The Press: Intellectual Prostitutes

by Hardly Waite

Responding to a toast to the “free press,” near the end of his career, John Swinton, former Chief of Staff of the New York Times, told an assembly of newsmen at the New York Press Club:

There is no such thing, at this date of the world’s history, as an independent press. You know it and I know it. There is not one of you who dares to write your honest opinions, and if you did, you know beforehand that it would never appear in print. I am paid weekly for keeping my honest opinions out of the paper I am connected with. Others of you are paid similar salaries for similar things, and any of you who would be so foolish as to write honest opinions would be out on the streets looking for another job.

If I allowed my honest opinions to appear in one issue of my paper, before twenty-four hours my occupation would be gone. The business of the journalist is to destroy the truth; to lie outright; to pervert; to vilify; to fawn at the feet of mammon, and to sell the country for his daily bread. You know it and I know it and what folly is this toasting an independent press. We are the tools and vassals of the rich men behind the scenes. We are the jumping jacks, they pull the strings and we dance. Our talents, our possibilities and our lives are all the property of other men. We are intellectual prostitutes.

When recently I heard a National “Public” Radio commentator deny that any content-limiting pressure whatever was imposed upon NPR personnel, I said: “Ha, Ha, Ha.”

 

Birdwatchers Must Be Protected from Chainsaw Huggers

By Tiger Tom 

I, Tiger Tom, wish to bring to your attention an imminent and serious economic threat.  It endangers the multi-billion dollar  birdwatching industry.  You may not know that birdwatching in the U.S., Canada, and Mexico generates $25 billion per year in hard cash and it employs over 60,000 people.  In economic clout,  it’s right up there with some of our major industries.  According to the New York Times, “bird watchers now spend more than  $25 billion a year on feed, binoculars, travel forays and high-tech innovations like winterized birdbaths and television ‘nest cams’ to track their plumed favorites from home or watch penguins caper live on the Internet.” There now is even a pro-birdwatching brand of coffee,  Under Cover Coffee, which is harvested without the stripping of bird habitats that usually goes with coffee farming.

Birdwatching, or birding as its enthusiasts call it,  is the fastest growing outdoor activity in America. According to the U. S. Fish and Wildlife Service,  the unobtrusive world of bird watchers and feeders now includes about one-fifth of the American population, more than 50 million people.  Birdwatchers outnumber hunters and fisherpeople combined. 

The great thing about birdwatching is that it exerts an overall positive rather than a negative impact on our world.  One writer calls it “a non-consumptive use of renewable resources.”  Its very existence, in fact, depends upon the protection of wetlands and wilderness.  Birdwatching thrives on conservation and its growth depends upon the preservation of biodiversity. It is very unique in that it thrives on conservation while almost everything else we do seems to depend upon destruction. 

I, Tiger Tom, say that the birding industry is far too important for the world economy for us to stand idly by and allow it to be endangered by irresponsible loggers, developers and other predators who are rapidly destroying the habitat of birds and in the process the economic well-being of this important industry.  I say that these chainsaw- and bulldozer-hugging vandals must be kept in check.  They are a menace to the thriving and essential birding industry.

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What is needed, of course, is a strong birdwatching lobby that comes out in force every time the chainsawers start looking at an old-growth forest with lustful eyes. Why is there no richly funded, hardball-playing National Birdwatching Industry Association to elicit public write-in/call-in campaigns when bird watching  jobs are threatened by clear-cutting and strip-mining special interests?  I, Tiger Tom, suggest that it is because birdwatchers are far too nice for their own good. While they are out quietly spying on robins or writing down finch or warbler observations,  the loggers are out there telling crude treehugger jokes,  goosing each other, and cutting. Always cutting. 

I, Tiger Tom, say that birdwatching is a vital part of the American economy and it needs protection from the bulldozer lovers.  To learn more about birdwatching, visit the Audubon Society website at http://www.americanbirding.org  Also see the American Birding Association website at http://www.americanbirding.org .

 

 

 

 

 

 

 

 


More B. Bea Sharper from the Archives of the Pure Water Gazette

Gazette Numerical Wizard B. B. Sharper Ferrets Out the Facts that Harper’s Misses

Average time it takes blood to complete a complete circulatory cycle among vertebrates: 10 to 30 seconds.

Average time for a complete circulatory cycle among many insects: 30 minutes.

111,111,111 x 111,111,111 = 12,345,678,987,654,321

The longest recorded flight of a chicken : 13 seconds.

Distance that the cruise liner Queen Elizabeth II moves for each gallon of diesel that it burns: 6 inches.

Number of persons in two billion who will live to be 116 or older: 1.

Number of cows required to make enough leather for a year’s supply of NFL footballs: 3,000.

Percentage of people who use personals ads for dating that are already married: 35.

Percentage of total weight of the world’s humans as compared with the total weight of the world’s termites: 10%

Average speed of catsup leaving the bottle: 25 miles per year.

Percentage of Russian government income that comes from vodka sales: 10.

Number of muscles in a cat’s ear: 32.

Average number of people who choke to death each year on ballpoint pens: 100.

Gallons of water required to produce a pound of wheat: 25.

Gallons of water required to produce a pound of meat: 2,500.

Percentage of typing done by the average person’s left hand: 56%

Percentage of harmful organic waste water pollution attributable to humans: 10.

Percentage of harmful organic waste water pollution attributable to livestock: 90.

Average pounds of paper consumed per person each year in the United States: 560.

Average pounds of paper consumed per person each year in Nigeria: 7.

Number of possible ways to make change for a dollar: 293.

Estimated percentage of the generic diversity of the world’s 20 key food crops that has been lost in just the past 50 years: 75%.

Gallons of water required to produce a ton of paper from virgin wood pulp: 24,000.

Number of dimples on a regulation golf ball: 336.

Amount contributed to members of Congress in the period 1987-96 by the National Cattlemen’s Beef Association: $1,422,434.

Amount received during the same period from meat industry lobbyists by Senator Phil Gramm of Texas: $611, 484.

Percentage of American grain that is fed to livestock: 70%.

Number of people in the U.S. killed each year by assault rifles: 250.

Number of people in the U.S. who die each year from cancer related to pesticides: 10,400.

Percentage of all pesticides used in the world that are used on cotton: 25%.

Average number of American soldiers who died per year during the 12 years of the Viet Nam War: 4,800.

Number of medical schools in the United States: 127.

Number of these schools that don’t offer even one course in basic nutrition: 102.

According to a Life magazine report, percentage of babies born to Gulf War veterans who have been born deformed: 67%.

Number of Americans who die prematurely each year because of alcohol abuse: 125,000.

Percentage of Britons opposed to Monsanto’s efforts to introduce genetically altered foods before the company staged an advertising blitz in 1998 to gain public support: 44%.

Percentage of Britons opposed to Monsanto’s efforts to introduce genetically altered foods after the 1998 advertising campaign: 51%.

Percentage of the American population that is made up by three out of four Americans: 75%.

Number of Americans who miss work each day because of digestive health problems: 200,000.

Approximate number of people on earth who have the same birthday as you: 9,000,000.

Number of bombs the United States has dropped on Iraq since 1990: Thousands.

Approximate cost of a single “smart bomb” dropped on Iraq: $1,100,000.

Number of year-long jobs paying $10 per hour that could be paid for by the price of a single bomb dropped on Iraq: 60.

Number of $10 meals that could have been purchased for the price of a single bomb dropped on Iraq: 1,000,000.

Number of four-year scholarships to a top private American university that could have been paid for by the cost of a single bomb dropped on Iraq: 10.

Number of computers that could have been bought for American schools for the cost of a single bomb dropped on Iraq: 1,000.

According to an audit commissioned by the EPA, percentage of violations to federal safe drinking water rules that are not reported: 88.

Percentage of Americans who believe that the sun revolves around the earth: 18%.

Percentage increase in American children aged two to four taking psychiatric drugs like Prozac and Ritalin between 1991 and 1995:  50%.

Percentage of these children who were 2-year-olds: 10%.

 

Read BB Sharper regularly in the Pure Water Occasional.

Bacteria Rights


Posted April 16th, 2012

BACTERIA RIGHTS: All About Picking Nits

The Gazette Pleads Compassion for the Tiny and Unpopular Folk

by Gene Franks

The identification of the true and the good is but a pious wish.– Miguel de Unamuno.

Editor’s Note:  This piece appeared originally in a paper Pure Water Gazette in the early 1990s Some of the organizations referenced no longer exist.–Hardly Waite.

Among the things that clutter my desk for a season or two then disappear, there was once an article by William Murchison, the paragon of conservative wisdom, that I had torn from someone’s Dallas Morning News. If I had it now, I would give you a line or two to illustrate how totally steamed up a righteous man can get when things don’t go according to his Plan. What got Murchison’s blood boiling and his pen spitting venom was that some Catholic prelate or other had offered a public prayer entreating the Almighty to care for the amoebae.

It wasn’t that Murchison had anything against amoebae; he just thought that with erratic stock prices and consumer confidence on the decline there were enough real problems to keep several Almighties jumping without worrying the One-and-Only with the silly affairs of wee nothings like amoebae.Murchison went on to chastise the “animal rights” people for wasting time fretting about monkeys and rats while Earth was bulging with people who needed fretting about. Murchison’s statements qualify him as a serious proponent of an ism most people don’t think about much. Speciesism. It’s a deeply rooted mode of thinking, surely as old as humanity, though the term didn’t enter our lexicon until the mid-1970s. Peter Singer, the Australian philospher who coined it, defines speciesism as “a prejudice or attitude of bias toward the interests of members of one’s own species and against those of members of other species.”

 

Marjorie Spiegel, in The Dreaded Comparison: Human and Animal Slavery, expands its meaning to include the belief that “different species of animals are significantly different from one another in their capacities to feel pleasure and pain and live an autonomous existence.” Some animals, as Orwell said, are more equal than others.

Probably you think I’m leading into an attack on Murchison, Limbaugh et al–the loathsome speciesists. To the contrary, I shall belabor the point that we all are speciesists. Holding one’s own species above others has always seemed as normal as rice cakes to me–a necessary ingredient for survival. Likewise, it seems normal to place the welfare of those most like us above that of those less like us; it’s easier to feel sympathy for a camel than for his intestinal parasites.

It is fashionable to scorn “bourgeois” creeds like Christianity and capitalism. Jean Genet, the French criminal and writer, said, however, that if one is truly to reject middle class values, one must learn to like licking spit from the sidewalk. Hygiene, too, is middle class. To deplore Christianity while wearing clean underwear is mere intellectualizing. Similarly,if one is to be really legitimate, to reject speciesism, as is becoming fashionable, one must put intestinal parasites on a par with the camel. Or the poodle. The avoidance of speciesism is essentially an intellectual exercise with little application to reality. The most eager supporters of the welfare of other species are often, in fact, the most blatant practitioners of species discrimination.

Long before I had heard of Peter Singer or animal rights, I read a newspaper ad for a ritzy steak dinner sponsored by a local humane society to benefit its pet cemetery. What interested me–along with a curiosity to know if the humane-ists replaced their dead poodles’ blood with embalming fluid, planted them in little boxes, and sang tearful hymns–was that they did not see the irony. My grade-school daughter caught on right away: “Boy, they really love their pets, but they sure don’t love cows much.” A few years later, when another organization announced a fur show to raise money for its shelter for battered women, lots of people noticed the absurdity. One young man griped so loudly that the group abandoned its project. That’s progress, I thought.

The reason the fur show got thumbs down, though, was not because the world had taken a step toward enlightenment but simply because fur is an easy issue. People easily see the injustice of murdering a racoon or a mink so a snooty lady can flaunt her wealth in its skin. (Bob Barker suggests that the world’s snooty ladies could better flaunt their riches by wearing cloth coats with thousand-dollar bills pinned to the sleeves.) Protesters against fur get the thumbs up sign even from guys in pickups with gun racks. If you demonstrate against hamburgers or rodeos, you get a different hand sign from pickup drivers. Try parading for the rights of fleas, ticks, cockroaches or E. coli and you’ll get nothing but a horse laugh from everybody. Species equality is only a theory, even among the animal rights community.

To my knowledge, there is no organization devoted to preventing cruelty to fleas or cockroaches. Ironically, some of the most persistent persecutors of such unpopular life forms are promoters of humane treatment of favored animals. Take the the lowly flea. Although the planet’s fleas outweigh the human population (Life, May 1994), no one seems concerned about their rights. They are, in fact, specific targets of persecution by the group of speciesists I shall call companionists. If you haven’t heard of companionism it’s because I only recently coined the term. Many now avoid saying “pet” and refer to the dogs and cats who live with them as “companion animals.” I, therefore, call those who put the rights and welfare of their companion animals above those of other creatures companionists.

Some companionists stop at nothing to spare a puppy or a kitten the slightest inconvenience, but don’t bat an eyelash at mass execution of the “pests” that nature has assigned to their favorites. Killing fleas and ticks, in fact, is regarded as an essential part of humane treatment of companion animals. The question is only how one can dispatch them “environmentally,” since we’re finally catching on that when you poison the flea, you also poison the dog and the person who lives with the dog. “Environmentally acceptable” solutions aren’t necessarily humane. For example, a Texas animal rights group recently devoted most of a newsletter issue to “safe” flea and tick control. They recommended use of diatomaceous earth (DE) on fleas. DE kills fleas by piercing their waxy protective moisture barrier so that they die of dehydration. The article reports it matter-of-factly. Had the writer been reporting the death by thirst of a neglected horse or circus animal, or of a retriever chained in Texas summer heat, the tone would have been one of pity and outrage.

 

 

 

 

The dog and cat business, let’s face it, is not only the supreme example of speciesism in action, but also one of our great crimes against the environment. While we are quick to point out the environmental devastation and consequent animal suffering caused by human meat eating, we conveniently ignore that ever greater amounts of meat are being consumed by companion animals. Visit any supermarket for verification. More shelf space is devoted to pet food than to baby food. Pets are pests to the planet, but so ingrained is companionism in our society that few are bold enough even to suggest reducing their numbers.

