C. Duchamp

Spatio-temporal dynamics of attacks around deaths of wolves: A statistical assessment of lethal control efficiency in France

This study assesses the effectiveness of wolf lethal control in reducing livestock attacks in France using a spatio-temporal analysis framework.

Bringing circuit theory into spatial occupancy models to assess landscape connectivity

The paper develops a spatial occupancy model using circuit theory to assess landscape connectivity by incorporating commute distances, applied to study carnivore recolonization in France.

Modelling Eurasian lynx populations in Western Europe: What prospects for the next 50 years?

The paper models Eurasian lynx populations in Western Europe to predict their persistence over 50 years, finding likely large-scale survival despite challenges.

Large-scale deregulation of gene expression by artificial light at night in tadpoles of common toads

This study shows that artificial light at night affects gene expression in tadpoles during both day and night, with a dose-dependent downregulation of immune-related genes at low light levels.

Ecological and anthropogenic drivers of large carnivore depredation on sheep in Europe

This study identifies ecological and anthropogenic factors influencing large carnivore depredation on sheep in Europe, finding that wolf distribution correlates with compensation claims, while other factors explain most variation.

Exploring the impact of lesser-known social dynamics on wolf populations through an individual-based approach

This paper presents an individual-based model to simulate wolf population dynamics, focusing on lesser-known life cycle processes and their impact on population projections.

Spatial density estimates of Eurasian lynx (Lynx lynx) in the French Jura and Vosges Mountains

The paper estimates Eurasian lynx density in French Jura and Vosges Mountains using camera trapping and spatial capture-recapture models, finding higher density in Jura and no lynx in Vosges.

Mapping and explaining wolf recolonization in France using dynamic occupancy models and opportunistic data

The paper models wolf recolonization in France using dynamic occupancy models, showing colonization rates decline over time and are influenced by environmental factors and sampling effort.