Damaris Zurell

This study attributes changes in North American bird occupancy to climate and land use change using counterfactual simulations and Bayesian models, finding climate change negatively affected 90% of species and land use change 96%.

This study assesses how climate and land-use changes affect the spread and seasonal patterns of TBEV and WNV in Europe, projecting increased transmission risk and phenological shifts.

The paper investigates dispersal syndromes in European birds, finding that body mass and life history traits predict dispersal, but syndromes are poor predictors for phylogenetically distant species.

This study examines climatic niche changes in non-native plants across multiple regions, finding that niche dynamics depend on introduction history and biogeographic context rather than ecological traits.

The paper simulates dispersal patterns across different landscapes to show that dispersal kernels vary with habitat configuration and are not transferable across environments.

This study quantifies uncertainty in species distribution model-based blacklists for invasive plants by evaluating the impact of occurrence data, environmental predictors, algorithms, and thresholding methods.

This study shows that IUCN Red List methods underestimate extinction risk for species shifting ranges due to climate change, and suggests updates to the guidelines.

This paper integrates expert range maps with species distribution models using stacked generalization to improve range delineation and account for uncertainty.