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首页> 外文学位 >An integrated subterranean termite management system coupling soil amendments with insect repellent plant tissues.
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An integrated subterranean termite management system coupling soil amendments with insect repellent plant tissues.

机译：一个集成的地下白蚁管理系统，将土壤改良剂与驱虫植物组织结合在一起。

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摘要

Currently, soil termiticides are the primary termite defense mechanism used under and around living spaces in the continental United States. While this form of treatment has been effective for many years, the creation of a new, more environmentally friendly termite management system could reduce the amount of termiticides introduced annually into the environment around structures. A natural barrier containing soil amendments and mulches amended with insect-repellent plant tissues discourages termite foraging and directs the termites away from the structure. The proposed integrated management system developed during this project, divides a structure into three zones. Each zone has particular responsibilities to the overall biological durability of the structure. This study concentrates on the inner-detritus zone, which extends 24" (0.61m) from the outer wall of the structure, an area that can harbor potential hazards such as moisture traps, conducive termite food, water and protection sources, and other factors that could put undue biological pressures on the structure. Altering this zone, more specifically the pH of the soil and the mixture of products used as mulch, creates an environment unsuitable for termite foraging. This integration of several termite repelling strategies should obviate or significantly reduce the need for termiticidal soil barriers under and around houses.
机译：当前，土壤杀白蚁剂是在美国大陆上居住空间之下和周围使用的主要白蚁防御机制。尽管这种形式的治疗已经有效了许多年，但建立新的，对环境更友好的白蚁管理系统可以减少每年引入建筑物周围环境中的杀白蚁剂的数量。天然屏障包含土壤改良剂和覆盖物，并用驱虫植物组织修饰，可阻止白蚁觅食并使白蚁远离结构。在此项目期间开发的拟议综合管理系统将一个结构分为三个区域。每个区域对结构的整体生物耐久性负有特殊责任。这项研究的重点是从结构外壁延伸24英寸（0.61m）的内部碎屑区域，该区域可能存在潜在的危害，例如水分陷阱，有益的白蚁食物，水和保护源以及其他因素改变该区域，更具体地说是土壤的pH值和用作覆盖物的产品混合物，会形成不适合白蚁觅食的环境，几种白蚁排斥策略的结合应避免或显着降低在房屋下和房屋周围需要有杀白蚁的土壤屏障。

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  • 作者

    Kitchens, Shane C.;

  • 作者单位

    Mississippi State University.$bForest Products.;

  • 授予单位 Mississippi State University.$bForest Products.;
  • 学科 Biology Entomology.; Agriculture Wood Technology.
  • 学位 Ph.D.
  • 年度 2008
  • 页码 76 p.
  • 总页数 76
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 昆虫学;森林采运与利用;
  • 关键词

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