{
  "url": "https://openlegislation.uk/eu-regulation-2020-585/annex-I/part-3",
  "json_url": "https://openlegislation.uk/eu-regulation-2020-585/annex-I/part-3.json",
  "legislation": "eur/2020/585",
  "legislation_title": "Commission Implementing Regulation (EU) 2020/585 of 27 April 2020 concerning a coordinated multiannual control programme of the Union for 2021, 2022 and 2023 to ensure compliance with maximum residue levels of pesticides and to assess the consumer exposure to pesticide residues in and on food of plant and animal origin (Text with EEA relevance)",
  "legislation_url": "https://openlegislation.uk/eu-regulation-2020-585",
  "path": "annex/I/part/3",
  "kind": "part",
  "number": "C: Pesticide/product combinations to be monitored ",
  "heading": null,
  "text": "2021\n2022\n2023\nRemarks\n2,4-D\n(b)\n(c)\n(a)\nIt shall only be analysed in and on grapefruits, table grapes, aubergines and broccoli in 2021; in and on lettuces, spinaches and tomatoes in 2022; in and on oranges, cauliflowers, brown rice and dried beans in 2023.\n2-Phenylphenol\n(b)\n(c)\n(a)\nAbamectin\n(b)\n(c)\n(a)\nAcephate\n(b)\n(c)\n(a)\nAcetamiprid\n(b)\n(c)\n(a)\nAcrinathrin\n(b)\n(c)\n(a)\nAldicarb\n(b)\n(c)\n(a)\nAldrin and dieldrin\n(b)\n(c)\n(a)\nAmetoctradin\n(b)\n(c)\n(a)\nAzinphos-methyl\n(b)\n(c)\n(a)\nAzoxystrobin\n(b)\n(c)\n(a)\nBifenthrin\n(b)\n(c)\n(a)\nBiphenyl\n(b)\n(c)\n(a)\nBitertanol\n(b)\n(c)\n(a)\nBoscalid\n(b)\n(c)\n(a)\nBromide ion\n(b)\n(c)\n(a)\nIt shall only be analysed in and on sweet peppers in 2021; in and on lettuces and tomatoes in 2022; in and on brown rice in 2023.\nBromopropylate\n(b)\n(c)\n(a)\nBupirimate\n(b)\n(c)\n(a)\nBuprofezin\n(b)\n(c)\n(a)\nCaptan\n(b)\n(c)\n(a)\nCarbaryl\n(b)\n(c)\n(a)\nCarbendazim and benomyl\n(b)\n(c)\n(a)\nCarbofuran\n(b)\n(c)\n(a)\nChlorantraniliprole\n(b)\n(c)\n(a)\nChlorfenapyr\n(b)\n(c)\n(a)\nChlormequat\n(b)\n(c)\n(a)\nIt shall only be analysed in and on aubergines, table grapes, cultivated fungi and wheat in 2021; in and on tomatoes and oat in 2022; in and on carrots, pears, rye and brown rice in 2023.\nChlorothalonil\n(b)\n(c)\n(a)\nChlorpropham\n(b)\n(c)\n(a)\nChlorpyrifos\n(b)\n(c)\n(a)\nChlorpyrifos-methyl\n(b)\n(c)\n(a)\nClofentezine\n(b)\n(c)\n(a)\nClothianidin\n(b)\n(c)\n(a)\nCyazofamid\n(b)\n(c)\n(a)\nCyflufenamid\n(b)\n(c)\n(a)\nCyfluthrin\n(b)\n(c)\n(a)\nCymoxanil\n(b)\n(c)\n(a)\nCypermethrin\n(b)\n(c)\n(a)\nCyproconazole\n(b)\n(c)\n(a)\nCyprodinil\n(b)\n(c)\n(a)\nCyromazine\n(b)\n(c)\n(a)\nIt shall only be analysed in and on aubergines, sweet peppers, melons and cultivated fungi in 2021; in and on lettuces and tomatoes in 2022; in and on potatoes, onions and carrots in 2023.\nDeltamethrin\n(b)\n(c)\n(a)\nDiazinon\n(b)\n(c)\n(a)\nDichlorvos\n(b)\n(c)\n(a)\nDicloran\n(b)\n(c)\n(a)\nDicofol\n(b)\n(c)\n(a)\nDiethofencarb\n(b)\n(c)\n(a)\nDifenoconazole\n(b)\n(c)\n(a)\nDiflubenzuron\n(b)\n(c)\n(a)\nDimethoate\n(b)\n(c)\n(a)\nDimethomorph\n(b)\n(c)\n(a)\nDiniconazole\n(b)\n(c)\n(a)\nDiphenylamine\n(b)\n(c)\n(a)\nDithianon\n(b)\n(c)\n(a)\nIt shall only be analysed in and on table grapes in 2021; in and on apples and peaches in 2022; in and on pears and brown rice in 2023.