稳定叶簇(FC):树种树冠结构的基本单位及其在树林结构建模中的应用——FC模型的配置

A. Sumida, K. Umeki
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引用次数: 3

摘要

“叶簇(FC)模型”表明,通过形成一个“稳定的叶簇”,栎树种枝条的大小(叶片数量、年枝数和总枝长)、周转时间和分枝(即分叉)结构在树冠顶部变得稳定。一个稳定的FC可以被视为树冠结构的一个基本组成部分,并作为一个替代单叶或当年茎。FC模型由几个近似树枝分支结构的方程组成。细枝之间的大小和分支形态的差异由方程参数值的差异来表示。我们详细描述了对取自真实树枝的数据的分析,并将其应用于FC模型中实现的方程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stable Foliage Cluster (FC), a Basic Unit of the Crown Structure of Tree Species and Its Application to Modeling of Tree and Forest Structure: Configuration of the FC Model
The "foliage cluster (FC) model" shows that the size (the amount of leaves, number of yearly shoots and total twig length), turnover time, and branching (i.e., forking) structure of a twig becomes stable in the top of the crown in an oak species by forming a "stable FC". A stable FC can be treated as a basic component of the crown structure and as an alternative to individual leaf or current-year shoot. The FC model is composed of several equations approximating the branching structure of twigs. Differences in size and branching morphology among twigs are represented by differences in values of the parameters of the equations. We described details of our analyses of data taken from real twigs and applied to the equations implemented in the FC model.
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