New research reveals that Comet 3I/ATLAS, after billions of years in space, has developed a unique irradiated crust due to cosmic ray bombardments, changing its original material and composition.
A new study reveals a groundbreaking method to monitor magma movements beneath Mount Etna, potentially enhancing eruption predictions and saving lives. Researchers analyze the b value to track magma ascent and stress changes in the crust.
Scientists are making a compelling case for a newborn ocean beneath the icy crust of Saturn's moon Mimas. Research reveals insights into its age and how future missions could confirm the existence of this hidden ocean.
Explore the groundbreaking research revealing the complex behavior of the Indian Plate beneath Tibet. This discovery reshapes our understanding of seismic activity and poses new risks for millions living near these majestic mountains.
New research disputes a 100-year-old theory about the Himalayas' formation, revealing a crucial layer of mantle that contributes to the mountains' impressive height.
The newly launched NISAR satellite, a collaboration between NASA and ISRO, features a groundbreaking radar system that monitors Earth's surface movements with unprecedented detail. After an intricate deployment, it promises transformative insights into environmental changes.
A new study reveals that melting glaciers may awaken dormant subglacial volcanoes, potentially leading to increased volcanic eruptions worldwide. This alarming phenomenon is especially relevant in Antarctica.
A groundbreaking study reveals the oldest known rocks on Earth, dating back over 4 billion years, offering vital insights into our planet's earliest history during the Hadean Eon.
A new study suggests the Nuvvuagittuq Greenstone Belt in Canada may contain rocks dating back 4.16 billion years, offering insights into Earth's beginnings and the origins of life.
Scientists have uncovered the Earth's oldest-known rocks in Quebec, dating back 4.16 billion years to the Hadean eon, shedding light on the planet's early crust and conditions for life.