Permaculturist Bill Mollison says that if you want to do the planet a great favor you will eat your dog, mulch your cat, and shoot your horse. These domesticated favorites are essentially useless–a drag on the system. Termites, by contrast, are literally indispensable to the planet’s existence. And without bacteria, plants could not grow and life would be impossible. But true to our self-destructive penchant, we devote great resources to nurturing dogs and to eradicating termites and bacteria.

Now, so you won’t think I’m pitching a flea or termite protection society I’ve just founded, I’ll explain that I’m picking on dog and cat people simply to make us all ponder our inconsistency. We pick from among Earth’s creatures as if we were choosing bananas at the market, then invent lofty reasons to justify our choices. We all are guilty of species discrimination. Even Peter Singer argued, for reasons I find flimsy, that it is acceptable to eat certain mollusks.

 

 

So, companionists will please refrain from writing angry letters. You were only a convenient example. I could have as easily pointed a finger at organic gardeners, those blatant speciesists who divide the insect world into “pests” and “beneficials” They love their darling lady bugs and trichogamma wasps but are fierce persecutors of aphids and cabbage loopers. Or at myself, for, though it pains me to confess it, 1, too, have a totally useless black dog living in my back yard for whom, in true speciesist fashion, I get tinned and dried carcass from the supermarket. May the gods of cows, the rainforest, and good sense forgive me.

Veganism

When a man becomes steadfast in his abstinence from harming others, then all living creatures will cease to feel enmity in his presence.– Patanjali’s Yoga Sutras.

VEGANISM—pronounced VEE-gunizm—means living on the products of the plant kingdom, excluding flesh, fish, fowl, animal milk and dairy produets (butter, cheese, yogurt, etc.), eggs, honey, animal gelatin, and all other foods of animal origin. It also excludes animal products such as leather, wool, fur, and silk, in clothing, upholstery, etc. Vegans usually make efforts to avoid the less-than-obvious animal oils, seeretions, ete., in many soaps, cosmetics, toiletries, household goods and other common commodities.–Definition of veganism from Ahimsa, the American Vegan Society’s official membership journal.

Our society is spineless when it comes to taking a stand on the age-old questions about our conduct toward our fellow creatures. Typically, moral leadership comes via some bird-blasting authority figure who enjoins us to be “kinder and gentler.” Christianity has over the centuries only muddied the waters with its vagaries about our “dominion” over others, a phrase generally taken as license to eat, pillage, or exploit whatever we choose with God’s blessing. Ironically, Big Science, or Scientism, as Professor Pietro Croce calls it, which is now America’s leading religion, simply duplicates the dominion creed by promoting “humanism” and our manifest right to exploit and experiment on other creatures for the greater glory of Man.

The East has traditionally given more attention to the human/animal question.. As a result, the concept of Ahimsa is deeply rooted in Oriental thinking. Ahimsa is a Sanskrit word that means non-killing or non-violence. It is sometimes rendered in English as “dynamic harmlessness.” Victoria Moran, in her book on veganism, Compassion: The Ultimate Ethic,describes living in accord with Ahimsa as “purposefully living to do the most good as well as the least harm possible.” The key is “least harm possible,” because totally harmless living is a theory, not a practical possibility. Try as we will, we leave paths of destruction. Ordinary acts like breathing and walking do great violence. Mowing a lawn destroys a million universes. Practicing Ahimsa is referred to as “walking lightly upon the earth.” But still one must walk.

Veganism, often called the First Pillar of Ahimsa, attempts to put Ahimsa into practice, especially in dietary and lifestyle choices. As commonly used, veganism is an extreme form of vegetarianism. Its practice can be complicated.

For the past several decades, Mr. H. Jay Dinshah has devoted himself, with keen insight, indefatigable energy, and, as you are about to witness, no small amount of good humor, to the never-ending task of unravelling the complications that surround veganism. Mr. Dinshah founded the American Vegan Society (AVS) and serves as its president. He is also editor ofAhimsa, an information-packed journal which has been “lighting the way since 1960,” as its banner proclaims.

The Gazette is honored to reprint an excerpt from Mr. Dinshah’s voluminous writings. The piece below is on the subject of vinegar eels, a problem that most readers probably do not worry about much. It is from a longer piece entitled “Maple Syrup, Gelatin, and Vinegar,” from the October-December 1993 Ahimsa. In it, Mr. Dinshah examines vegan concerns about three common foods. Maple syrup has been rumored to contain a small amount of animal fat added to the sap to keep it from foaming during processing. Mr. Dinshah’s investigation revealed that while animal fat was used at one time, this is no longer the case. Maple syrup is, therefore, “ethically acceptable,” though, like all artificial sweeteners, not recommended in large quantities from the health standpoint. Gelatin, most commonly known to Americans as the popular junk food called JELL-O, contrary to rumors to the contrary, is still made from “slaughterhouse collagen (found in the connective tissue, bone, and cartilage of animals)” and is therefore not an acceptable vegan food. In the article that follows, Mr. Dinshah explains the American Vegan Society’s findings on vinegar.

VINEGAR

by H. Jay Dinshah

An interesting question arose recently regarding the use of vinegar. What are vinegar eels, and do they play a part in the vinegar making process?

Vinegar eels are a type of nematode (thread-like worm), the maximum size of which is variously given as 1/10 to 1/2-inch long. Their eggs are carried from place to place by tiny fruit flies (Drosophila), and deposited on or in the skin of the apple, which gives them a free ride to the vinegar making establishment.

Initial AVS investigations (mainly encyclopedia articles) seemed to indicate the utilization of vinegar eels in the manufacturing process. However, a careful checking with The Vinegar Institute of Atlanta, Georgia revealed that eels are not used deliberately, but rather viewed as a pest or contaminant, apparently not related to the vinegar process itself.

They may live (eating, secreting, and reproducing) at any stage of production, in the top layer of the fermenting liquid. In modern submerged-culture fermenters they are less common than in old-style packed generators. The eels and eggs are killed by pasteurization, and removed by filtration. Their presence is also minimized by modern hygienic procedures in the factory that reduce the likelihood of transfer.

It is not a case of adding a pound or two of nematodes to alcohol (from apple cider, grape wine or grain alcohol) to convert the raw material to vinegar This is done by bacterial action on the decomposing fruit substance.

There appear to be some ethical grounds–though perhaps not overwhelming ones–why vegans should not use vinegar, as compared to any number of other foods which need cleaning off of insects or their eggs, or require animal droppings to be washed away. From a standpoint of squeamishness, it should be pointed out that one customarily washes one’s fruits, vegies, and leafy greens; and if a garden-variety bunny has seen fit to relieve herself on a plant it is easily cleansed.

This cannot be said of a liquid in which tiny worms have been “eating, secreting, and reproducing,” to say nothing of swimming, diving, or water-skiing. On the other hand, with the realities of bulk transport and storage, the average consumer (vegan or otherwise) would probably prefer not to know that the federal government sets standards on how many pounds of rat-dirt or gallons of urine are permissible per carload of flour. Sorry ’bout that.

Aside from the ethical question, there is good reason to be wary of vinegar. The bacterial decomposition of apples (from which most food vinegar is made) creates first alcohol, and then acetic acid (which gives the sour taste).

To quote Agatha & Calvin Thrash (both M.D.’s) in Nutrition for Vegetarians, “Acetic acid, a waste product in the human body, is an irritant to both the stomach and nerves. It is one of the three commonest dietary causes of gastritis in the United States, along with aspirin and alcohol. All products made with vinegar can just as easily be made with lemon juice, a healthful article. Pickles made with vinegar are injurious to the stomach lining, causing loss of protective mucus and changes in the lining cells (nuclear enlargement and coarsening of the chromatin and increased mitosis [cell division-ed. D.].”

The vinegar question was discussed at length at two AVS Council meetings, and it was decided to leave the substance in the “gray area” between vegan and unacceptable products (along with refined sugar, photo film, rubber tires, etc.).

The Council Members noted how easily vinegar is replaced with citrus juice, and felt vinegar use should be discouraged, but would not necessarily refuse a salad with dressing containing a little. Due to the mitigating facts they stopped short of abstinence as a requirement for AVS Advanced Membership.

We are not dictators to dogmatically force our views or actions on others, but seekers of Truth. When the facts are known, it is our duty to help others understand and act on the matter according to the development of their own consciences. A line must be drawn somewhere, though, for voting purposes, to avoid a vegan society’s degenerating to the lowest common denominator of practice, and eventually being led (by sheer weight of numbers) down some “middle path” of “ovo-lacto-pisco-pollo-porko-bovo-veganism.”

Ahimsa is a quarterly publication of the American Vegan Society. Membership is open to all. Please contact AVS/ 501 Old Harding Highway/ Malaga, NJ 08328, or call (609) 694-2887 for information.

Buying Shoes in a Mutual Eating Society

By Gene Franks

The biological world is a mutual eating society in which every species is the prey of another. But if there were any species not preyed upon by another, it would increase and multiply to its own self-strangulation, as human beings, through their skill in defeating other species (such as bacteria), are in danger of disrupting the whole biological order by over-population and thus of destroying themselves.–Alan Watts.

There is an old Taoist story about a farmer whose horse ran away. His neighbors consoled him, saying that losing his horse was a terrible misfortune. “Could be,” said the farmer. The next morning his horse came back, and with him a half dozen beautiful wild horses. “What great luck!” said the neighbors. “Could be,” said the farmer. That afternoon, the farmer’s son fell from one of the wild horses he was attempting to ride and suffered a broken leg. “What rotten luck!” said the chorus of neighbors. “Could be,” said the farmer. The very next day the Emperor’s conscription officers passed through the area seizing able-bodied young men for service in the army. The farmer’s son with his broken leg was passed over. “What great luck you’re having!” said the neighbors. “Could be,” the farmer replied.

The moral, if stories must have a moral, is that in this world of illusions things are often quite different from what they seem on the surface. We usually assume that it is better to have seven horses than one or that it is bad to break your leg. But these are only assumptions. I see in my own life that when I think I’m winning I’m often losing, and vice versa. Perhaps the story also means that what is good for one is not necessarily good for another. The farmer’s son, an impetuous rider of wild horses, might have preferred seeking his fortune in the Emperor’s army to withering away in the safety of his home listening to Taoist stories. Could be.

Several years as an “aspiring vegan” have taught me that the practice of harmlessness is relative to the individual and that there is no universal standard of diet or conduct that can be applied to every individual in every condition of life. Eskimos or desert nomads would quickly perish eating the food that American vegans thrive on. Certainly a Canadian subsistence hunter cannot be measured with the same moral yardstick as an urban American. And to adopt a “more harmless than thou” attitude simply because we do not eat blubber or snare bunnies is to misunderstand completely how Earth’s “mutual eating society” operates. A typical American who drives a car, takes the elevator to his office, or wears a plastic raincoat is just as surely a slayer of animals as the subsistence hunter who stalks and kills a doe, butchers her for food, and makes his clothing from her skin.

Far more items than most of us imagine originate from exploitation of animals. Automobiles, for example, roll on tires that contain animal ingredients. To follow Ahimsa to the letter, one would have to forego automobile ownership and also give up products brought to market in automobiles or made of ingredients transported in automobiles. Even if you limit your food to that grown in your own garden with “cruelty-free” tools, seeds, and fertilizer (if such existed), brought in on foot by someone wearing non-leather shoes, you still have to fret about cutting up earthworms with your spade or eating their castings with your turnips.

In our commerce-driven social system in which we “act” indirectly, mainly through product purchases, following the path of harmlessness is especially complicated. We are often reduced to making “lesser evil” choices which are more statements of principle than clear-cut acts of harmlessness. Although for several years I have bought only non-leather shoes (a considerable hassle for one who wears size 14), I’m not convinced that this is more than a gesture. A vegetarian friend who wears leather shoes argues convincingly that a single pair of sturdy leather shoes, cared for excellently and worn until they disintegrate, causes less environmental damage, hence less animal suffering, than the five pairs of synthetics I wear out in the same time span. The havoc caused by manufacturing and transporting my five pairs of size 14s is considerable. My friend takes the pragmatic view that it is kinder to use the skin of a cow that has already been murdered for her flesh than to encourage the making of synthetics. Could be.

Several years ago I read a piece by Mr. Dinshah on the use of photographs in Ahimsa. Film contains animal ingredients, so strict application of vegan principle would prohibit photos. However, photographs enhance the publication’s ability to promote harmlessness, and it was concluded that the end justifies the means. This seemed sensible to me. Living in the real world involves compromise. Being kind to dogs sometimes makes it necessary to be unkind to fleas. Total harmlessness would require total inactivity, which is itself contrary to the goal of doing “the most good” as well as the least harm.

To illustrate how complicated this can get, Mr. Dinshah could elect to use drawings and not photographs in Ahimsa, but he would then have to consider the contents of the drawing materials, the wisdom of paying an artist money that could otherwise be spent to promote harmlessness, and even how the artist would spend the money. In the case of my shoes, an alternative would be to wear no shoes at all. The most “harmless” action in many cases is simply not to act. But wearing no shoes would be a decisive act that would change my life completely. It’s hard enough to earn one’s bread wearing Converse basketball shoes. Try doing it barefoot. And should we not consider the employees of non-leather shoe companies who will lose their jobs if I stop buying shoes?

Now, to get even more complicated, suppose I find a pair of really good size 14 leather shoes for $5 at the Goodwill store. Should I buy them? Would it make it acceptable if I donate the $175 1 save on basketball shoes to the American Vegan Society? The cow is dead, whether I buy the shoes or not; and if I don’t buy them, they’ll probably go to the city dump, since it isn’t likely that some other giant-footed fool who doesn’t mind wearing unstylish clodhoppers will come along. Am I not, in fact, committing an act of violence and being a pious hypocrite if I fail to buy and use these perfectly good leather shoes?

