Inside Science
/
Article

How Climate Change Is Creating A New Breed Of Hurricane

AUG 24, 2018
Climate change is warming our oceans, and that thermal energy is fueling stronger hurricanes.
How Climate Change Is Creating A New Breed Of Hurricane

A Category 3 hurricane is currently barrelling across the Pacific toward the Hawaiian islands. The storm, known as hurricane Lane, is expected to batter the Hawaiian islands with 120 mile-per-hour winds and enough rain to trigger flash floods and landslides. In both the Atlantic and Pacific oceans, hurricanes are becoming more intense as a result of climate change. Hurricanes are fueled by warm water, which is becoming more widespread as greenhouse gasses continue to trap heat in the atmosphere.

Both hurricane strength and average sea surface temperature have increased significantly over the last century. Although hurricanes can be influenced by wind, humidity and other factors, the majority of scientists agree that warming oceans are the primary cause of the rise in hurricane strength.

Hurricanes form when evaporating sea water transfers thermal energy from the ocean’s surface to the upper atmosphere. The upward movement of warm, moist air creates a pressure
vacuum that fuels strong circular winds. When that warm air reaches the atmosphere it condenses, forming storm clouds.

As climate change increases global sea surface temperatures, the strength of seasonal hurricanes is expected to increase. This means more catastrophic hurricanes may soon be on the
horizon.

More Science News
FYI
/
Article
AIP
/
Article
/
Article
Using principles of superposition and entanglement, researchers develop a framework to tailor a patient’s cancer treatment to their entire molecular background.
/
Article
Stackable cartridge-like device foregoes complex pumps and tubing by providing fluid flow with a hydrogel-based flow resistor that generates passive pressure gradients.
/
Article
There are tens to hundreds of billions of photons in a single firefly flash, a number that has historically been overestimated.
/
Article
The protein’s electrostatic field is the most important factor in the intensity of its light emission.
/
Article
/
Article
Nuclear winter, climate change, bioterrorism, AI. Those and other threats are growing in potential impact. What can we do?
/
Article
The specialized devices are democratizing access to cosmic-ray experiments.
/
Article
Europe’s particle physicists choose a 91 km electron–positron collider as the next global flagship project.
/
Article
The seasoned high school physics teacher challenges students to engage in an increasingly distracted world.