USDA, Organic Regulations:

    The U.S. Department of Agriculture (USDA) approved four categories of organic labels, based on the
    percentage of organic content.

    1. 100 Percent Organic - may display the USDA Organic Seal.

    2. Organic - at least 95% of content is organic by weight (excluding water and salt). May display the USDA
    Organic Seal.

    3. Made With Organic - at least 70% of content is organic. May display the phrase "Made with Organic"
    followed by up to three specific ingredients.  (May not display USDA Organic seal)

    4. Some Organic Ingredients. Less than 70 % of content is organic. May only list those ingredients that are
    organic on the ingredient panel with no mention of organic on the main panel. (May not display USDA Organic
    seal)

    USDA Regulations:
    Do not allow the use of irradiation, sewage sludge, or genetically modified organisms in organic production.
    Do not allow antibiotics in organic meat and poultry.
    Require 100% organic feed for organic livestock.
    Do not allow synthetic and prohibited natural substances that are on the NOSB list.
Peaches
The worst. The highest multiple pesticide residues of any fruit or vegetable.
Numerous pesticides found in high concentration. Pesticides seep through skin.
Sprayed with fungicides thiabendazole and iprodione post harvest.
Apples
The USDA tests found 98% of apples had residues.
Apples may be sprayed up to 16 times with 36 different pesticides.
1
Strawberries
Fungicides galore.  Imported strawberries are especially bad. Many are color
enhanced with a fungicide ! During USDA tests 93% of strawberries had
residues. 39 different residue/pesticides were found.
Nectarines
Absorbent skin. Sprayed heavily. 97% found with pesticides. Peel if non-organic
Pears
Drinks in the pesticides. Sprayed heavily.
Raspberries
Heavily Sprayed. Pesticides stay in crevasses.
U.S. Cherries
Domestic have more pesticide residues than imported.
Imported Grapes
Sprayed heavily often with chemicals banned in US.
All grapes (Imp and Dom) tested over 6 years averaged 75% with residues.
Chilean grapes averaged 92% detection rates as compared with
65% for domestic grapes.
6
Mexican Cantaloupes
Multiple pesticides found.
Raisins
Multiple residues found. Methoxyfenozide on 75.0% of tested.
References:
*
www.ams.usda.gov/AMSv1.0
/getfile?dDocName=
STELPRDC5064786
USDA Agricultural Marketing Service. Pesticide Data
Program.
2006 Annual Summary – PDP Annual Summary for
calendar year 2006 published in December 2007 (PDF)
*
www.ams.usda.gov/AMSv1.0
/getfile?dDocName=
STELPRDC5049946
USDA Agricultural Marketing Service. Pesticide Data
Program.
2005 Annual Summary – PDP Annual Summary for
calendar year 2005.
*
www.ams.usda.gov/AMSv1.0/getfile
?dDocName=STELDEV3002094
USDA Agricultural Marketing Service - Pesticide Data
Program  Progress Report.  December 2008
1
www.kursus.kvl.dk/shares/ea/03Proje
cts/32gamle/_2002/FoodQualityFinal.
pdf&hl=en&ct=clnk&cd=1&gl=us   page 32
University of Copenhagen. Reference to:  Heaton S. 2001.
Organic farming, food quality and human health: A review
of the evidence.
2
www.ncbi.nlm.nih.gov
/pubmed/18246655
National Institutes of Health. Occurrence of pesticide
residues in raspberries in 2000-2005.
3
www.nap.edu/openbook.php?
record_id=2126&page=203
National Academies.   Pesticides in the Diets of Infants
and Children (1993) Commission on Life Sciences.  'Elkins
(1989) reported NFPA data on the effects of food
processing operations on the residues of pesticides
permitted on raw agricultural commodities...
4
www.simplesteps.org/content
/view/0/289/48
Natural Resources Defense Council
Pesticides on Produce
5
www.ams.usda.gov
/AMSv1.0/ams.fetch
USDA's Pesticide Data Program is a national pesticide
residue database program. Through cooperation with State
agriculture departments and other Federal agencies, PDP
manages the collection, analysis, data entry, and reporting
of pesticide residues on agricultural commodities in the U.S.
food supply, with an emphasis on those commodities highly
consumed by infants and children.
6
www.ams.usda.gov/AMSv1.0/getfile?d
DocName=STELDEV3003674
Overview of the USDA's Pesticide Data Program from
1993 through 2003.
7
www.inchem.org/documents/jmpr/jmp
mono/v074pr04.htm
INCHEM, Intergovernmental Forum on Chemical Safety.
Old data from 1974.
8