And suppose I find some great used canvas size 14s that have only a tiny patch of leather to protect the heel. Should I buy them, and if so, should I take the leather off? And suppose . . .


How Much Does Food Really Cost?


Posted April 12th, 2012

How Much Does Food Really Cost?

by Hardly Waite, Pure Water Gazette Senior Editor

    There is a pervasive misconception about food prices in the United States because of the way we keep our books. We like to congratulate ourselves for having “cheap” food by world standards and to attribute this low cost to our efficient and highly productive food provision system. This is because most people are not aware that the price we pay for food at the market is only a tiny part of the real, complete price.. The real cost involves hidden dollars as well as non-monetary costs of far greater importance. Viewed in its totality, we pay more for food than any nation on earth. 

    For example, there are massive taxpayer-funded subsidies for transportation systems, including super highways, bridges, harbors, and airports that allow long-distance shipping of large quantities of food items. This makes food appear artificially cheap. People do not consider that without super highways local growers would be able to compete with multinational corporate farmers. These subsidized transportation systems greatly benefit large corporate food producers and actually work to the disadvantage of small local food producers by flooding their market area with cheap food brought in from great distances. What we pay for roads is part of the cost of food.

    Publicly financed global communications systems also greatly aid large corporate food producers at the expense of small growers, and they, too, must be considered as part of the cost of food. One estimate is that U. S. corporations benefit from subsidies and externalized costs to the tune of $2.4 trillion per year. This corporate welfare comes out of our pockets.

    Another potent subsidy item is university research, which is rarely if ever aimed at helping small farmers or local markets. Instead, it focuses on high-dollar technologies that benefit corporate agribusiness and do great harm to smaller producers and usually to the environment. For example, The Ecologist reports the case of a mechanical tomato picker that was developed at considerable public expense at the University of California. It greatly reduced labor costs for large tomato farmers, but its purchase price was so high that smaller growers could not afford to use it in their fields. “This one technology,” says The Ecologist, “helped to consolidate California’s 4,000 tomato farms into just 600 in about a decade.” Taxpayers paid a little less for tomatoes at the market, but they also got to pay for some very expensive research. The 600 surviving companies got fatter and richer, but 3,400 smaller tomato farmers, not to mention innumerable laborers who were replaced by the picking machines, would be hard pressed to see the benefits of this publicly financed research..

Sprite Shower Filters


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    And then there are the direct subsidies we taxpayers give to “farmers.” When they talk about farm subsidies on the Ten O’ Clock News, people envision the Brown family keeping their little vegetable farm going with the help of an Agriculture Dept. check. Actually, in both the U.S. and the United Kingdom, a full 80% of the government’s financial help goes to the richest and largest 20% of the “farmers.” The needy farmers being fed at the public trough, of course, are multinational agribusiness conglomerates who use part of their subsidy checks to gobble up the family farms of the Browns and their neighbors who did not qualify for subsidies. Add the cost of farm subsidies into your food budget.

    Perhaps the most intangible of the costs of agribusiness food, however, is the “health tax.” How do you estimate the cost to your health of consuming nutrient-depleted foods, drinking pesticide contaminated water, and breathing polluted air? Perhaps the greatest cost of all is hidden in the impact of corporate agriculture on the environment and the health of citizens. Air pollution, greenhouse gasses, soaring cancer rates, fossil fuel and water depletion–these are all hard items to assign costs to. But pay for them we do, each time we purchase a factory-raised chicken or a loaf of phony bread at the supermarket

    The Pure Water Gazette urges its readers to support local growers and to resist the agribusiness effort to globalize food production and destroy small food producers. Buy locally and organically whenever you can. The slightly higher price you pay the local grower is a bargain. 

 


 

Winterize Your Lawn


Posted April 12th, 2012

Winterize Your Lawn

Introductory Note. “Winterize your Lawn” takes a whimsical look at a very serious flaw in the American lifestyle. The grassy, well-kept lawn, which we have come to think of as an inevitable and never-ending icon of our culture, will eventually have to go. As sure as the sun sets in the west, we will eventually be forced by the necessity in the form of water shortages and environmental pollution to find a better use for our time and limited resources than the meaningless ritual of grass growing. Our stubborn adherence to the culture of the lawn will surely make us the laughing stock of future civilizations—the society that worked its fingers to the bone watering and nurturing a useless crop that we then harvested with noisy, smelly little toys, and sent to the landfill in neat plastic bags.

As silly as it seems, lawn care has become such an entrenched ritual in America that to criticize the custom is like failing to support the troops or refusing to kowtow before the flag.

“Winterize your lawn,” by an unknown author (or one too wise to reveal his name), is encouraging to me because it reminds me, a lawn atheist, that the Almighty is really on my side. – Gene Franks.

 

Winterize your lawn,” the big sign outside the garden store commanded. I’ve fed it, watered it, mowed it, raked it and watched a lot of it die anyway. Now I’m supposed to winterize it? I hope it’s too late. Grass lawns have to be the stupidest thing we’ve come up with outside of thong swimsuits! We constantly battle dandelions, Queen Anne’s lace, thistle, violets, chicory and clover that thrive naturally, so we can grow grass that must be nursed through an annual four-step chemical dependency.

Imagine the conversation The Creator might have with St. Francis about this:

“Frank,  you know all about gardens and nature. What in the world is going on down there in the Midwest? What happened to the dandelions, violets, thistle and stuff I started eons ago? I had a perfect, no-maintenance garden plan. Those plants grow in any type of soil, withstand drought and multiply with abandon. The nectar from the long-lasting blossoms attracted butterflies, honey bees and flocks of songbirds. I expected to see a vast garden of colors by now. But all I see are these green rectangles.”

“It’s the tribes that settled there, Lord. The Suburbanites. They started calling your flowers ‘weeds’ and went to great extent to kill them and replace them with grass.”

“Grass? But it’s so boring. It’s not colorful. It doesn’t attract butterflies, birds and bees, only grubs and sod worms. It’s temperamental with temperatures. Do these Suburbanites really want all that grass growing there?”

“Apparently so, Lord. They go to great pains to grow it and keep it green. They begin each spring by fertilizing grass and poisoning any other plant that crops up in the lawn.”

“The spring rains and cool weather probably make grass grow really fast. That must make the Suburbanites happy.”

“Apparently not, Lord. As soon as it grows a little, they cut it–sometimes twice a week.”

“They cut it? Do they then bale it like hay?”

“Not exactly, Lord.  Most of them rake it up and put it in bags.”

“They bag it? Why? Is it a cash crop? Do they sell it?”

“No, sir. Just the opposite. They pay to throw it away.”

“Now let me get this straight. They fertilize grass so it will grow. And when it does grow, they cut it off and pay to throw it away?”

“Yes, sir.”

“These Suburbanites must be relieved in the summer when we cut back on the rain and turn up the heat. That surely slows the growth and saves them a lot of work.”

“You aren’t going believe this,  Lord. When the grass stops growing so fast, they drag out hoses and pay more money to water it so they can continue to mow it and pay to get rid of it.”

“What nonsense! At least they kept some of the trees. That was a sheer stroke of genius, if I do say so myself. The trees grow leaves in the spring to provide beauty and shade in the summer. In the autumn they fall to the ground and form a natural blanket to keep moisture in the soil and protect the trees and bushes. Plus, as they rot, the leaves form compost to enhance the soil. It’s a natural circle of life.”

“You better sit down, Lord. The Suburbanites have drawn a new circle. As soon as the leaves fall, they rake them into great piles and have them hauled away.”

“No! What do they do to protect the shrub and tree roots in the winter and keep the soil moist and loose?”

“After throwing away your leaves, they go out and buy something they call mulch. They haul it home and spread it around in place of the leaves.”

“And where do they get this mulch?”

“They cut down trees and grind them up.”

“Enough! I don’t want to think about this anymore. Saint Catherine, you’re in charge of the arts. What movie have you scheduled for us tonight?”

Dumb and Dumber, Lord. It’s a real stupid movie about…”

“Never mind.  I think I just heard the whole story.”

 

My Secret Life as

a Farmer

by Gene Franks

Cultivators of the earth are the most valuable citizens . . . the most vigorous, the most virtuous, and they are tied to their country and wedded to its liberty and interests by the most lasting bonds.–Thomas Jefferson.

I was not born to govern, but to dig and to plow.–Sancho Panza.

For a color picture and more information about this hero, whom we call The Passionate Amateur, see the editorial note at the end of this article.

 Editor’s Note:  This piece was published in the early 1990s in the paper Pure Water Gazette. At this writing,  April of 2012,  it is clear that the author’s fears about agribusiness seed patenting have become reality.

 

Stephen Foster, they say, was never in Kentucky, but he managed somehow to write the best song anyone ever wrote about his or her old Kentucky home. This gave me courage to write something about agriculture.

While my hands-on farming experience is probably not much greater than Foster’s experience with old Kentucky homes, I have been, all my days, an enthusiastic consumer of agricultural products as well as a passionate winter farmer. Winter farming is to be understood in the context of summer patriotism and sunshine soldiering.

On one of the two or three days cool enough to pass for winter here, I get out my seed catalogs, drool over the pictures in front of a nice fire, then call in an order for enough seeds to plant a broad greenbelt from by back door to somewhere deep in Central America. In two weeks I have chairs and tables filled with trays of peat pots, which soon contain pale seedlings with Olive Oil figures–more like growing hairs than future vegetable bushes. Some live long enough to get transplanted later to outdoor soil.

From that point, things go downhill. Spring, here, is only a calendar maker’s theory, and as the weather heats up, my passion for farming cools down. Heat makes me philosophical; I start thinking about plants rights, especially the right of Johnson weed and Bermuda grass to live among beets and okra if they so choose. In the end, the weeds and grasses predominate. I get some potatoes, planted by the easy Ruth Stout no-digging system, and enough tomatoes to gorge myself on for a few days. I have lots of grapes, if the rain falls right, plums, if a late frost doesn’t ruin them, and most years a tree full of bright orange Japanese persimmons, of which I sell half to the Persimmon Lady for $5.

If you have a persimmon tree, you probably know the Persimmon Lady. I see her only at harvest time, just after the first frost, when she shows up at my door and insists on buying part of my crop, although I offer it free. Probably, like a phantom from a sad country song, she visits all farms with persimmon trees so she can make big trays of her deceased daughter’s favorite persimmon candy to take to orphanages. That’s my theory, anyway. So although my farming has more often taken the form of planning, theorizing, and talking than of plowing, digging, and sweating, I consider myself a farmer none the less. And it is the annual sale of half my persimmon crop that makes me a professional farmer and qualifies me to write with authority about agriculture.

On Seeds and Unsung Heroes

As food crops become more uniform, so do cultures. Foods and crops are an important part of a people’s heritage: they perpetuate and enrich its customs. As food crops become more uniform, so do people. As traditional varieties become extinct, human cultures lose something very special and irreplaceable.–The 2nd Graham Center Seed and Nursery Directory (1983).

 

Gardeners are emerging as principal biological heroes in the struggle of the era to maintain the biological diversity that sustains life on the planet. Backyard biodiversity is becoming prime territory for the conservation of life.– Seeds of Changc 1994 Seed Catalog.

It was during my winter seed catalog ogling almost 20 years ago that I started to catch on that events of great significance were taking place that almost no one knew about. While junk news consumers were wallowing in the tribulations of whoever was the O.J. Simpson of the time, I, sans TV then as now, was reading some weird stuff in the old Graham Center Seed Directoryand Kent Whealy’s Seed Savers Exchange bulletins. I learned, for example, that in 1970, after several decades of pressure from the seed Industry, which is actually an appendage of multinational oil and pharmaceuticals corporations, Congress quietly caved in and passed the nation’s first seed patenting bill. It was quickly signed into law by President Nixon. Ten years later, a lame duck Congress passed controversial amendments to the original legislation which were signed by President Carter.

No one seemed too worried about this but a couple of professors, a man in Princeton, Missouri named Kent Whealy, folks at a non-profit organization called the National Sharecroppers Fund, and a few thousand radical vegetable gardeners in small towns around the country who were depleting their meagre resources and working their dirty fingernails off to keep about half a million ancient plant varieties that were being dropped from seed catalogs from becoming extinct. I should explain, for you non-farmers, that preserving plant varieties doesn’t mean just putting little bags of seeds in alphabetioal order. Seeds must be planted to make new seeds from time to time because their life span is limited. It was a formidable task. Something like saving the rainforest by replanting it in your backyard. Like the heroes of old who brought the Scriptures through the Dark Ages, amateur gardeners were feverishly working to keep plants alive when the establishment wanted them dead.

I read about heroes like John Withee, who founded a non-profit organization called Wanigan Associates (“the legal name for a one man bean hobby,” he called it), for the purpose of collecting, propagating, and distributing seeds of heirloom beans. (For more information about Mr. Withee, go here.) [Heirlooms, by broad definition, are open-pollinated varieties several generations old–often of European descent. Open-pollinated means plants which pollinate without human interference, or, in Kenny Ausubel’s words, “they propagate themselves in the imaginative multiplicity of sexy practices nature designed.”] Wanigan (Withee), without a government grant or a research staff, was keeping about 400 varieties of beans alive. His “associates” were amateur gardeners around the country who volunteered to plant and save seeds from specific varieties of beans.

And there was Kent Whealy, a journalist who got interested in heirloom plants when Baptist Ott, his wlfe’s grandfather, gave him some bean, tomato, and morning glory seeds he had brought from Bavaria and kept going for four human generations. Whealy was soon so involved in seed saving that he quit his day job, lived through some financial hard times, and eventually founded a non-profit organization called Seed Savers Exchange that became the rallying point for individuals interested in saving heirloom plant varieties from extinction.

