Findings that shed new light on the evolutionary mechanisms governing the persistence or loss of metamorphosis, particularly in the context of climate change.
Applications are now open for the Erasmus Mundus ECT+ One Health Master’s program! Become the experts of tomorrow, ready to take action for a healthier world.
An international study led by researchers at the University of Liège reveals that the incredible colour patterns of coral reef fish evolve rapidly, but according to common rules, regardless of oceans and regions of the globe.
An international study challenges our understanding of evolution in extreme marine environments.
A recent study sheds light on the mechanisms of sound production in boxfishes, revealing a fascinating evolutionary transition between mute and vocal species.
A study reveals how body size radically influences the diet of the Japanese giant salamander, enabling it to reach the top of the food chain in Japanese rivers.
MARE-WIND – Biodiversity and Offshore Wind: Understanding Transformative Impacts on Marine Ecosystems – has been selected for funding under the Biodiversa+ BiodivTransform call.
With an extensive data compilation, a study from an international team has revised downwards the climate impact of lakes and rivers in the tropics.
The VIOsEA project, developed as part of the Teaching with VR programme, invites us to discover the profession of oceanographer in the exceptional environment of STARESO.
Research conducted by scientists at ULiège shows that the method used has a direct influence on plant survival.
PhD student Marine Banse is interested in sound communication in fish and its role in species evolution.
A study reveals that some Brussels ponds, although clear and apparently healthy, release more methane, a powerful greenhouse gas.
