Igneous rocks allow researchers to uncover the secrets of Earth’s core, and the findings are intriguing: it turns out that gold and other heavy metals can rise from deep within the planet all the way to the surface.

Record-breaking temperatures were observed in 2023 and 2024. Does this reflect an acceleration in the rate of Earth’s warming?

Climate change is transforming vast stretches of Arctic tundra from carbon sinks into carbon sources—releasing more greenhouse gases than they absorb.

How does the movement of continents shape the Earth’s surface and affect mountain height?

Arctic sea ice is melting at a much faster rate than previously expected. A new study warns that within just two and a half years, the Arctic Ocean could experience its first nearly ice-free summer—a dramatic milestone in the unfolding climate crisis.

A new study suggests that the breakup of the ancient supercontinent Gondwana generated waves that slowly propagated beneath the continents for tens of millions of years, shaping their surface.

A new study strengthens the hypothesis that the El Niño phenomenon contributed to the great Permian-Triassic extinction, 250 million years ago.

Polar ice melting and rising sea levels are slowing Earth’s rotation, emerging as a significant factor in the change to the length of a day

Natural metal nodules release oxygen in the dark depths of the ocean, challenging the long-held belief that oxygen production is impossible without photosynthesis.

The autumnal equinox is a good time to revisit ancient astronomical ideas and explore new concepts for experiential teaching.

Israeli environmental satellite ends operations, SpaceX back in action, Boeing delayed, and an upcoming nova event.