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Frontiers | Three-Dimensional Dispersion of Neutral "Plastic" Particles in a Global Ocean Model

The fate of plastics entering the 3D ocean circulation from rivers discharge is examined through the Lagrangian analysis of neutrally buoyant particles. Particles are released continuously over 1991-2010 at the surface along the coasts according to monthly estimates of rivers plastic waste input. They are advected by daily currents from a state-of-the-art global ocean model at 1/12° resolution. At the end of the simulation, particles remaining in the surface layer of 1~m thickness represent less than 2\% of the total particles released. These are concentrated in the center of subtropical gyres, mostly in the South Indian Ocean and the North Pacific, in relation with the large sources from Asia, and in good agreement with previous 2D numerical experiments in the surface layer. These patterns remain similar down to about 30 m depth, this upper layer strongly influenced by Ekman currents trapping about 20\% of the total released particles. About 50\% of the total released particles r ....

Gulf Of Guinea , Oceans General , United States , France General , Provence Alpes Côd Azur , Southern Ocean , South China Sea , Brunei General , Noord Holland , Drake Passage , Indian Ocean , Yellow Sea , Canary Islands , Spain General , Zuid Holland , East China Sea , Japan General , Arctic Ocean , Jawa Barat , Buenos Aires , Gulf Of Mexico , Bay Of Bengal , China Sea , Mediterranean Sea , Languedoc Roussillon , Labrador Sea ,

Frontiers | Marine Debris on New Zealand Beaches - Baseline Data to Evaluate Regional Variances

Frontiers | Marine Debris on New Zealand Beaches - Baseline Data to Evaluate Regional Variances
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Marine Debris: The U.S. Federal Role in a Local and Global Problem


Martha McCoy
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On March 11, 2011, a magnitude 9.0 earthquake occurred off the coast of Japan, and the tsunami that subsequently struck Japan caused catastrophic damage and loss of life. This natural disaster resulted in approximately 16,000 deaths, hundreds of thousands of evacuees, and vast devastation to buildings and infrastructure. In addition to this human loss and suffering, the tsunami substantially exacerbated a global pollution problem that threatens wildlife, the environment, the economy, navigation safety, and potentially human health: marine debris.
The tsunami carried approximately five million tons of debris from the inundation zone into the ocean, of which 70% sank close to shore. The remaining 1.5 million tons of debris drifted into the Pacific Ocean, resulting in large amounts of debris washing up on North American shores. Nat’l Oceanic & Atmospheric Admin. (NOAA), ....

United States , Department Of Energy , District Of Columbia , United Kingdom , Northwestern Hawaiian Islands , Orange County , Environmental Protection Agency , Cathrync Murray , Joanac Prata , Roland Geyer , Atlantic Ocean , Sarah Gibbens , Roger Williams , Frederic Gallo , Jonathan Moore , Umair Irfan , Pacific Ocean , Jennar Jambeck , Sheldon Whitehouse Sen , Chris Leggett , Sheldon Whitehouse , Lisa Murkowski , Free Waters Program , Marine Debris Program , National Science Foundation , Modeling The Movement Of Tsunami Debris ,