Global CO2 emissions increased by 29% since 2000, with a tripling of annual growth rate compared to the 1990s. The report attributes the rise to increasing production and trade of manufactured products, shifting from oil to coal.
The Sea Education Association (SEA) is conducting an expedition to measure plastic marine debris in the North Atlantic Ocean. The trip will explore an area southeast of Bermuda, where large concentrations of plastic debris have been observed, similar to the Great Pacific Garbage Patch.
Scientists at Rutgers University and Woods Hole Oceanographic Institution discover a previously unknown lipid that causes rapid death of phytoplankton in the North Atlantic. The lipid may also hold promise in cancer research by inducing programmed cell death in healthy cells.
A new study has solved a ten-year-old mystery about the source of an essential nutrient in the ocean. Researchers have discovered that Trichodesmium, a marine phytoplankton group, produces and consumes phosphonate, a rare form of organic phosphorus. This finding is important for understanding the global carbon and nitrogen cycles.
A new 2,000-year-long reconstruction of sea surface temperatures in the Indo-Pacific warm pool suggests temperatures may have been as warm during the Medieval Warm Period as they are today. This study contributes to scientists' efforts towards improving global temperature reconstructions.
A new study by Woods Hole Oceanographic Institution researchers predicts a 10-25% decline in US mollusk sales, worth $75-$187 million annually, and $1.4 billion by 2060. This decline could lead to economic hardships for fishing communities.
The Nereus hybrid remotely operated vehicle successfully reached the deepest part of the ocean, the Challenger Deep in the Mariana Trench. The dive demonstrates the vehicle's capabilities for exploring the world's last frontiers and gathering images, data, and samples from extreme depths.
A study found high concentrations of pollutants in marine mammals' brains, including pesticides like DDTs and PCBs, as well as brominated flame retardants. The results have significant implications for the health of marine mammals, particularly their hearing and cognitive development.
Researchers at Woods Hole Oceanographic Institution and Duke University have discovered a new pathway for cold water to flow southward in the North Atlantic. The study used field observations and computer models to find that much of the Labrador Sea Water follows an interior path, not along the traditional deep western boundary current.
A new study by Woods Hole Oceanographic Institution and the University of California, Santa Barbara, has quantified oil residue in seafloor sediments from natural petroleum seeps off Santa Barbara. The oil content decreases with distance from the seeps, creating an 'oil fallout shadow'.
Researchers predict a moderately large red tide outbreak in the Gulf of Maine this spring and summer, with toxicity levels expected to be smaller than last year's bloom. The potential for an extensive outbreak depends on weather events and oceanographic conditions, making it difficult to make precise predictions.
A new study reveals the remarkable ability of marine fish larvae to disperse over long distances, connecting populations across marine protected areas. The research provides critical insights into larval dispersal patterns, which affect population resilience and ecosystem dynamics.
Elgar, an oceanographer at Woods Hole Oceanographic Institution, was chosen from 468 nominees to conduct long-term research on challenging technical issues underpinning the DoD. He will investigate rip currents and their impact on public safety and defense interests.
A North Atlantic right whale was administered a sedation mixture, allowing rescuers to remove 90% of the entangling gear. The new sedation delivery system enabled the team to successfully free the animal in two days, improving the chances of its survival.
Researchers discovered that iron spewed out of hydrothermal vents remains protected and usable by ocean organisms due to a complex matrix of carbon compounds. This finding challenges current paradigms about the iron cycle and opens up new research directions.
Researchers have discovered phytoplankton in the Sargasso Sea that build cell membranes without phospholipids, using substitute lipids instead. This finding has significant implications for our understanding of cell biochemistry and could lead to rewriting fundamental principles.
Scientists found that natural iron fertilization enhanced phytoplankton growth and productivity in the Southern Ocean, leading to two to three times more carbon export to the deep ocean. The research suggests that ocean islands are a key source of iron for these blooms.
Climate change and sea ice fluctuations threaten emperor penguin populations, with a median colony size predicted to decline from 3,000 to 400 breeding pairs. The probability of drastic decline is at least 40%, putting the species at risk of extinction.
Researchers from the Woods Hole Oceanographic Institution found that the Black Sea level was approximately 30 meters below present levels at the time of the alleged flood, contradicting previous estimates. This suggests a smaller flood event than previously thought, with implications for the settlement and cultural history of the region.
Researchers identify bacteria responsible for yellow band disease, a bacterial infection that sickens coral colonies and kills photosynthetic symbionts. Warmer temperatures exacerbate the disease's virulence, posing a grim prognosis for corals and their spread.
A new marine-based reconstruction shows that the North Atlantic Oscillation (NAO) has become more variable over the past century, swinging wildly between cold and warm periods. The research suggests that climate warming is linked to this increased variability, with potential implications for extreme weather events and droughts.
Researchers found significant geological stress increase on three major fault systems in China's Sichuan province after the May 12, 2008 Wenchuan earthquake. The stress brought nearby faults closer to failure and increased the probability of another major earthquake in the region.
Researchers found pyroclastic deposits, glassy rock fragments, and talus blocks at 4,000 meters below sea surface. The discovery suggests that deep-sea volcanic eruptions are possible due to high CO2 buildup in magma.
Researchers found that surface meltwater can penetrate thick ice and accelerate ice flow, with a significant impact on fast-moving outlet glaciers. The study suggests a new plumbing system for the ice sheet, where meltwater can lubricate the base and reduce friction.
New study analyzes commercially made carbon nanotubes, finding vastly different compositions and potential emissions of toxic chemicals. Researchers aim to work proactively with industry to prevent environmental mistakes, highlighting the need for better understanding and regulation of nanotechnology manufacturing processes.
