Armed with new tools, scholars are finally able to read papyrus scrolls long deemed too fragile to open. The breakthrough ...

However, using diamonds comes with a hefty price. The researchers estimated that cooling the Earth by about 1.6°C over 45 ...

Sulfur dioxide has long been considered the primary option for this method, as volcanic eruptions naturally ... and created a 3D model. This model focused on certain factors such as light ...

This is an idea taken from a very natural occurrence—volcanic eruptions ... researchers put together a 3D climate model and began feeding it information about different aerosol compositions.

Using a 3D climate model, the researchers separately ... We can readily examine its effects on a large scale through volcanic eruptions, MacMartin said, and because it's a gas, it'd be easier ...

Released naturally by volcanic eruptions ... and sulphur dioxide. Their 3D climate models factored in light reflection, how long the particles would stay in the atmosphere, and whether they ...

This team, which included climatologists, meteorologists, and Earth scientists, created a model that showed positive ...

Scientists propose using synthetic diamond dust to reflect sunlight and reduce global temperatures. Here's how much it might cost.

The current frontrunner for this job has been sulfur dioxide, largely due its natural occurrence in our atmosphere from volcanic eruptions ... To satisfy this curiosity, the experts created a 3D ...

A diverse group of researchers at ETH Zurich collaborated on a study that focused on creating 3D climate models to explore the ... It draws inspiration from volcanoes. The eruption of Mount Pinatubo ...

Many villagers had to flee their villages, which were covered in ash. The first eruption killed nine people and injured ...

New research shows that glaciers near active volcanoes flow faster than other glaciers. The findings suggest it would be ...