ocean scientists

Scientists and commentators are highlighting an El Niño event described as unlike any previously recorded. The claim, widely shared online, points to abnormal ocean temperature patterns and associated extreme weather, from heatwaves to storms, affecting regions worldwide. Discussions focus on how climate change may be intensifying El Niño cycles and what this means for global weather in the months ahead.

New research indicates that Earth microorganisms can survive in laboratory conditions mimicking the ocean of Enceladus, Saturn's icy moon. The findings suggest life could potentially endure in the subsurface sea beneath the moon's icy shell, strengthening the case for future missions to search for biosignatures there. Scientists say the result informs how experiments on the upcoming Enceladus missions might detect signs of life.

Scientists and US media are raising alarms about a slow-moving, planetary-scale Kelvin wave in the Pacific making its way toward the California coast. The ocean phenomenon could raise sea levels by up to a foot as El Niño conditions keep warm water trapped along the coastline. Observers warn the combined effect could worsen coastal erosion and flooding risks for communities already exposed to rising seas and winter storms.

Scientists and commercial fishermen in New England are calling on federal agencies to maintain funding for a deep-ocean observation system that tracks conditions in Atlantic waters. Researchers use the system to study ocean changes, while fishermen rely on its data for safety and understanding fish stocks. The two groups, often at odds, are jointly pressing for continued federal support.

Scientists are tracking a slow-moving kelvin wave, a vast pulse of warm ocean water travelling along the equatorial Pacific toward the US West Coast. The phenomenon is closely tied to El Niño-Southern Oscillation dynamics, and observers warn it could shift weather patterns, raise coastal sea levels and influence storm activity for California in the months ahead, sharpening fears of extreme conditions on the West Coast.

A Chinese deep-ocean drilling vessel has returned to port carrying core samples collected from the South China Sea, which state media and scientists have described as scientifically precious. The specimens are expected to aid research into the seabed's geology and the region's resource potential, at a time when the South China Sea remains a focal point of both scientific work and territorial disputes involving China and its neighbours.

Scientists and weather watchers are tracking a vast, slow-moving Kelvin wave—a planetary-scale ocean or atmospheric pattern—that is heading toward California. The development is drawing attention because such waves can influence coastal conditions and extreme weather, and concern is mounting over what impact it could bring to the US West Coast.

Scientists and news outlets are raising alarms about a slow-moving, planetary-scale Kelvin wave in the Pacific Ocean that is heading toward the California coast. These massive underwater waves along the equator can redistribute warm water and influence weather patterns, and observers are watching closely for potential effects on coastal conditions and climate.

Scientists report that conditions on Enceladus, Saturn's icy moon with a subsurface ocean, could support microbial life. The findings strengthen the case that the moon is one of the most promising places in the solar system to search for living organisms beyond Earth. The research is drawing attention among space and astrobiology enthusiasts discussing future exploration missions to Enceladus.

A massive Kelvin wave is reported to be moving toward California, raising questions about what it could mean for the state's coastline and weather patterns. Kelvin waves are large movements of warm water across the Pacific that can influence ocean temperatures and climate conditions along the West Coast. Coverage is focusing on the potential impacts for California as the wave approaches.

A giant oceanic Kelvin wave is travelling across the Pacific and is expected to raise sea levels by around 30 centimetres along the American west coast, according to TF1 Info. The phenomenon, a powerful underwater wave moving along the equator, is often linked to El Niño events and can influence ocean temperatures and weather patterns, prompting attention from scientists and the public.

Scientists conducting deep-sea research have discovered an unexpected creature living around 3,000 feet beneath the ocean's surface. One of the researchers described the sighting as shocking, suggesting the animal was found well outside its known habitat or depth range. The finding is drawing attention from marine biology enthusiasts and highlights how little is still known about life in the deep ocean.

A new BBC Global Story episode examines why the expected El Niño of 2026 is raising alarm among climate scientists. The discussion focuses on how the warming of Pacific Ocean surface waters could drive extreme weather worldwide, including heatwaves, droughts and flooding, and why its arrival after recent record global temperatures has researchers particularly concerned.

A new study questions the widely held idea that climate change is driving a boom in global squid populations. Researchers challenge assumptions that warming oceans have benefited squid, suggesting earlier conclusions may need revision. The findings matter for fisheries and marine ecosystems, where squid play a key role and where management decisions have partly relied on expectations of continued growth.

Scientists suggest Saturn's icy moon Enceladus could host microbial life, and that plumes of water erupting from beneath its surface offer a way to detect it. The geysers blast material from a subsurface ocean into space, meaning a spacecraft could potentially sample it without drilling through the ice, keeping hopes alive in the search for life beyond Earth.

Climate researchers have explained how a Kelvin Wave impacts ocean waters, describing how these large-scale waves move warm or cold water along the equator and along coastlines. The explanations come as scientists track ocean temperature shifts that can influence weather patterns, including the development of El Niño conditions and their effects on global climate.

New research explains how Saturn's moon Enceladus transforms its subsurface ocean spray into chemically varied ice grains, shedding light on the processes behind the plumes first observed by the Cassini spacecraft. The findings help scientists understand the moon's ocean chemistry and its potential to host conditions suitable for life.

New research suggests oxygen-deprived underwater zones, often called 'dead zones', may not be biologically barren. Instead, scientists argue these low-oxygen environments could serve as clues to the chemical conditions in which early life first developed on Earth. The study, published in an AGU journal, is drawing attention for reframing hypoxic zones as scientifically valuable rather than simply degraded ecosystems.

A weather explainer is looking at the satellites used to study the world's oceans and monitor El Niño. Coverage focuses on how these spacecraft measure sea surface temperatures and other ocean conditions, which scientists use to track the climate pattern and improve forecasts of its effects on weather around the globe.

Marine biologists have identified a previously unknown species of plankton in waters off the Oregon coast. The find adds to knowledge of microscopic marine life in the Pacific Northwest, an area regularly surveyed by ocean researchers. Details about the organism and its ecological role are expected as scientists publish their findings.

Scientists have identified a subtle new signal of climate change: shifting atmospheric dynamics linked to global warming are measurably slowing the Earth's rotation. As warming redistributes mass in the atmosphere and oceans, it alters the planet's angular momentum, lengthening days by tiny fractions of a second. The finding, reported by Phys.org, adds to evidence that human-driven climate change affects even fundamental planetary processes, and researchers say it could matter for precise timekeeping systems.

Climate researchers are explaining how a Kelvin Wave affects ocean waters, breaking down how these large-scale waves of warm water move along the equatorial Pacific and influence sea temperatures. The explainer comes as scientists highlight the role Kelvin Waves can play in shifting marine conditions and shaping broader climate patterns.

A deep-sea camera at roughly 2,000 feet captured footage of a great white shark apparently concealing itself from something nearby, an unusual observation for a species normally tracked near the surface or along coastlines. The recording is drawing attention because it suggests great whites may retreat to the deep ocean to avoid predators or other threats, a behavior scientists have rarely documented.

A new study published in AGU's journal suggests oxygen-deprived underwater zones, often called 'dead zones', may not be biologically barren. Instead, researchers argue these low-oxygen environments could offer clues about conditions on the early Earth, where life emerged before oxygen became abundant. The finding is drawing interest for reframing how scientists understand both modern ocean dead zones and the origins of life.

The Monterey Bay Aquarium Research Institute says it will share its latest ocean research and technology at the OCEANS 2026 conference in Monterey. The institute, known for deep-sea robotics and exploration, regularly presents new tools and findings at the event, which gathers marine scientists and engineers. Further details about its presentations have not yet been announced.