Week 5 — Demetra Panagiotopoulos

It’s interesting how powerful denial can be. You can acknowledge reality with your senses, take part in it, understand what’s going on, and still refuse to believe that it’s true. “I can’t believe it,” people say when a disaster strikes, because they have assumed conditions under which such a thing—fully likely in reality—could never happen. But choosing not to believe something doesn’t eliminate it as a possibility, or shake its truth. And people otherwise thinking rationally often trip themselves by denying the possibility of there being any variables which they don’t yet know of or understand.

This is what happened with the Southern Ocean. Humanity’s leading intellectuals and authorities on the matter assumed that they knew the rate at which an ocean—as a massive, circulating body of water—can absorb carbon dioxide. They underestimated the complexity of nature. They overestimated their own understanding of the situation and failed to ask themselves critical questions or search for data that could have brought the truth to their eyes sooner. They grew comfortable living in denial of the fact that, in the great scheme of nature that runs the cycles of life and physical phenomenon on this planet, they may have been something that they’d missed.

It’s not just scientists. All people do it. They assume that they know things and deny the possibility that they don’t, which is why they often let danger walk right up to them before they acknowledge the need to do anything. Even then they might deny the need for action—figuring that it’s somebody else’s job, someone else’s responsibility. So people assume that they’re safe from hazardous waste, and deny the fact that their safety, in the present climate, is not a given—that, unfortunately, violations of dumping regulations happen and are frighteningly likely to happen somewhere that comes into contact with their supply of food, water or air. And then they do nothing to push the violators to clean up, refusing—following the companies’ lead—to admit that nothing is being done.

People also have a hard time believing things that they can see firsthand—for example, that they can make a difference. Who can deny that a plastic bottle recycled is one less on its way to the landfill, or worse, to the ocean? Who would argue that turning off the lights you don’t need keeps energy from being wasted? People can, and people would, and people do. They think things like, “It doesn’t matter.” “It’s not a big deal.” “I’m too small to have any significant impact, so there’s no reason to feel guilty for not trying harder.”

In other words, people lie to themselves. They tell themselves that they see the whole truth and deny the possibility that they’re missing something or that they’re wrong. And, in doing so, they let the responsibility fall out of their hands. They lull themselves into a sense of security. They refuse to do anything to stop the disasters that creep up on them because they refuse, in the first place, to acknowledge their existence—which, in their minds, frees them from any duty to do anything.

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Weekly Response #5

The Importance of History

History is one of the most important subjects that a student can learn, as it can be viewed as one of the best learning tools for the future. Through history, we can see the cause of many desirable or undesirable periods of time such as prosperity, war, or recession. Furthermore, when considering the environment, history can be used as a way of seeing how development over time has influenced the surrounding environmental conditions. From this, new policies can be created to prevent higher pollution levels or even reduce current levels. However, there is a great deal of damage that has already been done over the centuries.

I found the class discussion about New Bedford particularly interesting this past week. This was one of the novel studies that utilized a comprehensive approach in identifying problems in the natural environment, taking centuries of data and analyzing it to see how different time periods influenced the environment around the area. From agriculture to post-textile, there were drastic changes. After building a bridge, development was hindered along the east coast of the river due to sediment deposits. The people of New Bedford began to disrupt the environmental equilibrium, and it would only get worse as the population begins to boom.

The town of New Bedford was ill prepared for the population boom. It is unbelievable how the sewage pipes were constructed, allowing raw sewage to flow directly into the river during rainfall. At the time, the idea of “infinite dilution” was widely accepted, however what about those people who swam unknowingly in the river directly next to one of these sewage outlets? They would be subjected to high concentrations of raw sewage, a serious health hazard. In my opinion infinite dilution is a flawed concept because there is a finite amount of solvent (water) that can be used and eventually, the oceans will be saturated with pollutants. However, there are not the only pollutants to worry about.

