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Ship traffic releases large amounts of methane from the ocean into the . . . Ship traffic releases large amounts of methane from the ocean into the atmosphere Ships stir methane trapped beneath shallow waters, releasing it into the air A Swedish study finds these hidden emissions could be a major climate risk
Ships moving in shallow waters cause huge hidden methane leaks This means that all ships, regardless of their fuel, can cause these emissions Shallow seas emit more gas The study focused on shallow marine environments rich in organic matter These areas have oxygen-free sediments, ideal for producing methane Methane in such regions builds up naturally within the seafloor
Ships trigger high and unexpected emissions of the greenhouse gas methane Ship traffic in shallow areas, such as ports, can trigger large methane emissions by just moving through the water The researchers in a study, led by Chalmers University of Technology in Sweden, observed twenty times higher methane emissions in the shipping lane compared to nearby undisturbed areas Despite the fact that methane is a greenhouse gas that is 27 times as powerful as carbon
Ships trigger surprising methane emissions in shallow waters The study shows that any ship—regardless of how it's powered—can stir up methane stored in seabed sediments As ships move through shallow, oxygen-poor waters rich in organic matter, they disturb the seafloor and allow trapped methane to escape into the atmosphere
Ships in Shallow Waters Release Hidden Methane Emissions A major study has uncovered an unexpected environmental side effect of global shipping: commercial vessels passing through shallow waters can trigger significant methane emissions Researchers from Chalmers University of Technology in Sweden found that ship movements in coastal and port areas release methane at levels up to twenty times higher than in undisturbed zones — a revelation that
Ships Unleash Hidden Methane Emissions in Shallow Waters A groundbreaking study from Chalmers University of Technology has revealed a startling environmental impact of ships that goes beyond fuel consumption Researchers found that the movement of vessels through shallow waters significantly stirs up methane emissions, a potent greenhouse gas In busy shipping lanes, methane emissions were found to be twenty times higher than in nearby undisturbed
Ship passages drive high and unexpected methane emissions, new study . . . The study focuses on shallow marine areas where the sediments are oxygen-free and rich in organic matter In such environments, methane is formed, and at high production levels, the gas can leak or bubble up into the water above When a ship passes, the pressure at the seafloor changes and methane bubbles make their way out of the sediments more easily In combination with the mixing that
Ships Trigger Hidden Methane Emissions from Seabed Ship traffic in shallow coastal waters generates massive methane emissions simply by moving through the water—a previously unrecognized source of greenhouse gas pollution that could affect global climate calculations Swedish researchers discovered that ship passages trigger methane releases twenty times higher than nearby undisturbed areas, with emissions caused by pressure changes and
Coastal Ship Activity Is Triggering Methane Emissions A new study from Sweden’s Chalmers University has found that ships travelling in shallow coastal waters are unlocking methane from the seabed A Chalmers-led study shows that ship passages can trigger clear pulses of high methane fluxes from the water to the atmosphere - Chalmers University of
Chalmers study finds ship traffic in shallow areas triggers high and . . . Ship traffic in shallow areas, such as ports, can trigger large methane emissions by just moving through the water, according to a new study led by Chalmers University of Technology in Sweden In the study, the researchers observed twenty times higher methane emissions in the shipping lane compared to nearby