\nDithiocarbamates\n(b)\n(c)\n(a)\nIt shall be analysed in and on all listed commodities except broccoli, cauliflowers, head cabbages, olive oil, wine and onions.\nDodine\n(b)\n(c)\n(a)\nEmamectin benzoate B1a, expressed as emamectin\n(b)\n(c)\n(a)\nEndosulfan\n(b)\n(c)\n(a)\nEpoxiconazole\n(b)\n(c)\n(a)\nEthephon\n(b)\n(c)\n(a)\nIt shall only be analysed in and on sweet peppers, wheat and table grapes in 2021; in and on apples, peaches, tomatoes and wine in 2022; in and on oranges and pears in 2023.\nEthion\n(b)\n(c)\n(a)\nEthirimol\n(b)\n(c)\n(a)\nEtofenprox\n(b)\n(c)\n(a)\nEtoxazole\n(b)\n(c)\n(a)\nFamoxadone\n(b)\n(c)\n(a)\nFenamidone\n(b)\n(c)\n(a)\nFenamiphos\n(b)\n(c)\n(a)\nFenarimol\n(b)\n(c)\n(a)\nFenazaquin\n(b)\n(c)\n(a)\nFenbuconazole\n(b)\n(c)\n(a)\nFenbutatin oxide\n(b)\n(c)\n(a)\nIt shall only be analysed in and on aubergines, grapefruits, sweet peppers and table grapes in 2021; in and on apples, strawberries, peaches, tomatoes and wine in 2022; in and on oranges and pears in 2023.\nFenhexamid\n(b)\n(c)\n(a)\nFenitrothion\n(b)\n(c)\n(a)\nFenoxycarb\n(b)\n(c)\n(a)\nFenpropathrin\n(b)\n(c)\n(a)\nFenpropidin\n(b)\n(c)\n(a)\nFenpropimorph\n(b)\n(c)\n(a)\nFenpyrazamine\n(b)\n(c)\n(a)\nFenpyroximate\n(b)\n(c)\n(a)\nFenthion\n(b)\n(c)\n(a)\nFenvalerate\n(b)\n(c)\n(a)\nFipronil\n(b)\n(c)\n(a)\nFlonicamid\n(b)\n(c)\n(a)\nFluazifop-P\n(b)\n(c)\n(a)\nIt shall only be analysed in and on aubergines, broccoli, sweet peppers and wheat in 2021; in and on strawberries, head cabbages, lettuces, spinaches and tomatoes in 2022; in and on cauliflowers, dried beans, potatoes and carrots in 2023.\nFlubendiamide\n(b)\n(c)\n(a)\nFludioxonil\n(b)\n(c)\n(a)\nFlufenoxuron\n(b)\n(c)\n(a)\nFluopicolide\n(b)\n(c)\n(a)\nFluopyram\n(b)\n(c)\n(a)\nFluquinconazole\n(b)\n(c)\n(a)\nFlusilazole\n(b)\n(c)\n(a)\nFlutriafol\n(b)\n(c)\n(a)\nFluxapyroxad\n(b)\n(c)\n(a)\nFolpet\n(b)\n(c)\n(a)\nFormetanate\n(b)\n(c)\n(a)\nFosetyl-Al\n(b)\n(c)\n(a)\nFosthiazate\n(b)\n(c)\n(a)\nGlyphosate\n(b)\n(c)\n(a)\nGlufosinate ammonium\n(b)\n(c)\n(a)\nHaloxyfop including haloxyfop-P\n(b)\n(c)\n(a)\nIt shall only be analysed in and on broccoli, grapefruits, sweet peppers and wheat in 2021; in and on strawberries and head cabbages in 2022; in and on dried beans in 2023.\nHexaconazole\n(b)\n(c)\n(a)\nHexythiazox\n(b)\n(c)\n(a)\nImazalil\n(b)\n(c)\n(a)\nImidacloprid\n(b)\n(c)\n(a)\nIndoxacarb\n(b)\n(c)\n(a)\nIprodione\n(b)\n(c)\n(a)\nIprovalicarb\n(b)\n(c)\n(a)\nIsocarbophos\n(b)\n(c)\n(a)\nIsoprothiolane\n(a)\nThe substance is not to be analysed in or on any product in 2021 and 2022. It shall only be analysed in and on brown rice in 2023.\nKresoxim-methyl\n(b)\n(c)\n(a)\nLambda-cyhalothrin\n(b)\n(c)\n(a)\nLinuron\n(b)\n(c)\n(a)\nLufenuron\n(b)\n(c)\n(a)\nMalathion\n(b)\n(c)\n(a)\nMandipropamid\n(b)\n(c)\n(a)\nMepanipyrim\n(b)\n(c)\n(a)\nMepiquat\n(b)\n(c)\n(a)\nIt shall only be analysed in and on cultivated fungi and wheat in 2021; in and on barley and oat in 2022; in and on pears, rye and brown rice in 2023.