Carbon Dioxide is only one of the many gaseous emissions that we must consider in the atmosphere, as it has a hugely detrimental impact on the entire world’s environment. The fact that CO2 is present in the atmosphere is not alarming, but rather it is the rate at which CO2 is entering the atmosphere that is something to take into serious consideration. What was thought to happen over the course of centuries occurred in decades! The amount of carbon dioxide emissions was completely underestimated, and from this fact alone, steps must be taken to ensure that CO2 levels go back to normal. The government should spend some amount of money in research and development for alternative energy, as this is where the future is inevitably headed. Although many make the argument that the oil industry provides many with jobs, new jobs will be created through renewable energy to fill any voids.

In addition to CO2, we have methane to worry about (CH4), which is another greenhouse gas. As the extremely cold climates are subject to warmer temperatures, ice begins to melt. In turn, this allows trapped gas to escape from the lower layers. It is evident that there is a huge amount of methane in Russia under the permafrost, and as global warming progresses, the ice will melt allowing this greenhouse gas to enter the atmosphere in extreme concentrations. The area is so vast that I am not really sure if there are any plausible solutions to preventing or diverting this massive release of methane gas. Even if it not economically efficient, I believe funds should be used to somehow prevent this greenhouse gas from being emitted into the atmosphere. As suggested in class, maybe funnel the methane into old oil wells until they can be utilized.

Looking over the centuries, it is pretty clear that humanity must make a shift to renewable energy. Through industrialization, we have put a huge amount of greenhouse gas into the atmosphere – more than what the environment can handle. Now, we are experiencing the hottest summers ever, and if we keep up this rate of CO2 emission, we will be making the global problem even larger. One main problem however is that many investors do not see the true value of investing in alternative energy. Although the initial costs may be high, after some time, they will indeed make some profit. This is a reoccurring theme of how corporate mentality must change. Instead of thinking “how can I make the most profit today”, people should be asking “will this be beneficial to me in the future”. Without this shift in thinking, Earth may become Mars much sooner than anticipated.

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The Case for Embracing Historical Mistakes

In every one of my pursuits, there’s always a common theme in the way that I approach the learning process. For one thing, I’m completely at peace with the idea of failing. I believe that learning from my own mistakes is one of the most important self-reflective mechanisms that I can take advantage of. But even moreso, I don’t think that having to deal with my own failure is always necessary. Family, friends, teachers, and mentors have experienced situations that taught them lessons and hardened their skins, and they make sure that other people learn from those particular mistakes that haven’t yet been committed. It’s this collective pool of failure, which certainly sounds depressing at first, that is the ultimate learning weapon for a developing society. It’s one of the many compelling purposes of analyzing history. Nevertheless, such analysis comes with a concession; not every situation that has already happened will be exactly the same as a future event. Sometimes, the problems won’t even be remotely the same, and the future will suffer from its own distinct set of tribulations.

But it seems that as our societal impact on the environment stands, our troubles come from two main reasons, historical semi-negligence and self-compounding ecological problems. The New Bedford case study takes us through a comprehensive analysis of historical events, allowing us to recognize the environmental situation in the present and at specific timeslices in the past. It helps us recognize the distinct effect that specific industries have had on the watershed in the area. The bridge that was built during the Whaling period, for example, caused the currents of the Acushnet River to change and led to the buildup of sediment on the Oxford village shoreline, thereby hampering any future development in that area. To some extent, I would hope that people took this as a lesson before building any bridges in the future, because the empirical reality of New Bedford shows us what can happen otherwise.

However, even in the next period when the prevalence of whaling declined, the new textile industry brought its own wave of problems. Since sewers were only beginning to be built, perhaps it is possible to say that no one could have foreseen the future detrimental effects of Combined Sewage Overflow. This impending problem, however, was also compounded by the construction of the textile mills that gave the Textile Period its name. These mills took up land that was originally wetlands, which serve the extremely important function of filtering pollutants, superfluous nutrients, and microorganisms in runoff from the land. In a way, this systemic destruction of the wetlands foreshadows the breaking down of the fishing industry along the river in the late 20th century. It’s almost unnerving to know that the sewers contaminated the river’s water with metals, acids, petroleum hydrocarbons, PCBs, cyanide, and other synthetic chemicals that could have been deterred by the existence of the wetlands.

