IEEE Geoscience and Remote Sensing Letters · 2007 · 58 citations · 10 references
Natural SciencesEarth SciencesForestryAtmospheric RadiationForest EcologyRemote SensingInfrared Remote SensingLand Surface MonitoringRadiation InterceptionRadiative ForcingTerrestrial RadiationVegetation MonitoringAtmospheric EmissivityBrightness Temperature MeasurementsCanopy Radiation TransferEmissivityGround-based Radiation MeasurementsInput VariablesLand Surface EmissivityRadiation Attenuation In Forests
This letter describes recent advances in modeling forest emissivity at L-band. The formulation is based on a previously developed discrete model and includes a new representation of forest litter. Comparisons with multitemporal radiometric data collected in the framework of the ldquoBray 2004rdquo experiment, which was carried out within Les Landes forest, are shown and discussed. Input variables are given by using detailed ground measurements. In general, the model reproduces both absolute values and temporal variations of measured brightness temperature. The contribution of the litter to overall emission was found to be important.
10
World Forest Biomass and Primary Production Data.
Pamela J. Edwards, M. G. R. Cannell · Journal of Ecology · 1983 · 445 citations