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PROTECTING OUR BABY'S FUTURE
When
we have a baby, we must do our part to ensure a healthy future. Organic
agriculture minimizes children’s exposure to toxic and persistent pesticides in
the soil in which they play, the air they breathe, the water they drink, and the
foods they eat.
Here are reasons why
minimizing exposure to toxic and persistent pesticides is so important:
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"Pesticides pose special concerns to children
because of their high metabolisms and low body weights. More than 1 million
children between the ages of 1 and 5 ingest at least 15 pesticides every day
from fruits and vegetables. More than 600,000 of these children eat a dose of
organophosphate insecticides that the federal government considers unsafe, and
61,000 eat doses that exceed benchmark levels by a factor of 10 or more."
Source: Food for Thought: The Case for Reforming Farm Programs to
Preserve the Environment and Help Family Farmers, Ranchers and Foresters,
pages 12-13,
www.environmentaldefense.org/pubs/Reports. Original source: Environmental
Working Group, "Overexposed: Organophosphate Insecticides in Children’s Food,"
1998, pp. 1-3.
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"Our children are born with a deposit of pesticides and other
foreign chemicals in their bodies, caused by a shift of maternal pesticide
‘body burden’ through the placenta; after birth, children ‘inherit’ further
load through breastfeeding. Pesticides have a cumulative multigenerational
destructive impact on human health, especially behavior. Pesticides are a
serious threat to the physical, emotional and mental development of children
and future generations," according to a report from the Environmental Illness
Society of Canada. Presented to the Canadian House of Commons Standing
Committee on Environment and Sustainable Development, the report called for a
moratorium on pesticide use for cosmetic purposes. It noted: "Once released
into the environment, the spread of pesticides cannot be controlled.
Radioactively traced pesticides sprayed over in the United Kingdom were
detected five to seven days later in the southern USA. Traces of insecticides
used in tropical areas were detected in Arctic trees. Global air currents,
hurricanes, etc., can transport pesticides and other chemicals even to the
other hemisphere." Als "Pesticides and other pollutants can interfere with
proper sexual differentiation; they can also cause other birth defects and
multigenerational health problems, such as allergies, immunotoxicity,
neurotoxicity and cancer in the individual, that individual’s offspring, and
subsequent generations." In addition: "A Canadian-USA study detected
pesticides in the amniotic fluid in one-third of human pregnancies."
Source: Pesticides: Their Multigenerational Cumulative Destructive
Impact on Health, Especially on the Physical, Emotional and Mental Development
of Children and of Future Generations—Canadian Government Responsibilities and
Opportunities, February 2000, Environmental Illness Society of Canada,
www.eisc.ca/pesticide_moratorium.html.
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A National Cancer Institute researcher who matched
pesticide data and medical records in 10 California agricultural counties
reported that pregnant women living within nine miles of farms where
pesticides are sprayed on fields may have increased risk of losing an unborn
baby to birth defects.
Source: National Coalition against the Misuse of Pesticides
Technical Report newsletter, April 2001.
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"Exposure to pesticides can cause a range of ill
effects in humans, from relatively mild effects such as headaches, fatigue,
and nausea, to more serious effects such as cancer and neurological disorders.
In 1999, EPA estimated that nationwide there were at least 10,000 to 20,000
physician-diagnosed pesticide illnesses and injuries per year in farm work.
Environmental effects are evident in the findings of the U.S. Geological
Survey, which reported in 1999 that more than 90 percent of water and fish
samples from streams and about 50 percent of all sampled wells contained one
or more pesticides. The concern about pesticides in water is especially acute
in agricultural areas, where most pesticides are used."
Source: Agricultural Pesticides: Management Improvements Needed to
Further Promote Integrated Pest Management, General Accounting Office
[GAO-01-815, Page 4, August 2001].
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A study, financed by Britain’s Economic and Social
Research Council, has concluded that the combination of soil erosion,
pollution and inadequate diet is affecting the intelligence of millions of
people in the developing world, with effects ranging from severe intellectual
disabilities to "sub-clinical decline" in whole populations. The report notes
that Green Revolution crops produce several times as much grain as the
traditional varieties they replaced, thus dramatically increasing food
supplies. However, unlike their predecessors, the new crops fail to take up
minerals such as iron and zinc from the soil.
