Monday, May 24, 2010

Week 12: Post your Blog Entries as Comments to my Main Post Each Week

Post by Sunday at midnight.

This is the link to the original article on the "raw material regime" of fluoride by Bryson/Griffiths:

http://biostate.blogspot.com/2005/12/why-fluoride-in-us-water-us-militarys.html

It has some of my commentary in brackets as an introduction, and some additional pictures.

There are updates to this story over the past several years in the 'comments'--so read to the bottom of that link.

I chose fluoride for analysis of raw material regime first because it is a particularly clear example of a legitimated raw material regime. (Oil, which we will talk about next, or narcotic drugs, are still raw material regimes, though with less legitimation.)

Particularly for most of the world's population, it is important to understand what is mean by a 'regime' of a material: a culturally legitimate and culturally accepted raw material use by institutions, governments, etc.

It is hardly a stable material regime if everyone thinks it is illegitimate.

So the legitimacy (particularly the (sold) legitimacy around fluoride and micro-level habit) is an important variable explaining their durability--or their change.

Below is some of Bryson's first investigative article, summarized:

Human exposure to fluoride has mushroomed since World War II, due not only to fluoridated water and toothpaste, but to environmental pollution by major industries from aluminum to pesticides: fluoride is a critical industrial chemical.

The impact can be seen, literally, in the smiles of our children. Large numbers of U.S. young people--up to 80 percent in some cities--now have dental fluorosis, the first visible sign of excessive fluoride exposure, according to the U.S. National Research Council. (The signs are whitish flecks or spots, particularly on the front teeth, or dark spots or stripes in more severe cases.)

Less-known to the public is that fluoride also accumulates in bones --"The teeth are windows to what's happening in the bones," explains Paul Connett, Professor of Chemistry at St. Lawrence University (N.Y.). In recent years, pediatric bone specialists have expressed alarm about an increase in stress fractures among U.S. young people. Connett and other scientists are concerned that fluoride --linked to bone damage by studies since the 1930's-- may be a contributing factor. The declassified documents add urgency: much of the original proof that low-dose fluoride is safe for children's bones came from U.S. bomb program scientists, according to this investigation.

Now, researchers who have reviewed these declassified documents fear that Cold War national security considerations may have prevented objective scientific evaluation of vital public health questions concerning fluoride.

"Information was buried," concludes Dr. Phyllis Mullenix, former head of toxicology at Forsyth Dental Center in Boston, and now a critic of fluoridation. Animal studies Mullenix and co-workers conducted at Forsyth in the early 1990's indicated that fluoride was a powerful central nervous system (CNS) toxin, and might adversely affect human brain functioning, even at low doses. (New epidemiological evidence from China adds support, showing a correlation between low-dose fluoride exposure and diminished I.Q. in children.) Mullenix's results were published in 1995, in a reputable peer-reviewed scientific journal. [The Nazis and the Soviets were known to put high levels of flouride in prison camp water because they knew then that it made the prisoners less mentally capable, more tractile, and docile.]

During her investigation, Mullenix was astonished to discover there had been virtually no previous U.S. studies of fluoride's effects on the human brain. Then, her application for a grant to continue her CNS research was turned down by the U.S. National Institutes of Health (NIH), where an NIH panel, she says, flatly told her that "fluoride does not have central nervous system effects."

Declassified documents of the U.S. atomic-bomb program indicate otherwise.

An April 29, 1944 Manhattan Project memo reports: "Clinical evidence suggests that uranium hexafluoride [UF^6] may have a rather marked central nervous system effect.... It seems most likely that the F [code for fluoride] component rather than the T [code for uranium] is the causative factor."

...

