多样性的优势

Patricia Lannes, April Oswald, H. Maxson, Marianna Pegno
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引用次数: 362

摘要

从理论上讲,害虫综合治理是一门科学和艺术,它将各种策略结合成一种策略,将昆虫的损害控制在经济阈值以下。在实践中,在财政基础上,农药是采用的主要策略,这种情况是不可持续的。虽然故意利用或操纵昆虫行为是在IPM实践中很少采用的策略,但最近科学和技术的进步应该以直接和间接的方式改善这种情况。新技术的可用性,如转基因栽培植物,可能直接影响害虫(及其天敌)的昆虫行为的变化,从而使它们可能造成的损害得到控制。间接方法既涉及害虫,也涉及天敌。昆虫行为本身的知识以及与它们附近栖息地相关的害虫行为可以用来在IPM项目中取得成功。适应度提高的转基因天敌应能更好地适应恶劣的农业环境。IPM的未来依赖于知识和技术的融合,其中行为生态学起着核心作用。file:///D/content/3_2469.htm[29/10/2018 12:13:43 PM]
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Strength in Diversity
In theory, Integrated Pest Management is the science and art of combining tactics into a strategy that will keep insect damage under economic thresholds. In practice, pesticides are, on a financial basis, the main tactics employed and this situation is unsustainable. Although deliberate use or manipulation of insect behavior is tactic that is seldom employed in IPM practice, recent advances in both science and technology should improve that situation in direct and indirect ways. The availability of new technologies, such as genetically modified cultivated plants, may directly effect changes in insect behavior of pests (and their natural enemies) such that the damage they would cause is under control. Indirect approaches concerns both pests and natural enemies. Knowledge of insect behavior per se and of the behavior of pests in relation to their nearby habitats can be used to achieve success in IPM programs. Transgenic natural enemies with improved fitness should be better adapted to perform in otherwise hostile agricultural environments. The future of IPM relies a blend of knowledge and technologies of which behavioral ecology plays a central role. file:///D/content/3_2469.htm[29/10/2018 12:13:43 PM]
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