Whealy stated the organization’s purpose in the 1981 Seed Savers Exchange yearbook:

Thc Seed Savers Exchange is an organization of gardeners who are working together to save heirloom and endangered vegetable varieties from extinction. We are particularly interested in contacting gardeners who are presently keeping seed of vegetable varieties that are: family heirlooms; not in any seed catalog; garden varieties of Indian, Mennonite, Amish, Dunkard, Hutterite, or Cajun gardeners; foreign unusual or mutational extremely disease-resistant, insect-resistant, or drought-resistant; very hardy, of exceptional quality, or otherwise outstanding.

Wheaty eventually moved the SSE from its original Mlssouri home to the present site at Heritage Farm in lowa. (SSE, RR3, Box 239, Decorah IA 52101.) Heritage Farm, recently expanded to 84 acres, is home of an Incredible cache of seeds, literally thousands of vegetable varieties, some dating from the Mayflower. There are even some endangered animals, including the ancient wild white park cattle, hunting targets in England from the 12th century, now almost extinct. A recent project was the addition of about 500 varieties of 19th century apples.

Of the many dedicated amateurs who devoted much energy to bringing heirloom plants through the Dark Ages of the 20th century, I will single out a gentleman named Ben Quisenberry. I bought tomato seeds from Mr. Quisenberry for several years. For a couple of dollars, he always sent six times as many seeds as I ordered in little packets with the lines:

 

The kiss of the sun for pardon
The song of the birds for mirth
One is nearer God’s heart
in a garden
Than anywhere else on earth.

Mr. Quisenberry lived in Syracuse Qhio. I still have correspondence from him in my file, written in a clear, steady hand when he was in his nineties. In his last letter, from January of 1982, he returned my $3 and told me he was now past 95, out of the seed business, and a resident at “the Charleston Court, a home for old folks.” Two years earlier he had suffered a tragic loss. He had to go to the hospital “just when my tomato garden of 500 plants needed me most,” and when he got out he had lost 22 of the 31 tomato varieties he was propagating. Among the lost varieties were Stump of the World, a rare Square tomato, and Tiger Tom.

.The regular seed lists Mr. Quisenberry sent me featured names like Big Ben, Long Tom, Red Cup, Mortgage Lifter, Marglobe, Chech’s Bush, and his favorite, the pink, thin-skinned Brandywine, which, he boasted had been grown for over 100 years by the same family: “Proof of excellence.” Anyone interested can still grow Mr. Quisenberry’s Brandywine by purchasing seeds from Seeds of Change, currently the nation’s leading purveyor of heirloom seeds [PO Box 15700/ Santa Fe, NM 87506. Phone: (505) 438-8080.]

Mr. Quisenberry, an expert tomato grower, maintained hundreds of varieties of tomatoes from 1910 until shortly before his death. His seed lists always encouraged customers to become ex-customers by saving their own seeds. Here, for posterity, are the instructions he sent me for saving tomato seeds:

Tomato should be dead ripe; cut in half between the stem and blossom ends. Push the seed out of the cavities, and wash on a piece of wire fly screen to remove the pulp and goo from the seeds. Spread them out on a smooth board; move them around occasionally so they won’t stick together or to the board. When thoroughly dry, store in an air-tight container. Longevity of tomato seed is 5 years or longer.

Mr. Quisenberry won’t make the history books, but he was one of my heroes. Why does our society consider it more important to kick a ball or write a movie script than to grow tomatoes? (For a related article on Mr. Quisenberry, with an impressive picture, go to the Gazette’s Hero Award section.)

The Curious Custom of Plant Patenting

Under existing plant patenting legislation, corporations get protective patents, royalties and vastly reduced competition. Farmers and gardeners are faced with illegal varieties, hybrids whose seeds cannot be saved and royalty fees they never had to pay for non-patented seeds. Plant patenting laws offer protection for corporate profits while further narrowing the genetic basis on which agriculture itself depends.Declaring certain varieties illegal and patenting others is a bizarre luxury we cannot afford. The 2nd Graham Center Seed and Nursery Directory (Rural Advancement Fund, 1983).

 

Old friends are always the best, you see,
New friends you can find any day–

From an old Jimmie Rodgers song.

 

The concept of ownership, even the parts we accept through long usage, can be bizarre. Each year a Kansas oil company sends me two or three checks for about $15 in payment for my .0065105000 royalty interest in crude oil taken from beneath land described as NE/4 SW/4 NE/4 SECTION 20-12N-10E of Okfuskee County, Oklahoma. Like the cab driver in the Harry Chapin song, I always stuff the check in my shirt, but I can’t quit wondering how I, among all earth’s creatures, was chosen to be the “owner” of something that was in the earth eons before I was born. Apparently I own it because my grandfather happened to plant corn on the land above it, but it would make as much sense for me to claim a .0065105000 share of sunshine or the planet Jupiter.

 

Suppose I decide to keep “my” oil rather than sell it to the Sonoco Oil Co. (which I probably couldn’t do, since I only “own” the right to sell it for the price the oil company sets, not to possess it), and I learn to process my oil in some special way that makes it unique and that I go to the U. S. Patent Office and get a patent on my particular type of oil. All who sell oil that falls under my patent description will then have to pay me royalties. But my oil looks exactly like everyone else’s and it is very hard to enforce my patent, so I go back to the Patent Office and to help me out they give me a patent on all oil that is black so it will be very easy to tell who is using my oil. Imagine Exxon’s dismay upon learning it will have to pay to use my patented black oil.

 

This story isn’t as far-fetched as you think; in fact, it closely parallels the deal we got when the same multinationals who later brought us NAFTA and GATT bullied Congress into allowing plant patenting. The patenting of plants is an idea so absurd that sensible people would not entertain it, but while Americans were getting their opinions on farm policy from Green Acres , “ownership” of the cardboard tomatoes on their burgers quietly passed from the public domain to ITT.

 

Ownership of plants falls in the same category as the ownership of sunshine. Tomatoes, for example, are ancient beings. They were cultivated by the Incas and Aztecs (“tomato” derives from an Aztec word). They were “discovered” by Spaniards, taken to Europe, then “introduced” to America by Europeans early in our history. They have been standard American fare since the late 19th century. But by obtaining the right to patent plants, the multinationals have put themselves in a position to “own” patented varieties of tomatoes, to charge us a fee for using “their” tomatoes, and even eventually to gain control over broad categories of tomato varieties to protect their patent rights. In a recent example, a company that obtained patents for two genetically altered varieties of snap beans was given a patent over hundreds of similar snap beans. Cary Fowler, in the old Graham Center Seed Directory for 1979, described events in Europe, where Common Market interests brought in seed patenting before our own laws were passed:

 

In Europe where the [seed patenting] laws were first passed, there have been problems with enforcement. It is not easy to describe a variety of tomato or anything else in such detail that it could be positively distinguished from another variety in a court of law. Furthermore, as the varieties are grown each year they often change (genetically) in subtle ways in response to their environment. This presents more legal headaches for the company trying to enforce its patent on a “product” which differs from year to year. In an attempt to reduce these problems, European lawmakers are phasing in a system which would make some plant varieties now grown in Europe illegal! These varieties could not be grown commercially. Their seeds could not be sold. Even backyard gardeners could not grow the illegal varieties if their gardens were located within a certain distance of a commercial plot. Think of being hauled into court on a charge of growing a “Big Boy” tomato!

 

Immediately after the passage of seed patenting laws in England, Shell Oil of Great Britain bought 56 seed companies. In the United States, the number of seed companies has fallen rapidly since plant patenting became law; most of the old standard seed companies are now owned by multinational oil, chemical, and pharmaceuticals companies. If you buy Burpee seeds, you are now buying from ITT. Gurney belongs to Amfac, Golden Acres to Diamond Shamrock, DeKalb to Monsanto, Ferry Morse to Limagrain of France. Other highly invested seed company owners are Cargill, Ciba-Geigy, Union Carbide, International Multifoods, Occidental Petroleum, Sandoz, Stauffer Chemical, and Upjohn. Seeds aren’t just business; with patenting, they have become very big business.

 

Although the seed trade itself can be lucrative, especially if you “own” certain plant varieties whose seeds can’t be saved by customers, the multinationals’ main interest in seeds is that they complete a cozy loop with their other businesses. Seeds fit nicely with agribusiness, the processed food industry, oil, and pharmaceuticals. The idea is to create monoculture crops that require lots of agricultural chemicals and energy-intensive farming methods to produce food that is easy to package and sell but so devoid of nutrients that the end product is medical and pharmaceuticals customers. A cozy loop.

 

Because the people who make agricultural chemicals also sell seeds, much research (paid for usually by public grants to universities) is dedicated to developing pesticide-resistant plants. The push is to create plant varieties that go best with oil-and-chemical-intensive agriculture and that lend themselves to mass merchandising rather than consumer satisfaction and nourishment. To believe that companies that take in millions per year on headache remedies don’t want you to have a headache is ultimately naive. To drug vendors, nutritionally depleted, chemical-laden foods are as much an asset as illness-producing drugs and vaccines.

The immediate effect of the multinational companies’ takeover of the seed industry has been a drastic and serious loss of plant diversity. Small seed companies, often family owned, had for years been a mainstay against government-supported standardization of agriculture. Old varieties of farm and garden seeds were maintained and supplied as a matter of tradition and as a service to customers, even when they were not best sellers. New corporate owners, however, conducted the seed business the same way they conducted their other businesses, with a bottom line of profit. Marginally profitable varieties were quickly dropped in favor of the company’s best selling patented hybrids. [For non-farmers: Hybrids are produced by human intervention through crossing two genetically different parents. Hybrids are dear to seed companies’ hearts because seeds cannot be relied upon for future planting. You have to go back to the seed company for next year’s seeds.] Abandoned strains of traditional plant varieties quickly perish unless a conscious effort is made to preserve them.

So much has been written about the importance of biodiversity in regard to rainforest preservation that I won’t belabor the point except to say that the same urgent need exists for agricultural diversity. The adage that variety is the spice of life does not go far enough. Variety is nature’s most persistent strategy for excellence and for survival. While most people now grasp the importance of preserving endangered animal species, few are concerned about losing the Chech’s Bush tomato.

 

The junk news has woefully underreported the precarious state of America’s food production system. Few know, for example, that in 1970 we barely averted disaster when corn blight wiped out a large part of the nation’s hybrid corn crop. The National Academy of Sciences warned that not only corn but “most crops are impressively uniform genetically and impressively vulnerable.” Of the innumerable varieties of corn, large seed companies had by the 1970s quietly squeezed a// but six varieties virtually out of the market. Seventy-one percent of America’s corn crop was grown from only six varieties, and three of these were said to be virtually identical. Only one variety of sweet potato accounts for 69% of our annual crop, and 95% of our peanuts are from 9 varieties. It is a system designed to make money, not to assure an abundant and secure supply of nutritious food.

 

Junk Food, Junk News:

The American Way

Big Mac is a junk version of food, porno a junk version of sex, virtual reality a junk version of life—they all entertain but leave one with a sort of hollow, empty feeling afterward.–Christopher Scheer in The Nation.

 

Our problem lies in the postulate that everything can be “explained” by taking recourse to death-related laws.—Theodor Schwenk.

 

 

When issues are filtered through regular government, business, and public information channels, which I collectively call the junk news, they usually come out in neat, TV-compatible parcels. The complexities which contain the substance are lost in the process. For example, when the junk news presents the “controversy” surrounding vaccination, which is a terribly complex issue, it is conveniently reduced to the statistical probability of your child’s having a dramatic reaction to a shot. As devastating as reactions are, especially to damaged or dead children and their parents, they are only a small part of the larger issue of what vaccines do to the individual’s total health and the health of others, or how they affect the well-being of future generations.

The issue of conventionally vs. organically grown food, similarly, has been implanted in the public mind as largely a question of pesticide residues. Thus, your choice between organic broccoli, at triple the price, and the grocery store variety may be based on how you view the conflicting reports of how many rats per thousand are killed by how many parts per million of this as opposed to that pesticide. Important as pesticide residue is, it is only at small part of the issue.

The molding of public opinion on food has been exceptionally effective. We are trained by the junk media and university nutritionists to view the body as a sort of input/output machine that runs on fuels called proteins, carbohydrates and fats. These are viewed by nutrition “experts” as dead and impersonal objects, like gasoline or diesel fuel, whose power can be measured as “calories” and whose worth can be manipulated with synthetic additives. To use the great German hydrologist Theodor Schwenk’s term, food has been “demythologized.” Once a source of wonder and veneration, revered in Springtime rituals as a symbol of life itself, the noble grain of wheat has now been hybridized, chemicalized , and devitalized–embalmed and buried, with an impersonal epitaph called a food label, in a frozen pepperoni pizza.

Schwenk also said that “a subtle death-process” was at play in the creation of such devices as the refrigerator and the automobile, where “natural laws were stripped of wisdom and projected into matter.” Certainly a “death process” was involved in the creation of our food production and delivery system. The end of the process, the modern supermarket, is a graveyard of embalmed animal cadavers, chemicals contrived to resemble food, grains grossly overprocessed from genetically engineered seed to deadly Twinkie, and tasteless, painted, rubbery imitations of fruits and vegetables which have only coincidental resemblance to their namesake.

Part of the input/output mythology is that foods have a constant value in food-label grade nutrients that has been recorded for all time in government nutrient lists like USDA’s famous Handbook 8.Though it has been known for decades that these compilations are myth, people still believe in them and universities still teach them as gospel. I remember an article from 1960s by Adele Davis called “Which Apricot? Grown Where?” which demonstrated the utter fallibility of the nutrient-table system. More recently, the General Accounting Office demonstrated at length that Handbook 8 is flawed and unreliable and that, in fact, most information on processed foods is simply copied from manufacturers’ brochures without verification. After all, McDonald’s would not lie. (USDA has forgotten, perhaps, that a major baby food maker, all its baby-adoring ads notwithstanding, was convicted of selling flavored sugar water labelled “apple juice” for years.) We have recently heard stories of frozen orange juice and even “fresh” grocery store oranges that contained no trace of vitamin C. Papayas tested by GAO contained less than 1/7 the vitamin A promised by Handbook 8.

