Philip G. Madgwick

This study evaluates pesticide mixtures for resistance management in asexual insect pests and finds they can delay resistance evolution compared to sexual populations.

This study tests how pesticide deployment regimes affect resistance evolution in C. elegans, finding that compound mixtures with refuge most effectively constrain resistance.

The paper presents a model showing that tuning spatial distribution of selection pressure can slow resistance evolution and extend the effective lifetime of control measures.

The paper develops a model showing that altruistic public goods investment can exclude cheaters unless altruists are overly generous, and local competition prevents stable coexistence.

The paper derives an ex-Gaussian distribution for the time to fixation in a Wright-Fisher model with mutation, drift, and selection, and applies it to analyze evolutionary forces and adaptation.