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Agricultural-Grade Apple Cider Vinegar Is Remarkably Attractive to Drosophila suzukii (Diptera: Drosophiliadae) in Mexico

机译:农业级苹果酒醋对墨西哥的果冻(Diptera:Drosophiliadae)非常有吸引力

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摘要

Due to its availability and low cost, apple cider vinegar (ACV) is a frequently used as an attractant for monitoring the invasive spotted wing drosophila, . In laboratory cage experiments, the attraction of ACV alone was compared with ACV in mixtures with different concentrations of acetic acid, propionic acid, different hydrolyzed proteins, synthetic fruit flavors (strawberry, blackberry and apple) and the addition of fruit nectars (grape, pineapple and apple). The addition of 5% apple nectar to ACV significantly increased fly captures, whereas other combinations were similar to or less attractive than ACV alone. Apple flavored vinegar was not attractive to flies. Captures did not vary significantly among the brands of ACV commonly sold in Mexico, except for one poorly-performing brand, but cup traps baited with an agricultural-grade ACV unfit for human consumption captured approximately two-fold more flies than the commercial attractants Suzukii Trap, Suzukii Trap Max Captures or ACV alone in cage experiments. Field trials performed in polytunnels planted with raspberry crops in Mexico resulted in two-fold to ten-fold higher numbers of captured by the agricultural-grade ACV compared to Droskidrink (a mixture of ACV, red wine and sugar), Suzukii Trap, Suzukii Trap Max Captures or edible grade ACV alone. The species selectivity of the agricultural grade ACV was similar to that of other attractants tested. Agricultural-grade ACV also captured higher numbers of female than male flies in field trials. We conclude that the remarkably high attractiveness and low cost of agricultural-grade ACV makes it a useful tool for monitoring populations in berry crops.
机译:由于其可用性和低成本,Apple Cide醋(ACV)是一种常用作为监测侵入式斑点翅膀果蝇的引诱剂,。在实验室笼式实验中,将ACV的吸引仅与具有不同浓度的乙酸,丙酸,不同水解蛋白质,合成果味(草莓,黑莓和苹果)和添加水果花蜜(葡萄,菠萝和苹果)。加入5%苹果花蜜至ACV显着增加苍蝇捕获,而其他组合与单独的ACV类似于或更少吸引力。苹果味的醋并不吸引苍蝇。在墨西哥的常规销售的品牌中,捕获在墨西哥常见的品牌中没有变化,除了表现不佳的品牌外,但杯子陷阱被占用的农业级ACV不适合人类消费比商业吸引人铃木陷阱捕获了大约两倍的苍蝇,Suzukii Trap Max Max捕获或ACV在笼式实验中。与墨西哥覆盆子作物种植的田间试验,由农业级ACV(ACV,红葡萄酒和糖),铃木陷阱,铃木陷阱(Suzukii Trap)相比,通过农业级ACV捕获的两倍折叠成10倍。单独的最大捕获或可食用级ACV。农业级ACV的物种选择性类似于测试的其他引诱剂的选择性。农业级ACV也捕获了比现场试验中的雄性苍蝇更高数量的女性。我们得出结论,农业级ACV的显着高度吸引力和低成本使其成为监测浆果作物中种群的有用工具。

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