www.inchem.org/documents/
jmpr/jmpmono/v075pr27.htm
INCHEM, Intergovernmental Forum on Chemical Safety.
9
  Environmental Working Group. Wiles, R. and C. Campbell,
Pesticides in Children's Food,  1993, p. 14.
10
orgprints.org/7594/02/7594_
Rembialkowska.pdf
Quality Low Input Food-Warsaw Agricultural University
11
ccmhi.com/ThePesticide
Picture.htm
The Pesticide Picture by Andrews University
Christian Care health Initiatives
12
pediatrics.aappublications.org/cgi/con
tent/full/113/4/S1/1030
PEDIATRICS Vol. 113 No. 4 April 2004, pp. 1030-1036
Pesticides- American Academy of Pediatrics. ***
13
www.panna.org/files/nowhereToHide.pdf
No Where to Hide. Top 10 Foods Most Contaminated with
Persistent Toxic Chemicals. Pesticide Action Network
North America.
  www.foodnews.org/walletguide.php
The Environmental Working Group's nice, clear analysis of
the federal pesticide testing data for commonly eaten
fruits and vegetables.
  www.organicconsumers.
org/organic/wic-faq.pdf
Organic Consumer's Association.  Government Facts-
Pesticides and Children.
  www.consumersunion.
org/pdf/fqpa/ReportCard_final.pdf  
Consumer's Union Report Card of the EPA. PDF.
  www.consumersunion.org/pub/f/
foodpesticides/index.html
Consumer's Union Pesticides and Integrated Pest
Management Page. Some good info here.
  cbc.amnh.org/center/pubs/pdfs
/pesticide.pdf
American Museum of Natual History printable guide lists
the fruits and vegetables that are typically most likely to
have higher pesticide residue levels.
Of Special Concern-Children:
According to EPA’s “Guidelines for Carcinogen Risk Assessment,” and the " Supplemental Guidance for
Assessing Cancer Susceptibility from Early-Life Exposure to Carcinogens"
children receive 50% of their lifetime cancer risks in the first two years of life.  
And are ten times more susceptible to pesticide's effects than adults.  
cfpub.epa.gov/ncea/cfm/recordisplay.cfm?deid=55446
See:
EPA's  Pesticides and Food: Why Children May be Especially Sensitive to Pesticides.
www.epa.gov/pesticides/food/pest.htm
The US Department of Health and Human Services reports that organophosphate pesticides are now in the
blood of 95% of Americans it has tested. And the levels are twice as high in children's blood than in adults.
See Pesticides Article-in Pediatrics Journal- American Academy of Pediatrics.
http://pediatrics.aappublications.org/cgi/content/full/113/4/S1/1030
Bell Peppers
Heavily sprayed with neurotoxic pesticides.
Celery
94% tested found with significant residues.
Lettuce
Some of the most toxic pesticides are sprayed on lettuces.
Carrots
27.5% tested found with residues of DDE, a metabolite of DDT, 25 years
after DDTs ban !  78.3% found with Linuron, 57.4% with Trifluralisn.
Potatoes
High pesticide and fungicide residues. Frozen potatoes hold the pesticides just
as well.  Many are genetically modified as well as laden with pesticides.
61.4% tested found with high levels of Chlorpropham. You cannot wash off the
pesticides as they seep into the flesh.
Spinach
'Multiple' pesticide residues found.   37.6% tested found with residues of
DDE, a metabolite of DDT.  71.7% sampled found with Imidacloprid.
Acetamiprid, Acephate and Cyhalothrinhave been found over the EPA
tolerance level.
NRDC says "Pesticide residue doesn't wash off spinach leaves".
4
USDA tests show canned and frozen spinach still contain high residues.6
Green Beans
60 different pesticides have been found on one green bean.
Warning, pesticides do not diminish when canned or frozen.
Cucumbers
Mexican cucumbers showed 92%
detection rates compared with 62% for domestic.
6
Their wax coating locks in fungicides. 11
Tomatoes
Tested for 4 years by USDA, average 63% found with residues.
Onions
Insects leave onions alone. Scallions as well.
Avocados
Thick skin prevents absorption.
Asparagus
Does not absorb pesticides.
Kiwi
Skin is a barrier.
Pineapple
Thick skin absorbs the pesticides, protecting the fruit.
Broccoli
Hit or miss. Only 12% found with residues,
but up to 19 residues found on one sample. Not sprayed that heavily.
Eggplant
74% were found free of pesticides.
Cabbage
Not sprayed heavily.
Mangoes
Skin is a barrier.
Brussel Sprouts
Bugs don't like them.
Sweet Peas
Their shell protects them. 85% were free of pesticides.
F&V with Lowest
Pesticide Load
Applesauce
If you read the USDA tests... you will never eat non-organic applesauce ever
