Decoding of chemical communication in insect pests and its manipulation for their management in citrus (Citrus spp.)

A. George, C. Rao
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Abstract

The semio-chemicals in general have environmental benefits associated with their use, in contrast to conventional insecticides. These semio-chemicals are inherently different from synthetic insecticides in terms of their mode of action and subsequent impact on the environment and human health. Although a number of outstanding successes have proved the potential of pheromone technology, the use of semio-chemicals is still in its early stages in India. It can be safely predicted that, as farming practices, the demand for semio-chemical technology will increase steadily which requires continuous and equal efforts of researchers, industry and farmers. Development of semio-chemical based push pull strategies using pheromones, repellents of insect pests and attractants of bio-agents for the management of insect pests in citrus (Citrus spp.) and citrus based farming systems needs immediate attention as these are known to be eco-friendly insect pest management strategies.
柑桔害虫化学信息的解码及其管理
与传统杀虫剂相比,这些半化学品的使用一般具有环境效益。这些半化学品在作用方式和随后对环境和人类健康的影响方面与合成杀虫剂本质上是不同的。虽然一些杰出的成功证明了信息素技术的潜力,但在印度,半化学品的使用仍处于早期阶段。可以肯定地预测,随着农业实践的发展,对半化学技术的需求将稳步增长,这需要研究人员、工业和农民持续而平等的努力。开发基于半化学的推拉策略,利用信息素、害虫驱避剂和生物剂引诱剂来管理柑橘(citrus spp.)和柑橘农业系统中的害虫,需要立即得到关注,因为这些都是已知的生态友好型害虫管理策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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