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评估推拉策略对甜椒上西花蓟马(缨翅目:蓟马科)的防治效果

Evaluation of a push-pull strategy for the management of Frankliniella bispinosa (Thysanoptera: Thripidae) in bell peppers.

作者信息

Tyler-Julian Kara, Funderburk Joe, Frantz Galen, Mellinger Charles

机构信息

University of Florida, North Florida Research and Education Center, 155 Research Rd., Quincy, FL 32351, USA.

出版信息

Environ Entomol. 2014 Oct;43(5):1364-78. doi: 10.1603/EN14048. Epub 2014 Aug 18.

Abstract

A push-pull strategy for managing the anthophilous Frankliniella bispinosa (Morgan) in pepper and increasing conservation biological control was evaluated. Push components of ultraviolet (UV)-reflective mulch and foliar applications of kaolin and the pull component of sunflower companion plants were evaluated in replicated field experiments in 2011 and 2012. Adult F. bispinosa rapidly colonized and reproduced in the peppers and sunflowers during early flowering, but populations declined later, as numbers of the predatory Orius insidiosus (Say) and Orius pumilio (Champion) increased in both hosts. Numbers of F. bispinosa were reduced by kaolin during early pepper flowering. Thrips numbers were increased on some of the later sample dates, apparently due to reduced predation that resulted from negative effects of kaolin and UV-reflective mulch on Orius populations. Numbers of thrips increased in peppers with companion plants during the first week of flowering each year, followed by declines in thrips numbers during the next 2 wk in 2011. There was little effect each year of the companion plants on the numbers of Orius in the pepper flowers. There was one date in 2011 and no dates in 2012 in which UV-reflective mulch or kaolin acted in concert with the presence of the companion plants to reduce thrips numbers in the main crop of pepper. Yield effects were not attributed to thrips damage. We conclude that sunflower companion plants did not act additively or synergistically with kaolin or UV-reflective mulch to reduce thrips and increase Orius populations in pepper.

摘要

评估了一种用于管理辣椒上嗜花西花蓟马(Frankliniella bispinosa (Morgan))并增强保护型生物防治的推拉策略。在2011年和2012年的重复田间试验中,对紫外线(UV)反光地膜和高岭土叶面喷施的驱避成分以及向日葵伴生植物的诱集成分进行了评估。在花期早期,西花蓟马成虫迅速在辣椒和向日葵上定殖并繁殖,但随着两种寄主上捕食性小花蝽(Orius insidiosus (Say))和微小花蝽(Orius pumilio (Champion))数量的增加,其种群数量随后下降。在辣椒花期早期,高岭土降低了西花蓟马的数量。在一些较晚的采样日期,蓟马数量增加,显然是由于高岭土和UV反光地膜对小花蝽种群产生负面影响,导致捕食作用减弱。每年开花第一周,伴生植物的辣椒上蓟马数量增加,随后在2011年接下来的2周内蓟马数量下降。每年伴生植物对辣椒花中小花蝽数量的影响很小。2011年有一个日期,2012年没有日期,UV反光地膜或高岭土与伴生植物共同作用,减少了辣椒主作物中的蓟马数量。产量影响并非归因于蓟马危害。我们得出结论,向日葵伴生植物与高岭土或UV反光地膜在减少蓟马数量和增加辣椒上小花蝽种群方面没有相加或协同作用。

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