1) boring insects
钻蛀性昆虫
1.
Niche characteristics of boring insects within Pinus massoniana infected by Bursaphelenchus xylophilus;
松材线虫染病松树上钻蛀性昆虫生态位的研究
2.
xylophilus and had regenerated after ruined as study areas, guided theoretically by population, community and system ecology, to study community structure and function of insects, mostly boring insects, which would reveal resistance mechanism of pine forest ecosystem.
本论文以入侵生物松材线虫Bursaphelenchus xylophilus(Steiner & Buhrer)Nickle与其传播媒介,尤其是松墨天Monochamus alternatus Hope为主要研究对象,选择浙江省富阳市和舟山市发生松材线虫病以及发病后自然更新的典型林地作为研究样地,从种群生态学、群落生态学和系统生态学理论出发,主要研究钻蛀性昆虫的群落结构及其在松林更新中的作用,探讨了松林生态系统在松材线虫入侵时所表现出的抵御能力和恢复机制。
2) Borer
[英]['bɔ:rə] [美]['borɚ]
钻蛀性害虫
1.
Report on the recognition characters of eight borers in the trunk and limb of Castane mollissima, happening at large comparatively in Shangrao district, and apply for the research of woods pests.
本文对上饶市板栗主干和枝干部8种常见钻蛀性害虫的林间识别特征进行了描述,供林间虫害调查识别应用。
2.
Evaluation on Control Efficacy of Scleroderma guani against Borer;
管氏肿腿蜂Scleroderma guani Xiao et Wu是一些钻蛀性害虫特别是天牛科昆虫的幼虫和蛹的外寄生天敌。
3) borers
钻蛀性害虫
1.
Damages caused by borers against pigeon pea in the blooming and pod-bearing period and their control;
木豆花实期钻蛀性害虫的为害及防治
2.
Integrated control to popular borers in western Jilin;
吉林省西部杨树钻蛀性害虫的综合防治
4) boring insects
钻蛀性害虫
1.
Application of stepwise regression model in predicting the movement of Artemisia ordosica boring insects.
逐步回归模型在油蒿钻蛀性害虫预测中的应用
2.
61 plots damaged by boring insects were taken as an example at different successional stages of A.
近年来,油蒿主要钻蛀性害虫:沙蒿大粒象Adosopius sp。
5) trunkborer
蛀干昆虫
1.
Tritrophic system of tree-trunkborer-insect natural enemy association.;
树木-蛀干昆虫-天敌昆虫间的三级营养关系
6) stem borers in cowpeas
豇豆钻蛀性害虫
1.
s:In order to make the data of investiga tion more accurate to the actual situ ation,investigative times,methods,sampling position and the r ecord content of each stage of stem borers in cowpeas were studied based on infestation characteristics of t he pests and field investigations fo r many years.
根据豇豆钻蛀性害虫的为害特点和多年田间调查的经验,就该类害虫各虫态的调查时间、方法、取样部位、记载取舍等进行探讨,以使调查数据更加合乎客观实际。
补充资料:昆虫个体生态学(见昆虫生态学)
昆虫个体生态学(见昆虫生态学)
昆虫个体生态学见昆虫生态学
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条