Ignoring certain aspects of our environmental condition could indeed by caused by not taking lessons from history, but these problems that we choose to accept (and perhaps deal with later) are bound to become worse when new technologies and developments cause different sets of difficulties. We’ve started to cut down more and more trees to fulfill our needs for paper and lumber, but we’ve also started to emit huge amounts of carbon dioxide into the atmosphere, moreso than before. It’s this synergism of problems that makes future development so worrisome.  Will we end up suffering from our negligence of old problems and make things even by making some new unforeseen one? I just hope not.

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Naive or Concerned?

Of essence to the environmental state of the Earth is planning ahead. Companies are constantly setting up shop without seeing too far beyond profits and economics, all at the cost of the ecological equilibrium. It is a lesson learned so often that industries, specifically manufacturing ones, become profitable, wreak havoc on the environment, and are unable to clean up the mess. Many industries established to make life more convenient and even deluxe, ultimately, jeopardize humans, other species, and the environment.

To say that we must do away with industries is virtually impossible on Earth, as long as humans are existent on this planet. I, thus, believe that instead of contributing to the environmental issues, such as the introduction of toxic wastes and excessive garbage into different habitats, we should try to practice limits in how many destructive industrial edifices and structures are built. Industries should also practice limits in how much material they use in the production of their products as well as try to find ways to use the wastes generated in the production of and by their products. Looking ahead, this practice may even help save the companies money and resources in the future, which is an incentive for everyone. That is, the company saves economically, the government does not have to give tax breaks to or make excuses for the company, and the consumers and the environment does not have to suffer the costs. Call me naïve for believing that the world can work in this way, but would we all, including the companies, consumers, and the government, rather continue on with how we are living and operating now? Other methods, obviously, have not been effective.

If we do not start helping ourselves now and fixing the source of the problem rather than the problem itself, we are leading up to the destruction of land and all that we know since the rate of change that the Earth is experiencing and its deviation from equilibrium are, respectively, rapid and extreme. We saw with the New Bedford Case Study that the agricultural, whaling, textile, fishing, and several other industries all contributed to the various toxicities present in the area now, such as the toxic water filled with dyes and PCBs. People lived in New Bedford, just as we all live in our hometowns, and dealt with such filth, especially that generated from sewage, which ended up in the water. If many of us do not become aware of the issues at hand and make an effort to fix the environmental wrongs, devastatingly polluted cities, such as New Bedford, may become the norm.

Companies may, furthermore, be emitting toxic carbon emissions into the air, which contribute to the greenhouse effect. The greenhouse effect entails that the Earth becomes warmer due to trapped heat, which disturbs the Earth’s equilibrium, leading to climate and even ecological changes. As of such, companies should be on the lookout for environmental-friendly ways to produce their products and conserve energy. To say such is definitely easier than to do, but, perhaps, this next statement shall give companies some motivations: If we do not prepare for the worst as of now, we will have to deal with the worst eventually!

Unless certain businesses, government officials, and even consumers stop treating the environment like a business deal and pretending as if they care about the environment’s welfare and equilibrium, then much cannot be done about the environment. This notion rings true to me because a problem this enormous can only be solved with the dedicated efforts of every individual, no matter how young or old. Pertinent to every individual doing his or her part is the understanding of every individual of the issue, about what he or she should do to help, and about why he or she is taking actions. Even after the masses are educated and taking action, however, everyone must continue to be driven to do their part in the environment. Sure we would all rather blot such troubling information from our minds and not worry about the issue, but if we are not thinking about the state of the future, then how can we ensure that we will even be here to live our lives and fulfill our goals in the future?

