582 E. HUNTINGTON SOLAR HYPOTHESIS OF CLIMATIC CHANGES 



Table 7 



Cloudiness at Places having various Temperature Anomalies heticeen 30° south 

 and 30° north for the Months of January and July 





Whole world. 



Land. 



Ocean. 



Temperature anomaly. 



Basis. 



Average 

 cloudiness. 



Basis. 



Average 

 cloudiness. 



Basis. 



Average 

 cloudiness. 



A, — 10° F. or more. 



B, -5° to —9.9°.... 



C, —2.6° to —4.9°... 



D, —1.0° to— 2.5°... 



E, —0.9° to 0.9° .... 



F, 1.0° to 2.5° 



G, 2.6° to 4.9° 



H, 5.0° to 9.9° 



I, 10° or more 



5 

 25 

 31 

 54 

 26 

 54 

 33 

 16 



8 



5.1 



4.68 



5.24 



4.72 



5.06 



4.99 



4.80 



4.56 



3.19 



16* 



5 

 18 

 18 

 12 



7 



3.63 



5.0 



4.67 



4.39 



4.58 



2.71 



4 

 23 



28 

 38 

 21 

 36 

 15 

 5t 



5.0 



4.63 



5.39 



5.18 



5.07 



5.15 



5.30 



4.90t 



•A, B, and C. 



t H and I. 



includes places showing an anomaly of — 10° F. or more. The second, B, 

 includes places showing an anomaly of — 9.9° to — 5.0°, the third from 

 — 4.9° to — 2.6°, and so on up to a plus anomaly of 10° or more. The 

 results are sho^vn in Table 7 and figure 21. Taking oceans and lands 

 together, it appears that in the small number of cases included in group 

 A, where the temperature falls most greatly below what would be ex- 

 pected, the average cloudiness is 5.1° F., which means that the sky is 

 covered with clouds a trifle more than half of the time. In the next 

 three groups the cloudiness jumps back and forth, as is seen in the middle 



€louds 



FiGCRK 21. — Cloudim 



in Regions having various Temperature Anomalies, according to 

 Table 7 



Upper dash line = water alone 

 Upper solid line = land and water 

 Lower solid line = land alone 