\nMetalaxyl and metalaxyl-M\n(b)\n(c)\n(a)\nMethamidophos\n(b)\n(c)\n(a)\nMethidathion\n(b)\n(c)\n(a)\nMethiocarb\n(b)\n(c)\n(a)\nMethomyl\n(b)\n(c)\n(a)\nMethoxyfenozide\n(b)\n(c)\n(a)\nMetrafenone\n(b)\n(c)\n(a)\nMonocrotophos\n(b)\n(c)\n(a)\nMyclobutanil\n(b)\n(c)\n(a)\nOmethoate\n(b)\n(c)\n(a)\nOxadixyl\n(b)\n(c)\n(a)\nOxamyl\n(b)\n(c)\n(a)\nOxydemeton-methyl\n(b)\n(c)\n(a)\nPaclobutrazole\n(b)\n(c)\n(a)\nParathion methyl\n(b)\n(c)\n(a)\nPenconazole\n(b)\n(c)\n(a)\nPencycuron\n(b)\n(c)\n(a)\nPendimethalin\n(b)\n(c)\n(a)\nPermethrin\n(b)\n(c)\n(a)\nPhosmet\n(b)\n(c)\n(a)\nPirimicarb\n(b)\n(c)\n(a)\nPirimiphos-methyl\n(b)\n(c)\n(a)\nProchloraz\n(b)\n(c)\n(a)\nProcymidone\n(b)\n(c)\n(a)\nProfenofos\n(b)\n(c)\n(a)\nPropamocarb\n(b)\n(c)\n(a)\nIt shall be only analysed in and on table grapes, melons, aubergines, broccoli, sweet peppers and wheat in 2021; in and on strawberries, head cabbages, spinaches, lettuces, tomatoes and barley in 2022; in and on carrots, cauliflowers, onions and potatoes in 2023.\nPropargite\n(b)\n(c)\n(a)\nPropiconazole\n(b)\n(c)\n(a)\nPropyzamide\n(b)\n(c)\n(a)\nProquinazid\n(b)\n(c)\n(a)\nProsulfocarb\n(b)\n(c)\n(a)\nProthioconazole\n(b)\n(c)\n(a)\nIt shall be only analysed in and on sweet peppers and wheat in 2021; in and on head cabbages, lettuces, tomatoes, oat and barley in 2022; in and on carrots, onions, rye and brown rice in 2023.\nPymetrozine\n(b)\n(c)\nIt shall only be analysed in and on aubergines, melons and sweet peppers in 2021; in and on head cabbages, lettuces, strawberries, spinaches and tomatoes in 2022. The substance is not to be analysed in or on any product in 2023.\nPyraclostrobin\n(b)\n(c)\n(a)\nPyridaben\n(b)\n(c)\n(a)\nPyridalyl\n(b)\n(c)\n(a)\nPyrimethanil\n(b)\n(c)\n(a)\nPyriproxyfen\n(b)\n(c)\n(a)\nQuinoxyfen\n(b)\n(c)\n(a)\nSpinosad\n(b)\n(c)\n(a)\nSpinetoram\n(b)\n(c)\n(a)\nSpirodiclofen\n(b)\n(c)\n(a)\nSpiromesifen\n(b)\n(c)\n(a)\nSpiroxamine\n(b)\n(c)\n(a)\nSpirotetramat\n(b)\n(c)\n(a)\nTau-Fluvalinate\n(b)\n(c)\n(a)\nTebuconazole\n(b)\n(c)\n(a)\nTebufenozide\n(b)\n(c)\n(a)\nTebufenpyrad\n(b)\n(c)\n(a)\nTeflubenzuron\n(b)\n(c)\n(a)\nTefluthrin\n(b)\n(c)\n(a)\nTerbuthylazine\n(b)\n(c)\n(a)\nTetraconazole\n(b)\n(c)\n(a)\nTetradifon\n(b)\n(c)\n(a)\nThiabendazole\n(b)\n(c)\n(a)\nThiacloprid\n(b)\n(c)\n(a)\nThiamethoxam\n(b)\n(c)\n(a)\nThiophanate-methyl\n(b)\n(c)\n(a)\nTolclofos-methyl\n(b)\n(c)\n(a)\nTriadimefon\n(b)\n(c)\n(a)\nTriadimenol\n(b)\n(c)\n(a)\nThiodicarb\n(b)\n(c)\n(a)\nTriazophos\n(b)\n(c)\n(a)\nTricyclazole\n(b)\n(c)\n(a)\nIt shall only be analysed in and on rice.\nTrifloxystrobin\n(b)\n(c)\n(a)\nTriflumuron\n(b)\n(c)\n(a)\nVinclozolin\n(b)\n(c)\n(a)",
  "extent": "E+W+S+N.I.",
  "status": null,
  "version": "current",
  "annotations": [],
  "outstanding_effects": [],
  "provenance": {
    "source": "legislation.gov.uk",
    "source_url": "https://www.legislation.gov.uk/eur/2020/585/annex/I/part/3",
    "retrieved_at": "2026-11-01T14:42:42.226827+00:00"
  },
  "licence": "Open Government Licence v3.0",
  "licence_url": "https://www.nationalarchives.gov.uk/doc/open-government-licence/version/3/",
  "attribution": "Contains public sector information licensed under the Open Government Licence v3.0. Source: legislation.gov.uk, The National Archives."
}