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Eating is something we all do every day. Inevitably tied to this eating, given the current chemical dependence of agriculture, is our consumption of pesticides.
What pesticides are poisons by definition and design. Yet, our food and ow water b contaminated with these chemicals often enough that many of us are eating and drinking pesticides on a daily basis.
The health hazards of the pesticides used on our food are significant. About two~thirds of the pesticides used commonly In agriculture cause genetic damage in laboratory tests. About half cause cancer. Forty percent cause reproductive problems These hazards are unnecessary. Farmers today are sustainably, efficiently, and economically growing food with few or no pesticides
Your food dollars can help more farmers make the transition to sustainable production practices. Buy locally. produced and organically grown food whenever possible.
The next four pages of this article contain a camera~ready brochure describing the problems caused by agricultural pesticide use. NCO`P encourages you to copy the brochure and distribute It to your friends and neighbors and at the stores where you buy your food.
By CAROLINE COX
Foot has strong positive images for most of us. Who doesn't think nostalgically about the aroma of chocolate chip cookies just out of the oven on a wintry day? Think about your favorite memories of summer. Don't they include picking and eating strawberries right off the vine or feasting on com on the cob at a barbecue?
And yet, our agricultural system has become so dependent on pesticides that all of these positive images must also include a strongly negative image, pervasive poisons. Often without our knowledge, most foot in the U.S. today is produced using an awesome arsenal of chemical pesticides . These chemicals damage our health, contaminate air and water, and pose hazards for the entire ecosystem.
The solution to the problems caused by our agricultural system's reliance on pesticides is, quite literally, in our hands. We can all use our foot purchases to support farmers who use sustainable management techniques and to encourage more farmers to make the transition. Every time you buy organically- and locally- grown foot, you are sending a clear message about the need to reduce pesticide use. We urge you to send this message every time you shop.
NCAP also urges you to encourage your friends and neighbors to send the same message about reducing the pesticides used on our foot. Here's one simple way that you can do this. Starting on the next page, you will find a short brochure discussing pesticides on foot. Make copies of the brochure (see directions below) and distribute them in your community. The local natural foot store, a grocery store that has already made a commitment to providing organically grown foot, a farmers market, restaurants that use organic produce, or the literature rack in your public library are all good places to distribute the brochure. Contact managers of these businesses and institutions in your town and ask if they would offer the brochure to customers at a display rack, as a bag stuffer, or as a giveaway on the check-out counter.
There are two ways to make copies of the pesticides and foot flyer. If you have access to a copy machine that can use tabloid (11 x 17) paper, make 81/2" x 11" copies of each page, and then tape them together into 11" x 17 sheets. Use these taped sheets as your masters for back-to-back copying onto 11 x 17" paper. The flyer can then be folded in half.
The second way to copy the flyer is to copy the first and second pages back-to-back onto 81/2" x 11 paper. Then copy the third and last pages back-to-back onto a second page Finally, staple the two pages together.
In either case, we recommend that you use recycled paper, preferably not bleached with chlorine. If you have a choice of papers, heavier or more expensive paper will improve the appearance of the flyer.
You may have trouble getting dean copies from the newsprint used to print JPR If so, give NCAP a call. We'll be happy to send you masters on bond paper.
Take this opportunity to protect your own health, the health of your family, the health of the people who produce our food, and the health of the environment. Growing food does not have to mean using poisons. La's put our food dollars to work!
POISONS DON'T BELONG IN NUTRITIOUS FOOD .
USE YOUR FOOD DOLLARS TO SUPPORT AGRICULTURE THAT IS NOT DEPENDENT ON PESTICIDES
Pesticides are widely used in food production to kill or otherwise control unwanted diseases, insects, weeds, or other pests. .
U.S. agriculture uses over 800 million pounds of pesticides annually, almost four pounds for every American. Per acre of land harvested, pesticide use is at its highest level in history.
Despite these huge quantities, pesticide use is virtually a secret You don't know which pesticides have been used on your food.
Food should be tasty and nutritious. Poisons don't fit well with this image, but their presence in food is pervasive .
The U.S. Department of Agriculture looked at pesticide residues on twelve commonly-eaten produce items. They found that almost three-quarters of the samples tested were contaminated with pesticides, even after washing and peeling the produce..
The U.S. Environmental Protection Agency (EPA) estimates that 15 million Americans drink water contaminated with pesticides.
An increasing number of farmers are economically and efficiently growing food without poisons. Organic agriculture is booming. .
It's easy to put your money where your mouth is! Support a transition to a less chemically-reliant agricultural system with your food dollar Buy organically grown, locally-produced food whenever possible Encourage your grocery store to sell more organically grown produce. Shop at farmers markets or become a member of a community-supported agriculture farm.
