Science

New chapters in 2023 Arctic Report Card show the promise of Indigenous knowledge to strengthen resilience

Reviving wetlands threatened by rising sea levels poses a formidable challenge, yet scientists have made significant strides toward pinpointing potential solutions.

Potentially harmful chemical byproducts are left behind, research finds

Scalloped hammerhead sharks used to seek refuge at two Mexican seamounts, but it appears fishing has killed them off.

In the coastal waters of the Okinawa Islands, researchers have discovered two species of cephalopods, named in honor of traditional Japanese folklore.

When Professor Jay Stachowicz heard that UC Davis’ chancellor needed to speak to him urgently, he worried he had done something wrong.

Recent research highlights a significant link between Earth’s geological activities, like plate tectonics and river movements, and the evolution of biodiversity, offering a comprehensive view of how life has been influenced over 500 million years by Earth’s physical evolution.

A recent study led by glaciologist Benjamin Wallis has revealed the alarming instability of the Antarctic’s Cadman Glacier, which rapidly lost significant ice due to ocean warming.

It’s now almost inevitable that 2023 will be the warmest year ever recorded by humans, probably the warmest for at least 125,000 years.

Record breaking marine heat waves will cause devastating mass coral bleaching worldwide in the next few years, according to a University of Queensland coral reef scientist.

Record-warm seas fuel active Atlantic hurricane season and a lake-effect snowfall buries portions of the Northeast in more than three feet of snow

Storm's path meant the particles it carried to land originated in the ocean

If you ask Climate Central — which has a coastal risk screening tool that shows an area’s risk for rising sea levels and flooding over the coming decades — Texas’s coastline is in trouble.

THIBODAUX, La. – Laci Melancon has been named the executive director of the Coastal Center at Nicholls State University.

Park staff discovered the nest of a green sea turtle this weekend at Cape Hatteras National Seashore, the latest sea turtle nest ever recorded in North Carolina.

Employing innovative technology to protect vital ecosystems

Nine years ago, I stood on the muddy banks of the Great Marsh, a salt marsh an hour north of Boston, and pulled a thumb-sized crab with an absurdly large claw out of a burrow. I was looking at a fiddler crab – a species that wasn’t supposed to be north of Cape Cod, let alone north of Boston.

Find out more about our Reverse Course series here. With the flip of a switch at the Pacific Northwest National Laboratory’s seaside facility in Sequim, Washington, a tangle of pipes and filters whirrs into action, scrubbing acid from the cool gray waters of the Salish Sea. It’s the pilot project of Ebb Carbon, one of several companies building a business on ocean carbon removal technology. As money pours into companies promising to take greenhouse gasses out of the atmosphere, there’s a small but fast-growing sector of startups that want to leverage one of the world’s biggest carbon sinks to clean up humanity's pollution: the ocean. "The ocean basically provides this huge surface for gas exchange for free," says Ebb co-founder Matthew Eisaman. “We were trying to think of the lowest-cost way to do this, and you sort of naturally comeFind out more about our Reverse Course series here. With the flip of a switch at the Pacific Northwest National Laboratory’s seaside facility in Sequim, Washington, a tangle of pipes and filters whirrs into action, scrubbing acid from the cool gray waters of the Salish Sea. It’s the pilot project of Ebb Carbon, one of several companies building a business on ocean carbon removal technology. As money pours into companies promising to take greenhouse gasses out of the atmosphere, there’s a small but fast-growing sector of startups that want to leverage one of the world’s biggest carbon sinks to clean up humanity's pollution: the ocean. "The ocean basically provides this huge surface for gas exchange for free," says Ebb co-founder Matthew Eisaman. “We were trying to think of the lowest-cost way to do this, and you sort of naturally comeFind out more about our Reverse Course series here. With the flip of a switch at the Pacific Northwest National Laboratory’s seaside facility in Sequim, Washington, a tangle of pipes and filters whirrs into action, scrubbing acid from the cool gray waters of the Salish Sea. It’s the pilot project of Ebb Carbon, one of several companies building a business on ocean carbon removal technology. As money pours into companies promising to take greenhouse gasses out of the atmosphere, there’s a small but fast-growing sector of startups that want to leverage one of the world’s biggest carbon sinks to clean up humanity's pollution: the ocean. "The ocean basically provides this huge surface for gas exchange for free," says Ebb co-founder Matthew Eisaman. “We were trying to think of the lowest-cost way to do this, and you sort of naturally come to rely on Earth systems that are already happening anyway.” to rely on Earth systems that are already happening anyway.” to rely on Earth systems that are already happening anyway.”

As this year’s UN climate summit (COP28) gets under way in Dubai, scientists studying Earth’s frozen regions have been delivering an urgent call for action to policy makers. But is anyone listening?

In early November, all of the sea turtle nests on the beaches of St. Johns County finished hatching, and the results were stellar.

A new study from atmospheric scientists revealed that the coastline can produce up to five times the concentration of giant sea salt aerosols compared to the open ocean and that coastal clouds may contain more of these particles than clouds over the open ocean -- affecting cloud formation and rain around the Hawaiian Islands.

Newly identified toxic metal hot spots on the West Coast further threaten endangered killer whales and their key food source, a recent study shows.

Identifying how and why Antarctica's major ice sheets behaved the way they did in the early Miocene could help inform understanding of the sheets' behavior under a warming climate. Together, the ice sheets lock a volume of water equivalent to more than 50 meters of sea level rise and influence ocean currents that affect marine food webs and regional climates. Their fate has profound consequences for life nearly everywhere on Earth.

A new study from the University of Southampton sheds light on the impact climate change is having on marine environments in a relatively recent global phenomenon known as "tropicalization."