Researchers have uncovered a “light smog” of microplastics drifting below the surface of the world’s oceans 🌊 — revealing far more plastic pollution 🗑️ in deep-sea waters than previously known.
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#Microplastics #OceanPollution #DeepSeaResearch #PlasticWaste #EnvironmentalScience
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Northeastern Global News
Plastics found to be abundant at deep-sea levels, new research reports
Northeastern professor Aron Stubbins says to find plastics “well-distributed throughout the ocean is surprising.”
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New Study: Bacteria That Breathe Iron Could Help Reduce Ocean Pollution 🌊🔬🦠
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#OceanPollution #BacteriaInnovation #SustainableSolutions #MarineResearch #CleanOceans
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#OceanPollution #BacteriaInnovation #SustainableSolutions #MarineResearch #CleanOceans
Asianet Newsable
New Study: Bacteria That Breathe Iron Could Help Reduce Ocean Pollution
Discover how newly found MISO bacteria "breathe" iron rust to eliminate toxic hydrogen sulphide. Learn about this unique metabolism that helps clean our oceans and may prevent the spread of dead zones.
Marine mammals who live far below the ocean’s surface are not immune from the burden of toxic forever chemicals, with whales 🐋 and dolphins 🐬 showing unprecedented levels of PFAS contamination.
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#MarineMammals #PFASContamination #OceanPollution #WhalesAndDolphins #EnvironmentalAwareness
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#MarineMammals #PFASContamination #OceanPollution #WhalesAndDolphins #EnvironmentalAwareness
University of Wollongong Australia
Unprecedented levels of forever chemicals found in dolphins and whales
Groundbreaking research has revealed that marine mammals who live far below the ocean’s surface are not immune from the burden of toxic forever chemicals, with whales and dolphins showing unprecedented levels of PFAS contamination.
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New research shows that typhoons act as powerful vectors of ocean microplastics 🌀🌊, revealing a direct physical link between plastic pollution and climate change 🌡️🌍 and pointing to a feedback loop in which warming oceans intensify storms that spread plastic farther and faster across the planet.
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#Typhoons #Microplastics #ClimateChange #OceanPollution #FeedbackLoop
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#Typhoons #Microplastics #ClimateChange #OceanPollution #FeedbackLoop
ACS Publications
Microplastics from Ocean Depths to Landfall: Typhoon-Induced Microplastic Circulation in a Warming Climate
This study examines the influence of typhoons on atmospheric microplastic (MP) pollution by utilizing atmospheric deposition samples collected during three typhoons in eastern China (2023–2024). MP deposition rates increased significantly during typhoons…
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Microplastics reach even 2,000 meters below the ocean surface: First cross-ocean study reveals how microplastics accumulate and were detected in 92% of deep-sea hydrothermal vent animals. Polystyrene, widely used in consumer products and packaging materials, was the most abundant.
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#Microplastics #DeepSeaDiscovery #OceanPollution
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EurekAlert!
Microplastics reach even 2,000 meters below the ocean surface, study finds first cross-ocean study reveals how microplastics accumulate…
A research team led by Dr. Se-Joo Kim and Dr. Jinyoung Jeong at the Korea Research Institute of Bioscience and Biotechnology (KRIBB), in collaboration with researchers from the Korea Institute of Ocean Science and Technology (KIOST), has conducted the world's…
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Microplastics have been discovered in one of the most remote, inhospitable, and unexplored parts of our planet. Microplastics were found in 92% of all animals examined (11 out of 12) living around deep-sea hydrothermal vents some 2,000 meters (6,562 feet) below the ocean surface.
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#Microplastics #DeepSea #OceanPollution
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ScienceAlert
'Most Isolated Environments': Microplastics Are Finding Their Way Down to Deep-Sea Hydrothermal Vents
There's really no escape.
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Science News
Microplastics have been discovered in one of the most remote, inhospitable, and unexplored parts of our planet. Microplastics were found in 92% of all animals examined (11 out of 12) living around deep-sea hydrothermal vents some 2,000 meters (6,562 feet)…
🔬 Microplastics have been discovered in snails and mussels living around deep-sea hydrothermal vents, 2,000 meters below the ocean surface.
🔬 In a study published in Water Research, plastic fragments were found in 92% of animals examined across the North Fiji Basin and the Central Indian Ridge.
🔬 An average of 3.42 plastic pieces were found per animal, with polystyrene being the most common type. Concentrations were higher in the Indian Ocean samples.
#Microplastics #OceanPollution #Science
🔬 In a study published in Water Research, plastic fragments were found in 92% of animals examined across the North Fiji Basin and the Central Indian Ridge.
🔬 An average of 3.42 plastic pieces were found per animal, with polystyrene being the most common type. Concentrations were higher in the Indian Ocean samples.
#Microplastics #OceanPollution #Science
Abandoned Oil And Gas Pipes Are Still Contributing TONS of Microplastics Into The Ocean Each Year
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#Microplastics #OceanPollution #EnvironmentalImpact
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ScienceAlert
Abandoned Oil And Gas Pipes Are Still Contributing TONS of Microplastics Into The Ocean Each Year
The marine plastics problem runs deeper than we realized.
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Science News
Abandoned Oil And Gas Pipes Are Still Contributing TONS of Microplastics Into The Ocean Each Year Read Full Article #Microplastics #OceanPollution #EnvironmentalImpact
🔬 Decades after oil and gas projects end, underwater pipelines on the UK continental shelf are releasing an estimated 500 metric tons of microplastics annually into the ocean.
🌊 This overlooked pollution source, detailed in the Journal of Hazardous Materials, could be comparable to or even exceed microplastic releases from other sources like UK rivers and former cosmetic microbeads.
🚢 The study, led by Freija Mendrik of the University of Plymouth, estimates over 120,000 metric tons of plastic may remain on the North Sea floor after decommissioning, posing potential harm to marine life.
#OceanPollution #Microplastics #EnvironmentalImpact
🌊 This overlooked pollution source, detailed in the Journal of Hazardous Materials, could be comparable to or even exceed microplastic releases from other sources like UK rivers and former cosmetic microbeads.
🚢 The study, led by Freija Mendrik of the University of Plymouth, estimates over 120,000 metric tons of plastic may remain on the North Sea floor after decommissioning, posing potential harm to marine life.
#OceanPollution #Microplastics #EnvironmentalImpact
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