Marie‐Josée Fortin

This paper shows that population dynamics of marine fish stocks worldwide are governed by a single attractor with three archetypes, improving prediction accuracy for fisheries.

This study characterizes benthic community structure across Western Pacific seamounts to 5,000 m depth, identifying conservation priorities based on depth, geomorphology, and species ecological breadth.

This study models how red fox movement and landscape features affect sarcoptic mange spread in urban areas, finding that heterogeneous landscapes and movement patterns increase transmission.

The paper shows that polar bear genetic structure changed significantly in the Canadian Arctic over two decades due to sea ice loss.

The paper identifies key stepping stone reefs to maintain connectivity among climate refugia, ensuring 84,564km2 of refugia remain connected despite degradation of other reefs.

This paper enhances global landcover maps by integrating OpenStreetMap data to better represent urban landscape heterogeneity, achieving 89% accuracy in 33 North American cities.