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Changing methodology results in operational drift in the meaning of leaf area index, necessitating implementation of foliage layer index

机译:不断变化的方法导致操作上的叶面积指数漂移,因此必须实施叶面指数

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Leaf area index (LAI) was developed to describe the number of layers of foliage in a monoculture. Subsequent expansion into measurement by remote‐sensing methods has resulted in misrepresentation of LAI. The new name foliage layer index (FLI) is applied to a more simply estimated version of Goodall's “cover repetition,” that is, the number of layers of foliage a single species has, either within a community or in monoculture. The relationship of FLI with cover is demonstrated in model communities, and some potential relationships between FLI and species’ habit are suggested. FLI comm is a new formulation for the number of layers of foliage in a mixed‐species’ community. LAI should now be reserved for remote‐sensing applications in mixed communities, where it is probably a nonlinear measure of the density of light‐absorbing pigments.
机译:叶面积指数(LAI)用于描述单一栽培中的叶层数。随后通过遥感方法扩展到测量中,导致对LAI的误解。新名称的叶子层指数(FLI)适用于古道尔(Goodall)的“覆盖重复”的更简单估计版本,即单个物种在社区内或在单一养殖中具有的叶子层数。在模型群落中证明了FLI与掩盖的关系,并提出了FLI与物种习性之间的一些潜在关系。 FLI comm是一种针对混合物种社区中的叶子层数的新公式。现在应将LAI保留用于混合社区中的遥感应用,在该社区中LAI可能是吸光颜料密度的非线性度量。

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