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首页> 外文期刊>The Florida entomologist >Control of Argentine Ants (Hymenoptera: Formicidae) in Citrus using Methoprene and Imidacloprid Delivered in Liquid Bait Stations
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Control of Argentine Ants (Hymenoptera: Formicidae) in Citrus using Methoprene and Imidacloprid Delivered in Liquid Bait Stations

机译:使用在液体诱饵站中递送的甲基戊二烯和吡虫啉控制柑橘中的阿根廷蚂蚁(膜翅目:蚁科)

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We conducted trials in a citrus grove infested with Argentine ants [Linepithema humile (Mayr); Hymenoptera: Formicidae] using bait stations (9.8 per ha) filled with bait consisting of either 0.001% imidacloprid as one treatment or 0.25% methoprene as a second treatment. The 2 treated areas and a control were widely separated in the grove. Within each area, trees were randomly selected to receive sucrose water monitors. Consumption of the sucrose water is a measurement of ant foraging activity that we used to compare treatments and the control. For all weekly samples except one, consumption by ants in the imidacloprid-treated area was significantly lower than in the controls. The methoprene treatments gave a more complex outcome: the consumption of the bait was significantly higher than in the controls during wk 5 and 8, but then rapidly descended below the consumption level of the control during wk 11 and 12. A post-experimental examination of the control and methoprene areas showed that queen numbers in the methoprene area were 93% lower than in the control area. A subsequent laboratory experiment comparing the methoprene bait in sucrose to sucrose only showed significant worker mortality after 9, 12, and 16 wk, while at the end of the experiment queen mortality was 24% higher than in the controls (ns). The initial rise in field ant numbers with the methoprene bait would pose a problem for its use by growers unless it would be used early in the season before hot weather would drive the annual increase in ant numbers. View this article in BioOne
机译:我们在一个充满阿根廷蚂蚁的柑橘林中进行了试验[Linepithema humile(Mayr);膜翅目:甲虫使用诱饵站(9.8公顷/公顷),该诱饵站装有一种诱饵,该诱饵由0.001%吡虫啉作为一种治疗方法或0.25%甲基丁二烯作为第二种治疗方法。 2个处理过的区域和一个控制区域在树林中广泛隔开。在每个区域内,随机选择树木接受蔗糖水监测仪。蔗糖水的消耗量是我们用来比较处理和对照的蚂蚁觅食活动的一种度量。对于除一个样品外的所有每周样品,吡虫啉处理区蚂蚁的消耗量显着低于对照组。甲基戊二烯治疗的结果更为复杂:第5周和第8周的诱饵消耗量显着高于对照组,但第11周和第12周的诱饵消耗量迅速降至对照的消耗水平以下。对照和甲基异戊二烯区域显示,甲基异戊二烯区域的皇后数比对照区域低93%。随后的实验室实验将蔗糖中的甲基戊二烯诱饵与蔗糖进行了比较,仅在第9、12和16周后才显示出明显的工人死亡率,而在实验结束时,女王死亡率比对照组高24%(ns)。甲基异戊二烯饵料引起的田间蚂蚁数量的最初上升会给种植者使用带来麻烦,除非在炎热的天气导致蚂蚁数量逐年增加之前的季节早期使用。在BioOne中查看此文章

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