Agreement | Document symbol | Notifying Member | Year | Harmonized types of environment-related objectives | Harmonized types of measures | Harmonized types of sectors subject to the measure | Measure description | See more information | ||||||||||||||||||||||||||||
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1835 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 947, 5 November 2020,…
Draft resolution number 947, 5 November 2020, regarding the active ingredient A38 - ACIBENZOLAR-S-METÍLICO (acibenzolar-S-methyl) of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient A38 - ACIBENZOLAR-S-METÍLICO (...) all in the modality of foliar use (application): • includes the acai, Brazil nuts, palm nuts, macadamia nuts, pecan nuts, pine nuts, and peach palm cultures with MRL of 0,2 mg/kg and safety security period of 1 day; • includes the pumpkin, zucchini, chayote, and gherkin cultures with MRL of 0,5 mg/kg and safety security period of 5 days; (...) The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1836 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 950, 5 November 2020,…
Draft resolution number 950, 5 November 2020, regarding the active ingredient A26 - AZOXISTROBINA (azoxystrobin) of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient A26 – AZOXISTROBINA (azoxystrobin) (...) all in the modality of foliar use (application): • includes the chard, watercress, witloof chicory, chicory, spinach, stevia reubadiana, mustard, and arugula cultures with MRL of 1,0 mg/kg and safety security period of 7 days; (...) The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1837 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 951, 5 November 2020,…
Draft resolution number 951, 5 November 2020, regarding the active ingredient S19 - SULFOXAFLOR (sulfoxaflor) of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient S19 - SULFOXAFLOR (sulfoxaflor) (...) all in the modality of foliar use (application): • includes the oats, rye, barley, and triticale cultures with MRL of 0,05 mg/kg and safety security period of 14 days; (...) The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1838 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 952, 5 November 2020,…
Draft resolution number 952, 5 November 2020, regarding the active ingredient D36 - DIFENOCONAZOL (difenoconazole) of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient D36 – DIFENOCONAZOL (difenoconazole) (...) all in the modality of foliar use (application): • includes the pineapple, soursop, cocoa, cupuacu, guarana, kiwi, and pomegranate cultures with MRL of 0,3 mg/kg and safety security period of 3 days; • includes the chard, watercress. witloof chicory, chicory, spinach, stevia reubadiana, mustard, and arugula cultures with MRL of 0,5 mg/kg and safety security period of 14 days; (...) The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1839 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 953, 5 November 2020,…
Draft resolution number 953, 5 November 2020, regarding the active ingredient C66 - CIAZOFAMIDA (cyazofamid) of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient C66 – CIAZOFAMIDA (cyazofamid) (...) all in the modality of foliar use (application): • changes the MRL of the lettuce culture from 0,2 to 1,5 mg/kg. The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1840 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 954, 5 November 2020,…
Draft resolution number 954, 5 November 2020, regarding the active ingredient C58 - ALFA-CIPERMETRINA (alpha-cypermethrin) of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient C58 - ALFA-CIPERMETRINA (alpha-cypermethrin) (...) all in the modality of foliar use (application): • includes the cotton culture with MRL of 0,15 mg/kg and safety security period of 14 days; • includes the peanut culture with MRL of 0,05 mg/kg and safety security period of 15 days; • includes the rice culture with 2,0 mg/kg and safety security period of 14 days; (...) The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1841 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 955, 5 November 2020,…
Draft resolution number 955, 5 November 2020, regarding the active ingredient D55 - DINOTEFURAN of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient D55 - DINOTEFURAN (...) all in the modality of foliar use (application): • includes the cotton culture with MRL of 0,04 mg/kg and safety security period of 14 days; • includes the rice culture with safety security period of 14 days; • changes the safety security period of the potato culture to 3 days; (...) The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1842 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 956, 5 November 2020,…
Draft resolution number 956, 5 November 2020, regarding the active ingredient C70 - CLORANTRANILIPROLE (Chlorantraniliprole) of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient C70 - CLORANTRANILIPROLE (Chlorantraniliprole) (...) all in the modality of foliar use (application): -includes the sweet potato, beetroot, carrot, manioc, and arracacha cultures with MRL of 0,15 mg/kg and safety security period 7 days. The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1843 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 957, 5 November 2020,…
Draft resolution number 957, 5 November 2020, regarding the active ingredient M31 - METALAXIL-M (metalaxyl-M) of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient M31 - METALAXIL-M (metalaxyl-M) (...) all in the modality of foliar use (application): • includes the broccoli, kale, Chinese cabbage, Brussels sprouts, and cauliflower cultures with MRL of 0,07 mg/kg and safety security period of 7 days; • includes the pumpkin, zucchini, chayote, and gherkin cultures with MRL of 0,1 mg/kg and safety security period of 14 days; (...) The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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Sanitary and Phytosanitary Measures | G/SPS/N/BRA/1844 | Brazil | 2020 | Chemical, toxic and hazardous substances…
Chemical, toxic and hazardous substances management
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Technical regulation or specifications | Agriculture, Chemicals | Draft resolution number 958, 5 November 2020,…
Draft resolution number 958, 5 November 2020, regarding the active ingredient T56 - TRINEXAPAQUE-ETÍLICO (trinexapac-ethyl) of the Monograph List of Active Ingredients for Pesticides, Household Cleaning Products and Wood Preservers, published by Resolution (...)
This Draft resolution incorporates the following changes for the active ingredient T56 - TRINEXAPAQUE-ETÍLICO (trinexapac-ethyl) (...) all in the modality of foliar use (application): • includes the oats culture with MRL of 0,02 mg/kg and safety security period "Not determined due to the modality of use (application); • includes the phrase at item "m": Acute Reference Dose (ARfD): "Not applicable" (source: *JMPR, 2005); (...) The scientific methodology used by Brazil to establish MRLs is consistent with international best practice. Countries set MRLs according to the good agricultural practice (GAP) applicable to their region. Agricultural chemical use patterns differ between different production regions and countries as pests, diseases and environmental factors vary. This means that Brazilian MRLs for agricultural chemicals in food may differ from Codex standards. |
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