Food test results

Pesticides found on soybean grain

Explore detected residues, tested samples and results over time.

1997–2022 · 6 tested years

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Most commonly detected

Historical tests: 1997–2022. Each analyte uses its own tested count.

Glyphosate91.3%829 / 908 tested
Aminomethylphosphonic acid (AMPA)66.5%604 / 908 tested
Chlorpyrifos15.8%462 / 2,918 tested

Detection frequency is not a health-risk ranking. Summary screen: at least 100 tests, 2 years and 10 detections.

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3,247samples
tested
52.0%had at least one detected residue
31different analytes detected

1,688 of 3,247 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.

829 / 908 testedView yearly tests →
462 / 2,918 testedView yearly tests →
414 / 2,940 testedView yearly tests →
54 / 2,940 testedView yearly tests →
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%1997: 86.8%, 138 of 159 tested samples1998: 50.5%, 298 of 590 tested samples2004: 41.6%, 256 of 616 tested samples2005: 15.4%, 150 of 974 tested samples2011: 96.0%, 288 of 300 tested samples2022: 91.8%, 558 of 608 tested samples199720092022

6 tested years between 1997 and 2022. Gaps mean no validated tests in this release.

Read the yearly counts
Percentages use the samples actually tested in each year.
YearTestedDetectedRate
199715913886.8%
199859029850.5%
1999Not tested——
2000Not tested——
2001Not tested——
2002Not tested——
2003Not tested——
200461625641.6%
200597415015.4%
2006Not tested——
2007Not tested——
2008Not tested——
2009Not tested——
2010Not tested——
201130028896.0%
2012Not tested——
2013Not tested——
2014Not tested——
2015Not tested——
2016Not tested——
2017Not tested——
2018Not tested——
2019Not tested——
2020Not tested——
2021Not tested——
202260855891.8%
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
1,559
1
952
2
670
3
58
4
8

