Jonathan M. Henshaw

The paper introduces two methods to decompose covariance into causal and spurious components, applying them to study body size and egg number in dusky pipefish.

This paper develops mathematical models showing anisogamy drives sex-role divergence through different evolutionary trajectories depending on ecological context and competition type.

This paper develops a framework to quantify feedback between traits and selection gradients in coevolutionary models, demonstrating its application across different theoretical approaches.

The paper uses simulations to show that Bateman gradients are influenced by covariances between mating success and other factors, not just direct causation.

This study shows that mate choice can evolve to counteract gene drives, potentially eradicating them and rescuing populations, especially when drives spread slowly and are dominant.