Rock physics models translate geophysical measurements into volumetric rock and fluid properties to quantify weathering trends, water storage, and architecture within Earth’s critical zone.
Reviews of Geophysics
Climate Model Benchmarking: Building Trust and Advancing Science
A critical look at how well climate models work, how to successfully use them, and the anticipated challenges for their next-generation development.
Decoding the Origins of Lightning’s Violent Currents
A compact set of physical equations delivers a unified, first-principles explanation for how lightning’s most destructive surge of current is born, races towards the clouds, and fades.
How Bubbles Reshape Air-Sea Gas Exchange
Bubbles produced by breaking waves provide an important but often overlooked pathway for exchanging carbon dioxide, oxygen, and other gases between the ocean and atmosphere.
The Hidden Costs of Mining River Sand
River sand and gravel fuel global construction, but their extraction is reshaping rivers, ecosystems, and communities faster than sustainable management can keep pace.
Why Healthy Soils Matter More Than Ever
Soil degradation threatens food security, water resources, biodiversity, and climate resilience. A new article explores its causes, impacts, monitoring methods, and restoration solutions.
Small-Scale Indian Ocean Dynamics Underpin Marine Ecology and Climate
With unique monsoon, mesoscale and submesoscale processes, the Indian Ocean offers critical insights and new challenges to achieving a full understanding of marine environments and the Earth system.
From Volcanic Vents to Safer Skies
Improved estimates of Eruption Source Parameters can sharpen forecasts of volcanic plume rise and ash dispersal, supporting aviation safety and hazard response.
Mapping the Hidden Electrical Anatomy of a Continent
After nearly two decades, the first continent-wide magnetotelluric survey reveals the high-resolution electrical architecture of the North American continent.
Tracing Water’s Hidden Journey Through the Earth’s Living Skin
Water’s natural fingerprints reveal how it’s stored, mixed, and released through the Earth’s Critical Zone, potentially improving Earth System models in a rapidly warming world.
