Macroecology
We analyze broad-scale patterns in the distribution and abundance of species to understand the fundamental rules governing biodiversity on Earth, from genes to whole ecosystems.
Explore our projectsPast climate conditions are main drivers shaping the genetic diversity of global marine forests, providing key conservatio...
Marine life across the globe organizes into 6 functionally similar trophic communities, driven by temperature and depth.
Data science reveals region-specific drivers for hazardous Portuguese man o' war blooms
Climate change threatens to disrupt these underwater havens, but we can take action. Our new research provides a roadmap ...
The crucial role of ocean currents in shaping mangrove genetic diversity, challenging previous assumptions and emphasizing...
Stacked species distribution modelling identifies regions of high and low species richness and endemicity of marine forest...
Machine learning distribution modelling demonstrates the benefits of complying with the Paris Agreement for 10 commerciall...
A modeling approach to examine how climate change will impact marine aquaculture species and regions of marine aquaculture...
A project to enhance aquaculture sustainability and suitability while fostering interdisciplinary collaboration.
A project aimed at investigating the effects of climate change on key marine forest species, such as kelp, fucoids and col...