Nature’s Deadliest Predator
“Plastic is forever… and a lot cheaper than diamonds” (Meikle 9). When plastics were first discovered they were called the material of 1,000 uses. This first, very primitive plastic was called Bakelite, discovered in 1907 (Knight 5). Although plastic today can be chemically analyzed very well, when first discovered there was very little information known about the benefits and downfalls of this material. Plastics have many unique characteristics that make them extremely desirable as an applicable material. They are better known in the world of chemistry as polymers, poly meaning many and mers meaning parts. In order for a substance to be classified as a polymer, a compound must be made up of many of these
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Polymers come in two distinctly different chemical make ups, thermoplastics, which can be reheated, reworked, and recycled, and thermosets, which once cured are completely locked into place and and cannot be recycled (“The Basics”). What makes these polymers so environmentally unfriendly is that they will not biodegrade. The long chains of covalent bonds makes the compounds so strong that they will only undergo a process called photodegradation. This photodegradation means that over time the polymers will simply break into smaller and smaller pieces, never completely going away (“The Basics”). These small pieces containing chemical toxins gravely endanger wildlife who confuse these pellets for food. Plastics are still relatively new materials, their potential not fully reached. The question is how will the use of so many non reusable plastics in a person’s everyday life affect the economy and environment in the long run?
Plastic is one of the worlds most prominent resources and therefore it is a staple in not only in the United States economy, but in other economies around the world. To begin with, the plastics industry and manufacturing alone accounts for over nine hundred thousand jobs domestically. Meaning that of the 64.2% of the United States workforce, about one in every two hundred people is employed by the plastics industry (“Economic”).
Since the founding of the United States, European settlers and Native Americans have had numerous disputes regarding Indian Territory. The European settlers and the Native Americas fought over land allotments, assimilation processes and basic human rights. However, Native Americans were not the only individuals to feel the effects of systemic racism. The Cherokee people who owned former slaves of African descent were called “freedmen.” Freedmen individuals felt the damages of systemic racism from the Native Americans and European settlers during the 1800s. Native Americans like the Europeans, also owned slaves during the Civil War. The Freedmen Controversy was and continues to be a volatile issue because the Cherokee Nation established certain practices, laws, and other tribal rights, which questions the membership status of the freedmen. The Cherokee Nation implemented multiple strategies to make this issue controversial for people of African descent and others as well.
The book discusses the origin of plastic; John Wesley Hyatt created one of the first synthetic plastic materials, celluloid, in 1869 (Freinkel, 2011, p. 16). His invention made it easier to create things at a much cheaper cost. As Freinkel puts it, “It helped fuel a growing demand for things, period” (Freinkel, 2011, p. 19). Ever since the growth of the plastic industry, our world has become one in which plastic is normal. In the introduction of her book, Freinkel walks around for a day recording everything
“Addicted to Plastic,” reveals the history of plastics on a worldwide scale; Connacher investigates toxicity and explores solutions surrounding the world
In a lecture given at Independence Hall in 1973, Martin Diamond argues that the American Revolution was based upon “sober expectations”. Diamond claims that the principles on which the American Revolution was based on were inspired by the revolutionaries’ views on government. Diamond further states that the Declaration of Independence and the Constitution are interlinked, asserting that "they [the documents] are the two springs of our existence" (Diamond). Although the Declaration of Independence and the United States Constitution are two different documents that serve two distinct purposes, they provide the groundwork needed to establish the constitutional government of the United States. The Declaration of Independence provides the groundwork for the ideals of the American government, while the Constitution manifests these ideals.
