Climate models are essential tools for understanding our planet's future, helping scientists predict global warming patterns, ...

The research team acknowledges that more work is needed to accurately represent the effects of mesoscale eddies in climate models. "Future research will focus on refining the 3D structural models ...

Researchers from Scotland have created a 3D model of Peru's glaciers using specially designed high-altitude drones, part of an ongoing effort to study the relationship between the glacier's melt ...

Contrails materialize at cruising altitude when ... of a warming impact on climate as planes' CO 2 emissions. Marc Stettler and colleagues wanted to refine the models to more accurately predict ...

By changing the flying altitude by just couple of thousand feet ... at Imperial College London concludes that the damage to the climate caused by one consequence of aviation could be reduced ...

Each of the locations will have five separate 3D models made to capture a full sense of scale and function for each, just in case one or all is irreparably damaged by the effects of climate change ...

The smoke particles dispersed through the mid-latitudes of the southern hemisphere within a few days due to the high-altitude winds ... represented in aerosol climate models.

But new research suggests changing the altitude of just 1.7 per cent of flights by a margin of 2,000ft could reduce contrails’ climate impact by nearly 60 per cent. Furthermore, when combined ...

changing the altitude of a small number of flights could significantly reduce the climate effects of aviation contrails. This new method could very quickly reduce the overall climate impact of the ...