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Fact Pack
Pesticides Are Prevalent
- The U.S. applies twice the amount of pesticides it did prior
to the publication of Rachel Carson’s book Silent Spring
in 1962.(1) Silent Spring warned of
the dangers of continuing to rely heavily on pesticides, yet we
now use them more than ever.
- Homeowners applied 80 million pounds of pesticides in 1999.
Industrial, commercial, and governmental applications totaled
126 million pounds; and, agricultural applications, 706 million
pounds in the same year.(2)
Industry Members Support Posting Notice of Pesticide Use
- The U.S. General Accounting Office surveyed five large lawn
care firms and they all support the Professional Lawn Care Association
of America’s position in favor of: 1) providing prior notification
of pesticide applications to customers and adjacent property owners,
if requested; 2) providing information to customers at the time
of treatment, if requested; and 3) posting warning signs at the
time of pesticide application.(3)
Integrated Pest Management (IPM) Reduces Pesticide Use
- IPM preserves the environment.(4)
- IPM reduces the frequency and potency of pesticide applications
and uses safer materials. As a result, IPM minimizes the dangers
associated with pesticide applications, including accidents, drift,
and toxic effects on non-target organisms and wildlife.(4)
- Ten years of IPM research and education in the Rio Grande Valley,
Texas, led to:
- A 43% reduction in pounds of pesticides
applied per acre of onions, and a 73% reduction in the associated
risks; and
- A 61% reduction in pounds of pesticides
applied per acre of cabbage, and a 77% reduction in the associated
risks.(5)
Reducing Pesticide Use Saves Money
- Economists have estimated that the nationwide health impacts
from pesticide use total as much as $786 million dollars per year.(6)
- Reduced input costs from pesticides, fertilizers, and irrigation
result when using IPM techniques.(4)
- Scheduling target-specific pesticide application, instead of
indiscriminate spraying, affords the best possible results and
insures the most efficient use of pesticide products.(4)
- The destruction of pests’ natural enemies costs about
$520 million annually.(7)
- Fish kills resulting from pesticide use cost between $24 and
$56 million annually.(7)
- Approximately 67 million birds are killed annually as a result
of pesticide use, valued at about $2.1 billion.(7)
- Additionally, it is impossible to measure the damage caused
by pesticides to invertebrate and micro-organism populations.(7)
Disclosing Pesticide Use Is Beneficial
- The fact that a pesticide is registered (and, therefore, approved
for use) by the U.S. Environmental Protection Agency (EPA) does
not mean that it is safe; it simply means that standards have
been established to minimize the risks associated with its use.(8)
- Many outdoor-use pesticides are tracked into the home and accumulate
at indoor concentrations up to 100 times higher than outdoor levels.(6)
Pesticides Harm Wildlife
- A team of scientists from Northern Arizona University reported
that endosulfan at very low levels disrupts reproductive communication
between male and female salamanders by altering the development
of glands involved in pheromone production.(9)
- The legal application of pesticides has resulted in significant
fish and bird kills, including the death of more than one million
fish in Louisiana in 1991.(10)
- Between 1980 and 1987, the American alligator population of
Lake Apopka, Florida, declined dramatically as the result of endocrine
disruption, primarily from DDT. Dibromochloropropane (DBCP) and
ethylene dibromide (EDB) are suspected as also playing roles in
the decline.(11) Atlantic Salmon are
now virtually extinct in most of their original range in New England
and eastern Canada. The impact is from nonylphenol, a compound
used as an “inert” surfactant in a pesticide, not
the component of the pesticide thought to be biologically active.(12)
- According to the U.S. Department of Agriculture, we are facing
an “impending pollination crisis,” in which both wild
