The discovery of tiny crystals of the iron-rich hydroxychloride kuliginite in New Caledonia provides new insights into the hydrogen production from mantle rocks and saline water.
Laboratory experiments show that earthquakes may have helped early life evolve in an oxygen-free world.
Gravity field measurements from decade-old lunar orbiter provide a proxy for counting craters.
To trace how crucial ingredients for life arrived at Earth, scientists track noble gases. Now, improved methods are drawing new clues from krypton, the most cryptic of noble gases.
Lightning could have sparked the beginnings of life, but the primordial atmosphere might have made it more difficult for lightning to initiate.
By analyzing rare Martian meteorites, researchers have uncovered a crystalline structure created by a large asteroid or comet impact that potentially affected the Red Planet’s habitability.
A super salty spring in the Canadian Arctic provides insights key to detecting life on a distant ocean world.
Tidally locked planets always present the same face to their host stars. What does this mean for their potential to support life?
Early Earth conditions and the chemistry that led to life were inextricably interwoven. Earth scientists and prebiotic chemists are working together in new ways to understand how life first emerged.