Affluenza Case Study

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Evaluating Affluenza’s:
Plastic Pollution Problem
Since 1950, Americans alone have used more resources than everyone who ever lived before them. Each American individual uses over twenty tons of basic raw materials annually and over two million plastic bottles an hour. Just by Americans alone, the total yearly waste could fill up multiple garbage trucks and wrap around Earth six times and reach half way to the moon. In the book Affluenza by John De Graaf, David Wann and Thomas H. Naylor they state, “In 1996, we used nearly a third of its resources and produced almost half of its hazardous waste” (--). Which has resulted in millions of tons of plastic that has entered the oceans. The survival of many species are being jeopardized by the plastic …show more content…

Large mammals such as whales, consume over 24,000 tons of plastic per year. The survival of many species, including the Hawaiian Monk Seal and the Loggerhead Turtle are being jeopardized and are nearly extinct. “The economical effects of plastic pollution cause an estimated $1.27 billion dollars in vessel damages per year and the cost of removing this debris cost $1,500 to $25,000 per ton” (Sounds Like Garbage). That’s over 13 billion dollars the government is using each year to try and remove some percentage of the plastic debris that has accumulated over the years. Plastic pollution also releases toxic chemicals that are being absorbed by the plastic, increasing the concentration a million times more. Which results in toxic chemicals entering our food chain that leads towards cancer, malformation, breast cancer, and even death. If plastic pollution continues to go unsolved, the ecological, economical and eco-toxicological effects it has had will basically begin, no it has already began, to destroy Earth and we are the ones who did this to …show more content…

“By using a 100 km-long floating barrier to let the ocean currents concentrate the plastic themselves and is deployed for ten years it will be able to removed forty-two percent of the Great Pacific Garbage Patch” (The Ocean Cleanup). However, this technology is still in its pilot stages and will be deployed to ensure success of this method in August 2016. So how will this barrier collect the plastic? The plastic will be stored in an internal buffer, a machine that stores and collects plastic, which will need to be emptied every five months. With the plastic collected it will be used to make new objects that can be made from plastic. If the pilot does well and collects the plastic like it’s suppose to do, a bigger floating barrier will be made to be put in five different gyres around the

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