12 



M. A. F. Prestel, 



Tafel II. 



Temperatur der Luft in verschiedenen Höhen bei den einzelnen Windesriehtungen; 



abgeleitet aus zweijährigen Beobachtungen. 



Windes- 

 richtung 



] 



1" 



borgen 



IT 3" 



S 



28' 4" 



Zahl der 



j Beobachtungen 



1" 



Mittag 



ir 8" 



3 



28' 4" 



Zahl der 

 Beobachtungen 



1" 



Abend 



1 17' 3" 



1 



s 



28' 4" 



Zahl der 

 Beobachtungen 



1" 



Mittel 

 üone 



17' 3" 



28' 4" 



Zahl der 

 Beobachtungen 





■N 



+ 6.56 



+ 6.93 



+ 6.76 



3 



+ 9.40 



+10.25 



+ 9.95 



2 



+ 5.60 



1+6.35 



+ 6.45 



2 



+ 7.10 



-1-7 71 



+ 7.58 



7 





NO 



4.55 



4.95 



5.02 



2 



9.60 



10.40 



10.30 



1 



8.50 



9.10 



9.35 



2 



7.14 



7.70 



7.80 



5 





0 



5.81 



6.69 



6.82 



7 



9.47 



10.70 



10.45 



7 



8.62 



8.74 



8.44 



5 



7.63 



8.70 



8.62 



19 





SO 



4.67 



5.52 



5.47 



4 



9.38 



10.75 



10.45 



6 



8.62 



8.74 



8.44 



5 



7.54 



8.68 



8.49 



15 



O . 







































s 



5.70 



6.18 



6.02 



8 



9.35 



10.16 



10.20 



8 



2.10 



3.35 



2.80 



2 



7.00 



7.63 



7.52 



18 



ü 



o 



sw 



6.83 





7.06 



20 



7.61 



8.28 



ü A A 



16 



d K'7 

 O.d ( 



7.84 



I.Ol 



17 



7.17 



7.76 



7.63 



53 





w 



6.56 



6.98 



6.91 



6 



9.23 



9.85 



9.70 



8 



7.00 



7.48 



7.34 



5 



7.83 



8.32 



8.20 



19 





. NW 



6.72 



7.24 



7.24 



5 



8.70 



9.45 



9.26 



6 



8.70 



9.60 



9.05 



2 



7.93 



8.62 



8.46 



13 





' TO" 



+ 1.95 



+ 1.95 



+ 1.45 



2 



+ 3.88 



+ 4.78 



+ 4.28 



0 



+ 1.05 



+ 2.10 



+ 2.00 



2 



4-2.71 



+ 3.56 



+ 3.15 



9 





NO 



1.77 



1.90 



1.70 



6 



1.73 



2.13 



1.87 



7 



2.47 



3.07 



2.72 



4 



2.03 



2.27 



2.01 



19 





0 1 



0.32 



0.52 



0.14 



21 



2.43 



2.85 



2.48 



15 



0.83 



1.41 



1.16 



12 



III 



1.52 



1.13 



48 





SO 



0.19 



0.28 



0.08 



9 



0.31 



0.82 



0.40 



7 



— 0.45 



0.35 



0.20 



2 



0.22 



0.50 



0.15 



18 



> 



s 



+ 2.01 



2.69 



2.16 



8 



3.42 



4.18 



3.80 



6 



+ 2.88 



3.77 



3.28 



6 



2.69 



3.46 



3.02 



20 



o 



sw 



5.50 



6.29 



5.96 



7 



5.76 



6.61 



6.07 



7 



5.69 



6.70 



6.13 



6 



5.63 



6.52 



6.05 



20 





w 



0.60 



0.60 



0.10 



1 



0.67 



0.96 



0.56 



3 



6.10 



6.30 



5.90 



1 



1.51 



1.57 



1.15 



5 





■ NW 



4.02 



4.78 



4.20 



4 



3.05 



3.90 



3.30 



2 



2.10 



2.60 



2.30 



1 



3.47 



4.21 



3.67 



7 





■ N 



—1.43 



—1.23 



—1.50 



i 



3 



—0.75 



—0.80 



—0.60 



2 



—1.20 



—0.40 



—1.30 



1 



—0.16 



—0.95 



—1.43 



6 





NO 



—1.77 



—1.68 



—2.27 



6 



+ 0.43 



+ 0.62 



0.00 



10 



—0.95 



—0.55 



—1.25 



2 



—0.45 



—0.28 



—0.89 



18 





0 



—0.96 



—1.03 



— 1.36 



15 



—0.62 



—0.60 



—1.08 



9 



+ 1.30 



+ 1.70 



+ 1.10 



1 



—0.75 



-0.77 



—1.161 



25 





SO 



—2.32 



—1.64 



—2.38 



5 



+ 0.22 



+ 0.47 



—0.10 



4 









0 



—1.19 



—0.70 



—1.37 



9 



0^ ' 

 CJ 



s 



+ 0.64 



+ 0.95 



+ 0.44 



5 



1.53 



2.80 



+ 2.43 



6 



0.90 



2.00 



1.50 



1 



+ 1.27 



+ 1.94 



+ 1.52 



12 



0) 



sw 



0.40 



1.33 



0.80 



6 



0.57 



1.05 



0.63 



11 



1.60 



2.00 



1.40 



1 



0.57 



1.21 



0.73 1 



18 



O 



w 



0.95 



1.12 



0.87 



4 



0.86 



0.94 



0.42 



5 









0 



0.90 



1.02 



0.62} 



9 





NW 



—4.40 



—4.20 



—5.20 



1 



—1.90 



—1.66 



—1.95 



2 









0 



—2.70 



—2.46 



—3.02 



3 



