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SCOPE is a radiative transfer model that simulates the interaction of light with the soil-plant-atmosphere system. Learn how to use SCOPE, its capabilities, options, output files, history, and more from the documentat...
SCOPE is a simulation model for radiative transfer, photosynthesis and energy fluxes in vegetation and soil. - Christiaanvandertol/SCOPE
冠层、叶片和光系统尺度的日光诱导叶绿素荧光SIF模拟的辐射传输模型：SCOPE模型介绍，灰信网，软件开发博客聚合，程序员专属的优秀博客文章阅读平台。
Jul 29, 2021 · SCOPE 2.0 is a model that links satellite observations in the visible, infrared, and thermal domains with land surface processes in a physically based manner. It simulates radiative transfer, photosynth...
Jan 1, 2023 · The leaf pigment contents were assumed uniform in vertical profile as well. The energy balance component of SCOPE is a multi-source soil-canopy model that adjusts components’ temperature until the balanc...
Soil Canopy Observation, Photochemistry and Energy fluxes, 视频播放量 278、弹幕量 0、点赞数 10、投硬币枚数 8、收藏人数 12、转发人数 6, 视频作者 小白AI科研, 作者简介 不定期更新GIS、RS相关软件操作以及文献管理相关操作（需要数据Q：1746798449）记得一键三连哦，相关视频：arcgis处理栅格图行列号一致，arcgis ...
本文介绍了一种耦合BEPS和SCOPE的生态过程模型，用于估算区域、全球的日光诱导叶绿素荧光(SIF)数据，并与GOME-2 SIF产品进行了验证。模型考虑了植被冠层阴、阳叶APAR、光合-荧光关联理论等因素，适应多种生态系统的SIF模拟需求。
结论SCOPE模型可用于日尺度与季节尺度的SIF与GPP模拟，且多云日的模拟精度更高。 SCOPE模型对樟子松人工林的GPP模拟结果优于SIF，推测SIF模拟精度较低的原因可能是模型对SIF的模拟是基于阔叶植物的辐射传输过程。
Apr 16, 2020 · SCOPE模型是一种结合辐射传输和能量守恒的一维模型，广泛应用于日光诱导叶绿素荧光模拟。模型涵盖了冠层、叶片和光系统尺度的荧光、能量平衡、垂直剖面和BRDF模拟，适用于MATLAB环境。文章介绍了模型的功能、基础入门、模拟选项和输入输出文件，提供了模型下载和文档链接。
Feb 6, 2018 · The SCOPE (soil canopy observation of photochemistry and energy fluxes) model has been widely used to interpret solar-induced chlorophyll fluorescence (SIF) and investigate the SIF-photosynthesis links a...
