K. R. S. Hale

This paper introduces a trait-based model to simulate multiplex ecological networks and shows it accurately predicts observed network structures using trait correlations and subnetwork features.

The paper develops population dynamic models to compare pollination and seed dispersal mutualisms, finding they exhibit different stability dynamics at low density depending on plant carrying capacity, animal foraging efficiency, and obligacy.

The paper develops extensible models for two-species mutualisms to evaluate population-level consequences of different mechanisms and proposes a general ecological theory of mutualism.

This study shows that mutualistic interactions, particularly pollination, enhance diversity, stability, and function in food webs by increasing persistence, productivity, and abundance of species.