Sherifa Baldeo

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On greenhouse Gas emissions, cigarettes and rising tides – Week Five Response

“Greenhouse gas emissions” is one of the few terms that even those largely oblivious to climate change are familiar with. Our planet’s current CO2 addiction has become so overblown that it is becoming increasingly harder for people to not take notice. Hurricanes are getting stronger, summers are getting hotter and weather over all is simply becoming much more extreme; and yet this is just the beginning. Forces such as the melting of the polar ice caps in the North Pole and Antarctica are both ones we are only beginning come to terms with, while their effects will likely become far more obvious in the next 50 or so years as sea levels rise. Nearly the entire world is just sitting back and relaxing as they cook themselves and destroy the earth for those after them. Although three quarters of Americans now believe climate change is affecting our weather, according to an article published in the Smithsonian October 9th, nothing is changing; people are accepting that damage is being done and yet do nothing to stop it.

Of course one can herald the fact that at least awareness is increasing but the truth is, largely no one cares enough to change their actions. Moreover than that most don’t even know how to go about making any real impact. Sure recycling plastics and metals or driving a hybrid car are steps in the right direction but that is undoubtedly not enough to start reversing or even stalling the intense damage that has been taking place and has already been done. Given the scale of the damage it seems that modern society as a whole would have to restructure and almost entirely change their lives to make any kind of change worth talking about, and that just seems utterly impossible. So far history shows we are not animals who like to deal with this kind of change.

Take for instance, the case of cigarettes. Since the beginning of the 20th century, scientists have figured out, to varying degrees, that smoking is not beneficial to ones health. These scientists were outright ignored by most and even in the 1950s when it became more common knowledge most of the population was still skeptical. Today it is absolutely unquestionable that smoking causes lung cancer and has other major risks associated. Commercials run making the public aware of the danger and students are taught in school the dangers of smoking. The hazards of smoking are now pretty universally accept – but has a great societal change come? Not so much. Although things are of course better than they were you cannot walk outside of Hunter College, even with CUNY’s new smoking ban enforced, without seeing crowds of young people smoking. They all are aware of what they are doing to themselves and although with New York City’s taxes cigarettes can cost even up to fifteen dollars a pack, people still smoke. My generation, a generation that grew up with ads and health classes teaching the dangers of cigarettes, is still a generation of smokers.

If a change so minor as giving up a drug with only a short lived buzz and health effects unquestionably noticeable to the individual cannot be achieved, perhaps the crusade to fight climate change isn’t even really worth it. The changes that would need to be made to make a serious difference seem far greater and far more expensive making the entire fight seem like something of a pipe dream. I will try to suspend my doubt until we move farther through the arc, but at this point my question really is – is it even worth it?

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Weekly Response 5: Alda Yuan

Alda Yuan

Professor Alexandratos

MHC 200

Week 5 Response

Despite the probably political and practical unworkability, I believe there should indeed be liability for companies responsible for releasing pollutants. This should be especially true for companies who continued their practices after regulations were instituted but even companies discharging chemicals into rivers for instance, before the laws should be held responsible to some degree. In some cases, they may not have known of the dangers so it could be argued that it is unfair to penalize them. But it is equally unfair for society to bear the whole cost. Presuming the company is still in business, it has derived profit and benefits from the activities related to the pollution. Thus, it is only fair that they be expected to foot a portion of the costs. The fines as such would, ideally, not be crippling but at the very least, give a warning to corporations that they may not flout the law and disregard the health of their fellow “legal persons.” With our judicial system the way it is however, such penalties are unlikely to work as big businesses will fight tooth and nail in order to prevent themselves from paying the fine, and perhaps more importantly, helping to set a precedent for further government involvement. Of course, this is the same judicial system that offers all citizens due process and offers as much of a level playing field as individuals facing off against powerful opponents can hope to get and I’m not sure that the ends would justify the means of disrupting the judicial system.

Personally, I found the New Bedford case study to be fascinating, both in form and context. The study combines two disciplines, environmental science and history, in a way that results in a much more comprehensive and realistic look at the situation. Instead of offering a sort of slice in time, as many environmental studies tend to do, it pinpoints the sources and reasons for the prevalence of pollutants in the ecosystem. A study like this offers a lot of information that can aid the area being studied as well as help to inform remediation and improvement programs in other locales. It identifies the origins of different types of pollutants and the businesses that give rise to them. This gives information on what to expect from other areas that have had similar historical patterns.  It also calls attention to the long term effects of human activities over a period of time and through multiple stages of industrialization.