 

Once Again, the Killer Tomato

 

People joke about the deplorable quality of produce and say “tomatoes don’t taste like they used to,” but few realize fully the torture that modern agribusiness inflicts on standard food plants. Peter Bahouth, former director of Greenpeace, was eating a salad one day in Toronto and became curious about the tomato’s origin. His research resulted in an article called “Attack of the Killer Tomato,” which appeared in the 1994 Seeds of Change Catalog and was excerpted in Vegetarian Voice (Vol. 20, No. 3).

The tomato, Bahouth discovered, was grown on Mexican land that had once been publicly owned “ejidos,” or small collective farms worked by local farmers. It was now controlled by a partnership of the Jolly Green Giant Company and the Mexican Development Corp. The killer tomato was grown from a hybrid seed developed from a Mexican strain at U.S. taxpayer expense by the University of California, then sold to Calgene, Inc., which obtained a patent.

The land was “prepared” by fumigation with methylbromide, said to be an ozone depleter 120 times more potent than CFC-111, then treated with Monsanto pesticides by $2.50-per-day unprotected Mexican farm workers. Production waste was shipped to the world’s largest hazardous waste landfill in Emelle, Alabama.

After harvest, the tomato was wrapped in plastic, placed in a plastic tray, and put in a cardboard box. Citizens of Point Comfort, Texas get the brunt of the health problems from making the plastic, while 300-year-old trees in British Columbia and Great Lakes area residents downstream from pulp mills take the hit for the boxes.

The tasteless tomato, once boxed, was reddened by ether and shipped to Canada in CFC-refrigerated trucks at great expenditure of energy. In Toronto, the plastic was discarded and shipped to Detroit for incineration. The amount of fuel used for the entire process is staggering. Behouth concludes:

The Toronto tomato probably cost 50 cents, but we can see that if we really look at the true economics of an everyday item like a tomato we are not folding in the social costs of this type of production. That’s what is really driving this type of economic system. You realize that having your own garden and growing your own tomatoes can be a very subversive and radical act. And it makes the fruit taste that much sweeter.

 

The Gazette challenges you do do something radical. Grow a tomato!

 

Editor: “My Secret Life as a Farmer” first appeared in the Spring 1995 issue (No. 45) of the PURE WATER GAZETTE. Related articles from the same issue you might like to look at are “Is Organic Food Worth the Price?” by Gene Franks, and Tiger Tom’s weighty indictment of animal patenting, “Give ’em an Inch.” The caption to the lead picture of the tomato farmer was originally the lead in to “The Gazette’s Great Coloring Contest.” I’m sorry–the contest is over, but if you’d like to print the picture and test your crayola skills, have at it.

 

Below is the winning entry as colored by Mr. R. L. Duwe of Decatur, TX. Here’s the Gazette’s artsy rationale for choosing Duwe’s entry, which appeared in Gazette #46:

If I were an art critic, I would explain Mr. Duwe’s strength as a crayonist by praising his radiant colors, his keen attention to surface detail, his rich pigmentation, and his superb pictorial arrangement. I would describe how his strong, rhythmic curvilinear organization enhances the theme of the work. I would speak of the rich nuances of color, the boldness of his crayon strokes, the perfectly executed perspective, the intimacy he establishes with his subject matter, the delicacy of his flesh tones, his masterful use of symbolism to elevate the tomato grower to archetypal proportions. But not being an art critic, I’ll just say that he stayed in the lines, his picture was pretty, and I liked it.

 


The Fluoridation Fiasco 


by Gary Null, Ph.D.

 

There’s nothing like a glass of cool, clear water to quench one’s thirst. But the next time you or your child reaches for one, you might want to question whether that water is in fact, too toxic to drink. If your water is fluoridated, the answer may well be yes.

For decades, we have been told a lie, a lie that has led to the deaths of hundreds of thousands of Americans and the weakening of the immune systems of tens of millions more. This lie is called fluoridation. A process we were led to believe was a safe and effective method of protecting teeth from decay is in fact a fraud. In recent years it’s been shown that fluoridation is neither essential for good health nor protective of teeth. What it does is poison the body. We should all at this point be asking how and why public health policy and the American media continue to live with and perpetuate this scientific sham.
How to Market a Toxic Waste

“We would not purposely add arsenic to the water supply. And we would not purposely add lead. But we do add fluoride. The fact is that fluoride is more toxic than lead and just slightly less toxic than arsenic.”1

These words of Dr. John Yiamouyiannis may come as a shock to you because, if you’re like most Americans, you have positive associations with fluoride. You may envision tooth protection, strong bones, and a government that cares about your dental needs. What you’ve probably never been told is that the fluoride added to drinking water and toothpaste is a crude industrial waste product of the aluminum and fertilizer industries, and a substance toxic enough to be used as rat poison. How is it that Americans have learned to love an environmental hazard? This phenomenon can be attributed to a carefully planned marketing program begun even before Grand Rapids, Michigan, became the first community to officially fluoridate its drinking water in 1945.2 As a result of this ongoing campaign, nearly two-thirds of the nation has enthusiastically followed Grand Rapids’ example. But this push for fluoridation has less to do with a concern for America’s health than with industry’s penchant to expand at the expense of our nation’s well-being.

The first thing you have to understand about fluoride is that it’s the problem child of industry. Its toxicity was recognized at the beginning of the Industrial Revolution, when, in the 1850s iron and copper factories discharged it into the air and poisoned plants, animals, and people.3 The problem was exacerbated in the 1920s when rapid industrial growth meant massive pollution. Medical writer Joel Griffiths explains that “it was abundantly clear to both industry and government that spectacular U.S. industrial expansion – and the economic and military power and vast profits it promised – would necessitate releasing millions of tons of waste fluoride into the environment.”4 Their biggest fear was that “if serious injury to people were established, lawsuits alone could prove devastating to companies, while public outcry could force industry-wide government regulations, billions in pollution-control costs, and even mandatory changes in high-fluoride raw materials and profitable technologies.”5

At first, industry could dispose of fluoride legally only in small amounts by selling it to insecticide and rat poison manufacturers.6 Then a commercial outlet was devised in the 1930s when a connection was made between water supplies bearing traces of fluoride and lower rates of tooth decay. Griffiths writes that this was not a scientific breakthrough, but rather part of a “public disinformation campaign” by the aluminum industry “to convince the public that fluoride was safe and good.” Industry’s need prompted Alcoa-funded scientist Gerald J. Cox to announce that “The present trend toward complete removal of fluoride from water may need some reversal.”7 Griffiths writes:

“The big news in Cox’s announcement was that this ‘apparently worthless by-product’ had not only been proved safe (in low doses), but actually beneficial; it might reduce cavities in children. A proposal was in the air to add fluoride to the entire nation’s drinking water. While the dose to each individual would be low, ‘fluoridation’ on a national scale would require the annual addition of hundreds of thousands of tons of fluoride to the country’s drinking water.

“Government and industry – especially Alcoa – strongly supported intentional water fluoridation…[it] made possible a master public relations stroke – one that could keep scientists and the public off fluoride’s case for years to come. If the leaders of dentistry, medicine, and public health could be persuaded to endorse fluoride in the public’s drinking water, proclaiming to the nation that there was a ‘wide margin of safety,’ how were they going to turn around later and say industry’s fluoride pollution was dangerous?

“As for the public, if fluoride could be introduced as a health enhancing substance that should be added to the environment for the children’s sake, those opposing it would look like quacks and lunatics….

“Back at the Mellon Institute, Alcoa’s Pittsburgh Industrial research lab, this news was galvanic. Alcoa-sponsored biochemist Gerald J. Cox immediately fluoridated some lab rats in a study and concluded that fluoride reduced cavities and that ‘The case should be regarded as proved.’ In a historic moment in 1939, the first public proposal that the U.S. should fluoridate its water supplies was made – not by a doctor, or dentist, but by Cox, an industry scientist working for a company threatened by fluoride damage claims.”8

Once the plan was put into action, industry was buoyant. They had finally found the channel for fluoride that they were looking for, and they were even cheered on by dentists, government agencies, and the public. Chemical Week, a publication for the chemical industry, described the tenor of the times: “All over the country, slide rules are getting warm as waterworks engineers figure the cost of adding fluoride to their water supplies.” They are riding a trend urged upon them, by the U.S. Public Health Service, the American Dental Association, the State Dental Health Directors, various state and local health bodies, and vocal women’s clubs from coast to coast. It adds up to a nice piece of business on all sides and many firms are cheering the PHS and similar groups as they plump for increasing adoption of fluoridation.”9

Such overwhelming acceptance allowed government and industry to proceed hastily, albeit irresponsibly. The Grand Rapids experiment was supposed to take 15 years, during which time health benefits and hazards were to be studied. In 1946, however, just one year into the experiment, six more U.S. cities adopted the process. By 1947, 87 more communities were treated; popular demand was the official reason for this unscientific haste.

The general public and its leaders did support the cause, but only after a massive government public relations campaign spearheaded by Edward L. Bernays, a nephew of Sigmund Freud. Bernays, a public relations pioneer who has been called “the original spin doctor,”10 was a masterful PR strategist. As a result of his influence, Griffiths writes, “Almost overnight…the popular image of fluoride – which at the time was being widely sold as rat and bug poison – became that of a beneficial provider of gleaming smiles, absolutely safe, and good for children, bestowed by a benevolent paternal government. Its opponents were permanently engraved on the public mind as crackpots and right-wing loonies.”11

Griffiths explains that while opposition to fluoridation is usually associated with right-wingers, this picture is not totally accurate. He provides an interesting historical perspective on the anti-fluoridation stance:

“Fluoridation attracted opponents from every point on the continuum of politics and sanity. The prospect of the government mass-medicating the water supplies with a well-known rat poison to prevent a nonlethal disease flipped the switches of delusionals across the country – as well as generating concern among responsible scientists, doctors, and citizens.

“Moreover, by a fortuitous twist of circumstances, fluoride’s natural opponents on the left were alienated from the rest of the opposition. Oscar Ewing, a Federal Security Agency administrator, was a Truman “fair dealer” who pushed many progressive programs such as nationalized medicine. Fluoridation was lumped with his proposals. Inevitably, it was attacked by conservatives as a manifestation of “creeping socialism,” while the left rallied to its support. Later during the McCarthy era, the left was further alienated from the opposition when extreme right-wing groups, including the John Birch Society and the Ku Klux Klan, raved that fluoridation was a plot by the Soviet Union and/or communists in the government to poison America’s brain cells.

“It was a simple task for promoters, under the guidance of the ‘original spin doctor,’ to paint all opponents as deranged – and they played this angle to the hilt….

“Actually, many of the strongest opponents originally started out as proponents, but changed their minds after a close look at the evidence. And many opponents came to view fluoridation not as a communist plot, but simply as a capitalist-style con job of epic proportions. Some could be termed early environmentalists, such as the physicians George L. Waldbott and Frederick B. Exner, who first documented government-industry complicity in hiding the hazards of fluoride pollution from the public. Waldbott and Exner risked their careers in a clash with fluoride defenders, only to see their cause buried in toothpaste ads.”11

By 1950, fluoridation’s image was a sterling one, and there was not much science could do at this point. The Public Health Service was fluoridation’s main source of funding as well as its promoter, and therefore caught in a fundamental conflict of interest.12 If fluoridation were found to be unsafe and ineffective, and laws were repealed, the organization feared a loss of face, since scientists, politicians, dental groups, and physicians unanimously supported it.13 For this reason, studies concerning its effects were not undertaken. The Oakland Tribune noted this when it stated that “public health officials have often suppressed scientific doubts” about fluoridation.14 Waldbott sums up the situation when he says that from the beginning, the controversy over fluoridating water supplies was “a political, not a scientific health issue.”15

The marketing of fluoride continues. In a 1983 letter from the Environmental Protection Agency, then Deputy Assistant Administrator for Water, Rebecca Hammer, writes that the EPA “regards [fluoridation] as an ideal environmental solution to a long-standing problem. By recovering by-product fluosilicic acid from fertilizer manufacturing, water and air pollution are minimized and water utilities have a low-cost source of fluoride available to them.”16 More recently, a 1992 policy statement from the Department of Health and Human Services says, “A recent comprehensive PHS review of the benefits and potential health risks of fluoride has concluded that the practice of fluoridating community water supplies is safe and effective.”17

Today, nearly 250 million people worldwide drink fluoridated water, including about 130 million Americans in 9600 communities. Out of the 50 largest cities in the US, 41 have fluoridated water.18

To help celebrate fluoride’s widespread use, the media recently reported on the 50th anniversary of fluoridation in Grand Rapids. Newspaper articles titled “Fluoridation: a shining public health success”19 and “After 50 years, fluoride still works with a smile”20 painted glowing pictures of the practice. Had investigators looked more closely, though, they might have learned that children in Muskegon, Michigan, an unfluoridated “control” city, had equal drops in dental decay. They might also have learned of the other studies that dispute the supposed wonders of fluoride.


 

The Fluoride Myth Doesn’t Hold Water

The big hope for fluoride was its ability to immunize children’s developing teeth against cavities. Rates of dental caries were supposed to plummet in areas where water was treated. Yet decades of experience and worldwide research have contradicted this expectation numerous times. Here are just a few examples:

In British Columbia, only 11% of the population drinks fluoridated water, as opposed to 40-70% in other Canadian regions. Yet British Columbia has the lowest rate of tooth decay in Canada. In addition, the lowest rates of dental caries within the province are found in areas that do not have their water supplies fluoridated.21

According to a Sierra Club study, people in unfluoridated developing nations have fewer dental caries than those living in industrialized nations. As a result, they conclude that “fluoride is not essential to dental health.”22

In 1986-87, the largest study on fluoridation and tooth decay ever was performed. The subjects were 39,000 school children between 5 and 17 living in 84 areas around the country. A third of the places were fluoridated, a third were partially fluoridated, and a third were not. Results indicate no statistically significant differences in dental decay between fluoridated and unfluoridated cities.23

A World Health Organization survey reports a decline of dental decay in western Europe, which is 98% unfluoridated. They state that western Europe’s declining dental decay rates are equal to and sometimes better than those in the U.S.24

A 1992 University of Arizona study yielded surprising results when they found that “the more fluoride a child drinks, the more cavities appear in the teeth.”25

Although all Native American reservations are fluoridated, children living there have much higher incidences of dental decay and other oral health problems than do children living in other U.S. communities.26

In light of all the evidence, fluoride proponents now make more modest claims. For example, in 1988, the ADA professed that a 40- to 60% cavity reduction could be achieved with the help of fluoride. Now they claim an 18- to 25% reduction. Other promoters mention a 12% decline in tooth decay.

