昆虫不育技术在两种大规模诱捕布局中控制头角绦虫(双翅目:绦虫科)和蝇蛆捕获的效果

IF 1.1 4区 农林科学 Q3 ENTOMOLOGY International Journal of Pest Management Pub Date : 2022-10-02 DOI:10.1080/09670874.2022.2130468
F. Duarte, Agustín Caro, S. Delgado, A. Asfennato, Laura López, F. Hernandez, M. V. Calvo
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引用次数: 1

摘要

摘要进行了两项试验,一项是评估SIT控制乌拉圭毒蝇种群的有效性,另一项是在两种大规模诱捕布局中评估毒蝇的捕获量。首先,在一个18 2020年2月至3月,“Cripps pink”苹果公顷地块释放了75.6万只头角Ceratis capita不育雄性,2021年2月到4月释放了99万只。同时,三个4 将具有质量陷阱的ha地块作为对照进行评估。杰克逊陷阱的平均不育率为13.2,果实损伤没有差异。第二次审判由三块1 公顷“Afourer”柑橘,每公顷50个Susbin TMA陷阱,网格和周边布局。在每个小区的中心释放了5000只不育雄性,并对捕获量进行了评估。在网格和周边设计中,不育雄性的平均再捕获率分别为14,9和3.3。C.capita种群得到控制,SIT可以与周边设计中的质量捕获结合应用,而不需要显著增加释放的不育雄性剂量。
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Sterile insect technique (sit) effectiveness to control Ceratitis capitata (Diptera: Tephritidae) and medfly catches in two mass trapping layouts
Abstract Two trials were done, one to evaluate SIT effectiveness to control Uruguayan medfly populations, and another to evaluate the medfly catches in two mass trapping layouts. First, in an 18 ha plot of ‘Cripps pink’ apple 756,000 sterile males of Ceratitis capitata were released from February to March in 2020, and 990,000 from February to April in 2021. Simultaneously, three 4 ha plots with mass trapping were evaluated as controls. The average sterile:wild ratio in Jackson traps was 13.2 and no differences were found in fruit damage. The second trial consisted in three plots of 1 ha of ’Afourer’ mandarin with 50 Susbin-TMA traps per ha, in both grid and perimeter layouts. Five thousand sterile males were released in the center of each plot, and catches were evaluated. The mean recapture of sterile males was 14,9 and 3.3 in the grid and a perimeter design respectively. C. capitata population were controlled, and SIT could be applied in combination with mass trapping in a perimeter design without requiring a substantial increase in the sterile male dose released.
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来源期刊
CiteScore
4.70
自引率
6.70%
发文量
74
审稿时长
>12 weeks
期刊介绍: International Journal of Pest Management publishes original research papers and reviews concerned with pest management in the broad sense, covering the control of pests (invertebrates, vertebrates and weeds) and diseases of plants, fungi and their products – including biological control, varietal and cultural control, chemical controland interference methods. The management of invasive species is of special interest. We also encourage submissions dealing with interactions of multiple pests such as arthropods and plant pathogens, pathogens and weeds or weeds and arthropods as well as those dealing with the indirect and direct effects of climate change on sustainable agricultural practices.
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