Mauricio Santos‐Vega

This study models how temperature affects Wolbachia release efficacy in dengue control, showing higher temperatures reduce effectiveness and require adaptive strategies.

The paper proposes a defaunation-cascade framework to link human pressure to zoonotic disease dynamics, showing differential associations between pathogen types and environmental factors.

This paper shows that ENSO-driven temperature variability shifts dengue transmission to higher altitudes in the Andes, increasing risk for previously unaffected populations.

This study uses a stochastic agent-based model to show how Plasmodium falciparum population structure responds to transmission intensity and initial diversity, revealing nonlinear patterns in recombination and haplotype dynamics.