Óscar Godoy

This paper shows that coupling species' demography and interactions changes the structural stability of ecological communities in non-linear ways.

This paper introduces cooperation into structural stability theory to show that cooperation promotes biodiversity through coexistence, intertwined biodiversity, and multistability.

The paper examines how rainfall variation affects species interactions and coexistence mechanisms in Mediterranean grasslands over nine years.

The paper shows that communities with stably coexisting species have higher ecosystem multifunctionality compared to those with less stable coexistence.

This study shows that varying species interactions based on neighbor density improves ecological predictions and promotes coexistence and oscillation in communities.

The paper shows that species interactions are strongly constrained by internal factors despite large climatic variability in annual plants.

The paper develops a framework to analyze cycles in ecological networks by decomposing interaction matrices and applies it to plant communities, finding few cycles due to self-limiting effects and competitive asymmetries.

This study shows that top-down climatic processes influence biodiversity-functioning relationships in North American forests by shaping species richness and biomass patterns.

The paper investigates how functional traits and their plasticity influence species coexistence across different environments using field experiments and a population model.