and managed pollinators are disappearing at alarming rates. Pesticides
are a major contributor to this crisis.(13)
- Wild honey bees are extremely rare and the
number of commercially-managed domesticated honey bee colonies
has declined rapidly, from 5.9 million in the 1940s to 2.7
million in 1995.(13)
- Heavy pesticide application results in insufficient
pollination of many crops. Harvest income could increase by
about $400 million per year if pollinators were available
in sufficient numbers.(14)
Pesticides Are Not Safe for Humans
- The EPA has identified at least 96 different pesticide active
ingredients registered for use that are potential human carcinogens.(15)
- Three hundred thousand farmworkers are poisoned annually by
pesticides.(16)
- Men in Missouri have lower sperm counts than men in New York,
Minneapolis, and Los Angeles. The scientists conducting the study
hypothesize it may be related to the intensity of pesticide use
in industrial agriculture in Missouri compared to the other, more
urban areas.(17)
- Paternal or maternal exposure to certain pesticides may cause
birth defects, including anencephaly (incomplete skull development),
cleft palate, limb malformations, biliary atresia (missing or
underdeveloped bile ducts), heart defects, and eye and face deformities.(18)
- Children exposed to high levels of agricultural pesticides have
difficulty performing simple motor tasks.(19)
- Human epidemiological studies have found connections between
endocrine disruptors (a group which includes pesticides) and cancers.(20)
- The U.S. Environmental Protection Agency (EPA), International
Agency for Research on Cancer (IARC), National Institutes of Health
(NIH), and the state of California each categorize pesticides
into their own groups based on toxicity.(21)
- Pesticide products also contain inert ingredients – not
identified by name on product labels because they are classified,
and protected, as trade secrets – that may be hazardous.
“Inert” does not mean “inactive.” Some
inert ingredients, like benzene and xylene, are more toxic than
the listed chemicals.(22)
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Sources:
(1) Curtis, J., and T. Profeta. “After Silent Spring.”
New York: Natural Resources Defense Council, 1993.
(2) Donaldson, David, Timothy Kiely, and Arthur Grube, Ph.D. “Pesticides
Industry Sales and Usage: 1998 and 1999 Market Estimates.” Washington,
D.C.: U.S. Environmental Protection Agency, Office of Prevention,
Pesticides, and Toxic Substances, Office of Pesticide Program, Biological
and Economic Analysis Division, August 2002. 14 September 2004 <http://www.epa.gov/oppbead1/pestsales/99pestsales/market_estimates1999.pdf>.
(3) “Lawn Care Pesticides: EPA Needs to Assess State Notification
Programs.” Washington, D.C.: U.S. General Accounting Office,
September 1991. 14 September 2004 <http://161.203.16.4/d18t9/144946.pdf>.
(4) “IPM Basics: Getting Started.” IPM Almanac. 14 September
2004 <http://www.ipmalmanac.com/basics/start.asp>.
(5) “Overview of IPM: Benefits of IPM.” Texas A &
M University, Department of Entomology. Last modified 29 Apr 2003.
14 September 2004 <http://ipm.tamu.edu/overview/benefits.html>.
(6) Solomon, Gina M., M.D., M.P.H. and Lawrie Mott, M.S. “Trouble
on the Farm: Growing Up with Pesticides in Agricultural Communities.”
Natural Resources Defense Council. October 1998. U.S. Environmental
Protection Agency. 14 September 2004 <http://www.epa.gov/opprd001/nrdc_objections/03-19-attach-D-1-4.pdf>.
(7) Pimentel, David et al. “Environmental and Economic Costs
of Pesticide Use.” BioScience 42.10
(1992), pp. 750-760.
(8) “Citizen’s Guide to Pesticide Notification in New
York State.” New York State Attorney General’s Office.
November 2000. 28 March 2003 <http://www.oag.state.ny.us/environment/pesticide_guide.html>.
(9) Park, Daesik, Steven C. Hempleman, and Catherine R. Propper. “Endosulfan
Exposure Disrupts Pheromonal Systems in the Red-Spotted Newt: A Mechanism
for Subtle Effects of Environmental Chemicals.” Environmental
Health Perspectives 109.7 (July 2001). ehp online. 14 September
2004 <http://ehp.niehs.nih.gov/docs/2001/109p669-673park/abstract.html>.