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. origin100.0% · 3,247

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 200 analyte results
Each rate has its own actual-tested denominator.
AnalyteTestedDetectedRateDetails
3-Hydroxycarbofuran2,87300.0%—
5-Hydroxythiabendazole2,06500.0%—
Acephate2,15200.0%—
Acetamiprid60800.0%—
Acetochlor1,58300.0%—
Afidopyropen60800.0%—
Alachlor2,94070.2%—
Aldicarb2,75300.0%—
Aldicarb sulfone2,82600.0%—
Aldicarb sulfoxide2,10800.0%—
Aldrin2,11000.0%—
Amicarbazone60800.0%—
Aminomethylphosphonic acid (AMPA)90860466.5%Yearly results
Azinphos methyl1,35600.0%—
Azinphos methyl oxygen analog60800.0%—
Azoxystrobin1,194100.8%Yearly results
Bendiocarb2,05000.0%—
Benoxacor1,57400.0%—
BHC alpha1,31600.0%—
BHC beta1,35710.1%—
BHC delta74900.0%—
Bifenazate60800.0%—
Bifenthrin60800.0%—
Bixafen60800.0%—
Boscalid1,86900.0%—
Captan60800.0%—
Carbaryl2,91100.0%—
Carbendazim (MBC)2,19200.0%—
Carbofuran2,93100.0%—
Carboxin2,16740.2%—
Carfentrazone ethyl60800.0%—
Chlorantraniliprole60800.0%—
Chlordane cis60800.0%—
Chlordane trans60800.0%—
Chlorfenapyr60800.0%—
Chlorimuron ethyl1,68800.0%—
Chlorothalonil60800.0%—
Chlorpyrifos2,91846215.8%Yearly results
Chlorpyrifos oxygen analog60800.0%—
Clethodim60800.0%—
Clofencet1,51600.0%—
Clomazone2,19100.0%—
Cloransulam methyl60800.0%—
Clothianidin2,17000.0%—
Cyfluthrin2,07300.0%—
Cyhalothrin, Lambda1,10800.0%—
Cyhalothrin, Lambda epimer R15783637500.0%—
Cyhalothrin, Total (Cyhalothrin-L + R157836 epimer)66810.1%—
Cypermethrin2,17100.0%—
Cyproconazole1,21400.0%—
DCPA60800.0%—
DDD (TDE)15910.6%—
DDD p,p'2,10900.0%—
DDE o,p'60800.0%—
DDE p,p'2,55510.0%—
DDT15900.0%—
DDT o,p'+ DDD, pp' Total60800.0%—
DDT p,p'1,19300.0%—
Deltamethrin (includes parent Tralomethrin)2,07100.0%—
Diazinon74881.1%—
Dichlorvos (DDVP)60800.0%—
Diclofop methyl74900.0%—
Dicofol p,p'60800.0%—
Dieldrin2,940541.8%Yearly results
Difenoconazole1,19400.0%—
Diflubenzuron60800.0%—
Dimethenamid2,19190.4%—
Dimethoate2,91900.0%—
Dinotefuran60800.0%—
Disulfoton2,33110.0%—
Disulfoton sulfone2,05100.0%—
Disulfoton sulfoxide1,43900.0%—
Endrin2,94000.0%—
Epoxiconazole60600.0%—
EPTC (S-ethyl dipropylthiocarbamate)1,37600.0%—
Esfenvalerate2,07300.0%—
Esfenvalerate+Fenvalerate Total60800.0%—
Ethalfluralin2,17000.0%—
Etridiazole60800.0%—
Fenamiphos74700.0%—
Fenamiphos sulfone49020.4%—
Fenarimol58600.0%—
Fenazaquin60800.0%—
Fenoxaprop ethyl2,19100.0%—
Fenpropathrin1,58300.0%—
Fenpyroximate60800.0%—
Fenvalerate74900.0%—
Flonicamid60800.0%—
Fluazifop butyl2,94000.0%—
Fluazinam60800.0%—
Flubendiamide60800.0%—
Fludioxonil2,17200.0%—
Flufenacet60800.0%—
Flumetsulam2,16600.0%—
Flumiclorac pentyl60800.0%—
Fluometuron60800.0%—
Fluopyram60800.0%—
Fluoxastrobin60800.0%—
Flupyradifurone60800.0%—
Fluquinconazole54600.0%—
Fluridone2,06010.0%—
Flutolanil60800.0%—
Flutriafol1,21400.0%—
Fluvalinate (as Tau-Fluvalinate)60800.0%—
Fluxapyroxad60800.0%—
Glyphosate90882991.3%Yearly results
Heptachlor epoxide60800.0%—
Hexachlorobenzene (HCB)60800.0%—
Hexaconazole60800.0%—
Hexythiazox60800.0%—
Hydroprene1,56310.1%—
Imazapic60800.0%—
Imazaquin2,15300.0%—
Imazethapyr60800.0%—
Imidacloprid2,14700.0%—
Imiprothrin60800.0%—
Indoxacarb2,14600.0%—
Ipconazole60800.0%—
Isoxaflutole60800.0%—
Lactofen2,17900.0%—
Lindane (BHC gamma)60800.0%—
Linuron2,87200.0%—
Malathion2,94041414.1%Yearly results
Malathion oxygen analog2,17100.0%—
Mefentrifluconazole60800.0%—
Metalaxyl/Mefenoxam2,19100.0%—
Metconazole60800.0%—
Methamidophos2,57600.0%—
Methiocarb74900.0%—
Methomyl2,93100.0%—
Methoxychlor p,p'60800.0%—
Methoxyfenozide2,13330.1%—
Metolachlor2,332100.4%Yearly results
Metribuzin2,29100.0%—
MGK-26460800.0%—
Myclobutanil2,47400.0%—
Norflurazon2,68100.0%—
Norflurazon desmethyl1,94190.5%—
Novaluron60800.0%—
Omethoate2,17500.0%—
Oxadixyl1,58300.0%—
Oxamyl2,89900.0%—
Oxamyl oxime60800.0%—
Oxathiapiprolin60800.0%—
Oxyfluorfen2,18100.0%—
Parathion ethyl2,93900.0%—
Parathion methyl2,90000.0%—
Parathion methyl oxygen analog1,49600.0%—
Parathion oxygen analog1,56300.0%—
Pendimethalin2,93910.0%—
Penflufen60800.0%—
Pentachloroaniline (PCA)60800.0%—
Pentachlorobenzene (PCB)60800.0%—
Penthiopyrad60800.0%—
Permethrin Total2,269180.8%Yearly results
Phorate2,91600.0%—
Phorate oxygen analog sulfone60800.0%—
Phorate oxygen analog sulfoxide60800.0%—
Phorate sulfone49000.0%—
Phorate sulfoxide60800.0%—
Phosmet oxygen analog60800.0%—
Picoxystrobin60800.0%—
Piperonyl butoxide60800.0%—
Prallethrin2,19100.0%—
Propetamphos2,17150.2%—
Propiconazole1,21400.0%—
Prothioconazole57800.0%—
Pydiflumetofen60800.0%—
Pymetrozine58600.0%—
Pyraclostrobin1,214262.1%Yearly results
Pyrethrins60800.0%—
Pyriproxyfen2,19100.0%—
Pyroxasulfone60800.0%—
Quintozene (PCNB)60800.0%—
Quizalofop ethyl2,19120.1%—
Resmethrin1,56400.0%—
Saflufenacil60800.0%—
Sedaxane60800.0%—
Sethoxydim60800.0%—
Spinosad A1,52100.0%—
Spiromesifen60800.0%—
Spirotetramat60800.0%—
Sulfentrazone1,50010.1%—
Sulfoxaflor60800.0%—
Tebuconazole1,19400.0%—
Teflubenzuron60800.0%—
Tefluthrin60800.0%—
Tepraloxydim60800.0%—
Tetraconazole1,18910.1%—
Tetrahydrophthalimide (THPI)2,19100.0%—
Thiabendazole2,84840.1%—
Thiacloprid60800.0%—
Thiamethoxam1,21400.0%—
Thifensulfuron methyl2,15200.0%—
Thiodicarb60800.0%—
Tioxazafen60800.0%—
Tribenuron methyl60800.0%—
Trifloxystrobin1,21420.2%—
Trifludimoxazin60800.0%—
Trifluralin2,19160.3%—
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About these results

Source: USDA Pesticide Data Program. Included annual releases: 1997, 1998, 2004, 2005, 2011, 2022.

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