作者: Eric A. Smith , Harry J. Cooper , Heng-Yi Weng , William L. Crosson
DOI:
关键词: Atmospheric sciences 、 Environmental science 、 Water content 、 Atmospheric models 、 Atmosphere 、 Biosphere 、 Radiance 、 Satellite 、 Boundary value problem 、 Canopy 、 Remote sensing
摘要: Satellite data corresponding to radiance variables are used derive three canopy properties which describe slowly modulating boundary conditions of the interface between biosphere and atmosphere. The key factors in regulation heat moisture transfer found be patterns within a homogeneous ecosystem. physical modeling technique is enhanced by satellite data, surface fluxes represented more accurately resulting biosphere-interface model.