Source: The Environmental Threat to Human Intelligence, by
Christopher Williams, a study funded by Britain’s Economic and Social Research
Council in its Global Environmental Change Programme, April 24, 2000
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U.S. consumers can experience up to 70 daily exposures to
residues from persistent organic pollutants (POPs) through their diets,
according to a report from the Pesticide Action Network North America. The use
of POPs is not allowed in organic agriculture. The top ten POP-contaminated
food items, in alphabetical order, are butter, cantaloupe, cucumbers/pickles,
meatloaf, peanuts, popcorn, radishes, spinach, summer squash, and winter
squash. The two most pervasive POPs in food are dieldrin and DDE. Source:
Nowhere to Hide: Persistent Toxic Chemicals in the U.S. Food Supply,
Pesticide Action Network North America, 2000,
www.panna.org.
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A study to assess preschool children’s
organophosphorus pesticide exposure in the Seattle Metropolitan area made an
interesting discovery: the only child whose urine contained no measurable
pesticide metabolites lives in a family that buys exclusively organic produce
and does not use any pesticides at home. In the study conducted by the
University of Washington Department of Environmental Health, urine samples
were collected from 96 children during the spring and fall. In the study, 83
children had at least one measurable dialkylphosphate (DAP) metabolite in the
spring sampling, while 88 had at least one measurable DAP metabolite in the
fall sampling. Only 1 child—the one whose parents bought exclusively organic
produce--had no metabolites in both samples. Children living in households
with a garden had significantly higher diethyl DAP concentrations than those
without a garden, and those where garden pesticide use was reported had
significantly higher diethyl and dimethyl DAP levels. In fact, there was an
association between reported residential pesticide use and elevated DAP
metabolite concentrations.
Source: Environmental Health Perspectives, Vol. 109, No. 3,
March 2001 (pp. 299-303, C. Lu, D.E. Knutson, J. Fisker-Andersen, and R.A.
Fenske, "Biological Monitoring Survey of Organophosphorus Pesticide Exposure
among Preschool Children in the Seattle Metropolitan area").
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A National Academy of Sciences study suggested
that one out of four developmental and behavioral problems in children may be
linked to genetic and environmental factors, including exposure to lead,
mercury, and organophosphate pesticides.
Source: Scientific Frontiers in Developmental Toxicology and Risk
Assessment, National Academy of Sciences, National Academy Press, 2000.
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"Government tests show that red raspberries,
strawberries, apples, and peaches grown in the United States and cantaloupe
from Mexico are the foods most contaminated with pesticides. The fruits least
contaminated with pesticides were watermelon, bananas, kiwi, pineapple, and
domestically grown cantaloupe. The least contaminated vegetables include corn,
onions and peas. Organic is the safest choice of all."
Source: Environmental Working Group press release, Feb. 25, 1999,
concerning "How ‘Bout Them Apples? Pesticides in Children’s Food Ten Years
After Alar."
Organic Trade Association, July 2002.
Why Children May be Especially
Sensitive to Pesticides
Babies and children are especially
sensitive to health risks posed by pesticides for several reasons:
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their internal
organs are still developing and maturing,
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in relation to
their body weight, infants and children eat and drink more than adults,
possibly increasing their exposure to pesticides in food and water.
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certain
behaviors--such as playing on floors or lawns or putting objects in their
mouths--increase a child's exposure to pesticides used in clothing, homes and
yards.
Pesticides may harm a developing
child by blocking the absorption of important food nutrients necessary for
normal healthy growth. Another way pesticides may cause harm is if a child's
excretory system is not fully developed, the body may not fully remove
pesticides. Also, there are "critical periods" in human development when
exposure to a toxin can permanently alter the way an individual's biological
system operates.
Birth Defects Higher in Babies
Born to Families
Living near Farming Areas using Pesticides
SOURCE: Environmental Health
Perspectives
Volume 111(9):1259-1264, July, 2003
Babies born to families living near
wheat growing agricultural areas using chemical pesticides have been found to
have a 65% greater risk of having birth defects related to the
circulatory/respiratory system. The pesticide category believed to be the
culprit is known as chlorophenoxy herbicides that contain the chemical 2,4-D.
Chlorophenoxy herbicides are used to kill a variety of weeds and are also
commonly used by city and county maintenance departments for grass and weed
control along roads, canals etc. Other conclusions of the study found there was
over a 100% increase in respiratory/circulatory birth defects in babies if heart
malformations were excluded. When looking at musculoskeletal/intergumental
anomalies for both sexes in the high-wheat growing counties, there was a 50%
increased risk of these types of defects. Infant deaths for male babies (from
congenital anomalies related to the birth defects) was over 2.5 times higher
than normal. Scientists also found that infants conceived from April-June (the
time of primary pesticide application) had a 75% increased risk of being
diagnosed with birth defects - compared to birth defect rates for co | | |