410 



Gottlob Adolf Krause, 



1218J 



Salaga, Xoyember 1893. 









Temperatur " C (korrigiert) 















Wind 





CS 



All- 

 gemeines 







Psychrometer 









Bewölkung 



1 — 10 



Kichtung und S 

 1—10 



tärke 



H 





trocken 





feucht 



Differenz 









e^a 



2iip i 9i»p 



6ha 



2i'p 1 9i»p 



6^Si 



2i'p 



9"p 



6ha 



2hp 



91. p 



61' a 



2hp 



9i>p 



1 



oA 



22.1 



1 

 29.6 '23.9 



21.5 



24 8 22.2 



0.6 



4.8 



1.7 



10 



6 



10 



SSWl 



SOI 



? 



2 





22.2 



28.51' 24.6 



22.1 



24.6 23.4 



0.1 



3.9 



1.2 



10 



4 







— 



— 



— 



3 





22.8 



30.4 24.1 



22.1 



246 223 



0.2 



5.8 



1.8 



3 



6 







— 



NWl 



— 



4 





22.1 



31.4 '24.6 



21.4 



23.4 22.2 



0.7 



8.0 



2.4 







1 







Sl 



NNO 1 



— 



5 



+ 



22.8 



29.6 23.3 



22.2 



23.4 21.1 



0.6 



6.2 



2.2 



10 



5 







SWI 



NO 1 



-0 



6 





22.2 



30.4 24.5 



21.6 



23.4 22.2 



0.6 



7.0 



2.3 







4 







Sl 



NO 2 



— 



7 



+ 



21.3 



31.1 25.3 



20.5 



24.0 23.3 



0.8 



7.1 



2.0 







5 







82 



NO 2 



— 



8 



+ 



22.8 



31.9 25.9 



22.2 



24.8 23.4 



0.6 



7.1 



2.5 



7 



5 







SWI 



Wl 



SWI 



9 



+ 



21.9 



32.4 25.8 



21.0 



24.5 



22.3 



0.9 



7.9 



3.5 



4 



') 



1 



SSWl 



-O(SOl) 



— 



10 



0+A + 



22.3 



31.9 25.3 



210 



25.0 22.8 



1.3 



6.9 



2.5 



6 



7 



8 



SSWl 



SSW 2 



SW2 



11 



+ 



22.3 



30.9 ,25.0 



21.1 



24.5 22.2 



1.2 



6.4 



2.8 



6 



7 







SWI 



NOl 



— 



12 



+ 



21.3 



31.8 24.1 



19.8 



23.4 21.6 



1.5 



8.4 



2.5 



1 



4 







— 



ONO 2 



— 



13 



+ 



21.6 



32.4 25.3 



20.6 



23.4 22.2 



1.0 



9.0 



3.1 







3 







— 



NO 3 



— 



14 





21.6 



31.6 :25.3 



19.9 



22.6 i21.1 



1.7 



9.0 



4.2 



0(1) 



1 







— 



NO 1 ') 



— 



15 



+ 



22.2 



32.1 24.5 



20.9 



23.4 21.0 



1.3 



8.5 



3.5 



6 



5 



4 



Sl 



Ol') 



SO 2 



16 



o 



22.3 



31.1 :25.6 



21.1 



23.9 22.2 



1.2 



7.2 



3.4 



4 



10 



10 



— 



NO 11) 



S 1 



17 



+ 



22.6 



32.0 25.3 



21.4 



24.1 j 22 2 



1.2 



7.9 



3.1 



5 



1) 



10 



SWI 



NNO 1 2) 



SSW 2 



18 



+ 



21.8 



31.8 25 9 



20.5 



24.0 1 23 1 



1.3 



7.8 



2.8 



9 



6 



8 



— 



NO 11) 



SSOl 



19 



(0) ( + ) 



23 4 



31.8 |25.5 



22.2 



24.8 22.2 



1.2 



7.0 



3.3 



10 



10 



9 



SSWl 



WNW2 



Sl 



20 



+ 



22.3 



31.8 ;26.5 



21.0 



24.5 



230 



1.3 



7.3 



3.5 



10 



10 



8 



— 



02 



— 



21 







22.8 



31.8 25.3 



21.3 



24.3 



22.2 



15 



7.5 



3.1 



101) 



7 







Sl 



03 



Sl 



22 



o + 



23.4 



31.8'>, 25.8 



21.9 



24.6 



22.2 



1.5 



7.2 



3.6 



6 



8 



10 



SSWl 



SWI 



SSW 2 



23 







22.2 



32.6'' 25.9 



21.0 



24.6 



23.3 



1.2 



(8.0)^' 



2.6 



10 



7 



103) 



SSWl 



WSW 2 



SSWl 



24 



(0) + 



23.4 



33.0 26.4 



22.1 



23.6 



22.6 



1.3 



9.4 



3.8 



1 



6 



10») 



SSW 1 



ONO 3 



Sl 



25 



+ 



23.4 



33.0 i27.1 



22.1 



24.5 



23.3 



1.3 



8.5 



3.8 



10 



5 



7 



Sl 



N3 



Sl- 



26 



+ 



23.4 



32.1 '26.5 



22.0 



24.6 



22.8 



1.4 



7.5 



3.7 



6 



7 



4 



— 



Wl 



SWl 



27 



+ o 



23.5 



33.0 27.3 



222 



25.1 24.0 



1.3 



7.9 



3.3 



10 



9 







SWI 



Wl 



S2 



28 



oo + AA 



24.5 



32.1 



22.9 



23.1 



25.6 



22.2 



1.4 



6.5 



0.7 



10') 



102) 



10 



Sl 



SSWl 



SSWl 



29 



A NO + 



22.9 



29.4 25.9 



22.2 



24.8 



24.6 



0.7 



4.6 



1.3 



8 



9 



4 



— 



Wl 



— 



30 



A 



23.5 



26.01' 24.1 



22.9 



24.0 23.3 



0.6 



20 



0.8 



10 



10 



1 



— 



') 



— 





Mittel 



22.5 



31.3 253 

 26.4 



21.5 



24.1 ' 22.6 

 22.7 



1.1 



7.1 



2.7 



6.1 



6.3 



4.5 



a) 1.1 



1.6 

 1.3 



1.3 







3.6 







56 































b) 0.7 



1.5 



0.7 

































1.0 





