remote sensing; time series; vegetation; 3-PG estimate; Chinese fir forest; biophysical variable; forest growth model; forest inter-annual growing trend; forest phenology; large forest-covered areas; physiological principals; remote sensing data; satellite estimate; satellite reflectance; seasonal variations; space-time forest canopy leaf area index simulation; time series observation; Biological system modeling; Data models; MODIS; Physiology; Remote sensing; Satellites; Time series analysis; Forest growth; MODIS; leaf area index (LAI); physiological principals predicting growth (3-PG) model; remote sensing (RS);
机译:利用3-PGS模型通过遥感观测改进对森林生长的预测
机译:森林冠层结构的3D建模,用于光学和微波领域的遥感模拟
机译:融合森林模型及遥感改善植物分数
机译:用遥感数据融合森林生长模型(3-PG)改善时空森林冠层赖模拟
机译:来自遥感和模拟数据集的森林冠层结构的精细尺度多维空间格局。
机译:结合多源遥感数据与基于过程的森林地上生物量更新模型
机译:融合森林模型及遥感改善植物分数
机译:用于参数化个体,树木,森林生长和产量模型的遥感协议。