Snowballing framework between the oil slick dataset and the deep learning model. The left panel (in red) represents the process of data preparation, and the right panel (in blue) represents the ...

Scientists from the Department of Geography and Environmental Science at Queen Mary University of London have developed a simple model to show how buoyant plastic can settle through the water column ...

Imagine 400 million tonnes of plastic made every year. That’s enough to wrap the Earth’s coastline six times. Yet, 12 million tonnes of it ends up in our oceans every year. It’s like a huge party ...

Working to stop harmful marine pollution at the source. © Troy Mayne / WWF The health, resilience and productivity of marine and coastal ecosystems is increasingly ...

Computer simulations reveal that spraying sea salt aerosols may keep global temperatures near 2020 levels as air pollution falls—but may also redraw regional weather patterns.

Marine scientists are witnessing a technological revolution in ocean cleanup. Revolutionary systems are transforming how we tackle plastic pollution, from autonomous robots to artificial intelligence ...