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首页> 外文期刊>The Canadian Entomologist >Diatomaceous earth to control Cryptolestes ferrugineus (Coleoptera :Cucujidae) in stored barley in farm granaries
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Diatomaceous earth to control Cryptolestes ferrugineus (Coleoptera :Cucujidae) in stored barley in farm granaries

机译:硅藻土控制农场粮仓中存储的大麦中的隐球菌ferrugineus(Coleoptera:Cucujidae)

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摘要

Granary trials to determine the efficacy of an enhanced diatomaceous earth (DE) formulation (Protect-It(TM)) at 0.15 kg DE/t grain to control grain-feeding beetles in barley, Hordeum vulgare L. (Poaceae), were conducted at Glenlea, Manitoba. During the test, the grain moisture content ranged from 11 to 13%, and grain temperature ranged from 27 to 2 degrees C. The bulk density of barley was reduced 10-20 kg/m(3) by the addition of diatomaceous earth. Adults of the rusty grain beetle, Cryptolestes ferrugineus (Stephens), were released onto the top surface of the grain of each granary, producing an average density of approximately 4 insects/kg grain. Using Berlese funnels to extract insects from grain samples there was a 95% reduction in adults and an 80% reduction in larvae found in treated grain compared with untreated grain, 1 month after releasing insects into the grain. There was a 95% or greater decrease in the total number of insects caught with probe pitfall traps in the treated barley compared with the untreated barley for all;sampling dates. For the confined populations, 200 adult C. ferrugineus or Tribolium castaneum (Herbst) (Coleoptera: Tenebrionidae) (red flour beetle) were held in screened jars in the grain until the end of October, and there was over a 99% reduction in both insect species, compared with insects held on untreated grain. These results indicate that this diatomaceous earth formulation can control C. ferrugineus in barley in granaries at 0.15 kg DE/t grain.
机译:进行了大麦试验,以确定在0.15 kg DE / t谷物下增强的硅藻土(DE)配方(Protect-It™)对大麦大麦(禾本科)控制摄食甲虫的功效。曼尼托巴省Glenlea。在测试过程中,谷物水分含量为11%至13%,谷物温度范围为27至2摄氏度。通过添加硅藻土,大麦的堆积密度降低了10-20 kg / m(3)。生锈的甲虫成虫Cryptolestes ferrugineus(Stephens)被释放到每个粮仓的谷物顶面上,平均密度约为4个昆虫/千克谷物。与未处理的谷物相比,使用Berlese漏斗从谷物样品中提取昆虫时,将昆虫释放到谷物中1个月后,成虫的成虫减少了95%,幼虫减少了80%。在所有采样日期,与未处理的大麦相比,在处理的大麦中与探针陷阱陷阱捕获的昆虫总数减少了95%或更多。对于密闭人群,将200只成年的克鲁维梭菌或Tribolium castaneum(Herbst)(鞘翅目:Tenebrionidae)(红色甲虫)保存在谷物的经过筛选的广口瓶中,直到10月底,两者的减少量均超过99%。昆虫种类,与未处理谷物上的昆虫相比。这些结果表明,该硅藻土制剂可以以0.15kg DE / t的谷物控制大麦中谷类中的铁锈衣。

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