Daniel T. Haydon

This study examines how negative density-dependence and Allee effects interact in malaria mosquito populations and how different control strategies affect their dynamics.

The paper develops a mechanistic model of a bird-insect food web in African cocoa agroforestry to show that low-intensity farming can support biodiversity and ecosystem services without increasing pests.

This study models Rift Valley fever virus persistence via transovarial transmission and finds that a high TOT fraction enables localized persistence with realistic seroprevalence patterns.

This study models Rift Valley fever virus dynamics in Gambian cattle, showing sustained transmission in the Gambia river region and seasonal risk of virus introduction to the Sahelian region via transhumant cattle.

This paper uses Bayesian models to correct species misclassifications in citizen science data by learning confusion patterns from expert-validated records and guidebook information.

This study estimates RVFV seroprevalence in Gambian livestock and identifies risk factors, finding high cattle seroprevalence and suggesting endemic viral circulation.