Search results for "METIS-311058"

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Global sensitivity analysis of the SCOPE model : what drives simulated canopy - leaving sun - induced fluorescence?

2015

This study provides insight into the key variables that drive sun-induced chlorophyll fluorescence (SIF) emanating from vegetation canopies, based on a global sensitivity analysis (GSA) of the Soil-Canopy Observation of Photosynthesis and Energy (SCOPE) balance model. An updated version of the SCOPE model was used here (v1.53) which contains novel leaf physiological modules for determination of the steady state fluorescence yield: a photosynthesis model coupled with (a) submodels having empirically derived relationships, identified as TB12 for unstressed and TB12-D for drought conditions and (b) a mechanistic (MD12) submodel based on theoretical relationships. By inspecting Sobol's total or…

Canopymodelchlorophyll fluorescenceSoil ScienceFluxGeologyVegetationgross primary productionPhotosynthetic capacityremote sensingphotosynthesiITC-ISI-JOURNAL-ARTICLE2023 OA procedureEnvironmental scienceMain effectShortwave radiationComputers in Earth SciencesLeaf area indexMETIS-311058Chlorophyll fluorescenceRemote sensingRemote sensing of environment
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