again !   No less give it to your children.
Rice
Rice is sprayed with significant doses of pesticides.
Milk
Loaded with antibiotics and the growth hormones rBST, rBGH.
99% sampled by USDA had residues.
Heavy Cream
99% sampled by USDA had residues. Butter must be as bad.
Soybeans
Almost all non-organic soybeans are genetically modified and most seeds are
genetically imbedded with herbicides. Something like 80% of soybeans are GM
Eggs
Non-organic are full of antibiotics and hormones.  Due to a change in feed
many organic eggs are now rich in healthy omega-3 fatty acids.
Juice
Although there is some diminishing of pesticide residue during processing,
buying organic apple and other fruit juices from high levels list is safest.
According to the Environmental Working Group,"the average one-year-old
drinks twenty-one times more apple juice, eleven times more grape juice, and
nearly five times more orange juice per unit of body weight than the average
American adult."
9 see 12 also
Nuts
Pesticides find a  home in their fat content.
Coffee
Imported with pesticides.
Popcorn
If you eat a lot of Popcorn remember that organic guarantees no GMOs.
Meat
Laden with hormones, antibiotics, and fed with pesticide-filled and GMO feed
grain. Not to mention global warming consequences.
Organic Musts .
Best
Fruits and
Vegetables
Worst
Fruits
Worst
Vegetables
Other Foods laden
with Pesticides
Mid-Range Levels
of Pesticides
For detailed USDA specifics see below
Worst Vegetables
Winter and Summer
Squash
Multiple pesticides found on small percentage of vegetables.
Winter Squash is hit or miss. 46% found with residues. Dieldrin
Corn
Does not have very high pesticide residues but well over 75 % of domestic
corn is genetically modified.
Tomatoes
Tested for 4 years by USDA average 63% with residues.
Oranges
Tested by USDA for 6 years, 83% found with residues.6
Sprayed with fungicides thiabendazole and iprodione post harvest.
Plums and Prunes
High levels of Fludioxonil and Phosmet
Bananas
The banana export industry consumes more agrochemicals than any other
crop apart from cotton. Plus, bananas are sprayed with many chemicals
post-harvest, including Thiabendazole which causes Brain and Nervous
System damage.  Conventional banana plantations wreak environmental
damage and affect the health of farm workers.
Cantaloupe
Recently taken off the worst list. Avoid Mexican Cantaloupes.
Watermelon
Acephate over the EPA tolerance levels has been found. Allethrin found as
well.
Cauliflower
There are many alternate ways to keep bugs away from cauliflower.
Papaya
Thick skinned.
Blueberries
Blueberries like a lot of water, that washes off pesticides.
Wheat
63% tested have significant levels of Malathion. High levels of Methoprene,
Methoxychlor p,p, Pirimiphos methyl found occasionally as well. Sometimes
levels of Carbofuran exceed recommended.
F&V found with
Mid-Range Levels of
Pesticides
see detailed USDA specifics below...
For detailed USDA specifics see below...  
Worst Fruits
Other Foods with
High Pesticide
Levels, GMOs, or
Growth Hormones
Attempt to steer clear of Non-Organic:
Most pesticides accumulate in fat tissue (lipophilic).
Some get stored in muscle and some cycle about in our bloodstream.
USDA Data* on:
What
percentage
tested were
found with
residues:
How many
different
residues were
detected:
USDA
Percentage tested found with:
Apples
98%
43
70 % tested found with Acetamiprid.
31.5% found with Azinphos methyl.  
11 % found with insecticide Carbaryl
83 % with fungicide DPA.
26.6 % found with insecticide Imidacloprid
19.4 % insecticide Phosmet
15.3 % with Tetrahydrophthalimide
88 % with Thiabendazole (fungicide)
Methyl parathion, chlorpyrifos
Acephate has been found over tolerance
Applesauce
93%
28
18.5 % found with 5-Hydroxythiabendazole
17.5 % found with insecticide Imidacloprid
25.5 % with insecticide Methoxyfenozide
21.8 % with Tetrahydrophthalimide
38.8 % with Thiabendazole (fungicide)
But 80-90% of the benomyl residue (the
fungicide suspected of causing birth defects) is
removed when apples are made into applesauce
11
Bananas
76%
16
30.7 % found with Imazalil (fungicide)
65.5 % with Thiabendazole (fungicide and
neurotoxin)
(Non-orgainic banana plantations wreak
environmental damage to the environment, and
hurt farm workers as well)
Broccoli
88%
19
80.5 % found with insecticide Imidacloprid
Cabbage
18%
   
