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24 results for "ocean research"
After 30 years, researchers finally understand why certain ocean earthquakes happen like clockwork every five years. The discovery could help predict earthquakes in more dangerous zones around the world.
A global team of ocean researchers has discovered more than 1,100 previously unknown marine species in just one year, revealing an underwater world we're only beginning to understand. The breakthrough came from coordinated expeditions that shared findings in weeks instead of decades, opening new possibilities for protecting ocean life.
Researchers have discovered how underwater barriers stop earthquakes from spreading, potentially revolutionizing how we predict seismic activity. The breakthrough could help protect millions living near major fault lines.
Researchers discovered how underwater fault zones use seawater and rock structures to stop earthquakes from growing larger. The breakthrough could transform how we predict and understand earthquake behavior worldwide.
Scientists using torpedo-shaped underwater robots finally solved a decade-long puzzle about why Antarctic sea ice suddenly started shrinking in 2016. The discovery helps us better understand and prepare for sea level changes affecting coastal communities worldwide.
Scientists just figured out why Antarctica's sea ice mysteriously expanded for decades before suddenly shrinking in 2016. Deep-diving robots discovered the answer hiding thousands of feet below the surface.
Scientists just taught artificial intelligence to transform everyday weather satellite images into detailed maps of ocean currents that were previously invisible. This breakthrough reveals the hidden underwater highways that control our climate without launching a single new satellite.
Deep-diving robots just helped scientists crack a decades-old puzzle about Antarctica's sea ice, revealing how ocean warmth and shifting winds suddenly reversed 40 years of ice growth. The breakthrough gives us powerful new tools to predict sea level changes that affect every coastline on Earth.
A NASA satellite caught a tsunami forming off Russia's coast just 70 minutes after a massive earthquake, giving scientists their first detailed look at how these deadly waves are born. This breakthrough could help save lives through better tsunami forecasting.
Scientists discovered that freshwater lakes in Antarctica's volcanic craters aren't isolated—they connect to the ocean and respond to tides. This finding rewrites our understanding of water systems in polar regions.
Scientists finally captured video proof of sperm whales headbutting each other, confirming legends told by 19th-century sailors. The surprising footage reveals younger whales, not adults, engage in this powerful behavior.
Scientists discovered that meltwater from Antarctic ice sheets intensified ocean stratification during past warm periods, potentially triggering the end of ice ages. This groundbreaking research helps us understand how our oceans regulate Earth's climate over thousands of years.
A massive mapping project just revealed hundreds of submarine canyons beneath Antarctica's ice, some plunging 4,000 meters deep. This discovery rewrites our understanding of how ocean currents and melting ice affect global sea levels.
An international team just completed the deepest drill ever beneath Antarctica's ice sheet, pulling up 23 million years of history that could help predict our climate future. The surprise discovery of ancient ocean life offers real hope for understanding how to prepare for melting ice.
Young people from challenging backgrounds are discovering careers in marine science through nine-day sailing voyages that combine traditional seamanship with hands-on ocean research. Early results show the program builds confidence, scientific skills, and lifelong connections to ocean conservation.
Scientists discovered that the ocean floor plays a much bigger role in controlling Earth's climate than previously thought. The breakthrough reshapes our understanding of how the planet regulates temperature over millions of years.
Scientists in Japan discovered that amino acids in common seaweed and algae can help regulate blood pressure, potentially offering a natural alternative to hypertension medications. The same compounds also show promise for protecting skin from aging.
Researchers drilled 3,300 feet into Antarctica's Thwaites Glacier and captured valuable data about the warming waters beneath it, even though their instruments got stuck in the ice. The team's persistence brings us closer to understanding and protecting against future sea level rise.
Despite equipment becoming trapped in Antarctic ice, researchers captured the first-ever measurements from beneath the fast-melting Thwaites Glacier. The groundbreaking data confirms warm ocean currents are reaching the ice and opens the door for future studies.
A team of researchers spent a week living on Antarctica's Thwaites Glacier, preparing to drill half a mile into the ice to study how warming oceans affect sea levels. Despite harsh winds and endless snow shoveling, the team stayed hopeful and connected through Starlink internet while waiting for their chance to collect groundbreaking climate data.
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