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When this ill-fated decision on sludge dumping was implemented,
the Columbine gun boys were a tender 10 and 11 years old. Now commercially
grown produce is subject to more chemical defilement then ever before
in American history. Are we now growing a new generation of violent
gun thugs along with our soybeans and broccoli?
Children at risk
Many studies have documented human risk to pesticide exposure.
Children are a more sensi-tive population than adults. You cannot
think of children as small adults—they are growing rapidly and are
more vulnerable to chemical exposure. They absorb more toxic agents
and have not fully formed a protective blood brain barrier. Therefore
an exposure that has no measurable effect on an adult can cause
a deleterious reaction in children.
Children are more susceptible to pollutants than are adults. Because
they are smaller and rapidly growing they can absorb 40%-50% more
toxic lead than adults. Furthermore, babies fed infant formula rather
than breast milk will absorb more heavy metals, such as manganese
than will a breast-fed child or an adult. A calcium-deficient diet
in childhood will also trigger increased uptake of lead and manganese.
Recent studies show that trace levels of multiple pesticides cause
increased aggression. It is noteworthy that aggression was triggered
with trace combinations of multiple pesticides but not exposure
to a single pesticide. Specifi cally trace pesticide mixtures have
induced abnormal thy-roid hormone levels. Irritability, aggression
and multiple chemical sensitivity are all associated with thyroid
hormone levels.
More recently, in the Journal of the American Medical Association,
heavy metals such as lead have been associated with learning disabilities
(such as attention defi cit disorder), aggressive behavior and delinquency.
More worrisome, at least seven other studies that show violent criminals
have elevated levels of lead, cadmium, manganese, mercury and other
toxic chemicals in their bodies, compared with prisoners who are
not violent.
Who’s really to blame for youth violence?
While society hunts for the scapegoats of youth violence, perhaps
our time would be better spent testing all of the recent teen slayers
for the presence of these toxic pollutants.
We like to believe that a steady diet of violence in the media
is responsible for our more violent world when, in reality, it may
be a steady diet of pesticides and heavy metals that is sending
our youth off the edge. We are concerned about lack of parental
involvement -- in this context, parents who purchase the typical
processed and commercially grown foods for their family may be unknowingly
contributing to their child’s delinquency.
For decades we have regarded the violence in our societies as being
grounded in purely sociologic roots. Meanwhile, according to the
Justice Department, in the decade from 1984-94 the number of youths
under 18 who were arrested for murder TRIPLED. Has society really
degenerated that much…or is it, perhaps, time to focus attention
on the possible human conse-quences resulting from a dramatic conversion
of the nation’s food supply?
This is not your grandfather’s dinner table
The nourishment of the American people has undergone a startling
transformation since World War II. A highly individual cottage industry
of growing food has been transformed into a gigantic, mechanized,
industrial complex. In recent years food technology has led to sweeping
changes in the nutritional composition of diets in the developed
world. The diets of the industrialized world remain “wrapped in
plastic,” while an explosive increase in over-processed foods has
led to a table menu that has been stripped of many essential nutrients
and fi ber. A diet fi lled with fiber-poor convenience foods leads
to a greater uptake of pollutants such as mercury and PCB. The New
England Journal of Medicine has reported that children who are exposed
to low levels of PCBs in the womb grow up with poor reading comprehension,
low IQs and memory problems. PCBs are toxic industrial chemicals
manufactured since 1929 by Monsanto. Further, the widespread use
of pesticides has increased 33 fold since 1942.
What’s society to do?
The research clearly shows that preventing childhood exposure
to toxic agents is only part of the solution. We need to methodically
rethink our dependence on commercial produce and processed food
diets as well as the release of toxic materials into our agricultural
environment. Rather than direct all our attention to the bitter
debates on gun control and the violence in the entertainment industry,
society should not overlook the pressing need for cleaner environ-ments
and nutritious organically grown food.
What’s a parent to do?
Steps you can take to protect your children:
1) Buy organic produce
2) Support product manufacturers that use organic ingredients
3) Patronize area restaurants that use organic ingredients
4) Keep an organic yard, garden and household. Use the tips in the
sidebar to limit your fami-ly’s exposure to toxic chemicals.
5) Limit or eliminate meat and dairy from your family’s diet. 80%
of all corn and soybeans produced in the U.S. – most of it convention-ally
grown – is fed to livestock, which concen-trate the toxins in their
fl esh and milk.
6) Write your senator or congressperson in sup-port of laws establishing
organic standards.
7) Consider having your children tested for heavy metal and/or pesticide
residues, par-ticularly if they are experiencing learning or behavioral
problems.
Dr. J. Robert Hatherill, is a research scientist and faculty
member of the Environmental Studies Program at the University of
California at Santa Barbara. He is the author of “Eat to Beat Cancer”
published by Renaissance Books (1998).
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Practical Organics
Reducing pesticide exposure in the home and garden
In the garden
1) Use benefi cial insects, or insects that prey on pest
insects such as lacewings, ladybug beetles, predatory mites,
parasitic wasps and spiders.
2) Plant beneficial plants to support benefi cial insects,
such as white lace flower, clover, evening primrose, cilantro,
fennel, caraway, dill, flowering buck-wheat, white yarrow
and tansy.
3) Sapsuckers are common garden pests that suck sap from
plants and include aphids, mealybugs, scale, whiteflies, spider
mites and leafhoppers. Use a strong water spray to physically
remove the sapsuckers. You can also control sap-suckers with
petroleum jelly and detergent to create non-toxic sticky traps,
or buy Tack-Trap ™. Prune heavily infested areas of the plant.
4) Caterpillars & cutworms: Hand removal is the most effec-tive
for small numbers. Protect seedlings with seedling stems,
paper collars or cone-shaped screening. You can also make
a neem oil extract trap. Neem tree oil is effective when caterpillars
contact or eat treated plants. Safer Bio-Neem ™ contains neem
oil.
5) Powdery mildew & rust: To reduce the spread of infection
remove infected plant parts as they appear. In January, prune
your roses back and remove all leaves and leaf litter at the
base of the plants.
6) Hand weeding is the best for home gardening. It is easiest
to remove the weeds while they are seedlings. Hand held cultivators
are good to cut down the weeds before they go to fl ower,
pre-venting the seed dispersal. You can also use a propane
torch to fl ame the weeds. The fl ame should be held fi ve
inches above the weed for 10-15 seconds. Or use the sun to
kill weeds. Apply a 2 millimeter, clear plastic tarp over
weed infested area. Be sure to fl atten the weeds and seal
the edges with soil or rocks to retain heat. Remove after
3-4 weeks and replant.
On pets
1) Use fl ea combs and fl ea traps, and bathe pets often
with mild shampoos to control fl eas. Supplements containing
garlic, sulfur and zing, such as Pet Guard ™ may also be helpful.
2) In pet bedding use eucalyp-tus, rosemary and bay leaves
to deter fleas.
In the home
1) Block the entry of ants with duct tape or petroleum jelly
or use Tanglefoot ™
8) Wash ant infested surfaces with soap and water to remove
the chemical trails left by ants that leads them to food.
9) Deny ants food and water. Store dry foods in airtight
con-tainers or in the refrigerator. To protect pet food from
ants, place the food bowl inside a larger bowl fi lled with
water to create a water barrier from the food.
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