Occurrence of pesticide residues in fruit – results of official control (2021)

Q4 Agricultural and Biological Sciences Progress in Plant Protection Pub Date : 2023-01-01 DOI:10.14199/ppp-2023-001
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Abstract

The aim of the study was a multidimensional analysis of the occurrence of pesticide residues in fruit samples (87) within the framework of official control (68, WIORiN) and cross-compliance control (19, ARiMR). There was an assessment of the frequency of detection of chemical groups and individual active substances (a.s.), the level of concentrations and estimation of the magnitude of exceedances of permissible standards (MRLs), as well as diagnosis of multi-residue samples. The practical purpose of the studies conducted was to assess compliance by producers with the regulations for the application of the pesticide residues. In 45% (WIORiN) and 9% (ARiMR) of the samples, residues of pesticides were found. MRL exceedances were recorded in 1% of the samples tested. Samples with a non-recommended a.s. accounted for 5% of samples. Of the 516 labeled pesticides, 26 a.s. were detected, mainly fungicides. The highest level was recorded for boscalid (1.6 mg/kg) in the blueberry sample. Residues of pesticides were most often detected in strawberries (18%). The highest number of compounds was detected in cherries, where nine a.s. were determined. The presence of multi-residue samples was noted (44%), of which samples with two residues were the most numerous (11%). The results obtained from the study show the importance of controlling residues of pesticides in fruits, which require frequent use of chemical pesticides due to attack from agrophages, in order to guarantee food quality and safety.
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水果中农药残留发生情况-官方控制结果(2021年)
该研究的目的是在官方控制(68,WIORiN)和交叉合规控制(19,ARiMR)的框架内对水果样品(87)中农药残留的发生进行多维分析。评估了化学基团和单个活性物质(a.s.)的检测频率,浓度水平和超过允许标准(MRLs)的估计幅度,以及多残留样品的诊断。进行这些研究的实际目的是评估生产者是否遵守有关农药残留使用的规定。在45% (WIORiN)和9% (ARiMR)的样品中检测到农药残留。在1%的测试样本中记录了MRL超标。非推荐as的样本占样本总数的5%。516种标记农药中检出26种砷,以杀菌剂为主。在蓝莓样品中记录的boscalid含量最高(1.6 mg/kg)。草莓中最常检测到农药残留(18%)。在樱桃中检测到的化合物数量最多,其中确定了9种a.s.。多残留样品的存在被注意到(44%),其中具有两个残留的样品最多(11%)。研究结果表明,控制水果中农药残留对保证食品质量安全具有重要意义,因为水果受到巨噬细胞的侵袭,需要频繁使用化学农药。
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来源期刊
Progress in Plant Protection
Progress in Plant Protection Environmental Science-Pollution
CiteScore
0.60
自引率
0.00%
发文量
10
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