374 



Gottlob Adolf Krause, 



[182J 

















Sala 





Ipril 1893. 





















Temperatur » C 



^korrigiert) 















Wind 





^ 



All- 

 gemeines 







Psychrometer 









Bewölkung 



1 — 10 



Richtung und S 

 1—10 



türke 



H 





trocken 







feacht 





Differenz 









6ta 



2hp 



9i^p 



6i>a 



1 2hp 



ghp 



6ha 



2hp 



9hp 



6ha 



21'p 



9i'p 



6ha 



2h p 



9hp 



1 





24.6 



') 



28.5 



22.3 



', 



23.6 



2.3 



') 



4.9 



10') 



2) 



9 



OSOl 







SSW 2 



2 



A 



27.1-'>^ 25.3 



23.5=' 



24.0 



23.5 



22.2 



3.1 



1.8 



1.3 



10') 



10 



6^') 



WNWl 



SSW 1 



SW2 



3 



A 



23.1 



31.8 



22.8 



22.3 



25.9 



22.2 



0.8 



5.9 



0.6 



8') 



102) 



10 



SWl 



SWl 



SW2 



4 



A5) 



22.8 



31.1 



=) 



22.2 



24.6 



') 



0.6 



6.5 



') 



10 



4') 



-) 



Wl 



Wl 



=) 



5 



+ 



25.9 



35 



29.3 



23.6 



25.8 



24.5 



2.3 



9.2 



4.8 







8-^) 



100 



SSW 1 1) 



(0 2)3) 



SWl 



6 



+ 



24.5 



33.4 



27.8 



23.8 



25.5 



24.6 



1.2 



7.9 



3.2 



9 



91) 



3 



S 1 



SW2 



Sl 



7 



0+A + 



24.4 



33.8 



27.3 



23.0 



259 



24.4 



1.4 



7.9 



2.9 



8 



32) 



8 



SWl 



SSW 2 



— 



8 



oA 



25.8 



34.6 



23.4 



24.0 



255 



22.1 



1.8 



9.1 



1.3 



5 



10') 



10 



Sl 



W2 



SW2 



9 



+ 



22.8 



32.1 



27.1 



22.2 



25.3 



245 



0.6 



6.8 



2.6 



2 



10 



1 



Sl 



SW2 



SSWl 



10 



+ (0)2) 



24.6 



336 



28 5 



23.4 



25.9 



25.1 



1.2 



7.7 



3.4 



91) 



9 



6 



SWl 



W2 



S2 



11 



o + 



24.5 



33.5 



27.8 



22.2 



246 



24.0 



2.3 



8.9 



3.8 



101) 



92) 



1 



SWl 



SSW 3 



SW2 



12 



0A+0+A + 



25.3 



33.6 



27.1^* 



23.5 



25.9 



25.9 



1.8 



7.7 



1.2 



91) 



9 



10 



SW 1 



SSW 3 



Wl 



13 



A+1) 



22.6 



25 9 



24.4 



22.3 



24.6 



23.4 



0.3 



1.3 



1.0 



10 



10 



6 



SWl 



SW2 



Sl 



14 



A + 



23.4 



30.5 



24.6 



22.9 



24 8 



23.4 



0.5 



5.7 



1.2 



10 



6 



10 



Sl 



SSWl 



SW2 



15 



Aa 



21.6 



27.1 



22.2 



21.1 



24.3 



21.5 



0.5 



2.8 



0.7 



10 



10 



10 



NO 2 



NWl 



NOl 



16 



A A 



22.3 



25.3 



24.1 



22.3 



24.0 



23.4 



0.0 



1.3 



0.7 



10 



4 



9 



SWl 



SWl 



— 



17 



A + A 



23 4 



27.8 



23.6 



23.3 



24.9 



23.4 



0.1 



2.9 



0.2 



10 



10 



10 



— 



Sl 



SWl 



18 



A + A 



22.3 



28.6 



23.5 



22.2 



25.3 



22.6 



0.1 



3.3 



0.9 



10 



9 



10 



— 



SSWl 



SWl 



19 



+ A 



23.3 



28.7 



25.0 



22.5 



24 6 



24.0 



0.8 



4.1 



1.0 



10 



10 



10 



SWl 



SW2 



SWl 



20 



A A + 



23.4 



29.6 



26.0 



22.4 



24.9 



24.5 



1.0 



4.7 



1.5 



10 



90 



8 



S 1 



SSO 2 



SWl 



21 



Ao+GA^) 



23.4 



31.1 



24 6 



22.4 



25.6 



22.2 



1.0 



5.5 



2.4 



7 



7 



10 



SSWl 



S2 



SSW 2 



22 



AoA A 



24.0 



30.9 



23.4 



23.1 



25.3 



22.3 



09 



5.6 



1.1 



10 



10 



10 



Wl 



NWl 



SWl 



23 





22.6 



29.8 



25.3 



22.2 



25.9 



24.3 



0.4 



3.9 



1.0 



10 



10 







SSWl 



SSOl 



— 



24 



oA A 



24.0 



32.4 



25.8 



22.4 



26.0 



23.4 



1.6 



6.4 



2.4 



7 



6 



10 



SSWl 



SWl 



SSWl 



25 



+ oA 



23.9 



32.4i> 



28.5 



22.8 



25.9 



25.9 



1.1 



6.5 



2.6 



7 



8 



1 



S 1 



SW2 



— 



26 



+ 



23.5 



32.1 



27.1 



22.5 



25.6 



25.0 



1.0 



6.5 



2.1 



10") 



7 



3 



Wl 



Sl 



SSWl 



27 



oA 



24.4 



32.4 



22.3 



23.0 



265 



21.9 



1.4 



5.9 



0.4 



7') 



8 



10 



SSWl 



S 1 



SSO 4 



28 





22.2 



30.4 



24.6i> 



21.6 



25.9 



23.4 



0.6 



45 



1.2 



7 



3 



1 



-0 



SO 2 



Sl 



29 





24.1 



32.6 



27.8 



23.3 



25.8 



24.6 



0.8 



6.8 



.3.2 



1 



4 







SSWl 



S2 



— 



30 



+ 



24.6 



33.3 



25.9 



22.9 



26.0 



23 1 



1.7 



7.3 



2.8 



1 



4 



10 



SW2 



S 1 



SWl 





23.8 



31.0 



25.6 



22.7 



25.3 



23.6 



1.1 



.5.7 



1.9 



7.9 



7.8 



7.0 



a) 1.1 



1.6 



1.4 



1.5 



Mittel 





26.8 







23.9 







2.9 







7.6 

































b) 1.1 



1.6 



1.2 

































1.3 





