Simulations suggest that waves in the atmosphere above northern Africa influence the intensity, timing, and location of formation of Atlantic tropical cyclones.
hurricanes, typhoons, & cyclones
Posted inEditors' Highlights
What is the Best Predictor of Landfalling Hurricane Damage?
A new study finds that the minimum sea level pressure, as another measure of hurricane strength, is a better predictor of hurricane damage in the United States than the maximum sustained wind speed.
Posted inEditors' Highlights
Ocean Waves Cause Drag Coefficient Asymmetry Within Typhoons
Observations show that, due to ocean waves, the drag coefficients for surface wind stresses have spatial asymmetry within typhoons, which should be considered in weather and climate simulations.
Posted inEditors' Highlights
The Rapid Growth of Tropical Cyclones’ Outer Size – A New Concept
A new study focuses on the rapid growth of tropical cyclones and their destructive potential.
Posted inNews
The Complex Relationship Between Hurricanes, Air Pollution, and Climate
A new study focuses on the frequency and distribution of tropical cyclones over the past 40 years.
Posted inEditors' Highlights
Landfalling Hurricanes Intensify Due to Coastal Downwelling
Hurricane winds can lead to coast downwelling, which brings warmer surface water near the coast and can contribute to the intensification of the landfalling hurricane.
Posted inAGU News
Adventure Time
In our July issue, we tell the tales of Earth and space scientists as they venture into the field and lab to gather critical data.
Posted inNews
Severe Storms Expose Ill-Equipped Weather Stations in Southeast Africa
The lack of infrastructure is preventing scientists from robustly reporting meteorological information as well as communicating warnings about hazard-prone areas.
Posted inNews
Active Hurricane Season Expected in the Atlantic Ocean
La Niña conditions and warm ocean temperatures have set the stage for another busy tropical storm year.
Posted inNews
Muography Array Under Tokyo Bay Spots Meteotsunami Waves
A new study shows how muons can be used to study tide and wave phenomena, helping secure coastal communities.