A new study reveals that climate models struggle to accurately represent Southern Ocean clouds, which significantly impact Earth's energy balance. The research team found that cloud phase and temperature are more important factors in simulating the Southern Ocean's surface energy budget than simply reproducing cloud frequency.
The Arctic melt season has extended by seven and a half days since 1979, driven by sea ice forming later in the fall, with implications for the global climate system. The changing sea ice properties also impact the ecosystem, including the health of algae, which affects the entire food web and fisheries in the sub-Arctic and Arctic.
A new study highlights the impact of coastal freshening on the giant amphipod species Paraceradocus miersi, which lose salts, gain water, and suffer gill damage in diluted waters. The research warns that continued freshening may pose a significant threat to many marine invertebrates and reshape the global ocean's communities.
A new study reveals that Antarctica's recent snowfall surge was caused by climate variability, not a long-term trend. The surge added mass to East Antarctica, but mass loss continued in West Antarctica, highlighting the need for continued monitoring and research.
Research team led by University of Zurich found Arctic fires occurred 2.5 times more often in lit areas associated with human activity than in climatically similar unlit areas. Effective fire prevention and response can help reduce risks extending far beyond the Arctic.
The EU project SYNCHRONY aims to improve understanding of climate and ecosystem changes in the Southern Ocean and around Antarctica, and will establish an internationally coordinated observing system. The project will coordinate interdisciplinary activities, harmonise data streams, and create new data products.
A new 3D algorithm detects atmospheric rivers over Antarctica, revealing their role in regulating snowfall variability and influencing sea-level rise. The study found that ARs accounted for 40% of total precipitation at Dome Fuji Station, highlighting their dominant impact on Antarctic climate.
Researchers predict Antarctica's ice loss over the next 30-50 years, providing a vital window for coastal planning and policy decisions. The study offers reliable estimations of sea level rise and highlights the need for climate action within this critical time frame.
Researchers found that warm South Atlantic Ocean temperatures influence atmospheric blocking patterns, leading to more frequent and intense snowfall events in East Antarctica. The study's findings highlight the importance of global climate connections across vast distances.
A decades-long study of oceanographic data shows that warm water has expanded and shifted towards the Antarctic continental shelf, posing a threat to ice shelves. The Southern Ocean's circulation has changed, allowing excess heat from global warming to reach Antarctica's vulnerable ice sheets.
A new study reveals the best- and worst-case scenarios for climate change in Antarctica, highlighting the urgent need to reduce emissions. Under high-emissions scenarios, Antarctica's ice shelves, glaciers, and iconic species could collapse, driving sea level rise and devastating ecosystems.
SourceFrontiers·JournalFrontiers in Environmental Science·TypeComputational simulation/modeling·DateFeb 20, 2026
Researchers conducted the SANAT flight campaign to study aerosols' role in cloud formation in Antarctica. They collected extensive data on aerosol frequency, transport processes, and chemical composition, revealing an unexpectedly high aerosol concentration in the interior.
Recent research reveals that volcanic eruptions can cause unpredictable weather patterns, including volcanic rain, dust storms, and unstable Antarctic air. The study also found that the Antarctic surface atmosphere has become less stable and more prone to gravity waves since the 1950s.
Polar geoengineering proposals, such as aerosol injection and sea walls, may harm fragile ecosystems and divert resources from deep decarbonization efforts. The Frontiers Forum Deep Dive series explores the limitations of these initiatives and their potential to exacerbate climate change.
Experts say well-publicized polar geoengineering ideas would harm ecosystems and international relations. Researchers analyze proposals like aerosol injection and ocean fertilization, finding they fail to meet scientific criteria.
Five well-publicized polar geoengineering ideas are highly unlikely to benefit the polar regions and could harm ecosystems, communities, and international relations. Researchers found that these proposals would likely cost billions in setup and maintenance while introducing ecological, environmental, legal, and political challenges.
A 30-year study reveals East Antarctica's interior is warming at a rate of 0.45-0.72°C per decade, faster than global average, driven by changes in the Southern Indian Ocean. This warming process may underestimate future Antarctic ice loss predictions.
The State of the Climate report reveals record-high greenhouse gas concentrations, with CO2 levels reaching 422.8 parts per million, a 52% increase from pre-industrial levels. Global temperatures also reached a new high, with annual growth increasing to 2.4 ppm yr−1.
A new Antarctic research project is using citizen science to study environmental changes over the last 70 years by matching modern satellite images with historical air photos. The project aims to create a high-quality dataset for future scientific investigations of Antarctic landscape change.