There can be no question that hazardous pesticides are used on our food. Of the 25 most commonly-used agricultural pesticides, 5 are toxic to the nervous system, and 18 can damage skin, eyes, and lungs. Long-term health problems are also a concern. About half of these commonly-used pesticides have been classified as cancer-causing chemicals by EPA. Seventeen of these 25 pesticides cause genetic damage in laboratory tests, and 10 of them cause reproductive problems. Six of them have been shown to disrupt the normal function of hormone systems. .
In 1993, the National Research Council looked at the hazards to infants and children posed by pesticides in 11 fruits, vegetables, and juices frequently eaten by children. The researchers used an innovative statistical technique that enabled them to calculate individual rather than average exposures. The study found that every day an estimated 1,300 American two-year-olds are consuming organophosphate insecticides in amounts that are ova ten, times the level that EPA believes is acceptable. Most of these pesticide poisonings will not be diagnosed because the symptoms are similar to that of a mild cold or flu .
Pesticide contamination of food makes headlines only occasionally. Many of us remember, for example, when thousands of people were acutely poisoned by aldicarb-contaminated watermelons in 1985. Long-term health problems, and frequent low-intensity poisoning of children are no less important.
When scientists use laboratory animals to study the health effects of a particular pesticide, they typically use high doses. This is because they use only a small number of animals and must document rare health problems. .
These test procedures are designed to save pesticide manufacturers money. Since they are the best data we have, and often the only data we have, it's important to take them seriously.
Our national pesticide law is not designed to protect public health. Instead, the law requires that economic benefits to pesticide uses be weighed against health or environmental hazards .
There are other problems with regulation of pesticide use. Many of the pesticides we use today were registered using outdated health and safety tests. While the law requires that they be brought up to current standards, EPA has only re-evaluated a quarter of these chemicals. Even when the evaluation is complete, hazardous chemicals remain in use. For example, four of the chemicals re-evaluated by EPA in 1995 cause cancer in laboratory tests. . Many pesticide ingredients are called trade secrets by pesticide manufacturers. These ingredients, the so called "inerts," are not subject to most health and safety testing requirements.
We need new laws guaranteeing that all hazardous pesticides will be removed from our food production system.
The people who grow our food are probably the people whose health is most affected by the pesticides used in agriculture. They work directly with all of these poisons .
The numbers are staggering. EPA estimates that about 300,000 farmworker injuries and illnesses are caused by pesticides each year in the United States. Worldwide, the number is in the millions. .
Long-term health problems are also important. The National Cancer Institute has found that farmers have higher than average risks for several types of cancer, including leukemia, lymphoma, brain cancer, and stomach cancer. Recent estimates in California show that farmworkers' exposure exceeded EPA guidelines for all eight cancer-causing pesticides studied, and for most of the seventeen pesticides studied that cause reproductive problems.
The pesticides used to grow our food cause unexpected problems for our entire ecosystem. A few examples follow. .
Strawberry production is destroying the stratospheric ozone layer. The soil fumigant methyl bromide, widely used by strawberry growers, more efficiently destroys the ozone layer than the notorious CFCs (chlorofuorocarbons). . Minute amounts of a sulfonylurea herbicide used to kill unwanted weeds in wheat fields reduce fruit production in other species. The herbicide drifts readily after application. This means small amounts can travel widely, and reduce fruit production on another farm or in naturel vegetation that serves as food for wildlife. .
Atrazine, an herbicide used in corn production, causes breast cancer in laboratory animals. It is also a ubiquitous contaminant of streams and rivers. It has been found in virtually every water sample tested from the Corn Belt, as well as 90 percent of samples from a Pacific Northwest river basin.
Across the country and around the globe farmers are finding that sustainable production practices allow them to be successful farmers and good stewards of their land. These farmers are using innovative practices that prevent pest problems and reduce their pesticide use. . Sales of organically grown food have skyrocketed and now total over $2 billion per year in the U.S. . Nonchemical techniques are commonly used, even among conventional farmers. For example, a recent U.S. Department of Agriculture survey found that almost 20 percent of fruit and nut growers use beneficial insects to help manage insects pests and 85 percent of vegetable farmers use some alternatives to herbicides for managing weed problems. . With your encouragement, more farmers will use more of these sustainable techniques. Our agricultural system will then reduce its reliance on pesticides.
Aspelin, A.L. 1994. Pesticides industry sales and wage: 1992 and 1993 market estimates. U.S. EPA. Office of Prevention, Pesticides and Toxic Substances. Office of Pesticide Programs. Biological and Economic Analysis Division. Washington, D.C. (June.)
Rosenfeld, A. 1993. Agrichemicals in America Farmer's reliance on pesticides and fertilizers. Washington D.C.: Public Voice for Food and Health Policy. (May.;
U.S. Dept. of Agriculture. Agricultural Marketing Service. 1995. Pesticide data program: Annual summary calendar year 1993. Washington, D.C. (June.)
U.S. EPA. Office of Water. Office of Pesticides and Toxic Substances .1992. National survey of pesticides in drinking water wells: Another look Washington, D.C.
