1)Dendroctonus valens红脂大小蠹
1.Evaluation of the potential risk of Dendroctonus valens with @risk software;运用@risk软件评价红脂大小蠹风险初探
2.Advances in red turpentine bark beetle,Dendroctonus valens LeConte;入侵害虫红脂大小蠹的研究进展
3.Effect of Volatiles from Dendroctonus valens and Pinus tabulaeformis on the Behavioral Selection of Natural Enemy;红脂大小蠹及油松挥发物对捕食性天敌寄主选择行为的影响
英文短句/例句
1.Scanning Electron Microscope Observation on Antenna of Red Turpentine Beetle (Dendroctonus valens LeConte)红脂大小蠹成虫触角扫描电镜的观察
2.The Test on Preventing the Dendroctonus Valens Leconte(DVL) by Using the Host Plant Attractant用寄主植物引诱剂防治红脂大小蠹的试验
3.Study on Attractants for Dendroctonus Valens from Pinus Tabulaeformis and Potential Distribution of the Pest in China;红脂大小蠹寄主植物引诱剂研究和适生区分析
4.Studies on the Population Ecology and Invasion Mechanisms of Red Turpentine Beetle(Dendroctonus Valens);红脂大小蠹种群生态学特性和入侵机制研究
5.Studies on Bioecology and Management of the Dendroctonus Valens;红脂大小蠹生物生态学特性及综合防治研究
6.Study on the Relationship between the Damage of Dendroctonus Valens LeConte and Forest Habitat Condition;红脂大小蠹危害与林分生境关系的研究
7.Studies on Bioecology and Management of the Red Turpentine Beetles;红脂大小蠹生物生态学特性及防治研究
8.The variance in monoterpene composition of Pinus tabuliformis and their effect on the electrophsiological and behavioral responses of Dendroctonus valens.油松萜烯成分变化与红脂大小蠹的反应特性
9.The Volatile Components of the Chinese Pine and the EAG Responses of the Dendroctonus valens (Coleoptera:Scolytidae)油松挥发性物质分析及红脂大小蠹的触角电位反应
10.Phylogeny, Biology and Ecology of Ophiostomatoid Fungi Associated with Dendroctonus Valens in Northern China;中国红脂大小蠹伴生菌的系统发育及其生物生态学习性
11.Research on the Avoide Effective of Non-host Volatiles for Dendroctonus Valens LeConteresponse;非寄主植物挥发性化学物质对红脂大小蠹驱避作用的研究
12.Study on Terpene of Tritrophic Interaction among Pinus Tabulaeformis, Dendroctonus Valens and Nature Enemies;萜烯类物质在油松、红脂大小蠹和天敌三重营养关系中的作用研究
13.A Study on the Bionomics of Red Turpentine Beetle (Dendroctonus Valens) and the Aplication Technology of Its Kairomone;红脂大小蠹生物学特性及植物性引诱剂林间应用技术研究
14.The Introduction of WWPB Model and Application Research to Pinus Tabulaeformis Damaged by Dendroctonus Valens in ShanxiWWPB模型引进及其在山西灵空山林场红脂大小蠹危害林分中的应用
15.The investigation and analysis of Blastophagus piniporda pest to Pinus koraiensis松纵坑切梢小蠹为害红松的调查与分析
16.Scanning Electron Microscope Observation on Antenna of Dendroctonus armandi(Coleoptera:Scolytidae)华山松大小蠹成虫触角感受器的扫描电镜观察
17.Evaluation on control effect of parasitoids on Dendroctonus armandi population寄生性天敌对华山松大小蠹种群控制作用评价
18.The larger Buddha was painted carmine red and the smaller one was multicolored, Mr. Melzl said.梅兹尔说，大佛涂上胭脂红，小佛涂上多种颜色。
相关短句/例句
Dendroctonus valens LeConte红脂大小蠹
1.Based on the extensive investigation about the Dendroctonus valens LeConte`s harmfulness in lingchuang county these years,this article analyzed the Dendroctonus valens LeConte`s harmfulness to the Pinus tabuliformis Carr.通过对近年来该县对红脂大小蠹的危害情况进行了广泛调查,全面分析了红脂大小蠹对油松生长的影响及其危害程度与环境因子的关系,并从不同角度探讨了陵川县红脂大小蠹的防治技术。
2.The paper reveals that the spatial pattern of the Dendroctonus valens LeConte is typical aggregation distribution, and then puts forward the better chemical control area in the dispersal stage of the imago.该文研究了红脂大小蠹 (DendroctonusvalensLeConte)的空间分布格局 ,为典型的聚集分布 ,提出成虫扬飞阶段化学防治区域 ;通过对该虫聚集机制的研究 ,明确提出虫源树概念及其外表特征 ,极大地缩小了非扬飞阶段化学防治的范围 ;通过越冬规律的研究 ,更加有针对性地提出了仅对数量极少的虫源树根部进行防治的策略 ;采用磷化铝根部土壤熏蒸防治试验 ,有效率达 90 3% 。
3)red turpentine beetle红脂大小蠹
1.Progress on invasion biology and chemical ecology of red turpentine beetle,Dendroctonus valens;红脂大小蠹入侵机制与化学生态学研究
2.Studies on biological characters of red turpentine beetle adult;红脂大小蠹成虫生物学特性研究
3.Carrying out project management and controlling plague of red turpentine beetle;实施工程治理 控制红脂大小蠹虫灾──对红脂大小蠹暴发成因及治理对策的探讨
4)Dendroctonus valens强大小蠹
1.Using insect tunnels as fumatory, Dendroctonus valens damaging in tunnels can be fumigated to death with aluminum phosphide (phostoxin)poison pills.利用虫道作熏蒸室 ,用磷化铝毒丸熏杀坑道内正在为害的强大小蠹 Dendroctonusvalens L e Conte,成虫死亡率可达 92 。
5)Dendroctonus大小蠹
6)Hylastes plumbeus红松根小蠹
1.minor and Hylastes plumbeus was obtained.为了对小蠹虫进行野外监测和防治,采用人工合成的缓释性信息化合物诱芯和国产漏斗式诱捕器,研究了α-蒎烯(Alpha-pinene,AP)、壬醛(nonanal,NL)、反式马鞭草烯醇(Trans-verbernol,TV)和桃金娘烯醇(myrtenol,MT)信息化学物质对黄色梢小蠹、纵坑切梢小蠹、横坑切梢小蠹和红松根小蠹4种松树小蠹虫的林间诱集效果。
延伸阅读
穿蠹1.蛀蚀。喻钻研。