8 comments:

  1. (I post a little bit early as I move home on the weekends,so I might not be able to use internet :))

    1. Hyo Jin, CHO
    2. Confusion on what to believe and to what oppose
    3. To my embarrassment, I have not aware of concern on possible (though there are many people the danger of fluoride in water is ‘fact’) danger of fluoride in water. I only have known that fluoride is important and good thing as it will protect me from cavity after listening to what parents and teachers have told me. It was great shock and I believe not only me but also many other classmates also got shocked. After the shocking video, fluoride deception I found some articles about fluoride. And from current news, I could find that in Kangseo-gu, its government went through what called ‘Fluoride Covering’ on 6~ 7 years-old children who are not yet entered primary school. Although the newspaper does not suggesting concerns on this project about its using fluoride, for me, it seemed quiet worrying situation.
    There are lots of ongoing debate on whether we should put fluoride in water or not and it makes me more confused. What I should believe and to what I should oppose. From more research I found actually there is WHO committee on ‘controlling concentration of fluoride in water’ based on agreement to putting fluoride in water is recommended to many countries. If this issue, fluoride is really a deception that has been organized in finance, science, and the state, I thought it is more shocking because even the ‘world’ organization can have participated in this dark organization of conspiracy.
    While actually no one know really the truth about fluoride, the fact that there is ongoing hot debated on danger of fluoride in water, and also in people’s daily lives, is enough to show that it is not easy- to- accept issue. It seems lots or, maybe most of the people in Korea do not know this ongoing debate on fluoride, I hardly have seen any articles talking about concern on fluoride in Korea’s well-read journals or newspaper. I wonder what parents would react when they know this possible problem of fluoride. Here I think the communication among science, consumer, civil organizations can do crucial roles protecting environmental value from interest-seeking policies that is attached with large finance.
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    4. Kangseo-gu, its government is going on a project ‘Fluoride Covering (I could not find English words for this)’ on 6~ 7 years-old children who are not yet entered primary school. ‘Fluoride covering’ strengthen children’s teeth by plastering fluoride on children’s teeth or by children washing out their inner mouth with fluoride water. The article is saying that it is ‘well know’ that fluoride covering is good for children in age 6~7 which is the age that cavity easily appear. This project will be free once for a year per one person and accordingly, current kindergartens those have reserved for children’s fluoride covering is over 64.
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    5. http://www.siminilbo.co.kr/article.aspx?cat_code=02020000N&article_id=20100519171500178

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  2. 1. Sung Yeon Lee

    2. are LED’s the electric car?

    3. After the discussion of fluoride which was chosen under the regime of selected government-supported groups, it really occurred to me that because of those group’s decisions, fluoride was penetrated into most of our tap waters which everyone uses, and also to all kinds of other sources, products and institutions around the world. The example of the fluoride used at my elementary school was very shocking to me because it represented the regime from the U.S. being certified over its borders to Korea too. I am sure that fluoride would not be the only one. I saw this article about energy efficient light bulbs, and this got me thinking about whether this was our best option at the moment. Just like the electric cars, I am sure there are many incredible technologies that have been invented or developed but buried by many the industries which profit at present. The article says that this new LED light bulb can deliver up to eighty percent of energy costs and it has the potential to eliminate the generation of carbon emissions. While in the past I would have thought that this was great news, now I wonder if this is merely a secondary version of what the companies are really capable of manufacturing. I hardly doubt that combined with the modern technologies, and available infrastructure, there could be a light bulb which could use zero electricity or one that could recycle other electricity sources and would be reusable over and over again so people would never have to buy light bulbs. Of course, the more I think about it, the more I think that of course it exists. But the light bulb manufacturing factories don’t want to go out of business and all the others involved in the supply chain too. By supplying LED’s nowadays, companies provide consumers with and alternative but not the best one. I remember learning that women’s tights are cheap, but are made inferior on purpose. Every woman knows that getting a hole in your tights is something that happens everyday. Maybe LED cell phones and LED television and computer screens and LED light bulbs, are all like women’s tights or like a hybrid car: a product which can be made better, which can be completely environmentally manufactured with better efficiency. But then again, maybe we need this transition, as a intermediate stage, to give time to the existing infrastructure to adapt to a new infrastructure or consumer preference.

