I continue to model the accumulation of carbon dioxide (CO2) in the atmosphere, because the topic fascinates me. This time, I constructed a global warming scenario driven by a pulse of ...

"For detecting that we need some kind of telescope to give us spectra of the atmosphere. And then a photochemical model like ours can help calculate the chemical condition in the atmosphere and ...

More simply, it is a matter that flows like a gas or liquid. Since the atmosphere is a fluid, we can show how parts of it move with another fluid. Water! Let's start this experiment by seeing how ...

They use these equations to create what's known as numerical weather models to predict what's going to happen in the atmosphere. Meteorologists normally just say 'models' on air, but what exactly is a ...

"Studying the chemistry of ultra hot planets like WASP-121b helps us to understand how gas giant atmospheres work under ...

A recent study published in npj Climate and Atmospheric Science examines this ... New observational data from the James Webb Space Telescope and simulation models have confirmed a new type of ...

Geospace is a term that scientists use to describe the region around our planet that includes Earth's upper atmosphere and the surrounding space. With the new model, called Multiscale Atmosphere ...

The model uses atmospheric observation data as a controller in atmospheric models to optimize bottom-up emission inventories (prior fluxes). The NIES-TM-FLEXPART-variational (NTFVAR) global ...

For a long time, researchers have used atmosphere-only models to study the intensity changes in tropical cyclones. But the atmosphere-only models leave some questions unanswered. A research team ...