forestry; vegetation mapping; radiative transfer; geophysical signal processing; chlorophyll content estimation; Boreal conifers; hyperspectral remote sensing; Jack Pine; Pinus Banksiana; Boreal Forest; AD 2001 06; AD 2001 09; Intensive Field Campaigns; Sudbury; Ontario; Canada; CASI sensor; Compact Airborne Spectrographic Imager; foliage samples; level reflectance; leaf level radiative transfer; PROSPECT; canopy models; optically thick vegetation medium; tree crowns; tree shadows; needle pigment content maps; data collection; infrared domain; visible domain; chemical measurements; airborne campaign; spatial resolution CASI imagery; red-edge index;
机译:利用来自北针叶林冠层的高光谱数据通过模型反演估算针叶绿素含量
机译:评估高光谱遥感数据的红色边缘位置(REP)的实时估算KINNOM普通话(柑橘类瓜替氏菌)果园的实时估算
机译:在森林下降背景下,在森林衰落的背景下开放冠层针叶树林中叶绿素含量估计
机译:高光谱遥感的北方针叶树叶绿素含量估计
机译:利用高光谱遥感(Pinus bankiana)提取针叶树针叶绿素含量。
机译:基于Sentinel-2A和高光谱成像的开阔针叶林森林衰落背景下的叶绿素含量估算
机译:用高光谱遥感估算冠层叶绿素