And some former supporters are even beginning to question the need for fluoridation altogether. In 1990, a National Institute for Dental Research report stated that “it is likely that if caries in children remain at low levels or decline further, the necessity of continuing the current variety and extent of fluoride-based prevention programs will be questioned.”27

Most government agencies, however, continue to ignore the scientific evidence and to market fluoridation by making fictional claims about its benefits and pushing for its expansion. For instance, according to the U.S. Department of Health and Human Services, “National surveys of oral health dating back several decades document continuing decreases in tooth decay in children, adults and senior citizens. Nevertheless, there are parts of the country and particular populations that remain without protection. For these reasons, the U.S. PHS…has set a national goal for the year 2000 that 75% of persons served by community water systems will have access to optimally fluoridated drinking water; currently this figure is just about 60%. The year 2000 target goal is both desirable and yet challenging, based on past progress and continuing evidence of effectiveness and safety of this public health measure.”17

This statement is flawed on several accounts. First, as we’ve seen, research does not support the effectiveness of fluoridation for preventing tooth disease. Second, purported benefits are supposedly for children, not adults and senior citizens. At about age 13, any advantage fluoridation might offer comes to an end, and less than 1% of the fluoridated water supply reaches this population.28 And third, fluoridation has never been proven safe. On the contrary, several studies directly link fluoridation to skeletal fluorosis, dental fluorosis, and several rare forms of cancer. This alone should frighten us away from its use.


 

Biological Safety Concerns

Only a small margin separates supposedly beneficial fluoride levels from amounts that are known to cause adverse effects. Dr. James Patrick, a former antibiotics research scientist at the National Institutes of Health, describes the predicament:

“[There is] a very low margin of safety involved in fluoridating water. A concentration of about 1 ppm is recommended…in several countries, severe fluorosis has been documented from water supplies containing only 2 or 3 ppm. In the development of drugs…we generally insist on a therapeutic index (margin of safety) of the order of 100; a therapeutic index of 2 or 3 is totally unacceptable, yet that is what has been proposed for public water supplies.”29

Other countries argue that even 1 ppm is not a safe concentration. Canadian studies, for example, imply that children under three should have no fluoride whatsoever. The Journal of the Canadian Dental Association states that “Fluoride supplements should not be recommended for children less than 3 years old.”30 Since these supplements contain the same amount of fluoride as water does, they are basically saying that children under the age of three shouldn’t be drinking fluoridated water at all, under any circumstances. Japan has reduced the amount of fluoride in their drinking water to one-eighth of what is recommended in the U.S. Instead of 1 milligram per liter, they use less than 15 hundredths of a milligram per liter as the upper limit allowed. 31

Even supposing that low concentrations are safe, there is no way to control how much fluoride different people consume, as some take in a lot more than others. For example, laborers, athletes, diabetics, and those living in hot or dry regions can all be expected to drink more water, and therefore more fluoride (in fluoridated areas) than others.32 Due to such wide variations in water consumption, it is impossible to scientifically control what dosage of fluoride a person receives via the water supply.33

Another concern is that fluoride is not found only in drinking water; it is everywhere. Fluoride is found in foods that are processed with it, which, in the United States, include nearly all bottled drinks and canned foods.34 Researchers writing in The Journal of Clinical Pediatric Dentistry have found that fruit juices, in particular, contain significant amounts of fluoride. In a recent study, a variety of popular juices and juice blends were analyzed and it was discovered that 42% of the samples examined had more than l ppm of fluoride, with some brands of grape juice containing much higher levels – up to 6.8 ppm! The authors cite the common practice of using fluoride-containing insecticide in growing grapes as a factor in these high levels, and they suggest that the fluoride content of beverages be printed on their labels, as is other nutritional information.35 Considering how much juice some children ingest, and the fact that youngsters often insist on particular brands that they consume day after day, labeling seems like a prudent idea. But beyond this is the larger issue that this study brings up: Is it wise to subject children and others who are heavy juice drinkers to additional fluoride in their water?

Here’s a little-publicized reality: Cooking can greatly increase a food’s fluoride content. Peas, for example, contain 12 micrograms of fluoride when raw and 1500 micrograms after they are cooked in fluoridated water, which is a tremendous difference. Also, we should keep in mind that fluoride is an ingredient in pharmaceuticals, aerosols, insecticides, and pesticides.

And of course, toothpastes. It’s interesting to note that in the 1950s, fluoridated toothpastes were required to carry warnings on their labels saying that they were not to be used in areas where water was already fluoridated. Crest toothpaste went so far as to write: “Caution: Children under 6 should not use Crest.” These regulations were dropped in 1958, although no new research was available to prove that the overdose hazard no longer existed.36

Today, common fluoride levels in toothpaste are 1000 ppm. Research chemist Woodfun Ligon notes that swallowing a small amount adds substantially to fluoride intake.36 Dentists say that children commonly ingest up to 0.5 mg of fluoride a day from toothpaste.36

This inevitably raises another issue: How safe is all this fluoride? According to scientists and informed doctors, such as Dr. John Lee, it is not safe at all. Dr. Lee first took an anti-fluoridation stance back in 1972, when as chairman of an environmental health committee for a local medical society, he was asked to state their position on the subject. He stated that after investigating the references given by both pro- and anti-fluoridationists, the group discovered three important things:

“One, the claims of benefit of fluoride, the 60% reduction of cavities, was not established by any of these studies. Two, we found that the investigations into the toxic side effects of fluoride have not been done in any way that was acceptable. And three, we discovered that the estimate of the amount of fluoride in the food chain, in the total daily fluoride intake, had been measured in 1943, and not since then. By adding the amount of fluoride that we now have in the food chain, which comes from food processing with fluoridated water, plus all the fluoridated toothpaste that was not present in 1943, we found that the daily intake of fluoride was far in excess of what was considered optimal.”31

What happens when fluoride intake exceeds the optimal? The inescapable fact is that this substance has been associated with severe health problems, ranging from skeletal and dental fluorosis to bone fractures, to fluoride poisoning, and even to cancer.


 

Skeletal Fluorosis

When fluoride is ingested, approximately 93% of it is absorbed into the bloodstream. A good part of the material is excreted, but the rest is deposited in the bones and teeth,37 and is capable of causing a crippling skeletal fluorosis. This is a condition that can damage the musculoskeletal and nervous systems and result in muscle wasting, limited joint motion, spine deformities, and calcification of the ligaments, as well as neurological deficits. 38

Large numbers of people in Japan, China, India, the Middle East, and Africa have been diagnosed with skeletal fluorosis from drinking naturally fluoridated water. In India alone, nearly a million people suffer from the affliction.39 While only a dozen cases of skeletal fluorosis have been reported in the United States, Chemical and Engineering News states that “critics of the EPA standard speculate that there probably have been many more cases of fluorosis – even crippling fluorosis – than the few reported in the literature because most doctors in the U.S. have not studied the disease and do not know how to diagnose it.”40

Radiologic changes in bone occur when fluoride exposure is 5 mg/day, according to the late Dr. George Waldbott, author of Fluoridation: The Great Dilemma. While this 5 mg/day level is the amount of fluoride ingested by most people living in fluoridated areas,41 the number increases for diabetics and laborers, who can ingest up to 20 mg of fluoride daily. In addition, a survey conducted by the Department of Agriculture shows that 3% of the U.S. population drinks 4 liters or more of water every day. If these individuals live in areas where the water contains a fluoride level of 4 ppm, allowed by the EPA, they are ingesting 16 mg/day from the consumption of water alone, and are thus at greater risk for getting skeletal fluorosis.42


 

Dental Fluorosis

According to a 1989 National Institute for Dental Research study, 1-2% of children living in areas fluoridated at 1 ppm develop dental fluorosis, that is, permanently stained, brown mottled teeth. Up to 23% of children living in areas naturally fluoridated at 4 ppm develop severe dental fluorosis.43 Other research gives higher figures. The publication Health Effects of Ingested Fluoride, put out by the National Academy of Sciences, reports that in areas with optimally fluoridated water (1 ppm, either natural or added), dental fluorosis levels in recent years ranged from 8 to 51%. Recently, a prevalence of slightly over 80% was reported in children 12-14 years old in Augusta, Georgia.43

Fluoride is a noteworthy chemical additive in that its officially acknowledged benefit and damage levels are about the same. Writing in The Progressive, science journalist Daniel Grossman elucidates this point: “Though many beneficial chemicals are dangerous when consumed at excessive levels, fluoride is unique because the amount that dentists recommend to prevent cavities is about the same as the amount that causes dental fluorosis.”44 Although the American Dental Association and the government consider dental fluorosis only a cosmetic problem, the American Journal of Public Health says that “…brittleness of moderately and severely mottled teeth may be associated with elevated caries levels.”45 In other words, in these cases the fluoride is causing the exact problem that it’s supposed to prevent. Yiamouyiannis adds, “In highly naturally-fluoridated areas, the teeth actually crumble as a result. These are the first visible symptoms of fluoride poisoning.”46

Also, when considering dental fluorosis, there are factors beyond the physical that you can’t ignore – the negative psychological effects of having moderately to severely mottled teeth. These were recognized in a 1984 National Institute of Mental Health panel that looked into this problem.44

A telling trend is that TV commercials for toothpaste, and toothpaste tubes themselves, are now downplaying fluoride content as a virtue. This was noted in an article in the Sarasota/Florida ECO Report,47 whose author, George Glasser, feels that manufacturers are distancing themselves from the additive because of fears of lawsuits. The climate is ripe for these, and Glasser points out that such a class action suit has already been filed in England against the manufacturers of fluoride-containing products on behalf of children suffering from dental fluorosis.


 

Bone Fractures

At one time, fluoride therapy was recommended for building denser bones and preventing fractures associated with osteoporosis. Now several articles in peer-reviewed journals suggest that fluoride actually causes more harm than good, as it is associated with bone breakage. Three studies reported in The Journal of the American Medical Association showed links between hip fractures and fluoride.48-50 Findings here were, for instance, that there is “a small but significant increase in the risk of hip fractures in both men and women exposed to artificial fluoridation at 1 ppm.”51 In addition, the New England Journal of Medicine reports that people given fluoride to cure their osteoporosis actually wound up with an increased nonvertebral fracture rate.52 Austrian researchers have also found that fluoride tablets make bones more susceptible to fractures.53 The U.S. National Research Council states that the U.S. hip fracture rate is now the highest in the world.54

Louis V. Avioli, professor at the Washington University School of Medicine, says in a 1987 review of the subject: “Sodium fluoride therapy is accompanied by so many medical complications and side effects that it is hardly worth exploring in depth as a therapeutic mode for postmenopausal osteoporosis, since it fails to decrease the propensity for hip fractures and increases the incidence of stress fractures in the extremities.”54


 

Fluoride Poisoning

In May 1992, 260 people were poisoned, and one man died, in Hooper Bay, Alaska, after drinking water contaminated with 150 ppm of fluoride. The accident was attributed to poor equipment and an unqualified operator.55 Was this a fluke? Not at all. Over the years, the CDC has recorded several incidents of excessive fluoride permeating the water supply and sickening or killing people. We don’t usually hear about these occurrences in news reports, but interested citizens have learned the truth from data obtained under the Freedom of Information Act. Here is a partial list of toxic spills we have not been told about:

July 1993 – Chicago, Illinois: Three dialysis patients died and five experienced toxic reactions to the fluoridated water used in the treatment process. The CDC was asked to investigate, but to date there have been no press releases.

May 1993 – Kodiak, Alaska (Old Harbor): The population was warned not to consume water due to high fluoride levels. They were also cautioned against boiling the water, since this concentrates the substance and worsens the danger. Although equipment appeared to be functioning normally, 22-24 ppm of fluoride was found in a sample.

July 1992 – Marin County, California: A pump malfunction allowed too much fluoride into the Bon Tempe treatment plant. Two million gallons of fluoridated water were diverted to Phoenix Lake, elevating the lake surface by more than two inches and forcing some water over the spillway.

December 1991 – Benton Harbor, Michigan: A faulty pump allowed approximately 900 gallons of hydrofluosilicic acid to leak into a chemical storage building at the water plant. City engineer Roland Klockow stated, “The concentrated hydrofluosilicic acid was so corrosive that it ate through more than two inches of concrete in the storage building.” This water did not reach water consumers, but fluoridation was stopped until June 1993. The original equipment was only two years old.

July 1991 – Porgate, Michigan: After a fluoride injector pump failed, fluoride levels reached 92 ppm and resulted in approximately 40 children developing abdominal pains, sickness, vomiting, and diarrhea at a school arts and crafts show.

November 1979 – Annapolis, Maryland: One patient died and eight became ill after renal dialysis treatment. Symptoms included cardiac arrest (resuscitated), hypotension, chest pain, difficulty breathing, and a whole gamut of intestinal problems. Patients not on dialysis also reported nausea, headaches, cramps, diarrhea, and dizziness. The fluoride level was later found to be 35 ppm; the problem was traced to a valve at a water plant that had been left open all night.55

Instead of addressing fluoridation’s problematic safety record, officials have chosen to cover it up. For example, the ADA says in one booklet distributed to health agencies that “Fluoride feeders are designed to stop operating when a malfunction occurs… so prolonged over-fluoridation becomes a mechanical impossibility.”56 In addition, the information that does reach the population after an accident is woefully inaccurate. A spill in Annapolis, Maryland, placed thousands at risk, but official reports reduced the number to eight.57 Perhaps officials are afraid they will invite more lawsuits like the one for $480 million by the wife of a dialysis patient who became brain-injured as the result of fluoride poisoning.