A study by Woods Hole Oceanographic Institution researchers found that retail biofuel samples often do not contain the advertised amount of biofuel. The actual percentage of biofuel in blends like B20 ranged from 10 to 74 percent, while only 10% met US Department of Defense standards.
A new hybrid vehicle, powered by the heat differences in the ocean, has successfully completed its first oceanic test drive. The 'thermal glider' harvests heat energy to propel itself across thousands of kilometers of water, offering a virtually unlimited energy source for propulsion.
Geophysicists Paul Silver and Mark Behn propose a new theoretical model that plate tectonic motions have stopped in Earth's geologic history, suggesting an intermittent process. This finding could impact our understanding of earthquakes, volcanism, and the formation of continents.
Researchers will gather to share scientific observations and discuss issues involved in altering the ocean's chemistry. The conference aims to inform policymakers, industrial interests, and environmentalists about the potential efficacy and consequences of iron fertilization.
Sulfur and nitrogen emissions from power plants and agricultural activities significantly impact coastal ocean chemistry, reducing its ability to store carbon and harming marine life. The study found that these emissions can alter water chemistry by 10-50% more than acidification caused by carbon dioxide.
Researchers will use a novel technique to track the dispersal of coral reef larvae and assess the effectiveness of marine protected areas in protecting fish stocks. The new approach, known as TRAnsgenerational Isotope Labeling (TRAIL), involves introducing an artificial tag into mature female fish just before spawning.
Researchers found that fragmented structure of seafloor faults and volcanic activity dampen the effects of earthquakes. This contradicts conventional wisdom about transform faults, which should be longer and more brittle.
A multidisciplinary research team, including experts from the Woods Hole Oceanographic Institution, will conduct the first search for life on the seafloor of the world's most isolated ocean. The team uses three new autonomous underwater vehicles to sniff out chemical and temperature signals of hot fluids venting out of the ocean floor.
Researchers at Woods Hole Oceanographic Institution compiled longest-ever record of Atlantic hurricane strikes, revealing strong connection between El Niño/Southern Oscillation and West African monsoon. Long-term trends indicate periods of more frequent intense hurricanes from 5,000 to 3,600 years ago and 1700 AD to present.
Vitamin B12 plays a vital role in marine plant growth, influencing the ocean food web and climate. Its presence affects phytoplankton blooms and carbon cycling in the ocean.
Researchers have discovered that oceanic storms, known as eddies, pump nutrients up from the deep ocean to fuel massive blooms of microscopic plant life. These nutrient-rich waters support a vibrant ecosystem, attracting zooplankton and other animals higher up the food chain.
A new mooring system has been installed on top of Kick'em Jenny, a submarine volcano, allowing for real-time data collection and transmission. This will improve researchers' ability to detect precursory activity before an eruption takes place.
A recent study found that coral reef fish hatchlings can successfully return to their home reefs, with about 60% of young clownfish and butterflyfish making it back. The research also showed significant exchange between populations separated by open sea, highlighting the importance of marine protected areas.
A new study published in Science sheds light on the dim layer of the ocean known as the twilight zone, which affects the ocean's ability to absorb and store carbon dioxide. The research found that only a small percentage of carbon transported to the depths is stored, with most being recycled in the twilight zone.
Researchers found that burrowing behavior, escape response, and population abundance of salt marsh fiddler crabs are significantly altered when exposed to leftover oil compounds from a 1969 spill. The study provides clear evidence for the long-term impacts of oil pollution on marine ecosystems.
Researchers are setting up observatories to examine changes under the Arctic ice cap, investigating water properties in the upper layers of the Arctic Ocean. The goal is to understand annual change and measure mechanisms that lead to ice melting from below.
A new study by Woods Hole Oceanographic Institution researchers has found significant amounts of dissolved mercury entering coastal waters through groundwater, contrary to previous assumptions. The discovery has implications for understanding the environmental impact of mercury pollution and its effects on marine ecosystems.
The Marine Aquaculture Task Force suggests strong environmental standards and funding for research and technology development. The industry's growth is expected to increase seafood demand, but it must be done in an environmentally responsible way.
Researchers from Woods Hole Oceanographic Institution successfully anticipated and chronicled a seafloor eruption along the global mid-ocean ridge, providing a rare opportunity to observe what happens in the immediate aftermath of an event. The study has added substantially to our understanding of how mid-ocean ridges work.
Researchers have found that beaked whales can dive as deep as 1,900 meters in search of food, with a maximum duration of 85 minutes. The team's analysis suggests that the whales' extreme diving behavior does not pose a decompression risk from naval sonar exercises.
The Gulf of Maine Toxicity program seeks to develop a full understanding of Alexandrium fundyense blooms and their impact on shellfish resources. The project's findings could lead to the harvesting of offshore surfclam and ocean quahog beds, valued at over $50 million annually.
Scientists from Woods Hole Oceanographic Institution analyzed antique whale oil samples from the Charles W. Morgan, discovering 11 halogenated organic compounds similar to toxic industrial HOCs.
New evidence suggests Bering Strait flooded into Arctic Ocean 11,000 years ago, challenging traditional view of human migration from Asia to Americas. Sediment cores collected from Chukchi Sea reveal high resolution records of climate change and sea level rise.
Scientists recorded digitally-tagged narwhal vocalizations, revealing individually-distinctive pulsed/tonal signals and whistles. The findings suggest that these sounds may facilitate individual recognition or reunion with more distant group members.
A sensor package is installed on Cape Cod ferry Katama to measure water temperature, salinity, oxygen levels, and take images of plankton. The project aims to build a detailed portrait of changing water conditions in Nantucket Sound over long time scales.