Peter Nabutanyi

This study shows that varying toxicity and refuge frequency over pest generations is more effective for managing pesticide resistance than keeping them constant, with outcomes depending on population parameters and mating behaviors.

The paper develops a mathematical model integrating intraspecific trait variation and niche conformance/construction to assess population fitness in changing environments, applying it to case studies on great tits and a host-parasite system.

This study uses an individual-based model to show that niche choice slows insecticide resistance evolution and promotes phenotypic coexistence in phytophagous insects.