2013 · 12 citations · 15 references
Natural SciencesEarth SciencesForestryAtmospheric ScienceRemote SensingSilvicultureAtmospheric OpticsLand Surface MonitoringLidar Remote SensingLidar-based Forest MeasurementVegetation Cover AssessmentVegetation IndicesLidar Data ModelingLidar Data ProcessingLidar-based EstimationLidar-based Forest InventoryLidar-based Vegetation Structure MappingRadiative Transfer InversionRadiative Transfer TheorySpaceborne Lidar Retrievals
This paper gives an overview of French studies realized in the frame of the CNES (French Space Agency) working group on spaceborne lidar missions. These studies include (1) the development of forest scenery and radiative transfer models for the simulation of lidar waveforms under forest cover, (2) preliminary instrumental studies to ensure the feasibility of the scientific requirements and (3) evaluation and improvement of inversion methods to retrieve forest parameters from large footprint lidar data.
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Characterizing 3D vegetation structure from space: Mission requirements
Forrest G. Hall, Kathleen M. Bergen, J. B. Blair et al. · Remote Sensing of Environment · 2011 · 217 citations · Full text