40 MiemiercABi (St. 23). dział i. MKTBOROLOGi.rA i hidroguafi.ta. Marzec (Mars) 1891 r. 



V 

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a 



Barm. sprow. 



do 0"=700 mm 



+ 



Termometr suchy 



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1 

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1 



y i 



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Sl.K 



5o.2 



4;.o 



4'>.o 



— 18.8 





— 14.8 



— 14.8 



2 



44.1 



43.8 



41.0 



43 



— 18.2 



- 1.5 



— l3.o 



— 1 2.0 



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3y.-7 



39.0 





38 7 



— 10.2 



0.0 



— 4.0 



- 5.3 



4 



38.1 



38.3 



09.0 





— '>.2 



2.0 



0.2 



- 9.8 



5 



37.3 



33.1 



32.8 



6 \ 4 



— 6.0 



0.8 



1.2 



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33.0 



35.7 



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— '-4 



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35.8 



35.6 



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35.9 



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38.2 



39.1 







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39.5 



39,3 





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38.9 



37.9 



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35.0 



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0.8 



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35.9 



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36.0 



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— 0.7 



13 



37.4 



39.1 



41.1 



39.2 



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41.3 



41.3 



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40 9 



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0.7 



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38.7 



37.2 



38 8 



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2.8 



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38 7 



89 



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39. 1 



1 ,2 



0.0 



2.8 



3.2 



18 



38.7 



38.0 





37.5 



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2.3 





33.4 



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1.4 



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10.4 



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20 



28.6 



28.7 



32.8 



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4.5 



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1.2 



4.0 



2 1 



34.7 



32.5 



28 4 



1 .9 



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7.5 



6.2 



22 



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7.4 



1 1 fi 



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3.2 



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0.5 



24 



32.9 



36.1 



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20 



35.7 



36.0 



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20 



40.0 



40.6 



39.6 



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27 



37.1 



37.0 



35.4 



36 5 



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34.3 



32.9 



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0.8 



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29 



28.7 



25.8 



25.7 



267 



0.6 



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28.3 





3o.4 



29.3 



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7.2 



1.2 



2.4 



31 



31.4 



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31.6 



31.2 



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4.1 



śr. m. 



36.4 



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35.8 



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Termograf 



Max. Min. 



Wilg. wzgl§d. 



Stop. 



zachni. 



Kierunek i siła wiatru 



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44 9 





Csehryn. (St. 24), 



Marzec. 1891 r. 



D. 



7 1 > 1 9 





' 1 1 



9 i 



1 



64.5 



61.1 



59.0 



61.5 



— 20.4 



— 13.2 



— 15.6 



— 16.2 



2 



55.2 



53.4 



53.0 



53.9 



— 26.0 



— 10,9 



— 12.2 



— 15.3 



3 



48.4 



48.8 



48.4 



48.5 



— 1 1.2 



— 2.4 



— 7.0 



- 6.9 



4 



48.2 



48.5 



48.5 



4S.4 



- 9.7 



— 4.0 



— 1.4 



— 4.1 



5 



46.7 



44.3 



42.0 



44.3 



- 1.6 



1.8 



0.4 



0.2 



6 



39.3 



41.6 



44.3 



41.7 



1-4 



3.2 



1.0 



1.6 



7 



43.6 



43.7 



44.T 





3.0 



5.6 



2.4 



3.4 



8 



46.9 



47.3 



49-7 



48.0 



0.6 



6.4 



2.2 



2.8 



9 



5o.2 



49.5 



óo.o 



49-9 



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4.0 



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0.6 



lo 



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49.2 



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49.8 



— 1.0 



5.6 



1.8 



2.1 



1 1 



48.0 



46.0 



46,9 



47.0 



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3.6 



08 



0.2 



12 



47.1 



47.0 



48,0 



47.4 



- 0.8 



1.8 



0.2 



0.4 



13 



48.3 



48.5 



52,5 



49.8 



- 1.6 



0.0 



— 0.6 



— 0.7 



14 



53.1 



53.8 



04,0 



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— 08 



1.5 



0.0 



0.2 



15 



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Ó3.6 



53.2 



53.6 



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3.6 



1.7 



1.8 



16 



53.5 



Ó3.4 



53,5 



53.5 



0.0 



4.8 



3.8 



3.1 



17 



52.6 



5i.l 



5o.o 



51.2 



2 8 



Ó.7 



4.4 



4,6 



18 



49.6 



49.2 



47 



48.6 



3.0 



5.8 



8.6 



4.0 



19 



43.6 



43.5 



40.6 



42.6 



2.6 



4.1 



3.4 



3.4 



2 ) 



39.6 



39.3 



39.5 



89.5 



2.8 



9.6 



8.2 



7.2 



21 



42.9 



45.1 



43.9 



43.9 



0.5 



7.2 



4-8 



4.3 



22 



41.8 



39.4 



38.3 



39.8 



5,8 



12.8 



9.0 



9.4 



23 



41.9 



43,4 



39.2 



41.5 



4.5 



5.2 



5.8 



5.3 



24 



33.7 



42.7 



44.7 



40,4 



1.6 



2.4 



1.8 



1-9 



25 



44.6 



44.2 



45.2 



4-ł.7 



— 0.5 



2.2 



— 1.0 



— 0.1 



26 



45.7 



46.1 



47.3 



46.4 



- 1.6 



— 1.0 



2.2 



— 1.8 



27 



47.0 



46.1 



45.5 



46.2 



— 4.0 



2.8 



4.0 



1.7 



28 



44.7 



43.3 



40.4 



42.8 



2 3 



5,0 



5.4 



4. "i 



29 



4 -.2 



38.7 



33.1 



37.3 



1.9 



6.4 



7.4 



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3o 



3t.8 



37.0 



39.4 



37.1 



1.3 



4.4 



1.0 



1.9 



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42.7 



43.7 



43.7 



43.4 



2.0 



9.8 



6.2 



6.1 



śr. m. 



46,5 



46.5 



46.3 



46.4 



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Max. I Min. I 7 I 1 ' 9 



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