Aspelin, A.L. 1994. Pesticide industry sales and usage: 1992 and 1993 marker estimates. U.S. EPA. Office of Prevention, Pesticide and Toxic Substances. Office of Pesticide Programs. Biological and Economic Analysis Division. Washington, D.C. (June.)
Morgan, D.P. 1989. Recognition and management d pesticide poisonings. Washington, D.C.: U.S. EPA. Office of Pesticide Programs. Health Effects Division. U.S. EPA. Office of Prevention, Pesticides and Toxic Substances. 1993. List of chemicals evaluated for carcinogenic potential. Memo from Reto Engler, senior science advisor, Health Effects Division to Health Effects Division Branch Chiefs, et al. Washington, D.C. (August 31.)
U.S. Dept. of Health and Human Services. Public Health Service. Center for Disease Control. National Institute for Occupational Safety and Health. 1993. Registry of toxic effects of chemical substances. Microfiche edition. Sweet, D.V. (ed.). Cincinnati, OH. (Jan.)
Colborn, T, F.S. vom Saal, and A.M. Soto. 1993. Developmental effects of endocrine-disrupting chemicals in wildlife and humans. Environ. Health Persp. 101(5): 378-384.
National Research Council. Committee on Pesticides in the Diets of Infants and Children. Board on Agriculture and Board on Environmental Studies and Toxicology. Commission on Lib Sciences. 1993. Pesticides in the diets of infants and children. Washington, D.C.: National Academy Press.
Huff, J. and J.K. Haseman. 1991. Exposure to certain pesticides may pose real carcinogenic risk. Chem. Eng. News: (Jan. 7):33-36.
Regulation of pesticides doesn't protect us U.S. EPA. Office of Pesticide Programs. 1995. Pesticide Program Progress Report Washington, D.C. (April.) Federal Insecticide, Fungicide and Rodenticide Act.
U.S. EPA. Office of Prevention, Pesticides and Toxic Substances. 1993. List of chemicals evaluated for carcinogenic potential. Memo from Reto Engler, senior science advisor Health Effects Division to Health Effects Division Branch Chief, et al. Washington, D.C. (August 31.)
U.S. General Accounting Office. 1 992. Hired farmworkers: Health and well-being at risk. Washington, D.C. (February.)
Pun American Health Organization. 1993. Pesticides and heath in the Americas. Environmental Series #12. Washington, D.C.
Blair, A, and S.H. Zahm. 1991. Cancer among farmers. Occup. Med.: State Art Rev. 6(3): 335-354.
Woodruff, TJ., A.D. Kyle, and F.Y. Bois. 1994. Evaluating health risks from occupational exposure to pesticides and the regulatory response. Environ. Health Persp. 102(12):1088-1006.
Pesticides hurt everyone and every species U.S. EPA. 1993. Protection of stratospheric ozone. Federal Register 58(236): 6501~65082. (Dec. 10.)
Fletcher, J.S., T.G. Pfleeger, and H.C. Ratsch. 1993. Potential environmental risks associated with the new sulfonylurea herbicides. Environmental Science and Technology 27(10):2250-2252.
U.S. EPA. 1994. Atrazine, simazine, and cyanazine Notice of initiation of special review. Federal Register
59(225): 60412-60443. (Nov. 23.) Goolsby, D A., L.L. Boyer, and G. E. Mallard. 1993. Selected papers on agricultural chemicals in water resources of the midcontinental United States Open file Report 95-418. Denver, CO: U.S. Geological Survey
Harrison, H.E. et al. 1995. Analytical data from Phases 1 and 11 of the Willamette River Basin Water Quality Study, Oregon, 1992-1994. Open-Fib Report 95-373. Portland, OR: U.S. Geological Survey.
Mergentine, K. and M. Emerich. 1994. Organic market overview: Organic sales jump over $2 million mark in 1994. Natural Foods Merchandiser 18: 7~78.
Vandeman, A. et al. 1994. Adoption of integrated peat management in U.S. agriculture. Agriculture Information Bulletin No. 707. Washington, D.C.: U.S. Dept. of Agriculture. Economic research Service
0 1. Buy organically grown, locally produced food whenever possible. Spend your food dollars at a farmers market or a community supported. agriculture farm
0 2. Write to your grocery store, or talk to an employee. Ask them to carry more organic produce.
0 3. Write to your senator and representative. Ask them to support federal laws that keep hazardous pesticides out of our food. Also ask them to support the development and promotion of alternative pest management techniques for farmers.
0 4. Join NCAP. We'll keep you updated on pesticide and food safety issues,
Citation : Cox, Caroline. 1995, " Towards healthy eating ", Vol. 15, No. 4, 1995, pp. 2-6.
Copyright © 1995 Northwest Coalition for Alternatives to Pesticides.
Reprinted with permission.
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