Eos

Eos

[:es] Antarctic Lava Yields Clues to Earth’s Past Magnetic Field [:]

[:es] A new analysis suggests that a widely accepted approximation of ancient magnetic field strength may be less accurate for the past 5 million years than previously thought. [:]
Eos

[:es] To Make Better Hurricane Models, Consider Air Pollution [:]

[:es] New research uses Hurricane Harvey as a case study to demonstrate the devastating power of aerosols to supercharge tropical storms. [:]
Eos

[:es] Do Uranus’s Moons Have Subsurface Oceans? [:]

[:es] Scientists tested whether a classic technique could detect subsurface oceans on the moons of Uranus. In this scenario, the planet’s oddball magnetic field offers a big advantage. [:]
Eos

[:es] Advancing AI for Earth Science: A Data Systems Perspective [:]

[:es] Tackling data challenges and incorporating physics into machine learning models will help unlock the potential of artificial intelligence to answer Earth science questions. [:]
Eos

[:es] Rethinking Darwin’s Theory of Atoll Formation [:]

[:es] Atolls have a long and complex history related to seafloor evolution, and Darwin’s model is only the beginning of the story. [:]
Eos

[:es] Successfully Simulating Atmospheric Gravity Waves [:]

[:es] These waves are key to moving energy from the troposphere to the thermosphere, but until now they haven’t been well described at high altitudes in computer models. [:]
Eos

[:es] The Bay of Bengal and the Curious Case of the Missing Rift [:]

[:es] In a classic detective story, clues from data new and old helped researchers reveal the puzzling chain of tectonic events that followed the Early Cretaceous split between India and […]
Eos

[:es] Have We Got Dust All Wrong? [:]

[:es] Scientists are challenging conventional notions of how dust particles are aligned; “everything we’ve so far hypothesized about the impact of dust on the atmosphere might be misplaced.” [:]
Eos

[:es] The River’s Lizard Tail: Braiding Indigenous Knowledges with Geomorphology [:]

[:es] Indigenous Knowledges can be accurate, rigorous, and precise, say researchers in New Zealand, and they can help geomorphologists see landscapes in a new, richer way. [:]