    4. The EnduraLED lamp will use only 12 watts, last 25 times longer, and deliver up to eighty percent savings on energy costs and avoided maintenance costs. However, the new bulb will produce a light level of 806 lumens, similar to the 60 watt incandescent. To achieve this efficiency, it uses an innovative design and a new technology known as remote phosphor technology, developed by Philips researchers in The Netherlands.
    Every year in the United States, 425 million 60 watt incandescent lamps are sold, half of all lamp purchases. If these were all to be replaced by the new EnduraLED light bulbs, Philips estimates the potential saving of 32.6 terawatt-hours of electricity in one year. This would be equivalent to power the lights of 16.7 million US households, 14.4 percent of the total number of households in the county. Environmentally, it has the potential to eliminate the generation of carbon emissions by 5.3 millions metric tons per year.

    In an interview with ENN, CEO of Philips Lighting North America, Ed Crawford, stated that LED technology will replace all incandescent bulbs. The process is already beginning, and will accelerate once US legislation requiring the use of more energy efficient lighting begins in 2012. Presently, Philips has a 40 watt equivalent LED bulb on the market, and the 60 watt equivalent will be available by the end of this year, well ahead of the government legislation. The will put Philips ahead of the curve and position them well as the world leader in lighting technology.

    http://www.enn.com/business/article/41320

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  3. 1. Hye Jung, Choi

    2. Protecting rainforests shown to reduce poverty

    3. I have dreamed of traveling in Africa, because I like animal very much except rat and the scenery in Africa seems wonderful and exotic to me. However, whenever I see the news about the destruction in Africa, I always think that ‘why do they use the outstanding condition?’ If they use their environment, that is they make it tourist attraction, they can earn money without burning grassland, killing animals. Moreover, the environment will be protected because the residents want to keep the environment better in order to attract more tourists. Of course, there are also some negative factors which will destroy the nature by building many hotels, but it is less hazardous to the environment than constructing many factories. Protection the nature can be a way to preserve the environment and the life of the residents without construction factories. In the view, the case in the article gives a hopeful possibility to us.
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    4. Introduction of measures to protect rainforests and ecosystems in Costa Rica and Thailand over the past 40 years have improved the livelihoods of the local population
    Conserving rainforests may help to reduce poverty as well as protect biodversity, according to analyses undertaken in Costa Rica and Thailand.

    Researchers from Georgia State University looked at the long term impacts of poor people living near parks and reserves set up before 1985 and found the net impact of the protection was to alleviate poverty.

    Study author Professor Paul Ferraro said the findings went against the conventional wisdom that says biodiversity conservation was not compatible with development goals.

    'The results are surprising. Most people might expect that if you restrict resources, people on average will be worse off. In contrast, the results indicate that the net impact of ecosystem protection was to alleviate poverty,' he said.

    Eco-tourism factor
    Professor Ferraro admitted that the countries analysed in his study, Costa Rica and Thailand, may not representative of all developing nations having both experienced rapid economic growth within relatively stable political systems.

    He also said the study did not look at the reasons behind the fall in poverty. However, he believes the expanding eco-tourism sectors in both countries may have played a significant part.

    'The question we need to answer now is whether poverty is being reduced through ecosystem protection per se or because tourists come to see the biological diversity or because the protection maintains the supply of other valuable ecosystem services,' he said. 'Or is poverty reduced through donor investments in development activities and enhanced roads and public services (e.g. electricity and water infrastructure) that often accompany the establishment of a protected area?'

    The Rainforest Foundation said the findings indicated that protected areas could have a positive, rather than the usually negative, impact on poverty alleviation in poor countries in and around areas for biodiversity.

    'However, they have to be treated with caution, as we do not know from the study whether specific 'pro-community' measures were in place in the cases studied, as these tend to be the exception rather than the rule, and could distort the findings of this study,' said UK executive director Simon Counsell.
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    http://www.theecologist.org/News/news_round_up/493886/protecting_rainforests_shown_to_reduce_poverty.html

