[149J Beitrag zur Kenntnis des Klimas von Salaga, Togo und der Goldküste. 341 



8alaga, Oktober 1892. 











Temperatur " C (korrigiert) 













Wind 





^ 



All- 

 gemeines 









Psychrometer 





Bewö 



kung 



— 10 



Richtung und S 

 1—10 



tärke 



^ 



trookea 





feuobt 



Diiferenz 









6ba j 



2lip 



yiip 



6b a 2i>p giip 



61' a 



2i.p 



Qi'p 



6ha 



2iip 



Qhp 



6i>a 



2h p 



ghp 



1 



(N) A o 



21.6 



27.9 



23.3 













-- 



10 



10 



10 



Sl 



SW2 



SSO 3 



2 



A 



21.6 



26.5 



22.3 















10 



9 







SSO 2 



02 



Nl 



3 



+ 



19.9 



29.6 



24.4 















6 



4 







Sl 



Wl 



— 



4 



A 



22.2 



30.3 



22.3 















8 



9 



6 



SWl 



SWl 



SOI 



5 



A + 



21.4 



28.1 



24.0 















9 



9 



6 



— 



S2 



SSWl 



6 



A ,\ 



21.6 



26.1 



22.6 















10 



10 



3 



Wl 



NWl 



Sl 



7 



A-A 



22.0 



30.3 



22.0 





' 











10 



H 



1 



Wl 



N2 



Sl 



8 



NOA + A 



21.6 



29.8 



21.7 















') 



8 



10 



— 



Nl 



Nl 



9 



N A 4- 



21.3 



28.5 



24.1 















10 



7 



8 



— 



Ol 



SSWl 



10 



oA 



22.0 



29.0 



24.0 















7 ' 



7 



10 



Sl 



SSO 1 



— 



11 



A O + 



23.3 



26.0 



23.4 















10 



6 







Ol 



SWl 



— 



12 



A + 



21.6 



31.4 



23.4 















6 



7 







Sl 



SSOl 



— 



13 



+ Ao + 



20.9 



28-1 



24.5 















9 



9 



3 



1 



SW 1 



— 



14 



A A + 



21.8 



30.1 



23.1 















3 



6 



10 



Sl 



Nl 



— 



15 



+ 



21.6 



28.6 



24.9 















8 



7 







Sl 



Wl 



S 1 



16 



0+ A 



22.5 



29.1 



k 















9 



9 



k 



Sl 



S 1 



k 



17 



\ + 



21.0 



27.4 



22.2 















7 



9 



10 



— 



— 



Sl 



18 



+ 



21.5 



28.3 



24.4 















10 



7 



4 



Ol 



SW2 



-0 



19 



A o + o 



23.1 



26.1 



24.0 















10 



9 



9 



Nl 



Ol 



— 



20 



N \ 



21.9 



28.3 



24.0 















'') 



6 



10 



SWl 



— 



NOl 



21 



o A + 



22.2 



30.4 



22.0 















7 



9 



9 



Sl 



NWl 



— 



22 



A — o-f 



21.0 



29.6 



24.6 















7 



2 



9 



Sl 



SSW 1 



SSW 2 



23 



o + 



22.4 



313 



24.1 















8 



4 



2 



Sl 



SW2 



SSW 2 



24 



O 



21.9 



30.5 



24.0 







[21.0" 







2.4] 



7 



8 



1 



Nl 



Nl 



Nl 



25 



o + o 



21.3 



31.9 



25.4 



20.8 



25.6 



23.4 



0.5 



6.3 



2.0 



3 



6 



5 



— 



NWl 



— 



26 



+ OA + 



22.1 



32.4 



25.3 



20.9 



25.9 



23.3 



1.2 



6.5 



2.0 



5') 



5 



5 



Sl 



Ol 



SWl 



27 



o + 



22.3 



33.62) 



24 



20.9 



26 4 



21.2 



1.4 



7.2 



2.8 



1') 



5 



10 



Sl 



Sl 



S2 



28 



0- + 



21.7 



31.1" 



24.0 



21.0 



24.9 



21.6 



07 



6.2 



2.4 



7 



6 



10 



Sl 



S2 



Sl 



29 



o A + A 



21.8 



31.9 



24.6 



21.2 



25.0 



22.2 



06 



6.9 



2.4 



7 



6 



10 



Sl 



Ol 



SOI 



30 



+ A 



22.8 



28.0" 



24.4 



22.2 



25.8 



23.4 



0.6 



2.21) 



1.0 



9 



10 



10 



Sl 



SO 2 



— 



31 





22.8 



30.71 



25.8 



22.1 



24.5 



23.6 



0.7 



6.2 



2.2 



6 



7 



8 



SSWl 



S2 



SOI 





21.8 



294 



2.5.0 



23.8 



(21.3) (25.4) (22.5) 

 (23.1) 



(0.8) 



(5.9) i(2.2) 

 (3.0) 



7.6 



7.2 

 6.9 



6.0 



a) 1.0 



1.3 



1.3 



Mittel 





1.2 

























b) 0.9 



2.2 



0.8 

































1.0 





