How do we predict life in water? 🌊 Freshwater systems are connected and hierarchically constrained, breaking standard SDM assumptions. My first PhD paper is out in Global Ecology & Biogeography: a hierarchical global-to-regional pipeline for aquatic SDMs. Open access 🐟📄 doi.org/10.1111/geb.70301

Hierarchical Modelling of Aquatic Species Distributions

Aim Species Distribution Models (SDMs) have traditionally been developed in a terrestrial context, and their application to aquatic ecosystems presents unique challenges. These include predicting sp...

doi.org

A new study from our lab, published today in @global-ecology.bsky.social, presents a framework for building and evaluating species distribution models in freshwater systems. See blog post: www.maraujolab.eu/2026/09/01/h...

Hierarchical modelling of freshwater species distributions -

A new study tests how spatial extent, river-network structure and environmental predictors affect species distribution models for freshwater […]

maraujolab.eu

Great energy today at the MNCN-CSIC Biogeography & Global Change Annual Meeting at Ventorrillo! Let’s keep pushing scientific boundaries and driving meaningful change together @mncn-bgcg.bsky.social @mncn-csic.bsky.social

Happy to be part of this collaboration, brilliantly led by @samuelmacaulay.bsky.social! An important synthesis on #mesocosm research and a fantastic output from the #AQUACOSM family.

Sam Macaulay@samuelmacaulay.bsky.social · 2y ago

How can mesocosms help tackle grand ecological challenges in aquatic ecosystems? 🌊🌍 Check out our open-access Oikos Forum article, out today: 🔗 doi.org/10.1111/oik.... @oikosjournal.bsky.social