Not all fluoride poisoning is accidental. For decades, industry has knowingly released massive quantities of fluoride into the air and water. Disenfranchised communities, with people least able to fight back, are often the victims. Medical writer Joel Griffiths relays this description of what industrial pollution can do, in this case to a devastatingly poisoned Indian reservation:

“Cows crawled around the pasture on their bellies, inching along like giant snails. So crippled by bone disease they could not stand up, this was the only way they could graze. Some died kneeling, after giving birth to stunted calves. Others kept on crawling until, no longer able to chew because their teeth had crumbled down to the nerves, they began to starve….” They were the cattle of the Mohawk Indians on the New York-Canadian St. Regis Reservation during the period 1960-1975, when industrial pollution devastated the herd – and along with it, the Mohawks’ way of life….Mohawk children, too, have shown signs of damage to bones and teeth.”58

Mohawks filed suit against the Reynolds Metals Company and the Aluminum Company of America (Alcoa) in 1960, but ended up settling out of court, where they received $650,000 for their cows.59

Fluoride is one of industry’s major pollutants, and no one remains immune to its effects. In 1989, 155,000 tons were being released annually into the air,60 and 500,000 tons a year were disposed of in our lakes, rivers, and oceans.61


 

Cancer

Numerous studies demonstrate links between fluoridation and cancer; however, agencies promoting fluoride consistently refute or cover up these findings.

In 1977, Dr. John Yiamouyiannis and Dr. Dean Burk, former chief chemist at the National Cancer Institute, released a study that linked fluoridation to 10,000 cancer deaths per year in the U.S. Their inquiry, which compared cancer deaths in the ten largest fluoridated American cities to those in the ten largest unfluoridated cities between 1940 and 1950, discovered a 5% greater rate in the fluoridated areas.62 The NCI disputed these findings, since an earlier analysis of theirs apparently failed to pick up these extra deaths. Federal authorities claimed that Yiamouyiannis and Burk were in error, and that any increase was caused by statistical changes over the years in age, gender, and racial composition.63

In order to settle the question of whether or not fluoride is a carcinogen, a Congressional subcommittee instructed the National Toxicology Program (NTP) to perform another investigation.64 That study, due in 1980, was not released until 1990. However, in 1986, while the study was delayed, the EPA raised the standard fluoride level in drinking water from 2.4 to 4 ppm.65 After this step, some of the government’s own employees in NFFE Local 2050 took what the Oakland Tribune termed the “remarkable step of denouncing that action as political.”66

When the NTP study results became known in early 1990, union president Dr. Robert Carton, who works in the EPA’s Toxic Substances Division, published a statement. It read, in part: “Four years ago, NFFE Local 2050, which represents all 1100 professionals at EPA headquarters, alerted then Administrator Lee Thomas to the fact that the scientific support documents for the fluoride in drinking water standard were fatally flawed. The fluoride juggernaut proceeded as it apparently had for the last 40 years – without any regard for the facts or concern for public health.

“EPA raised the allowed level of fluoride before the results of the rat/mouse study ordered by Congress in 1977 was complete. Today, we find out how irresponsible that decision was. The results reported by NTP, and explained today by Dr. Yiamouyiannis, are, as he notes, not surprising considering the vast amount of data that caused the animal study to be conducted in the first place. The results are not surprising to NFFE Local 2050 either. Four years ago we realized that the claim that there was no evidence that fluoride could cause genetic effects or cancer could not be supported by the shoddy document thrown together by the EPA contractor.

“It was apparent to us that EPA bowed to political pressure without having done an in-depth, independent analysis, using in-house experts, of the currently existing data that show fluoride causes genetic effects, promotes the growth of cancerous tissue, and is likely to cause cancer in humans. If EPA had done so, it would have been readily apparent – as it was to Congress in 1977 – that there were serious reasons to believe in a cancer threat.

“The behavior by EPA in this affair raises questions about the integrity of science at EPA and the role of professional scientists, lawyers and engineers who provide the interpretation of the available data and the judgements necessary to protect the public health and the environment. Are scientists at EPA there to arrange facts to fit preconceived conclusions? Does the Agency have a responsibility to develop world-class experts in the risks posed by chemicals we are exposed to every day, or is it permissible for EPA to cynically shop around for contractors who will provide them the ‘correct’ answers?”67 What were the NTP study results? Out of 130 male rats that ingested 45 to 79 ppm of fluoride, 5 developed osteosarcoma, a rare bone cancer. There were cases, in both males and females at those doses, of squamous cell carcinoma in the mouth.68 Both rats and mice had dose-related fluorosis of the teeth, and female rats suffered osteosclerosis of the long bones.69

When Yiamouyiannis analyzed the same data, he found mice with a particularly rare form of liver cancer, known as hepatocholangiocarcinoma. This cancer is so rare, according to Yiamouyiannis, that the odds of its appearance in this study by chance are 1 in 2 million in male mice and l in 100,000 in female mice.39 He also found precancerous changes in oral squamous cells, an increase in squamous cell tumors and cancers, and thyroid follicular cell tumors as a result of increasing levels of fluoride in drinking water.70

A March 13, 1990, New York Times article commented on the NTP findings: “Previous animal tests suggesting that water fluoridation might pose risks to humans have been widely discounted as technically flawed, but the latest investigation carefully weeded out sources of experimental or statistical error, many scientists say, and cannot be discounted.”71 In the same article, biologist Dr. Edward Groth notes: “The importance of this study…is that it is the first fluoride bioassay giving positive results in which the latest state-of-the-art procedures have been rigorously applied. It has to be taken seriously.”71

On February 22, 1990, the Medical Tribune, an international medical news weekly received by 125,000 doctors, offered the opinion of a federal scientist who preferred to remain anonymous:

“It is difficult to see how EPA can fail to regulate fluoride as a carcinogen in light of what NTP has found. Osteosarcomas are an extremely unusual result in rat carcinogenicity tests. Toxicologists tell me that the only other substance that has produced this is radium….The fact that this is a highly atypical form of cancer implicates fluoride as the cause. Also, the osteosarcomas appeared to be dose-related, and did not occur in controls, making it a clean study.”72

Public health officials were quick to assure a concerned public that there was nothing to worry about! The ADA said the occurrence of cancers in the lab may not be relevant to humans since the level of fluoridation in the experimental animals’ water was so high.73 But the Federal Register, which is the handbook of government practices, disagrees: “The high exposure of experimental animals to toxic agents is a necessary and valid method of discovering possible carcinogenic hazards in man. To disavow the findings of this test would be to disavow those of all such tests, since they are all conducted according to this standard.”73 As a February 5, 1990, Newsweek article pointed out, “such megadosing is standard toxicological practice. It’s the only way to detect an effect without using an impossibly large number of test animals to stand in for the humans exposed to the substance.”74 And as the Safer Water Foundation explains, higher doses are generally administered to test animals to compensate for the animals’ shorter life span and because humans are generally more vulnerable than test animals on a body-weight basis.75

Several other studies link fluoride to genetic damage and cancer. An article in Mutation Research says that a study by Proctor and Gamble, the very company that makes Crest toothpaste, did research showing that 1 ppm fluoride causes genetic damage.76 Results were never published but Proctor and Gamble called them “clean,” meaning animals were supposedly free of malignant tumors. Not so, according to scientists who believe some of the changes observed in test animals could be interpreted as precancerous.77 Yiamouyiannis says the Public Health Service sat on the data, which were finally released via a Freedom of Information Act request in 1989. “Since they are biased, they have tried to cover up harmful effects,” he says. “But the data speaks for itself. Half the amount of fluoride that is found in the New York City drinking water causes genetic damage.”46

A National Institutes of Environmental Health Sciences publication, Environmental and Molecular Mutagenesis, also linked fluoride to genetic toxicity when it stated that “in cultured human and rodent cells, the weight of evidence leads to the conclusion that fluoride exposure results in increased chromosome aberrations.”78 The result of this is not only birth defects but the mutation of normal cells into cancer cells. The Journal of Carcinogenesis further states that “fluoride not only has the ability to transform normal cells into cancer cells but also to enhance the cancer-causing properties of other chemicals.”79

Surprisingly, the PHS put out a report called Review of fluoride: benefits and risks, in which they showed a substantially higher incidence of bone cancer in young men exposed to fluoridated water compared to those who were not. The New Jersey Department of Health also found that the risk of bone cancer was about three times as high in fluoridated areas as in nonfluoridated areas.46

Despite cover-up attempts, the light of knowledge is filtering through to some enlightened scientists. Regarding animal test results, the director of the U.S. National Institute of Environmental Health Sciences, James Huff, does say that “the reason these animals got a few osteosarcomas was because they were given fluoride…Bone is the target organ for fluoride.”80 Toxicologist William Marcus adds that “fluoride is a carcinogen by any standard we use. I believe EPA should act immediately to protect the public, not just on the cancer data, but on the evidence of bone fractures, arthritis, mutagenicity, and other effects.”81

The Challenge of Eliminating Fluoride

Given all the scientific challenges to the idea of the safety of fluoride, why does it remain a protected contaminant? As Susan Pare of the Center for Health Action asks, “…even if fluoride in the water did reduce tooth decay, which it does not, how can the EPA allow a substance more toxic than Alar, red dye #3, and vinyl chloride to be injected purposely into drinking water?”82

This is certainly a logical question and, with all the good science that seems to exist on the subject, you would think that there would be a great deal of interest in getting fluoride out of our water supply. Unfortunately, that hasn’t been the case. As Dr. William Marcus, a senior science advisor in the EPA’s Office of Drinking Water, has found, the top governmental priority has been to sweep the facts under the rug and, if need be, to suppress truth-tellers. Marcus explains83 that fluoride is one of the chemicals the EPA specifically regulates, and that he was following the data coming in on fluoride very carefully when a determination was going to be made on whether the levels should be changed. He discovered that the data were not being heeded. But that was only the beginning of the story for him. Marcus recounts what happened:

“The studies that were done by Botel Northwest showed that there was an increased level of bone cancer and other types of cancer in animals….in that same study, there were very rare liver cancers, according to the board-certified veterinary pathologists at the contractor, Botel. Those really were very upsetting because they were hepatocholangeal carcinomas, very rare liver cancers….Then there were several other kinds of cancers that were found in the jaw and other places.

“I felt at that time that the reports were alarming. They showed that the levels of fluoride that can cause cancers in animals are actually lower than those levels ingested in people (who take lower amounts but for longer periods of time).

“I went to a meeting that was held in Research Triangle Park, in April 1990, in which the National Toxicology Program was presenting their review of the study. I went with several colleagues of mine, one of whom was a board-certified veterinary pathologist who originally reported hepatocholangeal carcinoma as a separate entity in rats and mice. I asked him if he would look at the slides to see if that really was a tumor or if the pathologists at Botel had made an error. He told me after looking at the slides that, in fact, it was correct.

“At the meeting, every one of the cancers reported by the contractor had been downgraded by the National Toxicology Program. I have been in the toxicology business looking at studies of this nature for nearly 25 years and I have never before seen every single cancer endpoint downgraded…. I found that very suspicious and went to see an investigator in the Congress at the suggestion of my friend, Bob Carton. This gentleman and his staff investigated very thoroughly and found out that the scientists at the National Toxicology Program down at Research Triangle Park had been coerced by their superiors to change their findings.”83

Once Dr. Marcus acted on his findings, something ominous started to happen in his life: “…I wrote an internal memorandum and gave it to my supervisors. I waited for a month without hearing anything. Usually, you get a feedback in a week or so. I wrote another memorandum to a person who was my second-line supervisor explaining that if there was even a slight chance of increased cancer in the general population, since 140 million people were potentially ingesting this material, that the deaths could be in the many thousands. Then I gave a copy of the memorandum to the Fluoride Work Group, who waited some time and then released it to the press.

“Once it got into the press all sorts of things started happening at EPA. I was getting disciplinary threats, being isolated, and all kinds of thingswhich ultimately resulted in them firing me on March 15, 1992.”83

In order to be reinstated at work, Dr. Marcus took his case to court. In the process, he learned that the government had engaged in various illegal activities, including 70 felony counts, in order to get him fired. At the same time, those who committed perjury were not held accountable for it. In fact, they were rewarded for their efforts:

“When we finally got the EPA to the courtroom…they admitted to doing several things to get me fired. We had notes of a meeting…that showed that fluoride was one of the main topics discussed and that it was agreed that they would fire me with the help of the Inspector General. When we got them on the stand and showed them the memoranda, they finally remembered and said, oh yes, we lied about that in our previous statements.

