Alun L. Lloyd

This study assesses gene drive failure risk by analyzing how dispersal and fitness cost affect spatial confinement outcomes using global sensitivity analysis.

The paper constructs a mathematical model to analyze how density dependence affects genetic biocontrol strategies in pest populations, finding that strong density dependence increases resilience to suppression.

This paper compares single- and two-construct female-killing genetic strategies for pest suppression using a population genetics model, finding that two-construct strains can lead to stronger suppression with smaller releases.

This paper compares three spatially self-limiting gene drive systems using a population genetics model, finding differences in their efficiency, localization, and risk of unintended spread.