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原文連結
論文資訊
- 類型：已發表論文
- 日期：2009
摘要
Here, we present the second part of a quantitative theory for the structure and dynamics of 森林s under demographic and resource steady state. The theory is based on individual-level allometric 縮放律 relations for how trees use resources, fill space, and grow. These scale up to determine emergent properties of diverse 森林s, including size-frequency distributions, spacing relations, canopy configurations, mortality rates, 族群 dynamics, successional dynamics, and resource flux rates. The theory uniquely makes quantitative predictions for both stand-level 縮放律 exponents and normalizations. We evaluate these predictions by compiling and analyzing macroecological datasets from several tropical 森林s. The close match between theoretical predictions and data suggests that 森林s are organized by a set of ver
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