Antoine M. G. Barreaux

The paper models tsetse fly habitat suitability in Cote dIvoire using ensemble methods to guide disease control efforts.

This paper develops a delay-based framework to model malaria transmission dynamics, showing that biological memory from developmental delays can create time-dependent transmission potential and stability fluctuations.

The paper develops a modelling framework to assess tsetse fly elimination in Chad, showing that continued sampling without detections could confirm elimination with 99% confidence.

This study compares how host age and nutrition affect the density regulation of obligate and facultative bacterial symbionts in tsetse flies, finding that obligate symbionts are more tightly regulated by the host than facultative ones.