3 



14-7 



18.0 



14.9 



15.6 















10 



9 



0 



NWi 





N2 



0.0 



2 



45.7 



46.6 



46.8 



46.4 



11.2 



18.6 



14.2 



14.6 















10 



7 



1 





• NWS 



0 



0.0 



3 



45.0 



45.9 



46.6 



45.8 



12.0 



15.2 



12.5 



13.0 

















10 



10 



10 



NI 



W 





2.6 



4 



46.9 



48.2 



50.5 



48.5 



9.0 



13.1 



9.0 



lo.o 















10 



10 



0 



NW2 





0 



0.0 



5 



52.2 



53.6 



53.1 



53.0 



3-9 



16.5 



11.9 



11.1 















0 



7 



3 



0 



i) 



0 



0.0 



6 



53.1 



52.9 



53.1 



53.0 



5.1 



17.5 



12.5 



11.9 















0 



9 



0 



0 



W 





0.0 



7 



52.8 



53.2 



52*4 



52.8 



9.5 



19.2 



14.2 



143 















0 



8 



6 



w 



E-' 



0 

 0 



0.0 



8 



51.9 



51.8 



51.3 



51.7 



6.2 



19.4 



15.0 



13.9 















0 



4 



10 



i) 



W 



0.0 



9 



50.4 



506 



50.7 



50.6 



13.0 



19-4 



14.9 



15.5 















10 



10 



4 



0 



S2 



0 



0.0 



10 



50.7 



50.7 



50.7 



50.7 



13-5 



18.9 



16.2 



16.2 

















10 



10 



10 



0 



E^ 



0 



0.0 



11 



48.2 



47-5 



46.6 



47.4 



13.1 



20.6 



16 5 



16.7 















7 



10 



10 



() 



W3 



W3 



1-7 



12 



45.4 



40.6 



37.0 



41.0 



15-0 



15-1 



14.8 



14-9 















10 



10 



10 







W5 



19.8 



13 



43.8 



46.3 



45.8 



45-3 



6.8 



10.5 



8.1 



8.4 















10 



10 



10 







S3 



1.2 



14 



38.7 



37.8 



40.2 



38.9 



7.0 



12.4 



6.9 



8.3 















10 



8 



3 



S3 



W* 



W3 



2.7 



15 



39.1 



41.6 



42.9 



41.2 



5.6 



8.0 



5.6 



6.2 















10 



10 



10 







W2 



0.1 



16 



46.8 



47.1 



48.5 



47.5 



12 



130 



7.2 



7.1 















0 



7 



3 



0 





SI 



2.3 



17 



48.9 



49.3 



48.8 



49.0 



6.2 



9.4 



72 

















10 



10 



10 





NE3 



NEi 



1.6 



18 



47.6 



45-9 



44.1 



45.9 



6.1 



8.1 



7.1 



7.3 















10 



10 



10 



NE2 



NE3 



NE3 



30.6 



19 



36.5 



36.1 



36.1 



36.2 



4.4 



8.0 



6.2 



6.2 















10 



10 



10 



NE3 



NE3 



N3 



11.2 



20 



34.5 



34.7 



34.5 



34.6 



5.5 



8.1 



Ó.7 



6.7 















10 



10 



10 



SW 





W3 



1.8 



21 



341 



37-1 



37-0 



36.1 



7.4 



11.7 



8.7 



91 















10 



8 



10 







W2 



0.5 



22 



37.7 



37.7 



38.5 



38.0 



7.9 



12.0 



8.9 



9.4 















10 



10 



0 



0 





SW3 



0.8 



23 



39.0 



40.4 



43-6 



41 .0 



5.6 



8.8 



8.4 



7.8 















10 



10 



4 





W4 



W3 



1.8 



24 



48.0 



48.3 



46.6 



47.6 



3.5 



15.0 



10.5 



9.9 















3 



3 



2 







S2 



0.0 



25 



43.0 



41-7 



40.6 



41.8 



9.4 



13-7 



14-1 



12.8 















10 



10 



10 



SE3 





S3 



2.5 



26 



39.3 



40.0 



42.7 



40.6 



13-1 



150 



8.1 



11.1 















10 



10 



10 









8.5 



27 



44.3 



43.9 



43-4 



43.9 



6.9 



12.5 



7.1 



8.4 















10 



5 



0 







0 



0.0 



28 



41.6 



40.0 



38.4 



40.0 



6.1 



10.6 



10.7 



9.5 















10 



10 



10 



S2 





s^ 



0.0 



29 



37.6 



38.6 



40.4 



38.9 



11.0 



19.3 



13.5 



14.3 















10 



3 



0 







S3 



0.0 



30 



41.2 



42.1 



41.8 



41.7 



9-4 



19.4 



13.7 



14.0 















10 



3 



5 







SE-' 



0.0 



śr m 



44-2 



44.5 



44.6 



44.4 



8.3 



14.2 



10.8 



u.o 















8 



8 



6 









89.7 



