Food test results

Pesticides in prunes: what USDA tests found

Explore detected residues, tested samples and results over time.

2005–2018 · 4 tested years

Explore the data →
1,135samples
tested
36.6%had at least one detected residue
41different analytes detected

415 of 1,135 samples had a validated detection. Historical results, not a safety score.

Most commonly detected

Percent of samples actually tested for each analyte. Shown: at least 100 tests, 2 years and 10 detections.

View all tested analytes ↓

The tested count differs by analyte. A detection does not establish health risk.

Detection over time

Samples with at least one validated detection.

0%25%50%75%100%2005: 13.1%, 20 of 153 tested samples2006: 10.3%, 23 of 224 tested samples2017: 51.8%, 99 of 191 tested samples2018: 48.1%, 273 of 567 tested samples200520112018

4 tested years between 2005 and 2018. Gaps mean no validated tests in this release.

Read the yearly counts
Percentages use the samples actually tested in each year.
YearTestedDetectedRate
20051532013.1%
20062242310.3%
2007Not tested——
2008Not tested——
2009Not tested——
2010Not tested——
2011Not tested——
2012Not tested——
2013Not tested——
2014Not tested——
2015Not tested——
2016Not tested——
20171919951.8%
201856727348.1%
Testing panels and detection limits change. These observations do not establish a causal trend.

How many were detected?

Number of distinct analytes per tested sample.

0
720
1
283
2
101
3
26
4
4
5
1

Labels show analytes; counts show samples. Metabolites and isomers remain separate. This is not a count of pesticide products applied.

Where samples came from

Origin recorded by USDA.

U.S. origin72.1% · 818
Imported27.3% · 310
Unknown origin0.6% · 7

Origin describes the sampled food. These shares do not compare countries’ residue levels.

All tested analytes

Zero detections here means tested with no validated detection. It does not describe analytes that were never tested.

