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Copper fungicide residues in Australian vineyard soils

机译:澳大利亚葡萄园土壤中的铜杀真菌剂残留

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Copper (Cu) concentrations were measured in Australian vineyard soils to assess the extent and magnitude of Cu accumulation resulting from the use of Cu-based fungicides and to indicate the likely risks to long-term soil fertility. Soil samples were collected from 98 vineyards across 10 grape-growing regions of Australia and analyzed for total Cu concentrations. Ninety-six percent of vineyards surveyed had elevated Cu concentrations in soil compared to the background Cu concentrations in nearby soil in its native state. Concentrations of total B, Co, Cr, Pb, and Zn were similar to background concentrations and below reported toxicity guideline values. Cu concentrations in Australian vineyard soils were generally much lower (6-150 mg kg(-1)) than those reported in the soils of vineyards in parts of Europe (i.e., 130-1280 mg kg(-1)). Concentrations of total Cu were generally below those concentrations reported to cause lethal effects to soil invertebrates; however, Cu exceeded concentrations known to cause sublethal effects (i.e., inhibit growth, affect reproduction, induce avoidance behavior) to those (or related) invertebrates.
机译:对澳大利亚葡萄园土壤中的铜(Cu)浓度进行了评估,以评估由于使用基于铜的杀菌剂而导致的铜积累程度和强度,并指出长期土壤肥力的潜在风险。从澳大利亚10个葡萄种植区的98个葡萄园中收集了土壤样品,并对总Cu含量进行了分析。与本国附近的土壤中的背景铜浓度相比,接受调查的葡萄园中有96%的土壤中的铜浓度升高。总B,Co,Cr,Pb和Zn的浓度与背景浓度相似,并且低于报告的毒性指标值。澳大利亚葡萄园土壤中的铜含量通常比欧洲部分地区的葡萄园土壤中的铜含量低得多(6-150 mg kg(-1))(130-1280 mg kg(-1))。总铜的浓度通常低于报道的对土壤无脊椎动物造成致命影响的浓度;但是,铜超过了已知的对那些(或相关的)无脊椎动物造成亚致死作用(即抑制生长,影响繁殖,避免回避行为)的浓度。

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