C. J. A. Bradshaw

This paper uses stochastic population models to evaluate cost-effective feral pig eradication strategies based on control effort, cost, and population dynamics.

This study uses random forest to predict predator-prey interactions in birds and mammals using ecomorphological and phylogenetic traits, achieving up to 88% accuracy in global data and 67% in a specific community.

The paper examines how density-independent processes affect the relationship between component and ensemble density feedbacks in population dynamics using simulated data.

This study models how river regulation affects the extinction risk of southern bell frogs by simulating inundation patterns and population dynamics under different scenarios.

The paper investigates whether trophic cascades contributed to megafauna extinctions in Sahul by analyzing pre-extinction trophic networks and finding that extinct species were more vulnerable to cascades and new predators.

This study uses demographic models to test if extinction chronology of Sahul's megafauna correlates with extinction susceptibility, finding no clear relationship.

This paper uses a stochastic population model to evaluate the effectiveness and cost-efficiency of two culling strategies for feral cat eradication on Kangaroo Island over 10 years.

The paper examines gender bias in ecology article rankings, finding women prioritize articles with more female co-authors but still rank men-dominated articles higher than men do.