Minerals underground may be part of the solution to global climate change. The most famous greenhouse gas, carbon dioxide ...

Instead, their study found a distribution of aftershocks that is compatible with a 12-kilometer sliver of a mantle mineral called olivine that could shed light on how deep earthquakes can occur.

Instead, their study found a distribution of aftershocks that is compatible with a 12-kilometer sliver of a mantle mineral called olivine that could shed light on how deep earthquakes can occur.

Stanford University scientists have found a practical and affordable way to remove carbon dioxide (CO2) from the air and ...