Po‐Ju Ke

The paper develops a framework for analyzing invasion in structured populations using analytical and numerical methods to determine invasion success across different ecological scenarios.

The paper samples and analyzes Saccharomycotina yeasts in subtropical forest leaf litter, revealing high culturable diversity and seasonal dynamics linked to climate factors.

The paper studies how predator recognition processes affect mimicry system dynamics, showing that intermediate mimic similarity and abundance-dependent recognition promote stability.

The paper investigates how plant-soil feedback persists after host death and influences seedling competition, finding microbial legacies shape density-dependent competition in a subtropical forest.

The paper integrates two ecological theories to predict how warming affects competition by reducing niche and fitness differences among species.

The paper tests if island biogeography theory applies to microbial communities in bird's nest ferns, finding that larger ferns host more diverse microbes and that environmental heterogeneity drives diversity.

The paper develops a theoretical framework linking species coexistence to ecosystem function by identifying three components that determine community function.