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Development of integrated pest management techniques: Insect pest management on soybean

机译:病虫害综合防治技术的发展:大豆的病虫害防治

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摘要

This dissertation is organized into six chapters. Chapter one contains a general introduction, including a review of the literature on the biology, damage caused, and control of soybean aphid, Aphis glycines Matsumura (Hemiptera: Aphididae). In addition to soybean aphid biology and management, this chapter will also include a review of integrated pest management (IPM) theory including plant injury responses and insect threshold development. The chapters reporting the original research conducted through the course of study will progress from the applied to the basic: Chapter two will detail the effects of insecticide application techniques on soybean aphid management. Chapter three will report on the applicability of the current soybean aphid threshold on soybean grown in narrow-rows. Chapter four will compare the economic probability of net profit comparing preventive soybean aphid management programs to IPM. Chapter five will detail several soybean yield response models to two common sources of injury (e.g. assimilate removal and defoliation). Chapter five will also discuss how assimilate removal and defoliation interact in a common yield loss model, and how this information could aid in the development of comprehensive soybean aphid thresholds. Finally, chapter six will provide a brief overview of the conclusions of this original research and is followed by an acknowledgments section.
机译:本文共分为六章。第一章概述,包括对大豆蚜虫松村蚜虫(半翅目:蚜虫)的生物学,引起的危害和防治的文献的综述。除大豆蚜虫的生物学和管理外,本章还将对病虫害综合治理(IPM)理论进行回顾,包括植物伤害反应和昆虫阈值发展。报告本研究过程中进行的原始研究的各章将从应用到基础:第2章将详细介绍杀虫剂施用技术对大豆蚜虫管理的影响。第三章将报告当前大豆蚜虫阈值对窄行种植的大豆的适用性。第四章将比较预防性大豆蚜虫管理计划与IPM的净利润的经济可能性。第五章将详细介绍几种针对两种常见伤害源(例如同化物去除和脱叶)的大豆产量响应模型。第五章还将讨论同化去除和脱叶如何在常见的产量损失模型中相互作用,以及该信息如何帮助制定综合的大豆蚜虫阈值。最后,第六章将简要概述这项原始研究的结论,然后是致谢部分。

著录项

  • 作者

    Johnson, Kevin Dennis;

  • 作者单位
  • 年度 2010
  • 总页数
  • 原文格式 PDF
  • 正文语种 en
  • 中图分类
  • 入库时间 2022-08-20 20:23:42

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