With over 5000 types of plastics, Heather explains that the problem is very complex. As plastic ends up in marine ecosystems it begins to pollute and has massive monetary effects. Marine litter costs Europeans billions annually though cleanup projects, damage to vessels, and fish catches. Heather also mentioned the harmful amounts of microbeads, which Megan Leslie banned in Canada, in the oceans that are harming small ocean ecosystems. She explained that the effects of marine litter on the economy and ecosystems are extensive, however she noted that there is one place that we haven't check for the harmful effects of plastic. People! Plastics are made with harmful toxic chemicals and it only makes sense that people would be as negatively affected by plastic as our ecosystems and economies are. When asked if parents should be worried about the plastic toys parents buy their children Heather explained how when children put plastic toys in their mouths they are potentially being exposed to toxic flame retardants. Heather explained that our economy is linear, which means it destructively uses finite resources and creates waste. Heather believes that we must create circular economies that feed into each other which would allow us to reuse our resources and recycle our waste (Leslie, H. 2017, February, 2). The idea of a circular economy relates back to the “Green Economics” where
In fact, many of the major plastics used today began when commissioned to be used for the war effort (Freinkel, 6). When plastic was first brought to The United States, the American people loved it. Not only can plastic imitate other materials, but it is also much more affordable. Overall, plastic is cheap. The leap in plastic produced from the ‘40s until now is extremely substantial. For instance, in 1940 plastic was hardly used, in 1960 a single American used close to 30 pounds of plastic per year, today each individual uses more than 300 pounds of plastic per year (Freinkel, 6). A major impact on the amount of plastic used is directly related to the way Americans, starting in the 1940s, were now able to mass produce plastic products. For instance, a single plastic comb making machine could reproduce ten combs in less than one minute (Freinkel, 22). Overall, plastic is relatively inexpensive and it is made for mass manufacture. Considering this it is east to see why plastic became so popular in the first place, it was a plastic miracle. However, there is a direct relationship between the amount of plastic produced and the amount of plastics that are being polluted into the
The plastic around the world is building up to become a huge world problem. Each year eight million tons of plastic
One material dominates the entire world, a material incapable of degrading for centuries and used in all facets of life. While very new to the earth, this synthetic polymer has flourished rapidly since the 1950’s, and, still at full throttle in the 21st century, the Age of Plastic sees no imminent end. Plastic continues to ascend at an exponential rate as its plethora of uses extends to new branches of technology and innovation. Even with their differences, both the working class American and the CEO of an industrialized company utilize plastic for its low cost and versatility. Nevertheless, humanity cannot sustain this nonrenewable resource for long, and eventually the issues of this material will one day outnumber the benefits.
avoid plastic as a whole will do us all a great deal of good. If we don't, we will surely
Where does all the plastic go. Every bit of plastic that has been created is still here. This is because plastic is one-hundred percent non-biodegradable! Even the most degraded plastic down to polymers cannot be digested by bacteria (Laist, 1997). If global issues like starvation and climate change are not enough to stress on, the weight of an issue literally churning in the Pacific Ocean is startling. For decades the majority of the world’s population has not been properly educated on the nature of plastic and the potential harm it can do to our environment and our physical health. Due to factors of man and the natural effects of nature, a major problem has developed that is now harming our food.
The average American creates about one hundred-thirty pounds of trash a month, and an article in the journal Nature estimates that global solid-waste generation will triple, to eleven million tons a day, by the year 2100 (Semuels). Plastic does not break down; it’s not biodegradable nor does it
Plastic's end of life cycle involves being discarded, either recycled for reuse or dumped into a landfill or the ocean. Recycling's popularity has significantly grown since the 1970's, as well as the overall number of plastic products being produced. In addition, the amount of plastic products being created as significantly increased over the past 60 years. Due to the endurance of polymers, plastic is filling up landfills faster than it should and invading our natural habitats. Recycling is one of the most critical things we can do for our environment. It can cut down on the amount of plastic in landfills as well. Recycling plastic reduces the need to create more plastic, which also cuts down on oil use and pollutants being released into the air. In the time that recycling has become more popular, technology has advanced to create more job
With the combination of polymers that don’t biodegrade and mass overproduction, companies are harming the environment in severe ways. Plastic, a material seen everywhere, is a polymer made from oil. It is mass produced to make everything from shampoo bottles to automobiles and does not biodegrade. When it is eventually thrown out, the waste usually finds it way into the ocean, where it is either buried under sediment or eaten by marine life (Weisman 287-295). Creating a material that will ultimately kill marine life will undoubtedly wreak havoc on the
"Plastic" entered the world through chemistry in 1909 and was originally coined to describe Bakelite, the first fully synthetic resin. What make's plastic so unique is when it is heated it can be molded but it retained its shape when cooled (Reddy, 2010). The modern plastic bag was not possible until the accidental discovery of the first industrially practical method of polyethylene synthesis in 1933. Fast forward to today, the use and
They consume growing amounts of energy and other natural resources, degrading the environment in numerous ways. In addition to using up fossil fuels and other resources, plastic products create litter, hurt marine life, and threaten the basis of life on earth. There is over 45 million tons of plastics per year and nearly every piece of plastic ever made still exists today because of its long-life properties. Biodegradable plastics could be an effective solution to all of these problems. Biodegradable plastics are a much better choice than non-biodegradable plastics because they are friendlier to the earth and the environment. Biodegradable plastics break down faster, can be recycled easier and are non-toxic. With these characteristics of biodegradable plastics, we could help save lives and the environment as well and reduce the threat plastics give to marine life. Plastic, the wonder material that we use for everything, is perhaps the most harmful of this trash because it does not readily break down in nature but if it is biodegradable, these plastics break down faster so they have a much shorter effect on the earth, and they will degrade completely. Normal plastics are manufactured using oil, and this process is very harmful to the environment by polluting the air and environment, but this is not the case with green biodegradable plastics. Using biodegradable plastics will minimize the effects that these products