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Total evaporation for Sierra Nevada watersheds by the method of precipitation and runoff differences

 

作者: Charles H. Lee,  

 

期刊: Eos, Transactions American Geophysical Union  (WILEY Available online 1941)
卷期: Volume 22, issue 1  

页码: 50-71

 

ISSN:0002-8606

 

年代: 1941

 

DOI:10.1029/TR022i001p00050-2

 

数据来源: WILEY

 

摘要:

Total evaporation as used in this paper, is the sum of all water‐losses to the atmosphere from a stream drainage‐basin, during the annual climatic cycle. It occurs principally as evaporation from water‐surfaces, moist soil, and snow, as transpiration from vegetation, and as interception. It is quantitatively represented by annual precipitation upon the watershed minus runoff, corrected for change in storage within the watershed and for subsurface leakage. Various terms for this quantity are used in literature such as evapo‐transpiration, fly‐off, natural water‐loss, etc. In view of the growing interest in the determination of water‐losses, hydrologists will doubtless before long unite in selecting a single app

 

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