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  4. 1. Franziska Mittelstädt
    2. Campus booze culture under fire
    3.I’m now here in Korea for more than 3 months, are there is one special topic which makes again and again wonder about the Korean culture: Alcohol. In Germany we have not such a convenient handling with the consume of alcoholic drinks, especially we judge excessive consume as a very bad thing. So it is a kind of taboo in business, too. If some employee is seriously drunk during a company’s event, it can harm is reputation a lot.
    But this seems to be completely different in Korea. Furthermore it is even common to force other to drink. The boss can force his employees, if they do not join or drink only little, they have significantly less chance to get a higher position. Even more worried and concerned I look to the drinking behavior of freshmen and sophomores/seniors at university parties. I was really shocked when I heard how many students die every year – not because they could not control themselves but because there had been older students forcing them to drink even if they did not want.
    In Germany this would be “Körperverletztung” (criminal assault) – even if the victim would not die. If you force somebody drinking alcohol, you force somebody taking poison. In my opinion forcing somebody to drink a lot of alcohol is attempted murder. In the cases described in the article it is sadly not only attempted one.

    I really wonder about the social construction in the Korean society. On the one hand they want to enjoy a really healthy life and “well-being” is a trend here. But on the other hand is the “poison ethanol” a key element of the modern Korean society. Let's hope the Korean society is able to change its own social construction.

    4.Two alcohol-related deaths of college students are raising fresh concerns over the rather old but die-hard binge drinking culture on university campuses.

    A student fell to his death off a building after drinking alcohol during a festival at Kookmin University campus in Seoul, Tuesday night, according to the police Friday.

    The alcohol-related death came just weeks after a female student in Chungju City died after being forced to drink alcohol by her seniors during an initiation.

    Sungbuk Police Station told The Korea Times Friday that the 21-year-old Kookmin student was found unconscious at around 9 p.m. at the main gate of the school and was hurried to the hospital but was declared dead upon arrival. An autopsy will be performed.

    "It will take more than two weeks to determine the exact cause of the death from the National Institute of Scientific Investigation," said a police officer. "We are still investigating the incident by questioning friends of the student."

    Police are assuming that the student lost his footing after drinking and fell from a school building.

    The university is now under fire as one of graduates wrote a post on his twitter criticizing the school for trying to cover up the incident. The university officials were not immediately available for comment.

    Three weeks ago, the female student died after allegedly being forced to drink. The student, who attended Chungju National University in North Chungcheong Province, was coerced by her seniors although she wept and refused to do so.

    Senior students of the victim knelt down in front of the hospital where the funeral service for the girl was being held and begged forgiveness, while netizens severely criticized the university and its students.

    The government and universities have introduced education programs to prevent alcohol-related incidents, but freshmen-welcoming events and seasonal university festivals are expected to continue to create fatalities unless the booze culture changes completely.
    -----------------

    http://www.koreatimes.co.kr/www/news/nation/2010/05/120_66307.html

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  5. 1.Dingyuan Hou
    2.Oil, risk and technology: Choices we need to make
    3.Only when the individual actually experiences the direct effects of an ecological disater, or feels it directly in the wallet, will change ever happen. Government always comprises when it comes to large corporations like oil industry. Government would either keep helping expand production to a point where disaster strikes people or try to cover the seriousness of the problem by manipulating media. It seems like money drives most of our personal decision making, and money can even drive politics. Until we start seriously creating legal mechanisms the reduce the influence that paid lobbyists can have over our political system, this kind of moral social outrage will continue and likely intensify in frequency and magnitude. We all as individuals need to reduce our use of oil where possible, and support greener technologies through purchase of biodegradable products, recycled products and other activities. Other than that, we need city planning to reduce the need for oil consumption, and to encourage the use of greener mass transit technologies.