Cantaloupe
52%
27
Avoid Mexican-Central Am. cantaloupe
28.5 % found with Endosulfan sulfate
Acephate sometimes found over safe limits
Carrots
84%
25
27.5% tested found with residues of DDE, a
metabolite of DDT.  Quintozene found.
78.2% found with herbicide Linuron,
37.5 % with Pyraclostrobin (fungicide)
57.5 % with Trifluralin (herbicide)
(Tetrachlorphenvinphos diminishes the content
of carotene in carrots by 15 - 20% and content
of vitamin C by 20 - 30%)
10
Cauliflower
80%
16
76.5 % found with insecticide Imidacloprid
Celery
    Sprayed with neurotoxin chlorthalonil.
Cranberries
69%
13
Spinosad has been found over the safe EPA level.
47.6 % with 1-Naphthol
Cucumbers
    Often absorbs banned dieldrin from the soil.
Eggplant
26%
19
On a small percentage Acephate has been found
over the recommended safe level, as well as
Chlorothalonil (a fungicide)
11.8 % found with Endosulfan sulfate
Grapefruit
46%
11
40 % found with fungicide Imazalil
66.7 % with Thiabendazole (fungicide)
Grapes, domestic
 
34
Some found with dimethoate and Captan (a
fungicide)
27 % with fungicide Cyprodinil
16 % found with fungicide Iprodione
Grapes, imported
 
34
Green Beans, fresh
 
 
21% found with Acephate.
58.6 % found with Endosulfan sulfate.  36%
found with Chlorothalonil (a fungicide)
43.6 % found with Endosulfan I,
32 % found with Endosulfan II
25 % with Methamidophos.
60.8 % with fungicide o-Phenylphenol
100 % with Tetrahydrophthalimide
Green Beans, frozen
92%
22
26.8 % found with insecticide Acephate.
25.4 % with insecticide Methamidophos.
100 % with fungicide o-Phenylphenol
47.4 % with Vinclozolin (fungicide)
Dimethoate (three neurotoxic OPs), and
endosulfan, an endocrine-disrupting insecticide.
Frozen also found with Bifenthrin.
Greens, Collard
73%
24
Levels of Cyhalothrin have been found well over
the safe limits.
20 % with insecticide Methoxyfenozide
22 % with Pyraclostrobin (fungicide)
11.8 % with insecticide Spinosad Total
Greens, Kale
70%
33
32.4% tested found with residues of DDE, a
metabolite of DDT.
28.6 % found with insecticide Imidacloprid.
28 % with insecticide Methoxyfenozide
Cyhalothrin, Lambda have been found over the
EPA tolerance level.
10 different pesticides have been found on one
sample.
Kiwi
15%
   
