Peter Fransson

The paper applies niche-evolution theory to study how host species similarity and interactions influence evolutionary host shifts in pathogen adaptation.

This paper develops a machine learning framework to predict human infection potential of coronaviruses using spike protein sequences, identifying motifs KIQ and LEP associated with human infection.

This study estimates temperature sensitivity of West Nile virus transmission using Bayesian hierarchical models and experimental data on mosquito-pathogen traits.

The paper develops an eco-physiological model to predict combined effects of water and nitrogen limitations on forest growth using optimality principles and validates it with field measurements.