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- https://bio.libretexts.org/Courses/Prince_Georges_Community_College/BIO-1110_(Environmental_Biology)_OER_Textbook/01%3A_Energy_Flow/1.05%3A_Chapter_5_-_Global_Climate_Change/5.01%3A_Land_Use_Change_and_Climate_RegulationThe energy source that ultimately drives the earth's climate is the sun. The amount of solar radiation absorbed by the earth depends primarily on the characteristics of the surface. Although the link ...The energy source that ultimately drives the earth's climate is the sun. The amount of solar radiation absorbed by the earth depends primarily on the characteristics of the surface. Although the link between solar absorption, thermodynamics, and ultimately climate is very complex, newer studies indicate that vegetation cover and seasonal variation in vegetation cover affects climate on both global and local scales.
- https://bio.libretexts.org/Courses/Gettysburg_College/02%3A_Principles_of_Ecology_-_Gettysburg_College_ES_211/05%3A_Biodiversity/5.04%3A_Biodiversity_and_Global_Processes/5.4.2_Land_Use_Change_and_Climate_RegulationThe energy source that ultimately drives the earth's climate is the sun. The amount of solar radiation absorbed by the earth depends primarily on the characteristics of the surface. Although the link ...The energy source that ultimately drives the earth's climate is the sun. The amount of solar radiation absorbed by the earth depends primarily on the characteristics of the surface. Although the link between solar absorption, thermodynamics, and ultimately climate is very complex, newer studies indicate that vegetation cover and seasonal variation in vegetation cover affects climate on both global and local scales.
- https://bio.libretexts.org/Bookshelves/Ecology/Biodiversity_(Bynum)/1%3A_Global_Processes/1.2%3A_Land_Use_Change_and_Climate_RegulationThe energy source that ultimately drives the earth's climate is the sun. The amount of solar radiation absorbed by the earth depends primarily on the characteristics of the surface. Although the link ...The energy source that ultimately drives the earth's climate is the sun. The amount of solar radiation absorbed by the earth depends primarily on the characteristics of the surface. Although the link between solar absorption, thermodynamics, and ultimately climate is very complex, newer studies indicate that vegetation cover and seasonal variation in vegetation cover affects climate on both global and local scales.
