Evaluating the impact of adjusting surface temperature derived from Landsat 7 ETM+ in crop evapotranspiration assessment using high-resolution airborne data

Volume: 38, Issue: 14, Pages: 4177 - 4205
Published: May 15, 2017
Abstract
Surface temperature Ts is an essential parameter in many land surface processes. When Ts is obtained from remotely sensed satellite data the consideration of atmospheric correction may be needed to obtain accurate surface temperature estimates. Most atmospheric correction methods adjust atmospheric transmissivity, path radiance and downward thermal radiation coefficients. Following a standardized atmospheric correction of Landsat 7 thermal data,...
Paper Details
Title
Evaluating the impact of adjusting surface temperature derived from Landsat 7 ETM+ in crop evapotranspiration assessment using high-resolution airborne data
Published Date
May 15, 2017
Volume
38
Issue
14
Pages
4177 - 4205
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