首页> 外文期刊>Biological Control: Theory and Application in Pest Management >Establishment and increased fitness of the seed-feeding weevil Cissoanthonomus tuberculipennis, a biological control agent for balloon vine Cardiospermum grandiflorum in South Africa
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Establishment and increased fitness of the seed-feeding weevil Cissoanthonomus tuberculipennis, a biological control agent for balloon vine Cardiospermum grandiflorum in South Africa

机译:种子饲养象鼻叶绿素神经内核植物核桃蛋白核桃蛋白核桃蛋白,一种用于南非的气球葡萄葡萄葡萄球菌的生物控制剂的健康状况

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摘要

The ability of introduced species to adapt and proliferate in their areas of introduction is attributed to a complexity of factors and processes. Post-release studies were conducted to ascertain establishment, spread and initial impact of the seed-feeding weevil Cissoanthonomus tuberculipennis, a biological control agent released against balloon vine Cardiospermum grandiflorum in South Africa. CLIMEX was used to identify areas where C. tuberculipennis was likely to establish. Comparison were also made of C. tuberculipennis abundance in its native (Argentina) and introduced (South Africa) ranges to determine its relative fitness in the two regions. The weevil successfully overwintered at 12 of 14 release sites and was thus considered to be established after twelve months. The weevil has spread rapidly from all the established release sites in South Africa, confirming CLIMEX predictions conducted prior to its release. The percentage of seeds damaged by C. tuberculipennis across all study sites in South Africa after 12 months was over two-fold greater than in Argentina. The study suggests that C. tuberculipennis has responded to increased resource availability in South Africa, where there is little competition from co-occurring native lepidopteran species which are scarce on the same food resource.
机译:在其引言领域进行调整和增殖的物种的能力归因于因素和过程的复杂性。进行后释放后的研究,以确定饲养的种子喂养象鼻叶神经内膜神经内膜神经内膜的建立,涂抹和初始影响,这是一种在南非气球藤蔓无皮蛋白普拉姆释放的生物控制剂。 CLIMEX用于识别C.Tuberculipennis可能建立的地区。比较也是在其本地(阿根廷)中的C.Tuberculipennis丰富制成,并介绍(南非)范围,以确定其两个地区的相对健身。象鼻虫在14个释放位点的12个中成功冻结,因此被认为是在12个月后建立的。象鼻虫从南非所有已既定的释放地点迅速传播,确认在释放之前进行的高潮预测。 C.Tuberculipenis在12个月后遍布南非所有学习遗址受伤的种子百分比超过两倍比阿根廷大。该研究表明,C.Tuberculipennis已回应南非的资源可用性增加,从那里有很少的胃地性鳞翅目在同一食物资源上稀缺的竞争。

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