    ----------------------------------
    4.The world changed one summer's day in 1858.
    In a field in Pennsylvania, in the United States, the world's first specially constructed deep well struck oil.
    The trickle of oil from the Earth, long extracted by humans in small amounts, became a torrent.
    Relatively easy to find, extract, process, store and transport - and above all cheap - liquid oil quickly became our most important energy source to cook, heat, cool and transport things.
    From plastics to supermarkets, and from globalised industry supply chains to the layout of our towns and cities, almost every aspect of human life has been radically altered over the past 150 years by oil.
    Although cheap and plentiful oil has given many people choices and freedoms that never existed before, our addiction has been costly, measured in increased air and water pollution, rampant land use change, overharvesting of our seas, increasing greenhouse gas emissions and consequent climate change, acid rain and urban sprawl.
    After 150 years, and with the Gulf of Mexico being the latest place where a major oil spill threatens nature and people in predictable and unpredictable ways, it is time to look again at the technologies and risks involved in getting the oil to which our societies are addicted.
    Driving technology
    The days of easy access to oil are over.
    Humans are inventing ever more ingenious ways to find and extract more difficult to access oil reserves in more extreme and generally more ecologically pristine regions.
    But getting oil from places such as the Arctic or deep under the ocean is not only technically difficult; it increases the risk of environmental damage, as we're currently seeing in the Gulf of Mexico.
    Oil extraction technology has improved a great deal over recent years, driven in part by the need to get it from these more difficult places.
    There have also been big improvements in operational procedures and standards, not least regarding the health and safety of oil workers.


    *continued*

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  6. *continued*

    But technology and operational procedures to minimize the risk of environmental damage, and to cope with and clean up after environmental catastrophes, do not appear to have kept pace with extraction technology.
    Oil is still gushing into the Gulf of Mexico. BP is spending millions of dollars a day to contain the oil with booms, using chemicals to disperse and break it up, and burning some oil on the ocean surface.
    But understanding how, for example, these toxic chemicals become distributed in the water column and how they will affect marine life, given the scale at which they are being used, is poor.
    BP is deploying makeshift containment domes to channel the escaping oil from the ocean floor to the surface where it can be collected by vessels.
    Considering the high environmental and societal risks and impacts, and huge cost of oil spills, shouldn't this technology be more advanced?
    The waters of the Gulf of Mexico are warm, with well developed infrastructure and staging locations nearby. What would happen if a similar disaster happened in the cold, ice covered and remote waters of the Arctic?
    The higher risk of getting oil from more remote places means a higher price.
    Where oil reaches the coast, it will damage ecosystems on which many people rely for livelihoods.
    Chord-grass marshes are vital nursery grounds for shrimp, and habitat for numerous other species.
    It has been estimated that 90% of seafood from the Gulf of Mexico is produced by the marshes of Louisiana, Mississippi and Alabama.
    Hurricane Katrina showed us how much we depend on healthy natural coastal ecosystems for shoreline protection.
    The bigger risk
    We see pictures of damaged animals, wetlands and shorelines around the region; but the short and long term impacts on ecosystems and livelihoods will stretch well beyond Louisiana's fishing and tourist operators.
    The true risks of energy choices on ecosystem services - the natural systems that support human life and livelihoods - are not being adequately factored into government policy or the balance sheets and stock prices of businesses.
    BP will pay to clean the water in the Gulf of Mexico, but cleaning the water and restoring ecosystem function is not the same thing.
    The true costs of restoration will not be borne by BP.
    They will be borne through the lost opportunities, livelihoods and culture of communities dependent upon the ecosystem services that would otherwise be generated by the gulf, by the tourists who do not get to enjoy visiting the area, and by taxpayers who end up footing the bill to bring the regional economy back into health.
    There will be disruptions and losses to commercial, sport and subsistence shell and fin fisheries and mariculture, as well as to commercial shipping and recreational boating.
    Mangroves, as hatcheries and filtering systems, will be affected meaning additional water treatment costs.
    Hotels, restaurants and bars, rental car companies, airports, military operations, and other industrial activities will suffer, with indirect and induced regional economic effects of these losses compounding the costs.
    Some losses may prove to be economically or ecologically irreversible, raising the true costs of the accident substantially.

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    http://news.bbc.co.uk/2/hi/science/nature/8689201.stm

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  7. 1. Ye Eun Cho

    2. A Hello (and Goodbye?) to Rare Handfish

    3. This article is about new handfish species being discovered. They were known to be declining, however the past few years, they were to be found again. The reason the handfish are called by its name is because of their hand-shaped fin. There are other shallow-water creatures that are in danger. People are finding ways to save the endangered species however, I believe it would be efficient to stop polluting the environmnet than finding ways to save them.