Researchers found that thick ice cover suppressed volcanic eruptions, but as glacial ice melts, pressure builds and magma is released, leading to more frequent and explosive eruptions. This phenomenon could occur worldwide, including Antarctica, and may have global climate impacts, including long-term warming.
A groundbreaking study reveals that small zooplankton like copepods and krill enhance carbon sequestration through seasonal migrations. These tiny creatures store around 65 million tonnes of carbon annually in the deep ocean.
International collaborations leveraging MBARI’s expertise and advanced technology better understand polar environments, including the Arctic seafloor and Southern Ocean. Researchers study seafloor processes, carbon and climate, and biodiversity in these regions.
A recent study reveals powerful low-level jets (LLJs) occur frequently in West Antarctica's Amundsen Sea Embayment, driven by storms and strengthened by cyclones. These winds significantly impact Thwaites and Pine Island glaciers' melting rates, influencing sea-level rise.
Measuring ammonia concentration near an Adelie penguin colony found increased levels when wind blew from the colony, suggesting a connection between penguin guano and climate change mitigation. The study suggests that penguin guano may help reduce the effects of climate change on Antarctica by contributing to increased cloud formation.
Researchers find watercourse meeting sub-ice-shelf ocean cavity up close, with temperature and salinity analysis revealing it's a calm body of water primarily fed by sea. The study also reveals that the watercourse fluctuates greatly over time, with flood events occurring approximately every ten years.
A team of scientists, including Binghamton University's Molly Patterson, is drilling into the Ross Ice Shelf to retrieve geological records and gain insights into the ice sheet's response to global warming. The project aims to provide crucial data for adapting to sea-level rise and mitigating greenhouse gas emissions.
The Antarctic Canyon Experiment (ACE) aims to assess the causes and effects of turbidity currents, also known as underwater avalanches, in the Southern Ocean. Researchers hope to develop a better understanding of Antarctica's role in regulating Earth's climate and mitigating carbon emissions.
A Dartmouth-led study projects that Antarctica's glaciers will rapidly retreat and potentially collapse by 2200, increasing global sea levels by up to 5.5 feet by 2300. The researchers used 16 ice-sheet models to refine the projection of ice loss over the next 300 years.
Research suggests polar climates are adjusting to a warming climate with changes in regional climate dynamics. Altered ocean-sea ice interactions may be driving recent fluctuations in sea ice extent, according to new studies.
Researchers found minimal change in surface melt rates over the past four decades, despite rising global air temperatures. However, Antarctic ice shelf surface melt rates are expected to increase substantially in the coming decades due to climate change.
Scientists at Rice University found a natural 150-day cycle in the north-south oscillation of atmospheric pressure patterns, influencing hemispheric-scale precipitation and ocean surface wind stress. This discovery challenges conventional wisdom about atmospheric organization and has implications for climate modeling.
Satellite observations reveal Antarctic sea ice extent has dropped to a record low of 1.788 million square kilometers, marking a reversal from long-term increasing trend to a decreasing one. This occurrence raises questions about the cause and implications of this change, particularly in light of human-caused global warming.
A new study by researchers from the University of Oldenburg found that particles from central South America were the primary source of iron in the South Pacific during the last two glacial periods. The team's theory suggests that jet stream circulation picked up fine mineral particles on the east side of the Andes and transported them ...
A study led by the University of Zurich found that diverse Arctic vegetation affects the land surface energy budget. The researchers linked vegetation types to energy exchange data from 64 measuring stations, revealing a significant difference in heat flux between various vegetation types and glaciers/grasslands.
A new study provides evidence of growth limitations in Antarctic fish, which have adapted to survive in freezing temperatures. Despite similar ecological conditions, these fish consume less food and grow at half the rate of temperate water cousins when held at the same temperature.
Scientists resolve decades-long debate on Antarctic Ice Sheet sensitivity, finding it vulnerable to small CO2 fluctuations. Research shows that large portions of the ice sheet could have disappeared under current CO2 levels.
A recent Ohio University study provides the first complete estimate of total Antarctic sea ice extent back through the 20th century, revealing unique changes in climate patterns. The research shows a regime shift with increases in sea ice since 1979 and sudden declines throughout the early and middle 20th century.
A team of NYU scientists found strong correlations between North and tropical Atlantic Ocean warming and subsequent changes in Antarctica's sea level pressure and sea ice redistribution. The study suggests that distant regional conditions can have far-reaching effects on Antarctic climate change.
A team of New York University scientists has found that the warming of the North and Tropical Atlantic Ocean is contributing to climate change in Antarctica. The study, published in Nature, reveals a previously unknown force behind Antarctic climate change.