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Calibrating a Coupled SVAT–Vegetation Growth Model with Remotely Sensed Reflectance and Surface Temperature—A Case Study for the HAPEX-Sahel Grassland Sites

机译：校准具有远程感知的反射率和表面温度的耦合的SVAT-植被生长模型 - HAPEX-SAHEL草地网站的案例研究

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P. Cayrol; L. Kergoat; S. Moulin; G. Dedieu; A. Chehbouni;
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年度 2000
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1. Calibrating a coupled SVAT-vegetation growth model with remotely sensed reflectance and surface temperature- a case study for the HAPEX-sahel grassland sites [J] . P. CAYROL, L. KERGOAT, S. MOULIN, Journal of Applied Meteorology . 2000,第12aPta2期

机译：利用遥感反射率和地表温度校准SVAT植被耦合模型-以HAPEX-sahel草原站点为例
2. Cutting out the middleman: calibrating and validating a dynamic vegetation model (ED2-PROSPECT5) using remotely sensed surface reflectance [J] . Shiklomanov Alexey N., Dietze Michael C., Fer Istem, Geoscientific Model Development . 2021,第5期

机译：切出中间人：使用远程感测的表面反射率校准和验证动态植被模型（ED2- PROSPACT5）
3. Cutting out the middleman: calibrating and validating a dynamic vegetation model (ED2-PROSPECT5) using remotely sensed surface reflectance [J] . Shiklomanov Alexey N., Dietze Michael C., Fer Istem, Geoscientific Model Development Discussions . 2021,第5期

机译：切出中间人：使用远程感测的表面反射率校准和验证动态植被模型（ED2- PROSPACT5）
4. Synergy between a vegetation growth-SVAT model and remotely sensed data. Application to a semi arid area [C] . Cayrol, P., Kergoat, . 2000

机译：植被生长-SVAT模型与遥感数据之间的协同作用。应用于半干旱地区
5. The estimation and scaling of land-surface fluxes of latent and sensible heat with remotely sensed data over a grassland site. [D] . Humes, Karen Sue. 1992

机译：利用草地上的遥感数据估算潜热和显热的地表通量。
6. A Method for Application of Classification Tree Models to Map Aquatic Vegetation Using Remotely Sensed Images from Different Sensors and Dates [O] . Hao Jiang, Dehua Zhao, Ying Cai, 2012

机译：应用分类树模型通过来自不同传感器和日期的遥感图像绘制水生植被的方法
7. Relationships between the Surface Fluxes at Grassland, Paddy Field, and at Copse, and Spectral Reflectances in Visible and in Near-infrared Wavelength or Vegetation Indices Derived from Satellite Remote Sensing. II. Relationship between Spectral Reflectances in Visible and in Near-infrared Wavelength Derived from Satellite and the Surface Fluxes. [O] . Atsushi HIGUCHI, Akihiko KONDOH 2000

机译：草地，稻田和COPSE的表面通量与近红外波长或近红外波长或卫星遥感植被指数之间的关系。 II。可见光和近红外波长源自卫星和表面磁通的频谱反射之间的关系。

Calibrating a Coupled SVAT–Vegetation Growth Model with Remotely Sensed Reflectance and Surface Temperature—A Case Study for the HAPEX-Sahel Grassland Sites

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