“Then…they admitted to shredding more than 70 documents that they had in hand – Freedom of Information requests. That’s a felony…. In addition, they charged me with stealing time from the government. They…tried to show…that I had been doing private work on government time and getting paid for it. When we came to court, I was able to show that the time cards they produced were forged, and forged by the Inspector General’s staff….”83

For all his efforts, Dr. Marcus was rehired, but nothing else has changed: “The EPA was ordered to rehire me, which they did. They were given a whole series of requirements to be met, such as paying me my back pay, restoring my leave, privileges, and sick leave and annual leave. The only thing they’ve done is put me back to work. They haven’t given me any of those things that they were required to do.”83

What is at the core of such ruthless tactics? John Yiamouyiannis feels that the central concern of government is to protect industry, and that the motivating force behind fluoride use is the need of certain businesses to dump their toxic waste products somewhere. They try to be inconspicuous in the disposal process and not make waves. “As is normal, the solution to pollution is dilution. You poison everyone a little bit rather than poison a few people a lot. This way, people don’t know what’s going on.”46

Since the Public Health Service has promoted the fluoride myth for over 50 years, they’re concerned about protecting their reputation. So scientists like Dr. Marcus, who know about the dangers, are intimidated into keeping silent. Otherwise, they jeopardize their careers. Dr. John Lee elaborates: “Back in 1943, the PHS staked their professional careers on the benefits and safety of fluoride. It has since become bureaucratized. Any public health official who criticizes fluoride, or even hints that perhaps it was an unwise decision, is at risk of losing his career entirely. This has happened time and time again. Public health officials such as Dr. Gray in British Columbia and Dr. Colquhoun in New Zealand found no benefit from fluoridation. When they reported these results, they immediately lost their careers…. This is what happens – the public health officials who speak out against fluoride are at great risk of losing their careers on the spot.”31

Yiamouyiannis adds that for the authorities to admit that they’re wrong would be devastating. “It would show that their reputations really don’t mean that much…. They don’t have the scientific background. As Ralph Nader once said, if they admit they’re wrong on fluoridation, people would ask, and legitimately so, what else have they not told us right?”46

Accompanying a loss in status would be a tremendous loss in revenue. Yiamouyiannis points out that “the indiscriminate careless handling of fluoride has a lot of companies, such as Exxon, U.S. Steel, and Alcoa, making tens of billions of dollars in extra profits at our expense…. For them to go ahead now and admit that this is bad, this presents a problem, a threat, would mean tens of billions of dollars in lost profit because they would have to handle fluoride properly. Fluoride is present in everything from phosphate fertilizers to cracking agents for the petroleum industry.”46

Fluoride could only be legally disposed of at a great cost to industry. As Dr. Bill Marcus explains, “There are prescribed methods for disposal and they’re very expensive. Fluoride is a very potent poison. It’s a registered pesticide, used for killing rats or mice…. If it were to be disposed of, it would require a class-one landfill. That would cost the people who are producing aluminum or fertilizer about $7000+ per 5000- to 6000-gallon truckload to dispose of it. It’s highly corrosive.”83

Another problem is that the U.S. judicial system, even when convinced of the dangers, is powerless to change policy. Yiamouyiannis tells of his involvement in court cases in Pennsylvania and Texas in which, while the judges were convinced that fluoride was a health hazard, they did not have the jurisdiction to grant relief from fluoridation. That would have to be done, it was ultimately found, through the legislative process.46 Interestingly, the judiciary seems to have more power to effect change in other countries. Yiamouyiannis states that when he presented the same technical evidence in Scotland, the Scottish court outlawed fluoridation based on the evidence.46

Indeed, most of western Europe has rejected fluoridation on the grounds that it is unsafe. In 1971, after 11 years of testing, Sweden’s Nobel Medical Institute recommended against fluoridation, and the process was banned. The Netherlands outlawed the practice in 1976, after 23 years of tests. France decided against it after consulting with its Pasteur Institute64 and West Germany, now Germany, rejected the practice because the recommended dosage of 1 ppm was “too close to the dose at which long-term damage to the human body is to be expected.”84 Dr. Lee sums it up: “All of western Europe, except one or two test towns in Spain, has abandoned fluoride as a public health plan. It is not put in the water anywhere. They all established test cities and found that the benefits did not occur and the toxicity was evident.”31

Isn’t it time the United States followed western Europe’s example? While the answer is obvious, it is also apparent that government policy is unlikely to change without public support. We therefore must communicate with legislators, and insist on one of our most precious resources – pure, unadulterated drinking water. Yiamouyiannis urges all American people to do so, pointing out that public pressure has gotten fluoride out of the water in places like Los Angeles; Newark and Jersey City in New Jersey; and Bedford, Massachusetts.46 He emphasizes the immediacy of the problem: “There is no question with regard to fluoridation of public water supplies. It is absolutely unsafe…and should be stopped immediately. This is causing more destruction to human health than any other single substance added purposely or inadvertently to the water supply. We’re talking about 35,000 excess deaths a year…10,000 cancer deaths a year…130 million people who are being chronically poisoned. We’re not talking about dropping dead after drinking a glass of fluoridated water…. It takes its toll on human health and life, glass after glass.”46

There is also a moral issue in the debate that has largely escaped notice. According to columnist James Kilpatrick, it is “the right of each person to control the drugs he or she takes.” Kilpatrick calls fluoridation compulsory mass medication, a procedure that violates the principles of medical ethics.13 A recent New York Times editorial agrees:

“In light of the uncertainty, critics [of fluoridation] argue that administrative bodies are unjustified in imposing fluoridation on communities without obtaining public consent…. The real issue here is not just the scientific debate. The question is whether any establishment has the right to decide that benefits outweigh risks and impose involuntary medication on an entire population. In the case of fluoridation, the dental establishment has made opposition to fluoridation seem intellectually disreputable. Some people regard that as tyranny.”85


 

Correspondence:

Gary Null, PhD P. O. Box 918 Planetarium Station New York, New York 10024 USA 212-799-1246

References

1. Dr. John Yiamouyiannis, in interview with Gary Null, 3/10/95. His statement is referenced in the Clinical Toxicology of Commercial Products, Fifth Ed., Williams and Wilkins.
2. Joel Griffiths, “Fluoride: Commie Plot or Capitalist Ploy,” Covert Action, Fall 1992, Vol. 42, p. 30.
3. Ibid., p. 27.
4. Ibid., p. 28.
5. Ibid.
6. McNeil, The Fight for Fluoridation, 1957, p. 37.
7. Griffiths, op. cit., p. 28.
8. Griffiths, op. cit.
9. G.L. Waldbott et al., Fluoridation: The Great Dilemma, Lawrence, XS, Coronado Press, 1978, p. 295.
10. Paul Farhi, Washington Post, 11/23/91.
11. Griffiths, op. cit., p. 63.
12. Longevity Magazine, pp. 7-89.
13. The Morning Call, 2/7/90
14. Science, 1/90.
15. Waldbott, op. cit., p. 255.
16. Letter, Rebecca Hammer, 3/83.
17. U.S. Dept. of Health and Human Services, “Policy statement on community water fluoridation,” July 22, 1992, Washington, D.C.
18. Chemical and Engineering News, 8/1/88, p. 29; Amer. J. Pub. Health, editorial, 5/89, p. 561; J.A. Brunelle and J.P. Carlos, “Recent trends in dental caries in U.S. children and the effect of water fluoridation,” 2/90, p. 276.
19. Los Angeles Times. 1/ 26/95.
20. The Chicago Tribune, 1/26/95.
21. A.S. Gray, Canadian Dental Association Journal, October 1987, pp. 763.
22. Letter, Sierra Club to Wm. K. Reilly, EPA, 7/21/89.
23. John Yiamouyiannis, Fluoride, 1990, Vol. 23, pp. 55-67.
24. Center for Health Action, 3/30/90.
25. Clinical Pediatrics, Nov. 1991.
26. ADA News, 10/17/94.
27. Chemical and Engineering News, 8/1/88, p.31.
28. Waldbott, op. cit., p. xvii.
29. Statement by Dr. James Patrick before Congressional Subcommittee, 8/4/82.
30. Journal of the Canadian Dental Association, Vol. 59, Apr. 1993, p. 334.
31. Gary Null interview with Dr. John Lee, 3/10/95.
32. F. Exner and G. Waldbott, The American fluoridation experiment, 1957, p. 43.
33. Federal Register, 12/24/75.
34. Chemical and Engineering News, 8/1/88, p. 33.
35. Jan G. Stannard et al., “Fluoride levels and fluoride contamination of fruit juices,” The Journal of Clinical Pediatric Dentistry, Vol. 16, No. 1, 1991, pp. 38-40.
36. Waldbott, op. cit., pp. 307-308.
37. Chemical and Engineering News, 8/1/88, p. 49.
38. New York State Coalition Opposed to Fluoridation, release, 11/89.
39. Gary Null interview with Dr. John Yiamouyiannis 4/28/90.
40. Chemical and Engineering News, 8/1/88, p. 36.
41. Waldbott, op. cit., p. 38.
42. F. Exner and G. Waldbott, op. cit., pp. 42-43.
43. Schenectady Gazette Star, 8/5/89.
44. Daniel Grossman, “Fluoride’s Revenge,” The Progressive, Dec. 1990, pp. 29-31.
45. American Journal of Public Health, 12/85.
46. Gary Null interview with Dr. John Yiamouyiannis, 3/10/95.
47. George Glasser, “Dental Fluorosis – A Legal Time Bomb!” Sarasota/Florida ECO Report, Vol. 5, No. 2, Feb. 1995, pp. 1-5.
48. JAMA, Vol. 264, July 25, 1990, pp. 500
49. Cooper et al., JAMA, Vol. 266, July 24, 1991, pp. 513-14.
50. Christa Danielson et al., “Hip fractures and fluoridation in Utah’s elderly population,” JAMA, Vol. 268, Aug. 12, 1992, pp. 746-48.
51. Ibid., p. 746.
52. New England Journal of Medicine, Vol. 322, pp. 802-809.
53. Journal of Bone and Mineral Research, 11/94.
54. U.S. National Research Council, Diet and Health, Washington, D.C., National Academy Press, 1989, p. 121.
55. “Middletown, Maryland latest city to receive toxic spill of fluoride in their drinking water,” report by Truth About Fluoride, Inc., in Townsend Letter for Doctors, 10/15/94, p. 1124.
56. Reprinted by M. Bevis, “Morbidity associated with ingestion/dialysis of community water fluoride,” CDC, Dental Div., 6/11/92, distributed by Safe Water Foundation of Texas.
57. Townsend Letter for Doctors, 10/94, p. 1125.
58. Janet Raloff, “The St. Regis Syndrome,” Science News, July 19, 1980, pp. 42-43; reprinted in Griffiths, op. cit., p. 26.
59. Robert Tomalin, “Dumping grounds,” Wall Street Journal, Nov. 29, 1990; reprinted in Griffiths, op. cit.
60. “Summary review of health effects associated with hydrogen fluoride acid related compounds,” EPA Report Number 600/8-29/002F, Dec. 1988, pp. 1- .
61. John Yiamouyiannis, Lifesaver’s Guide to Fluoridation, Delaware, Ohio, Safe Water Foundation, 1983, p. 1.
62. John Yiamouyiannis and Dean Burk, “Fluoridation of public water systems and cancer death rates in humans,” presented at the 57th annual meeting of the American Society of Biological Chemists, and published in Fluoride, Vol. 10, No. 3, 1977, pp. 102-103.
63. National Institute of Dental Research, “Fluoridation of water and cancer: a review of the epidemiological efficiency,” 1985, pp. 10-13.
64. New York State Coalition Opposed to Fluoridation.
65. Newsday, 2/27/90.
66. Oakland Tribune, 2/16/90. 67. NFFE Local 2050, 3/90.
68. Washington Post, 2/20/90.
69. The Lancet, 2/3/90.
70. Center for Health Action.
71. M.W. Browne, The New York Times, 3/13/90.
72. Medical Tribune, 2/22/90.
73. New York State Medical News, 3/90.
74. S. Begley, Newsweek, 2/5/90.
75. Safe Water Foundation, 3/4/90.
76. Mutation Research, Vol. 223, pp. 191-203.
77. Joel Griffiths, Medical Tribune, 2/22/90.
78. Environmental and Molecular Mutagenesis, Vol. 21, pp. 309-318.
79. Journal of Carcinogenesis, Vol. 9, pp. 2279-2284.
80. Mark Lowey, “Scientists question health risks of fluoride,” Calgary Herald, Calgary, Alberta, Canada, Feb. 28, 1992; in Griffiths, op. cit., p. 66.
81. Griffiths, op. cit., p. 66.
82. Center for Health Action, 3/90.
83. Gary Null interview with Dr. William Marcus, 3/10/95.
84. Longevity Magazine, 7/89.
85. The New York Times, 3/13/90.

Pure Water Gazette Fair Use Statement

At Last! The Gazette’s Great Water Article

by Gene Franks

Chiefest is water of all things, for streaming
Therefrom all life and existence came.
Pindar‘s First Olympian Ode

When they write the history of popular American magazine literature of our age, there will surely be a fat chapter on the genre that I call water articles. Although water articles do not rival diet articles or Elvis articles in popularity, every magazine from Good Housekeeping to Ranger Rick has printed a couple, and the popular health journals serve them as regular fare.

A water article isn’t just any article that’s about water. True water articles follow a rigid format. They start with a gloomy assessment of the nation’s water supply, listing all the possible contaminants, comment on the dismal prospect of the government’s fixing things, then go on to tactics that individuals can resort to. Home remedies include, with predictable regularity, bottled water and the big three in home treatment: carbon filters, reverse osmosis, and distillers. Some articles tell you where you can get your water tested. Some recommend whole-house filters or water softeners. Many feature the familiar contaminant removal charts comparing treatment methods. The charts vary from article to article according to the writers’ prejudices.

The undying popularity of water articles reflects our intense national uneasiness about water. Water articles serve their purpose, but their scope is limited. Surely there is more to be done than buying a water filter and writing letters to Washington. In other places I’ve written some of the usual water article stuff. Here I’m going to try to expand the water article’s parameters. (more…)

Water Treatment Information Sources

Note:  P and T ratings after the article rates it as “popular” (readable by the general public) or “technical” (try it, but you may need to look up some words).

General Information

Glossary of Water Treatment Terms.  Pure Water Annie’s extensive definition list of water treatment terminology.

Pure Water Occasional “Water Treatment Issues” Section.  Contains articles on over 100 common water treatment issues, listed alphabetically.

Chloramine Reduction

Chloramine Reduction for Dialysis.  Technical study of the effectiveness of catalytic carbon for chloramine reduction. (T)

Methods of Chloramine Reduction.  An excellent overview from Water Technology Magazine. (T)
Chloramine Reduction Overview.  An informative non-technical look a the issue from a commercial site.  (P)