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Mass trapping wild Agriotes obscurus and Agriotes lineatus males with pheromone traps in a permanent grassland population reservoir

机译:在一个永久性草地种群库中用信息素诱捕器大规模诱捕野生暗线姬龙和线型敏捷龙

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1 A study was conducted to determine whether arrays of pheromone traps could be used to reduce populations of male Agriotes obscurus (AO) and Agriotes lineatus (AL) adults in a confined nonfarmed habitat (grassy dyke). 2 Traps placed 3m apart in 15 x 2 arrays captured significantly more AL than AO, although the trap catch varied with location for both species and was inversely related to the number of nearby competing traps. 3 Models of beetle movement indicated that a considerable proportion of males (AL: 18.4-71.8%; AO: 35.0-58.3%) collected in the arrays had moved in from elsewhere and that AL beetles are more active than AO beetles. AL beetles frequently entered AO traps unless both trap types were present in the array, whereas AO rarely entered AL traps. 4 Concurrent catches in pitfall traps placed inside and outside pheromone trapping zones indicated the trap arrays significantly reduced male (but not female) AO and AL beetles inside their respective arrays, that AO traps reduced AL beetles in AO arrays, and that both AL and AO traps could potentially reduce the number of mating pairs in these arrays. 5 The implications of these results in determining the efficacy of this approach as a click beetle management approach are discussed.
机译:1进行了一项研究,以确定是否可以使用信息素诱集器阵列来减少密闭的非耕地栖息地(草堤)中的雄性钝齿龙(AO)和直齿龙(AL)的成年种群。在15 x 2阵列中,相隔3m的2个圈闭捕获的AL比AO明显多,尽管圈闭捕获随两个物种的位置而变化,并且与附近竞争性圈闭的数量成反比。 3甲虫的运动模型表明,从阵列中收集的雄性中有相当比例的雄性(AL:18.4-71.8%; AO:35.0-58.3%)已移居其他地方,AL甲虫比AO甲虫更活跃。 AL甲虫经常进入AO陷阱,除非阵列中同时存在两种陷阱类型,而AO很少进入AL陷阱。 4在信息素捕获区域内外的陷阱陷阱中的并发捕获表明陷阱阵列显着减少了其各自阵列内的雄性(但不是雌性)AO和AL甲虫,AO陷阱还原了AO阵列中的AL甲虫,并且AL和AO均陷阱可能会减少这些阵列中配对对的数量。 5讨论了这些结果对确定这种方法作为单击甲虫管理方法的有效性的影响。

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