Pacific Northwest National Laboratory: Vegetation-Induced Asymmetric Diurnal Land Surface Temperatures Changes Across Global Climate Zones
September 01, 2023
September 01, 2023
WASHINGTON, Sept. 1 (TNSres) -- The U.S. Department of Energy's Pacific Northwest National Laboratory issued the following abstract of a journal article:
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Abstract
Unprecedented global vegetation greening during past decades is well known to affect annual and seasonal land surface temperatures (LST). However, the impact of observed vegetation cover change on diurnal LST across global climatic zones is not well understood. Using global climatic tim . . .
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Abstract
Unprecedented global vegetation greening during past decades is well known to affect annual and seasonal land surface temperatures (LST). However, the impact of observed vegetation cover change on diurnal LST across global climatic zones is not well understood. Using global climatic tim . . .