A new study uncovered fresh chemical evidence of life in rocks more than 3.3 billion years old, along with molecular traces showing that oxygen-producing photosynthesis emerged nearly a billion years ...

AI-powered chemical analysis uncovered faint biological fingerprints in some of Earth’s oldest rocks, pushing back the origins of oxygen-producing life.

Using this method, researchers were able to push the ability to find molecular traces in much older rocks. The state of the ...

This new method found traces of life in rocks dating back more than 3.3 billion years and detected signs of oxygen-producing ...

Back on planet Earth, and deep inside a pitch-black, sulfuric cave on the Albanian-Greek border, we reported on a study that ...

AI reveals 54,000 hidden earthquakes and draws a clear ring fault under Campi Flegrei, redefining the risks in the Italian ...

High-lithium clays discovered in Nevada's McDermitt Caldera - a surface find that could transform the US clean energy chain.

As the world approaches critical tipping points, a comprehensive global scientific report shows that resilience—the ability ...

A new  study, published this week in Cell Reports Sustainability, introduces the concept of the Climate BioStress model and proposes the adoption of an integrative Climate BioStress Sentinel System ...

Photo of Professor Bin Jiang (left) and Dr. Jiali Li (right) as corresponding author and co-first author. As cities around ...

NASA has long been a driving force in the pursuit of knowledge about space, technology, and the Earth itself. Founded with the mission to explore outer space, the agency has continually pushed the ...