Mass changes across the Antarctic ice sheet have been detected using satellite gravimetry, revealing significant ...

New research challenges the meteorite hypothesis, suggesting Earth's water may be native, originating from the solar nebula rather than asteroidal impacts.

Volatiles are crucial for sustaining life and the Earth's habitability, with subduction zones being the main pathways for ...

South Africa’s land is rising due to long-term drought. GPS and satellite data show the uplift is linked to drying ...

Named Eos, the cloud of gas would appear huge in the night sky if visible to the naked eye and could shed light on solar ...

The planet is "crumbling to pieces," shedding the equivalent of Mount Everest’s mass every 30.5-hour orbit and will be ...

The record-breaking mission offers an unprecedented opportunity to study the geology of our planet’s largest layer.

Recent flybys of the fiery world refute a leading theory of its inner structure — and reveal how little is understood about ...

How core-mantle differentiation influenced the distribution of volatile elements on Earth. Imagine Earth's history as a ...

The planet orbits its host star in just 30.5 hours, losing a mass of material roughly equal to Mount Everest each time ...

Water from both volcanic rocks and deep mantle melted Earth's crust 1.6 billion years ago. This long-lasting melting formed ...

Plate tectonics is geology’s Theory of Everything. The realisation in the 1960s that Earth’s crust is made of fragments ...