Quirine A. ten Bosch

The paper introduces NetForge, a generative framework that creates synthetic livestock contact networks preserving infection dynamics by combining trade structure with temporal constraints.

The paper quantifies antibody cross-reactivity between Usutu and West Nile viruses in blackbirds using serological data and a Bayesian model to improve serosurveillance interpretation.

The paper assesses future mosquito-borne disease risks in the Netherlands under different climate and land-use scenarios, finding increased outbreak sizes and growth rates for Usutu and West Nile viruses.

The paper uses Approximate Bayesian Computation to analyze USUTU virus transmission in wildlife, showing that multiple bird species, not just blackbirds, contribute to its spread.

This paper compares multivariate and univariate resilience indicators for early warning of West Nile virus outbreaks, finding multivariate indicators perform better in data-poor scenarios.

This paper models how entomopathogenic fungi can reduce East Coast fever transmission in cattle by affecting tick mortality and population dynamics.