In fact, I think this study should act as a model for others. Of course, not every city or area has as comprehensive of a history as New Bedford. Other polluted areas may not have records as complete as those enabling researchers to detail the types of chemical introduced into the environment at each stage of New Bedford’s development and how each wave of change altered the river shorelines. However, even the slightest bit of information about the industries that flourished in an area will provide scientists with information on how best to counteract the effects.

The issue of global warming has concerned me for a very long time. But in high school, it became very frustrating to care about because of the sheer scope of the problem and the amount of people who so vehemently denied any issue existed, including my high school biology teacher. Going to school in a relatively conservative town on Long Island meant frequent arguments and debates with both teachers and other students who refused to look at the data. Or, as my biology teacher did, asked us to take data on temperatures in our town over the last few years in an effort to have us prove that global temperatures were not in fact increasing. Therefore, it will be refreshing to learn the facts in an unbiased environment.

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Weekly Response 5 Eric Kramer

When I first started reading the New Bedford article, I began to question the relevance of learning about the history of the area. Then, however it all made sense because we need to know the history to figure out the causes of problems, if these problems can be remedied, who is responsible, and usually these problems accumulate over long periods of time. Therefore, the best way to learn about an area’s environmental status is to review the history of the area and put the pieces together.

Something I found fascinating in the New Bedford Study is how the building of a bridge could have such huge negative impacts on the environment. The new presence of the bridge altered the current in the river and caused sediment to build up along the shore. These effects were difficult to foresee, but from studying the history of the area, we now know and can prevent the same mistakes from happening again.

After our lesson on the Greenhouse effect and global warming, I can put to bed all the theories that I have heard that global warming isn’t actually real. It is in fact a real issue that needs to be addressed immediately. Poor polar bears, seals and penguins, but especially the Polar Bears! These animals, along with dozens of others I am sure, rely on the presence of icecaps and cold climates for their survival. If the Earth keeps becoming hotter and hotter with every year at such a quick pace, these animals will become extinct and our children will grow up not knowing what a polar bear was. Future generations will feel about polar bears the way we feel about dinosaurs. We cannot keep treating the Earth like we do now. We take everything for granted without having the slightest inkling of the damage we may be causing. Environmental lessons should be taught at early ages, starting in elementary or middle school. Kids today have little knowledge about environmental problems, and it is harder to develop a desire to help at older ages.

We certainly need to deal with the methane deposits that are concealed under the permafrost in Russia. Regardless of how expensive it may be, the deposits need to be dealt with. Nations around the world should all chip in and help remove the deposits and dispose of them in a safe way. Somehow, pipes can be laid out to transport the gas to an offsite location where it can be dealt with. Otherwise, as global warming continues, the methane deposits will inevitably be released and cause crippling damage. Apparently, the amount of methane (CH4) in the deposits is massive and has the potential to cause serious damage. A large presence of methane has been linked to the global warming problem and even endangering certain species.

As a living human being on the planet Earth, I feel as if it is my duty to help preserve the Earth, or at least pass it on in the same condition I had it in. It is like borrowing something from someone, you are not going to borrow a hammer from someone and the return it in pieces. You want to give it back in the same condition you received it in. We are morally responsible for ensuring the continued health of the human race and survival of planet Earth.

https://spaces.usu.edu/download/attachments/20971966/Last_Polar_Bear.jpg

http://www.independent.co.uk/environment/climate-change/exclusive-the-methane-time-bomb-938932.html

