APPENDIX II-B:  Permethrin is Nerve Gas:

 

Environment issues: Agricultural pesticides  

 

Author: Richard Strauss
Published: 2003/12/27
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Agricultural pesticides

Sources, dangers and remedial action

 

Nationwide, thousands of pesticide-related accidents are reported each year! In 1994, in California alone, 1,332 illnesses and three deaths were linked to pesticides use, according to the California office of the EPA. Just as alarming are the health problems that might be caused by long-term exposure to pesticide residues in our food, our water, and the environment.
There are about 2.2 billion pounds of pesticides used annually in the
U.S., not only on commercial crops, but in homes, gardens, schools, offices, grocery stores, golf courses and parks. The definition of pesticides are "any substance or mixture of substances intended for preventing, destroying, repelling or mitigating any pest." So in addition to insect repellents and bug sprays, pesticides include the weed killers you use on your lawn, the rat poison in your basement and the flea collar on your cat or dog.
Also, because bacteria is classified as a "pest," the chemicals in your pool and even the disinfectants stored under your kitchen sink--- such as bleach and ammonia--- are considered pesticides! 
As a result, you probably come in contact with far more potentially dangerous chemicals than you realize. Obviously, there is plenty we don't know about the subtle effects of pesticides on human health. But given what we do know, experts advise us to limit our exposure.

Pesticides have also been used in the building industry to condition a site where insect infestations prevented successful construction. 

Chlordane was used as a termiticide on various surfaces of homes built before 1988. Chlordane replaced pentachlorophenol (penta) for this purpose when adverse health effects from penta became understood. Unfortunately, neither chemical is harmless to humans. Penta can cause rapidly fatal poisoning, sweating, high fever, breathing problems, chest and abdomen pains, and death. Repeated exposures may damage the liver and kidneys. Chlordane is a carcinogen that may damage developing fetuses and cause low fertility in men and women. Exposure can lead to convulsions, unconsciousness, and death. Low-level exposures can cause nausea, headaches, abdominal pain, and eye irritation. Standard procedure for homes in termite-prone areas was to apply 100 gallons of chlordane to soil around a foundation per 1,000 square feet of living space. Penta or chlordane can enter a house the same way radon does: through pathways such as foundation or basement floor cracks as a home becomes depressurized.

Penta and chlordane have been replace with other chemicals. A popular one is chlorpyrifos, which causes wheezing, laryngeal spasms, and excessive salivation. Respiratory and central nervous systems may be affected by long-term exposures. Chemicals in other pesticides, herbicides, and fungicides have been observed as soil pollutants. These have been applied to lawns in suburban areas and have long been used for agricultural purposes in rural areas. Regarding the latter case, this may become more of an issue as agricultural lands are increasingly being converted to housing development. The effects of chlorodane include: birth defects, male and female fertility problems, convulsions, unconsciousness, death 


All pesticides are designed to have a lethal or catastrophic effect. Just because you are not an insect does not mean you are completely immune from the effects of the chemical components. High concentrations and exposure times may combine to cause serious or fatal outcomes on the human population.

Let's get some facts laid out:

1) NO PESTICIDE IS COMPLETELY SAFE.
All pesticides are toxic to varying degrees. If using pesticides, follow directions carefully. Check credentials carefully in hiring exterminators. Ask what chemicals are being used, how much will be used, how long it will be in the air? 

2) PESTICIDES DON'T STAY WHERE THEY'RE PUT.
If you've ever used weed killers on your lawn, you can bet they're probably in your carpet, too! EPA researchers found that herbicides can cling to your shoes and be tracked into the house, and residues can remain in your carpet for as long as a year.

3) PRODUCE SOLD IN OUR STORES MAY CONTAIN UNACCEPTABLE LEVELS OF PESTICIDES.
344 million pounds of potentially dangerous pesticides were legally exported by the
U.S. from 1992 through 1994. Dubbed the "Circle of Poison," some of those pesticides return as residues on imported foods. Only 1 percent of all imports are tested by the Food and Drug Administration for illegal pesticide residues. BE CAREFUL!

4) INERT INGREDIENTS AREN'T NECESSARILY HARMLESS.
In addition to the active ingredient--- the chemical that actually kills the pest--- it's not uncommon for home pesticide products to consist of 99 percent or more inert ingredients. Inert ingredients can be dangerous, "sometimes they can be more toxic than the active ingredient". It is a concern that these substances could cause health damage to people who are exposed to them.