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    Most fish swim. But not the handfish. These small, strikingly patterned fish prefer to stroll leisurely across the sea floor on a pair of hand-like fins.

    Most fish swim. But not the handfish. These small, strikingly patterned fish prefer to stroll leisurely across the sea floor on a pair of hand-like fins.

    One handfish species is already considered endangered and another two are listed as vulnerable by the Australian authorities.

    It is not just handfish at risk, but a variety of shallow-water creatures, Mr. Last said.

    “There is evidence of shallow-water species disappearing quickly, from being common in certain areas a few decades ago to apparently being locally extinct in some areas,” Mr. Last said in a statement announcing the discovery.

    ----------------------------------------
    http://green.blogs.nytimes.com/2010/05/28/a-hello-and-goodbye-to-rare-handfish/?ref=earth

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  8. 1. Wonmi Nam

    2. Volcanic Eruption and Social Uprising

    3. This article is about how an iclandic volcano helped spark the French Revolution. I never realized a volcanic eruption could have this much effect on not only the environment but also the economy and the politics. It's interesting that a volcanic eruption was an important factor of the revolution. But I think it's also dangerous and irresponsible to blame it on an environmental activity.

    ---

    How an Icelandic volcano helped spark the French Revolution

    15 April 2010
    Greg Neale

    Just over 200 years ago an Icelandic volcano erupted with catastrophic consequences for weather, agriculture and transport across the northern hemisphere – and helped trigger the French revolution.

    The Laki volcanic fissure in southern Iceland erupted over an eight-month period from 8 June 1783 to February 1784, spewing lava and poisonous gases that devastated the island's agriculture, killing much of the livestock. It is estimated that perhapsa quarter of Iceland's population died through the ensuing famine.

    Then, as now, there were more wide-ranging impacts. In Norway, the Netherlands, the British Isles, France, Germany, Italy, Spain, in North America and even Egypt, the Laki eruption had its consequences, as the haze of dust and sulphur particles thrown up by the volcano was carried over much of the northern hemisphere.

    Ships moored up in many ports, effectively fogbound. Crops were affected as the fall-out from the continuing eruption coincided with an abnormally hot summer. A clergyman, the Rev Sir John Cullum, wrote to the Royal Society that barley crops "became brown and withered … as did the leaves of the oats; the rye had the appearance of being mildewed".

    The British naturalist Gilbert White described that summer in his classic Natural History of Selborne as "an amazing and portentous one … the peculiar haze, or smokey fog, that prevailed for many weeks in this island, and in every part of Europe, and even beyond its limits, was a most extraordinary appearance, unlike anything known within the memory of man.

    "The sun, at noon, looked as blank as a clouded moon, and shed a rust-coloured ferruginous light on the ground, and floors of rooms; but was particularly lurid and blood-coloured at rising and setting. At the same time the heat was so intense that butchers' meat could hardly be eaten on the day after it was killed; and the flies swarmed so in the lanes and hedges that they rendered the horses half frantic … the country people began to look with a superstitious awe, at the red, louring aspect of the sun."

    Across the Atlantic, Benjamin Franklin wrote of "a constant fog over all Europe, and a great part of North America".

    The disruption to weather patterns meant the ensuing winter was unusually harsh, with consequent spring flooding claiming more lives. In America the Mississippi reportedly froze at New Orleans.

    The eruption is now thought to have disrupted the Asian monsoon cycle, prompting famine in Egypt. Environmental historians have also pointed to the disruption caused to the economies of northern Europe, where food poverty was a major factor in the build-up to the French revolution of 1789.

    Volcanologists at the Open University's department of earth sciences say the impact of the Laki eruptions had profound consequences.

    Dr John Murray said: "Volcanic eruptions can have significant effects on weather patterns for from two to four years, which in turn have social and economic consequences. We shouldn't discount their possible political impacts."

    ---

    [http://www.guardian.co.uk/world/2010/apr/15/iceland-volcano-weather-french-revolution]

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