Lettuce
94%
52
100 % found with Chlorothalonil (a fungicide)
some with high levels.
15.7 % found with insecticide Acetamiprid
30.7 % found with herbicide DCPA.
14.7 % found with DDE p,p' (a metabolite of
DDT)
10.2 % with Dimethoate
28.5 % with fungicide Dimethomorph
73 % found with insecticide Imidacloprid
13.5 % found with insecticide Methomyl
19.7 % with Permethrin cis and trans (17%)
Nectarines
97%
   
Onions
1%
   
Oranges
90%
16
43.7 % with Thiabendazole (fungicide)
74.2 % found with fungicide Imazalil
34.3 % with fungicide o-Phenylphenol
Orange Juice
53%
9
52 % with fungicide o-Phenylphenol
Approximately 21 percent of orange juice
samples were comprised of juice from oranges
grown in different countries.
Peaches
99%
37
20% found with Propargite
53.3 % found with fungicide Fludioxonil
33 % found with fungicide Iprodione (high)
28 % with insecticide Methoxyfenozide
20 % with 1-Naphthol
37.8 % with insecticide Phosmet
18.7 % with insecticide Propargite
17.8 % with Propiconazole (fungicide)
25.6 % with Pyraclostrobin (fungicide)
10.5 % with Spinosad Total
Often sprayed with the fungicides captan and
iprodione.
Pears
85%
29
Methyl parathion,
25 % found with azinphos-methyl an OP, 11%
found with Captan (fungicide),
11 % found with Carbaryl (an insecticide)
14.8 % with insecticide Phosmet
66.7 % with Thiabendazole (fungicide)
Peas, sweet, frozen
15%
12
Dimethoate
Plums, domestic
55%
 
Small percentage found with Chlorpyrifos (an
insecticide) over the EPA tolerance levels.
36 % found with fungicide Iprodione
19 % with Fludioxonil
15.5 % with insecticide Phosmet
Plums, imported
98%
21
Potatoes, frozen
88%
26
High pesticide and fungicide residues.
61.4% tested found with high levels of
Chlorpropham.
33.1 % found with insecticide Imidacloprid
Found with dieldrin, methamidophos and
aldicarb.
Prunes
10%
12
 
Raisins, domestic
63%
29
78 % with insecticide Methoxyfenozide
31.5 % with insecticide Propargite
55.6 % with Pyraclostrobin (fungicide)
25.8 % with Trifloxystrobin (fungicide)
Raspberries
    Some found with captan, iprodione and
carbaryl.   "Pesticide residues in raspberries in
2000-2005 in the EU. Tolylfluanid residues
(43% of the analysed samples), Procymidone
residues (33%), Pyrimethanil residues (15%),
EBDC residues (8%) and iprodione residues
(5%), while insecticides (mainly synthetic
pyrethroids) cypermethrin residues (6%) and
bifenthrin (4%). In 8 % of analysed samples
EBDC residues exceeded the national Maximum
Residue Level established for raspberries.
2
Spinach
94%
58
Nine residues found on one sample.  
34.2 % tested found with residues of DDE, a
metabolite of DDT.
72 % sampled found with Imidacloprid.  
56.6 % with Permethrin cis
56.2 % Permethrin trans
24 % with Pyraclostrobin (fungicide)
38 % with Spinosad Total
Cyhalothrin and Cyhalothrin have been found
over the EPA tolerance level.   Acetamiprid,
Acephate, dimethoate and chlorthalonil  found
as well.
From 1998-2002 DDE p,p´ was detected in 28% of
fresh spinach samples, 21% of canned spinach, and
43% of frozen spinach.
Permethrin was detected in 61% of fresh
spinach samples, 79% of canned spinach, and 61% of
frozen spinach.
6      See note 13 as well.
Strawberries
93%
39
70 % found with significant levels of the
fungicide Captan.
Small percentage found with very high doses of
Cyhalothrin and Cyhalothrin, well over the EPA
tolerance level.
18% found with fungicide Cyprodinil.
32 % found with fungicide Fenhexamid.
11.8 % found with insecticide Fenpropathrin
22.2 % found with Fludioxonil
16 % found with insecticide Malathion
16.7 % found with insecticide Methomyl
34.7 % with fungicide Myclobutanil, sometimes
exceeding EPA tolerance levels.
100 % with fungicide o-Phenylphenol. (2)
67.6 % with Tetrahydrophthalimide
Summer Squash
95%
29
63.4 % found with insecticide Endosulfan I
27.4 % found with Endosulfan II
83.3 % found with Endosulfan sulfate
20.4 % with fungicide o-Phenylphenol
Water, bottled
19%
12
 
