Ryan S. Miller

The paper evaluates the effectiveness of wild pig removal efforts by analyzing population dynamics and management data across the southeastern United States.

This study analyzes epidemiological parameters of African Swine Fever virus variants to identify factors explaining variation in key metrics like incubation period and R0.

The paper improves a removal model for estimating density changes in invasive species by integrating it into an IPM and applying it to wild pig data, showing good performance across densities but bias under low effort and density conditions.

The paper develops a spatial epidemiological model to assess how ASFv genotype traits affect transmission dynamics in wild pigs, finding infectious period is the strongest predictor of outbreak metrics.

This study examines how intensive culling methods affect movement and contact behaviors in wild pigs, with implications for disease spread.

This study predicts wild pig movement across their range using displacement distributions and habitat selection analysis to inform landscape-scale management.

The paper assesses Torque teno sus virus 1 as a surrogate pathogen for studying transmission dynamics in wild pigs, finding high prevalence, genetic variability, and patterns of direct transmission.

The paper compares the efficiency of population control methods for managing wild pigs during a foreign animal disease outbreak, finding aerial operations most cost-effective despite high initial investment.