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Plastic Pollution In Aquatic Systems May Triple By 2040

Plastic Pollution In Aquatic Systems May Triple By 2040

By Bal SawnPublished 4 years ago 2 min read
Plastic Pollution In Aquatic Systems May Triple By 2040
Photo by Naja Bertolt Jensen on Unsplash

A new study shows that implementing an eight-step system to change the system could reduce plastic pollution by 80% and save the government $ 70 billion at a current value between 2021 and 204014, enough to make the necessary changes. The report found that real government and industry commitments could reduce the price of plastic at sea by 7% by 2040. It has implemented a new economic model that measures the potential amount of plastic in the ocean under six conditions.

Solutions include reducing plasticity through alternative methods, improving recyclable packaging, and increasing waste collection in low- and middle-income countries. The environmental worksheet explains the importance of using market-based policies to reduce the use of plastic waste and waste. The authors warn against trying to solve the problem of pollution by continuing to recycle. He also said that reducing the number of unnecessary, unwanted, and problematic plastics is important to address the problem of land pollution.

The report noted a dramatic increase in recent years in the removal or loss of plastic waste in aquariums by approximately three times by 2040 and without significant action, removal of plastic waste in aquatic habitats is expected to triple by 2040. Researchers predict that by September 15, the amount of plastic added annually to existing waste, whether carefully disposed of in closed or scattered garbage dumps, could more than double in 2040 from 188 million tons in 2016 - 380 million tons.

Scientists estimate that at least 10 million tons of it could be contained in microplastics at that time, and statistics did not include particles that continue to destroy existing waste. According to the study, by 80 percent reducing the flow of plastic into the sea would require paper or other materials to replace recycled plastics, and packaging should be recycled to double the recycled material. The greatest benefits will come from eliminating the use of disposable plastic.

If that change occurs - and it is possible - the annual flow of plastic waste into the sea could be reduced by 80% over the next two decades, using all available methods and technologies. However, if no action is taken, the amount of plastic that enters the sea from 11 million tons to 29 million tons per year, leaving 600 million tons of sea by 2040 - equivalent to 3 million tons - will be reduced globally by the greenhouse. related to plastic. gas discharge.

If all industries and government obligations to reduce plastic pollution are met by 2040, researchers find that if all proven solutions are made by 2020 and expanded as soon as possible to address plastic pollution, including switching to recycling, recycling, and recycling of plastics. , the number of plastics added could drop to 140 million tons per year ...

The bacterial population of plastic waste, also known as plastisphere, comprises many biomes on Earth: embedded in the deepest parts of the ocean floor, floating in the depths of a water column; and an unexplained but enormous number of microplastics and nanoplastics that are not always visible to the human eye.

Studies estimate that the amount of plastic that enters the sea annually will increase by 11 million tons if no steps are taken to address the expected growth in the production and use of plastic, equivalent to 50 kilograms (110 lb) of plastic per meter. coastal countries around the world, by the year 2040. It is estimated that the flow of plastic into the ocean will grow from 11 million tons per year in 2016 to 23-37 million tons by year12.

Nature

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Bal Sawn

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