With an extensive data compilation, a study from an international team has revised downwards the climate impact of lakes and rivers in the tropics.

A study reveals that some Brussels ponds, although clear and apparently healthy, release more methane, a powerful greenhouse gas.

Two research teams from the University of Liège present the work they began in 2009 as part of an FNRS PDR, which led to this publication on Posidonia litter.

A study conducted in the Mediterranean Sea by ULiège researchers on Posidonia seagrass meadows revealed surprising results.

A study conducted by the University of Liège shows that greenhouse gas emissions from Brussels' ponds cancel out the carbon sink of the city's green spaces.

This new mission, in which ULiège is involved, aims to observe the reactions of Antarctic marine ecosystems to climate change, particularly at shallow depths.

A study conducted by researchers from the ULiège shows that CO₂ and CH₄ emissions from mountainous rivers in the Amazon basin are very high.

Three researchers from the ULiège have embarked on the sailing boat of the scientific mission TANGO which sails in the Antarctic waters.

Hubert Damas and Alberto Borges, both oceanographers from ULiège, have studied some of the great African lakes in the 1930s and today. These studies bring unexpected scientific results.

A study conducted by researchers at ULiège has made it possible to assess for the first time the importance of CO₂ and CH₄ emissions from African lakes.

According to a study conducted by Alberto Borges from ULiège, the lake is not only suffering from the introduction of the Nile perch into its waters.

A study participated and which shows that these emissions are the most important but also the most uncertain and that they are likely to increase partly due to global warming and the use of fertilizers in agriculture (eutrophication).