A metabolic-scaling forest model predicts a two-regime power-law tree-size distribution, with the crossover set by recruitment and resources, and shows that forest boundaries can cause long-dispersal species to decline across the whole stand.
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A multiscale theory based on metabolic scaling connects forest dynamics to tree-size distributions
A metabolic-scaling forest model predicts a two-regime power-law tree-size distribution, with the crossover set by recruitment and resources, and shows that forest boundaries can cause long-dispersal species to decline across the whole stand.