T. Morel-Journel

The paper identifies a residence-colonization trade-off and niche differentiation among E. coli phylogroups in healthy humans, enabling their coexistence through equalizing and stabilizing mechanisms.

This study demonstrates that past invasion conditions affect future range expansion speed due to density dependence, confirming the existence of colonisation debt in both simulated and experimental settings.

This study develops an algorithm to reduce disease spread in cattle by rewiring movements between herds, showing effectiveness in both epidemic and endemic scenarios.

The paper investigates the relationship between carrying capacity and propagation speed in population expansion using mathematical models and experiments, finding a positive correlation under certain conditions.