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Jacqueline Tosto- Week 4

In seminar this week we discussed the consequence of the use of incinerators in New York City. For one, the amount ash from the incinerators was quite large and took up a great amount of room in landfills. The gases released from the incinerators also were quite harmful for everyone in the city. Although the municipal incinerators did damage, the worst was the sheer number of incinerators in apartment buildings. Even though the incinerators are no longer in use, they are still affecting the city. It seems amazing the damage these machines can cause in just a short time seems impossible. In just over 40 years over 12,000 tons of particulate matter was emitted, damaging both the environment and the body.
We also discussed the survey done on youths in New York to study the amount particulate emissions on an average student. The discovery was that students who have long commutes to school inhale a significantly higher amount of toxic pollutants than students who have short commutes. This is due to the high amount of steel that is released in subway stations. There are many ways that this problem could be fixed. For one, the MTA can change the wheels on the subway to a difference substance so the wheels do not cause friction releasing the steel particles into the air. Another option is to add more ventilation into subway terminals so the particles can release into open air instead of staying contained in the tiny space. A last option is to add a glass barrier between the subway and the platform. Many cities in other countries have such things such as London. Not only does this add protection from commenters falling onto the tracks, it also will keep the particles from releasing into the terminal. Something really should be done. As a commuter who takes the subway almost everyday, I do not like to think that my commute could be slowly damaging my lungs. I have to take the subway in order to get around so there is no way of avoiding inhaling the steel. I would much rather the MTA do something in order to protect the people.
We also discussed in class this week Landfills and Brownfills and what they are made of. An important part of keeping accurate records about the contents of Landfills and Brownfills is so public policy is directed in order to keep waste low. If accurate records were not kept correctly certain laws would never have been passed such as the deposit laws.
I thought the refuse composition contents over the certain years were very interesting. One of the percentages that interested me the most was the decrease in ash from 1905 to 1989. It is quite amazing to see how quickly the American population adjusted to electricity and completely gave up the old methods of keeping heat and light. Obviously this progression was bound to happen but in just 34 years, the amount of ash deposited dropped by just under 40%. A percentage that confused me however was that of glass. I would like to know why there was a sudden increase in 1971 and then a decline in 1989.
I was disgusted by the amount of waste humans throw into landfills. In 2004 millions of tons of garbage was just thrown away without any thought of where it will go and how it will affect our future. I am most disgusted by the sheer number of diapers thrown away. 3,470,000 tons of diapers in just one year are too many. Not only is that disgusting, but also wasteful. They never decompose and just stay in landfills forever. Gross.

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Week 4 — Demetra Panagiotopoulos

New York City has an exceptional system for tracking the waste of its industries and residents. It can keep track of what gets thrown out and where it goes. It knows what can be recycled and which materials decay safely. It knows what industries and activities produce toxic and persistent chemicals that could maim people and damage the environment.  It just doesn’t put this that knowledge to as much good use as it could.

That’s the problem with most of the world. We have all the information at our fingertips. We have opportunities to reverse the trend—sometimes they’re even shoved in front of us by others. We know what we can do better. We just don’t do it. Instead of taking our plastic bottle home to recycle it, we throw it wherever is convenient. Instead of packing our own lunch, we eat at McDonald’s. Instead of buying solar panels, we buy a third plasma-screen television. Cultural norms in the West today emphasize instant gratification whenever possible, and this leads to a huge system of efficient wastefulness. Today’s norms emphasize convenience, and this leads to laziness—or, to put it more kindly, to a general sense that things that require a little more work to get aren’t worth the effort. And, despite cultural norms that claim to appreciate independence and individuality, most people still continue to do as the majority does—whether it means “forgetting” to recycle, not thinking about the long-term consequences of their actions or simply not caring.

When it comes to the environment, this boils down to soiled disposable diapers floating in the Rio de Janeiro. We know that there is no way to recycle these things—they will persist for ages to come. Their numbers will keep growing, unless: a) people stop having babies altogether, or b) people start using cloth or biodegradable diapers. What stuns me is the fact that their mass production and use ever started. What dumbfounds me is how today, having had decades to ruminate the consequences, people have still not done anything to stop or reverse this trend.

Didn’t the inventors stop to think that there would eventually be mountains upon mountains of used diapers with nowhere to go? Did they maybe imagine they could be used to build out the coasts of Manhattan or San Francisco? Did they hope that somebody would eventually shoot them into the Sun, or find something else to do with them? Did they just forget that the Earth does not expand into infinity and that everything produced takes up some more of its finite space? Or did they not bother to consider any of these possibilities, deciding that they didn’t care, or that—despite creating it—the problem was not their responsibility to solve?