(10) Williams, Ted. “Hard News on ‘Soft’ Pesticides.”
Audubon. March-April 1993.
(11) Semenza, Jan C., et al. “Reproductive Toxins and Alligator
Abnormalities at Lake Apopka, Florida.” Environmental
Health Perspectives 105.10 (October 1997). ehp online. 14 September
2004 <http://ehp.niehs.nih.gov/docs/1997/105-10/semenza.html>.
(12) Fairchild, Wayne L., et al. “Does an Association between
Pesticide Use and Subsequent Declines in Catch of Atlantic Salmon
(Salmo salar) Represent a Case of Endocrine
Disruption?” Environmental Health Perspectives
107.5 (May 1999). ehp online. 16 September 2004 <http://ehp.niehs.nih.gov/docs/1999/107p349-358fairchild/abstract.html>.
(13) Ingram, Mrill, Gary Paul Nabhan, and Stephen Buchmann. “Impending
Pollination Crisis Threatens Biodiversity and Agriculture.”
Tropinet 7.2 (June 1996). Association
for Tropical Biology and Conservation. 14 September 2004 <http://atbio.org/v7n2.html>.
(14) Ingram, Mrill, Gary Nabhan, and Stephen Buchmann. “Our
Forgotten Pollinators: Protecting the Birds and Bees.” Global
Pesticide Campaigner 6.4 (December 1996). Pesticide Action
Network North America (PANNA). 14 September 2004 <http://www.panna.org/resources/pestis/PESTIS.1996.140.html>.
(15) “Office of Pesticide Programs’ List of Chemicals
Evaluated for Carcinogenic Potential.” EPA Memorandum from William
Burnham, Health Effects Division. 19 February 1997.
(16) U.S. Congress, Office of Technology Assessment. “Neurotoxicity:
Identifying and Controlling Poisons of the Nervous System.”
Washington, D.C.: U.S. Government Printing Office, April 1990.
(17) Swan, Shanna H., et al. “Semen Quality in Relation to Biomarkers
of Pesticide Exposure.” Environmental
Health Perspectives 111.12 (September 2003). ehp online. 14
September 2004 <http://ehp.niehs.nih.gov/docs/2003/6417/abstract.html>.
(18) Fackelmann, K.A. “Simple Shield Against Birth Defects.”
Science News 140 (6 July 1991): 6. Hall, J., et al. “Coarctation
of the Aorta in Male Cousins with Similar Maternal Environmental Exposure
to Insect Repellent and Insecticides.” Pediatrics
55.3 (1 March 1975): 425-427. Romero, P., et al. “Congenital
Anomalies Associated with Maternal Exposure to Oxydemeton-Methyl.”
Environmental Research 50 (1989): 256-261.
Rupa, D.S., et al. “Reproductive Performance in Population Exposed
to Pesticides in Cotton Fields in India.” Environmental
Research 55 (1991): 123-128.
(19) Guillette, Elizabeth A., et al. “An Anthropological Approach
to the Evaluation of Preschool Children Exposed to Pesticides in Mexico.”
Environmental Health Perspectives 106.6 (June 1993). ehp online. 16
September 2004 <http://ehp.niehs.nih.gov/docs/1998/106p347-353guillette/abstract.html>.
(20) “New studies examining endocrine disruptors and cancer.”
Our Stolen Future. 16 September 2004 <http://www.ourstolenfuture.org/NewScience/human/cancer/edccancers.htm>.
(21) “U.S. EPA Office of Pesticide Programs (OPP) Carcinogen
List.” Pesticide Action Network Database. Last updated 11 December
2003. 15 September 2004 <http://docs.pesticideinfo.org/documentation4/ref_toxicity3.html#EPACancer>.
(22) “The Secret Hazards of Pesticides: Inert Ingredients.”
New York State Attorney General’s Office. February 1996. 16
September 2004 <http://www.oag.state.ny.us/environment/inerts96.html>. |
This package was last updated on September 19, 2004. |
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