Coral species exhibit different temperature tolerances. This is in part due to the composition of their microalgae symbionts. 

A combination of atmospheric measurements and fine-scale simulations has improved understanding of the modeling anomalies that arise when the model resolution approximates the length scale of turbulence features — an atmospheric simulation problem known as Terra Incognita. 

Researchers will soon be able to reconstruct the climate of north-west Europe including the UK over the last 4500 years, and to date wooden buildings and objects more accurately, by analysing the chemistry of ancient oak trees, through a new Swansea-led project just selected for €3 million in European funding.

The outer-core size of tropical cyclones (TCs) is vital for evaluating their destructive potential. 

Human-caused climate change will make strong tropical cyclones twice as frequent by the middle of the century, putting large parts of the world at risk, according to a new study published in Scientific Advances. 

According to a new study led by the ICM-CSIC, this could lead to a destabilisation of the global climate system, an intensification of storms in specific areas, and an acceleration of ice melting at the poles.

As greenhouse gas emissions continue to warm the world’s oceans, marine biodiversity could be on track to plummet within the next few centuries to levels not seen since the extinction of the dinosaurs, according to a recent study in the journal Science by Princeton University researchers.

Study simulates San Francisco's worst storms in future climate conditions, finds up to 37% wetter extreme events

The technology not only means power distribution networks will waste much less energy, but they could also look very different.

In this new study, researchers developed a first-of-its-kind knowledge-guided machine learning model for agroecosystem