Open 213 analyte results
Each rate has its own actual-tested denominator.
AnalyteTestedDetectedRateDetails
1-Naphthol75800.0%—
3-Hydroxycarbofuran75800.0%—
Abamectin75800.0%—
Acephate1,07100.0%—
Acetamiprid75830.4%—
Acetochlor72700.0%—
Acibenzolar S methyl75800.0%—
Aldicarb53700.0%—
Aldicarb sulfone75800.0%—
Aldrin1,13500.0%—
Allethrin37700.0%—
Atrazine75800.0%—
Azinphos methyl1,13530.3%—
Azinphos methyl oxygen analog75800.0%—
Azoxystrobin758628.2%Yearly results
Bendiocarb1,13500.0%—
Benfluralin75800.0%—
Benoxacor75800.0%—
Bensulide75800.0%—
Bensulide oxygen analog75800.0%—
BHC alpha1,13500.0%—
BHC beta75800.0%—
Bifenthrin1,13510.1%—
Boscalid758435.7%Yearly results
Bromacil75800.0%—
Buprofezin75810.1%—
Captan37720.5%—
Carbaryl1,135100.9%Yearly results
Carbendazim (MBC)758435.7%Yearly results
Carbofuran75800.0%—
Carfentrazone ethyl75800.0%—
Chlorantraniliprole75800.0%—
Chlordane cis1,10400.0%—
Chlordane trans1,13500.0%—
Chlorfenapyr75800.0%—
Chlorothalonil1,07110.1%—
Chlorpropham75800.0%—
Chlorpyrifos1,13500.0%—
Chlorpyrifos oxygen analog72600.0%—
Clomazone75800.0%—
Clothianidin75800.0%—
Coumaphos75800.0%—
Coumaphos oxygen analog75800.0%—
Cyfluthrin1,13500.0%—
Cyhalothrin, Lambda37700.0%—
Cyhalothrin, Lambda epimer R15783633300.0%—
Cyhalothrin, Total (Cyhalothrin-L + R157836 epimer)75810.1%—
Cymoxanil75800.0%—
Cypermethrin1,13550.4%—
Cyphenothrin72600.0%—
Cyproconazole75800.0%—
Cyprodinil1,135282.5%Yearly results
DCPA75800.0%—
DDD o,p'75800.0%—
DDD p,p'1,13500.0%—
DDE o,p'75800.0%—
DDE p,p'1,13500.0%—
DDT p,p'1,13500.0%—
Deltamethrin (includes parent Tralomethrin)1,13500.0%—
Diazinon1,13500.0%—
Diazinon oxygen analog37700.0%—
Dichlobenil1,13500.0%—
Dichlorvos (DDVP)1,13500.0%—
Diclofop methyl75800.0%—
Dicloran1,13510.1%—
Dicofol p,p'1,13530.3%—
Dieldrin1,10400.0%—
Difenoconazole75800.0%—
Diflubenzuron75800.0%—
Dimethenamid75800.0%—
Dimethoate75800.0%—
Dimethomorph75800.0%—
Dinotefuran75800.0%—
Diphenylamine (DPA)727588.0%Yearly results
Disulfoton oxygen analog75800.0%—
Disulfoton sulfone75800.0%—
Disulfoton sulfoxide75800.0%—
Diuron75800.0%—
Emamectin benzoate75800.0%—
Endosulfan I1,13500.0%—
Endosulfan II1,13520.2%—
Endosulfan sulfate1,13520.2%—
Endrin75800.0%—
Esfenvalerate37700.0%—
Esfenvalerate+Fenvalerate Total75830.4%—
Ethalfluralin75800.0%—
Etofenprox75800.0%—
Famoxadone75800.0%—
Fenamidone75800.0%—
Fenazaquin75800.0%—
Fenbuconazole75881.1%—
Fenhexamid1,13560.5%—
Fenpropathrin75800.0%—
Fenpropimorph72600.0%—
Fenpyroximate75830.4%—
Fipronil sulfone (MB46136)75800.0%—
Flonicamid75800.0%—
Flubendiamide75810.1%—
Fludioxonil1,13500.0%—
Flufenoxuron75800.0%—
Flumioxazin75800.0%—
Fluopicolide75800.0%—
Fluopyram758192.5%Yearly results
Fluquinconazole75800.0%—
Fluridone75800.0%—
Flusilazole75800.0%—
Flutolanil75800.0%—
Flutriafol75800.0%—
Fluvalinate (as Tau-Fluvalinate)75800.0%—
Heptachlor1,13500.0%—
Heptachlor epoxide75800.0%—
Heptachlor epoxide cis37700.0%—
Heptachlor epoxide trans37700.0%—
Hexythiazox758587.7%Yearly results
Imazalil75800.0%—
Imazethapyr75800.0%—
Imidacloprid758233.0%Yearly results
Imiprothrin72700.0%—
Indaziflam75800.0%—
Indoxacarb75800.0%—
Iprodione1,13510.1%—
Kresoxim-methyl75800.0%—
Lindane (BHC gamma)1,13500.0%—
Linuron75800.0%—
Malathion1,10300.0%—
Malathion oxygen analog1,13500.0%—
Mandipropamid75800.0%—
Metalaxyl/Mefenoxam1,10400.0%—
Methamidophos1,13500.0%—
Methidathion1,10300.0%—
Methomyl75800.0%—
Methoxyfenozide7278411.6%Yearly results
Metolachlor1,13500.0%—
Metribuzin72700.0%—
MGK-26475800.0%—
Mirex72600.0%—
Myclobutanil1,13500.0%—
Naled75800.0%—
Napropamide37700.0%—
Norflurazon1,10400.0%—
Norflurazon desmethyl1,13500.0%—
Novaluron75800.0%—
o-Phenylphenol1,13510.1%—
Omethoate75800.0%—
Oryzalin72700.0%—
Oxadiazon72700.0%—
Oxamyl75800.0%—
Oxamyl oxime75800.0%—
Oxydemeton methyl75800.0%—
Oxydemeton methyl sulfone1,13500.0%—
Oxyfluorfen1,13500.0%—
Parathion ethyl75800.0%—
Parathion methyl75800.0%—
Parathion methyl oxygen analog75800.0%—
Pendimethalin75800.0%—
Pentachloroaniline (PCA)75800.0%—
Pentachlorobenzene (PCB)72500.0%—
Permethrin cis75800.0%—
Permethrin trans75800.0%—
Phenothrin75800.0%—
Phorate sulfone75800.0%—
Phorate sulfoxide75800.0%—
Phosalone1,13500.0%—
Phosmet1,13540.4%—
Phosmet oxygen analog75800.0%—
Piperonyl butoxide1,135625.5%Yearly results
Pirimiphos methyl75820.3%—
Prallethrin1,13400.0%—
Procymidone75800.0%—
Profenofos75800.0%—
Pronamide (Propyzamide)1,13500.0%—
Propamocarb hydrochloride66300.0%—
Propargite75800.0%—
Propetamphos1,10400.0%—
Propiconazole1,13530.3%—
Pyraclostrobin75860.8%—
Pyraflufen ethyl75800.0%—
Pyridaben1,13510.1%—
Pyrimethanil75800.0%—
Pyriproxyfen1,13580.7%—
Quinoxyfen75800.0%—
Resmethrin cis75800.0%—
Resmethrin trans75600.0%—
Saflufenacil66400.0%—
Sethoxydim72700.0%—
Simazine1,13500.0%—
Spinetoram72700.0%—
Spinosad A72700.0%—
Spirodiclofen75820.3%—
Spiromesifen75800.0%—
Spirotetramat75800.0%—
Spiroxamine75800.0%—
Tebuconazole72640.6%—
Tebufenozide72700.0%—
Tefluthrin75800.0%—
Terbacil75800.0%—
Tetraconazole75800.0%—
Tetradifon1,13500.0%—
Tetrahydrophthalimide (THPI)72710.1%—
Tetramethrin75800.0%—
Thiabendazole75881.1%—
Thiacloprid75800.0%—
Thiamethoxam75800.0%—
Thiazopyr75800.0%—
Thiobencarb75800.0%—
Thiodicarb75800.0%—
Trichlorfon75800.0%—
Trifloxystrobin75870.9%—
Trifloxysulfuron75800.0%—
Triflumizole75800.0%—
Trifluralin1,13300.0%—
Triforine75800.0%—
Vinclozolin75800.0%—
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About these results

Source: USDA Pesticide Data Program. Included annual releases: 2005, 2006, 2017, 2018.

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