5) YOU DON'T HAVE TO SWALLOW A PESTICIDE TO BE HARMED BY IT.
There are 2 other routes of exposure: Inhalation and absorption through the skin. Even if inhaling, absorbing or ingesting traces of pesticides causes no symptoms, small amounts can build up in your body over time. Some chemicals pass right through your body while others tend to accumulate in fatty tissue.

6) CHILDREN ARE MORE VULNERABLE TO PESTICIDES.
"Because their systems are still developing and because they consume more food and fluids--- relative to their body size than adults, children are more at risk from toxic substances. 

7) PESTICIDE RESIDUES ARE IN OUR DRINKING WATER! 
More than 75 percent of pesticides are used for agricultural purposes, and many eventually find their way into our water supplies, especially from May through July, the peak growing season. A 1995 study by the Environmental Working Group, a nonprofit environmental research group based in
Washington D.C., found that 21 out of 29 midwestern cities had 4 or more different weed killers, or herbicides, in their tap water. Atrazine, the top selling pesticide in the U.S. (commonly used on corn crops), was found in all but 1 city. This herbicide is banned in a number of European countries, possibly because several studies showed a potential for increased cancer risks in humans and in rats. The EPA has launched a special review of Atrazine and similar pesticides, but the review won't be complete for several years. 
Just how dangerous is pesticide contaminated tap water? There's no easy answer. When the EPA sets tolerances for acceptable levels of pesticide residue in water (or food), a margin of safety, typically a hundredfold is factored in to cover uncertainties such as the differences between the humans and animals studied. The problem, acknowledged by officials and environmentalists alike, is that those tolerances don't take into account the realistic potential for, say, traces of nine different weed killers in a single glass of water. The unknown cumulative effects are one concern; the possibility of synergism, in which one chemical boosts the power of a second chemical, is another problem altogether

8) SOME HOUSEHOLD PESTICIDES ARE CHEMICAL COUSINS OF NERVE GAS!
Malathion, Permathrin, Diazinon, Methyl parathion and some other commonly used pesticides belong to a class of chemicals called Organophosphates. So does Sarin, the nerve gas tens of thousands of soldiers were exposed to in the Gulf War! All organophosphates, whether household bug killers or wartime nerve gases, function by interfering with cholinesterase, an enzyme essential to the nervous system of humans, animals and insects. Unfortunately, what hasn't been studied is what low-level exposure means over long time periods. Currently, the effects of organophosphate poisoning are a central part of the debate over Gulf War syndrome. More alarmingly some of these chemicals are used in popular shampoo treatments for head lice and scabies. READ THE LABELS of any product very carefully. Watch out for trade names and latinisation! 

9) FOR MORE INFORMATION.
The EPA's office of Pesticide Programs offers dozens of free publications. For a catalog, write U.S. Environmental Protection Agency,
National Center for Environmental Publications and Information, Attn: Publications Orders, P.O. box 42419, Cincinnati, OH., 45242 or call 513-489-8190.



9 WAYS TO REDUCE YOUR EXPOSURE TO PESTICIDES. 

1) Buy fruits and vegetables in season; the closer produce was grown to your home, the less likely it is to have been treated with chemicals to keep it pest free during storage and shipping. 
2) Thoroughly rinse all fruits and vegetables, but don't use detergents, they may leave behind chemical residues not intended for human consumption. Consider peeling any produce that's heavily waxed; the wax may have been mixed with fungicides to extend the shelf life of the produce. 
3) Consider buying organic produce or growing some of your own. 
4) Always trim fat from meat and fish; some pesticides build up in fatty tissues. 
5) Ask neighbors to let you know when they plan to spray pesticides in their yard so you can be sure kids and pets are out of harms way. Stay off any lawn that's been treated for at least 24 hours! 
6) If you use a commercial lawn and landscape maintenance service--- and some 13 million Americans do, find out exactly what pesticides are applied and how often. Ask if the company offers alternatives. Also, warn kids to stay away from lawn treatment trucks and to avoid areas with flags that indicate a lawn, tree or shrub has been sprayed with chemicals. 
7) Find out what pest-management practices are used in your office and your child's school. Ask to be notified when chemical pesticides are used and encourage alternative nonchemical pest-control methods. 
8) Find out if drinking water in your area has high pesticide residues. You can ask your water supplier for test results or, if you use a 
9) private well, have it tested yourself. Also, encourage local officials to work on eliminating the source of contamination. Filtration methods are available to greatly reduce this problem.



PESTICIDES http://www.chem-tox.com/pesticides/index.htm

 

 

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