Watermelon
25%
28
 
Wheat
69%
15
Chlorpyrifos methyl. Carbofuran has been found
over the EPA tolerance level.
Winter Squash
46%
29
Acephate and Methamidophos have been found
over the EPA tolerance level.
29.3 % found with Endosulfan sulfate
Found with high level of Hexaconazole.
Other Foods:
Butter
    Tested for POPs and found with Chlordane,
DDE. DDT. Dieldrin, Dioxin, Heptachlor and
Hexachlorobenzene.
13
Milk
99%
12
91.6 % with Diphenylamine (DPA) significant
85 % with DDE p,p'  (low levels)
Pesticides reside in fat, so choose low fat.
Peanut Butter
30%
8
 
Soybeans
22%
9
Dimethenamid, Permethrin Total, Trifluralin
Wheat
69%
15
23% with Chlorpyrifos methyl
67 % with Malathion
IN the 2005 and 2006 data the USDA tested for 252 parent pesticides, metabolites,
degradates, and/or isomers. The fruits and vegetables were tested after peeling or
washing. 2006 data supplants 2005 data when available.*
5
Approximately 82% of all samples were from US growers
and 16% were imported.
6
Rates of pesticide application vary significantly among crops...
Processed Fruit and Vegetables
' In most instances, washing by itself was shown to reduce residues, blanching reduced them even
further, and the canning process led to even further decreases.''
3
But, remember the USDA washed the F&V samples (above) before testing.
That's a lot of Cooking !      
It was shown that thermal processing of spinach at 110°C for 60
minutes and apricots at 100°C for 50 minutes decreased the initial
residue by 100 and 60% respectively. After one year's storage of
canned apricots at ambient temperatures the remaining residue had
disappeared totally (Elkins et al. 1972). Household cooking of deep
frozen beans with about 1 mg/kg azinphos-methyl for 15 minutes
decreased the residue by about 85% (Carlin et al. 1966).
(Anderson et al. 1963, Gunther et al. 1963).
7
Vegetable and Fruit Washes:
Make your own produce wash with either a couple of
teaspoons of vinegar or a few drops of
eco-dishwashing
liquid or organic castille soap in a few cups of water, dip the
fruit or vegetable a couple of times and then rinse with
clean water. Or thoroughly, but softly scrub the produce
with the solution, then rinse with water.
"Researchers in Texas substantially reduced the pesticide residues on 17 popular fruits and
vegetables by washing in a dilute solution of dish detergent (1 tsp. per gallon of water), then
rinsing in slightly warm water."
11
'Residue levels in lettuce were 40-80% lower when the guard leaves were removed.' 8
For detailed USDA specifics see below...  
Best!
"Six F&V sampled for two or more years, consistently had detectable residues on 90% or more of the samples;
apples, celery, cherries, nectarines, peaches, strawberries.''
6
©Copyright InspirationGreen         
Contact Us
For Nutritional Value of Organic Foods-Reports:
see food resources page, plus, a must read = excerpt from
”Organic Matters”
By Henry Brockman
henrysfarm.com/index.php?option=com_content&task=view&id=30&Itemid=51
Buying Local
Reduces exposure to all those post-harvest fungicides...
During 1993–2003,USDA tests showed approximately 37% of carrot samples, 39
percent of spinach samples, 7% of potato samples, 44% of
beef adipose, and 15% of cow’s milk samples contained DDE p,p´a DDT metabolite,
.6
"Less than 21% of all pesticides sold in U.S. have been adequately tested for carcinogenicity. Less than 10% have
been adequately tested for their ability to cause genetic mutations, and less than 40% have been adequately
tested for their potential to cause birth defects."  
11