Spatial resolution for forest carbon maps
Laura Duncanson, Neha Hunka, Tommaso Jucker, John Armston, Nancy L. Harris, Temilola Fatoyinbo, C. A. Williams, Jeff W. Atkins 等 26 位
University of Maryland, College Park University of Bristol World Resources Institute Goddard Space Flight Center
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摘要与影响
Forests are central to climate solutions, and transparent and accurate data on forest carbon stocks and fluxes are critical for scientists and decision-makers. Satellite-based forest carbon maps have recently proliferated from public agencies such as NASA and the private sector. These maps have tended toward ever-higher spatial resolutions. However, higher spatial resolutions increase the uncertainties of carbon maps, rendering products at very high spatial resolution largely meaningless for forest carbon monitoring.
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物理Remote Sensing and LiDAR Applications
Remote Sensing in Agriculture · Atmospheric and Environmental Gas Dynamics
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