The data is at our hands, along with the wherewithal to improve things. We can begin to turn our ship away from the iceberg whenever we feel like it—even if it’s only by fractions of a degree at a time. So why does change drag its feet? It goes back to the way that people think, and what they value. If cultural norms insist that something—a lifestyle, a tradition—is right, then not many people will easily believe that anything is wrong with it, however harmful it is. People might not see a reason for change. Why should a faraway coastline be more important than your ability to change diapers as quickly, cheaply and easily as possible? Why should anything be more important than doing those annoying day-to-day tasks of living as quickly, cheaply and easily as possible?

The city of New York has laws meant to prevent toxins from infiltrating the environment and people’s lives. Carbon filters and dumping regulations have certainly helped curb pollution and improve quality of life, but it’s hard to imagine that these timely developments would’ve happened at the hands of corporations. And, whenever there are violations—as, unfortuanetely, there are—, the corporations make their excuses. My favorite so far:

EPA: These ponds have 20x the level of benzene deemed legally safe!                                         Exxon Mobile: . . . No they don’t.

And, whatever their profits are, one of their common excuses involves corporations pointing out that it is their honor-bound duty to provide the consumers with what they want—quickly, cheaply, and easily.

Quick. Cheap. Easy. Are these qualities all that we, as a society, as a world, value? We need to reflect upon what we, as human beings, want out of life, and decide carefully.

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Response #4

Harmful emissions and waste plague our world especially here in New York City.  Each year a huge amount of waste is produced by every person in the world, and with a population of over 20 million, those in New York City have faced an issue of overflowing waste since the Dutch came in the 17th century.  With so many people producing so much waste each year, the question begs, what to do with all of it?  At first, landfills seemed to be a hugely effective means of recycling waste, Battery Park being accredited to large amounts of landfilling throughout the 17th and 18th centuries.  As discussed in class, as waste levels increased, incinerators became the common means of destroying waste.  In theory I agree with this plan, without the need for more landfills, burning huge piles of garbage seems like the best way to reduce space taken up by filth.  As eleven municipal refuse incinerators were built by the end of the 60’s, and 700 cities using those municipal incinerators by the late 1930’s, it seems as if the general belief was similar to mine own back then.  Matter cannot be destroyed, but rather only altered, so the incinerators only change the form of garbage, in essence making garbage easier to breathe, in everyday life.  This is the flaw in the practice with these eleven municipal incinerators up until they were all removed in the 90’s.  My parent’s apartment building shows its age with the incinerator still present, yet inactive.  Unlike the general consensus I felt last class, I do not believe that incinerators should not be used.  It is very possible I am just ignorant to all of the facts, but my goal is to change this so please correct me if I am wrong.  All the harmful emissions out of incinerators were unknown to the populations of the day when the incinerators were being constructed.  Today we have a much larger wealth of information on the subject, and as I am to understand, filters placed in the stacks would eliminate the particulate matter that gets blown to Ohio when we burn our garbage here in New York.  I understand that the garbage itself can never be destroyed, but is rather converted into smoke and trapped in the filters, so the filters still remain with all of the harmful PMs, so there is still a physical remainder of the garbage.  Is that garbage not made significantly more manageable?  My question is why there is an uproar over incinerators if they have the potential to largely shrink the amount of physical garbage in the city?  With tens of thousands of waste produced by Americans each year, would it not make sense to reduce the 26, 800, 000 tons of food for instance, into a stack of filters much smaller in size and mass?  While investigating this idea, the numbers shock me, and what worries me most is the plastics portion of the graph displayed in class.  Plastics are one of the few numbers that showed a sharp increase, with potential to continue at the same rate.  In addition to the more recent prevalence of plastics, plastics themselves are extremely complicated chemically, and I wonder how one would break down five million tons for instance of glass and plastic bottles each year.  The danger with burning plastic is also worrisome, but should there not be a filter for that?  The past week in class has already changed my outlook on the way I live, and I can already sense a change in the ways I recycle and what I use that must be disposed of.  This week I feel a little less ignorant than I did the week before.

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