J. M. Ponciano

The paper shows that increasing environmental variability can reduce population variance in endogenously cycling populations, challenging existing models that predict increased variability.

This study develops a stochastic population dynamics model to examine coexistence of diploid, triploid, and autotetraploid cytotypes under demographic and environmental stochasticities, finding that increased selfing and reproductive isolation stabilize coexistence.

This paper introduces a change-point model to understand post-breakpoint population dynamics and quantifies how density dependence affects transitions between stationary distributions.

This paper extends N-mixture models to improve rare species abundance estimation in low-sample-size tropical studies by leveraging multi-species information and beta-distributed detection probabilities.