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Geometric-optical (GO) model suitable for forest plantation (GOFP) is a GO model for forest plantations at the stand level developed in this study based on a four-scale GO model a Geometric-Optical Model for Sloping Terrains-II (GOST2), which simulates the bidirectional reflectance distribution function (BRDF) for natural forest canopies. In most previous GO models, tree distributions are often assumed...
The Lambertian surface has been a very important assumption in constructing the thermal radiance transfer equation for remote sensing of ground surface temperature. Crops are often planted in a row structure, and complex row architectures may lead to differences in terms of sunlight. Study of the radiation difference caused by observation directions for cropland is important for crop research by remote...
Gap fraction (GF) and clumping index (CI) play key roles in plant light interception, and therefore they have strong impacts on plant growth and canopy radiative transfer processes. On the one hand, in the field of remote sensing, leaves were often assumed to be randomly distributed in tree crowns in previous researches. While this assumption is not correct for many forest canopies, especially for...
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