Kilometer-scale global climate models offer unprecedented possibilities to simulate thunderstorms and analyze how they interact with their environment across many scales, shaping the climate state.
Modeling
Posted inNews
As Ice Recedes and Land Rebounds, Antarctica’s Mineral Resources Come into Focus
Melting ice, rebounding land, and rising seas will change what resources are available in Antarctica, a new analysis finds.
Posted inEditors' Highlights
What’s Under the Water Matters
The fate of barrier islands in presence of sea level rise depends on their underwater shape.
Posted inEditors' Highlights
Simplified Noon-Temperature Calculations for Planetary Bodies
By applying simplified equations, scientists cut down on the computation time required to map the surface temperatures of planetary bodies.
Posted inScience Updates
Tracking Microplastics Above and Below the Waves
Measuring plastic particles carried on Cozumel’s sea breezes and ocean currents reveals how simple physics shapes the particles’ pathways and the impacts they may have on coastal regions.
Posted inResearch & Developments
Temperatures Are Soaring in the Western United States. Climate Change is to Blame, Says a New Report.
A new rapid analysis by World Weather Attribution suggests that, based on a combination of observations and modeling, climate change has made the extreme temperatures forecasted for 18-22 March about 800 times more likely and 2.6°C hotter.
Posted inEditors' Highlights
Next Generation Fluid Flow Solver for Earth System Modeling
A new fluid solver from the Climate Modeling Alliance sets a benchmark in atmospheric modeling, with unmatched consistency in moist thermodynamics, energy conservation, and CPU/GPU scaling.
Posted inResearch Spotlights
Global Observations Reveal Rapid Reorganization of Ocean Nutrients
Data reveal that changes in nutrient levels vary depending on depth and distance from shore—and that these changes are happening more quickly than scientists realized.
Posted inEditors' Highlights
Tropopause Temperature Drives Tropical Cyclone Simulation Diversity
Tropopause temperature biases create major tropical cyclone differences in models; cooler air boosts storm potential intensity, raising global cyclone frequency and hurricanes in experiments.
Posted inNews
What do BLOBs Have to Do with Earth’s Magnetic Field? A Lot, It Turns Out
Enormous provinces of superheated mantle exert a powerful influence over our planet’s magnetic field, researchers have discovered.