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Going beyond sprays and killing agents: Exclusion, sterilization and disruption for insect pest control in pome and stone fruit orchards

机译:超越喷雾剂和杀灭剂:对梨果和核果园中的害虫进行驱除,灭菌和破坏控制

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摘要

Because of their perennial nature, orchards harbor one of the most complex ecosystems in agriculture. Nevertheless, crop protection programs still mainly focus on pesticides (synthetic or organic-approved) to prevent or limit the action of so-called noxious species in these systems. Killing agents represent the dominant paradigm and have been used in agriculture for decades. This paper synthesizes the available literature about the other approaches, more suited to organic farming, which recognize that the radicalness of killing is not necessary to prevent crop losses. Exclusion barriers represent one of the most readily available means of protecting the crop that way, but other behavior-based techniques have been developed, such as sterile insect technique and mating disruption. While there are many other possibilities, these are the three approaches that are currently getting the most interest in tree fruit production, due to ecological and agronomical characteristics, some of which will be detailed in this review. (C) 2016 The Authors. Published by Elsevier B.V.
机译:由于果园的多年生特性,果园是农业中最复杂的生态系统之一。然而,作物保护计划仍主要集中在农药(合成或有机批准的)上,以防止或限制这些系统中所谓有害物种的活动。杀灭剂代表了主要的范例,并已在农业中使用了数十年。本文综合了有关更适合有机农业的其他方法的现有文献,这些方法认识到杀灭的根本性对于防止作物损失是不必要的。排阻障碍代表了以这种方式保护作物的最容易获得的手段之一,但是还开发了其他基于行为的技术,例如无菌昆虫技术和交配破坏。尽管还有许多其他可能性,但由于生态和农艺特性,这三种方法目前在树果生产中引起了最大的兴趣,本文将详细介绍其中的一些方法。 (C)2016作者。由Elsevier B.V.发布

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