National Repository of Grey Literature 57 records found  beginprevious56 - 57  jump to record: Search took 0.00 seconds. 
Synergy under plants, soil and climate in the Liz catchment in Bohemian Forest in vegetation seasons of 1998 – 2000
Tesař, Miroslav ; Šír, Miloslav ; Polívka, J.
The aim of this study is to quantify the synergy between the vegetation cover, solar radiation, air temperature and soil moisture. Heat balance, potential and actual transpiration, and net entropy exchange is studied in order to determine crucial factors limiting phytomass productivity in dry and warm seasons in Bohemian Forest. Conclusions are crucial factor limiting phytomass productivity in dry and warm seasons in cold climatic conditions is water retention capacity of the soil cover, the phytomass productivity can be quantified by the entropy exchange associated with the latent heat flux.
Vliv vegetace na tepelnou bilanci a výměnu entropie
Šír, Miloslav ; Weger, J. ; Tesař, Miroslav ; Lichner, Ľ.
The aim of this study is to quantify the synergy between the vegetation cover, solar radiation, air temperature and soil moisture. Heat balance, potential and actual transpiration, and net entropy exchange at three localities under different plant cover was studied in order to determine crucial factors determining phytomass productivity in cold climatic areas of Bohemian Forest. The phytomass productivity can be quantified by the entropy exchange associated with the latent heat flux. Water shortage is a crucial factor determining phytomass productivity in dry and warm seasons in cold climatic conditions of Czech mountains.

National Repository of Grey Literature : 57 records found   beginprevious56 - 57  jump to record:
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