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Correspondence to Author: Jinye Lis, Fanglidang Hoe. 

Department of Renewable Resources, University of Alberta, Edmonton, Alberta, Canada.

Abstract:

It is commonly believed that species richness and asynchrony improve community-level stability. The degree to which population size and individual within-population asynchrony may influence population-level stability is unclear, though. 2. We measured the impact of population size and within-population tree growth asynchrony on the temporal stability of population-level tree growth rate using a sizable collection of global tree-ring data. Additionally, we looked at the connection between population-level tree growth stability and the global distributions of within-population tree growth asynchrony. According to our findings, population size is the second most important factor instabilizing populationlevel tree growth rate, after individual asynchrony. This result emphasizes how crucial individual-level variations are in reducing environmental stressors on forest growth.

Keywords:Sclimate Zones, Ecological Stability, Forest Resilience, Global Distribution Of Forest Stability,Individual Asynchrony, International Tree-Ring Data Bank, Population Size, Tree Growthstability, Within-Population Variability.

Citation:

Dr.Jinye Lis, Individual Asynchrony Encourages Stable Tree Growth At The Population Level. World Journal of Ecology 2025.