414 



Gottlob Adolf Krause, 



[222] 



S.ala^a, Dezember 1893. 









Temperatur " C (liorrigiert) 















Wiud 





cd 



All- 

 gemeines 







Psychrometer 









Bewü 



IkUDg 



1— lu 



Richtung und S 



1 — 10 



tärke 



H 





trocken 





feucht 



Differenz 









61' a 



2i>p ; 9i'p 



61' a 



2iip 1 giip 



61' a 



2i'p 



gi'p 



61' a 



21' p 



Qi'p 



61' a 



2i'p 



QI'P 



1 



+ 



22.2 



30.5 



25.8 



21.6 



24.9 



23.4 



0.6 



5.6 



2.4 



3 



6 







— 



NWl 



— 



2 



+ + 



23.3 



31.9 



26.1 



22.2 



24.5 



22.5 



1.1 



7.4 



3.6 



8 



6 







— 



SOI 



— 



3 



+ 



23.3 



31.4 



27.0 



22.1 



24.5 



23.3 



1.2 



6.9 



3.7 



71) 



62) 







Sl 



Wl 



— 



4 



+ 



22.2 



323 



26.5 



21.0 



23.5 



22.8 



1.2 



8.8 



3.7 



3 



7 







Sl 



Ol 



— 



5 



(N?) 



22.2 



32.3 



24.9 



21.0 



22.3 



21.0 



1.2 



10.0 



3.9 



5 



3 







Sl 



03 



— 



6 



+ 



21.6 



32.4 



26.0 



19.8 



24.0 



22.6 



1.8 



* 8.4 



3.4 



3 



5 







— 



SW 1 



— 



7 



+ 



22.3 



32.3 



26.3 



21.0 



24.5 



23.4 



1.3 



7.8 



2.9 



1 



5 







— 



SSO 2 



— 



8 



+ 



23.4 



31.5" 



26.1 



22.0 



25.5 



23.1 



1.4 



6.0 



3.0 



10'^) 



63) 



10 



Sl 



[*)] 



SWl 



9 



+ 0A 



22.2" 



23.1 



21.6 



21.9 



22.2 



20.9 



0.3 



0.9 



0.7 



10 



10 



7 



— 02) 



ONO 1 



— 



10 





21.6 



27.6 



24.6 



21.1 



23.5 



22.8 



0.5 



4.1 



1.8 



10 



7 







— 



NW 2 



— 



11 





22.0 



30.4 



24.3 



21.0 



20.9 



20.9 



1.0 



9.5 



3.4 



10 



5 







SSWl 



N2 ■ 



— 



12 





21.0 



31.3 



22.8 



17.9 



20.4 



18.5 



3.1 



10.9 



4.3 



6 



6 







N 1 



N2 



— 



13 





20.0 



31.3 



235 



17.1 



20.0 



18.5 



2.9 



11.3 



5.0 



6 



5>) 







NX 



NO 3 



— 



14 





19.8 



29.8 



22 2 



16.0 



175 



17.3 



3.8 



12.3 



4.9 







1 







NO 1 



N3 



— 



15 





17.2 



28.9 



23.3" 



12.9 



17.3 



16.0 



4.3 



11.6 



7.3" 



3 



2 







Nl 



NO 2 



— 



16 





18.0 



31.1 



23.3 



13.6 



18.5 



18.4 



4.4 



12.6 



4.9 



0') 











NNOl 



N2 



— 



17 





18.1 



31.1 



23.5 



15 5 



19.8 



19.1 



2.6 



11.3 



4.4 



2») 



2'-) 



2 



— 



NO 2 



— 



18 





19.1 



31.1 



23.6 



16.6 



19.8 



19.6 



2.5 



11.3 



4.0 



8 



4 







OSOl 



NW 2 



SOI 



19 



+ 



22.2 



32.1 



25.8 



20.2 



22.8 



22.1 



2.0 



9.3 



3.7 



9 



2 







— 



SSWl 



— 



20 



+ 



22.2 



32.1" 



27.0 



20 6 



23.5 



22.8 



1.6 



8.6 



4.2 



9 



6 2) 



2 



— 



NO 2 3) 



so l 



21 





22.8 



30.6 



25.9 



21.0 



23.3 



22.2 



1.8 



7.3 



3.7 



8 



10 







1 



SSWl 



— 



22 





22.9 



32.4 



273 



21.1 



23.6 



21.6 



1.8 



8.8 



5.7" 



6 



7 



2 



Sl 



SOI 



Ol 



23 



» 



21.8 



32.5 



26.0^^ 



19.0 



21.3 



22.4 



2.8 



11.2 



3.6 



5 



31) 



10 



Ol 



NO 3 



SSW 2 



24 



N 



23.4 



32.1 



25.8 



22.2 



22.2 



19.6 



1.2 



9.9 



6.2 



10 



81) 



10 



Wl 



ONO 3 



?1 



25 





21.9 



32.4 



24.4 



18.4 



19.6 



18.5 



3.5 



12.8 



5.9 



4') 



62) 







NOl 



NO 3 



— 



26 





19.0 



32.3 



24.8 



15.8 



20.9 



19.8 



3.2 



11.4 



5.0 



10 



31) 







— 



03 



— 



27 





21.2 



32.4 



27.0 



18.8 



23 4 



22.8 



2.4 



9.0 



4.2 



41) 



52) 



43) 



OSOl 



ONO 2 



— 



28 



A + 



20.9 



27.1 



23.6" 



19.8 



23.3 



21.8 



1.1 



3.8 



1-8 



10 



10 







SOI 



Sl 



— 



29 





21.5 



29.8 



24.3 



20.5 



22.8 



20 9 



1.0 



7.0 



3.4 



8 



10') 



52) 



OSOl 



OSO 2 3) 



Ol 



30 





20.3 



31.1 



24.6 



17.9 



21.6 



20.4 



2.4 



9.5 



4.2 



0') 



0'-) 







Ol 



NO 2 



— 



31 





21.1 



32.4-> 



24.5 



19.8 



19.6 



17.9 



1.3 



12.8 



6.6 



41) 



03) 







so 2 



03 



OSOl 







21.3 



31.0 j24 9 

 25.7 



19.3 



22.0 |20.9 



2.0 



90 



4.1 



5.9 



5.0 



4.2 



1.7 



a) 1.0 



1.9 

 1.3 



1.1 







20.7 





5.0 









Mittel 























b) 0.7 



1.9 



0.3 

































1.0 





