citrus red mite

美 [ˈsɪtrəs red maɪt]英 [ˈsɪtrəs red maɪt]
  • 桔全爪螨
citrus red mitecitrus red mite
  1. Optimum timing of insecticide application to control citrus red mite , panonychus citri

    杀虫剂防治桔全爪螨的最适施药时间的模拟研究

  2. The Citrus Red Mite 's ( Paonychus citri Meg . ) harmfulness , the dynamics of the population and the toothed of control were investigated .

    本文就桔全爪螨对黄葛树的为害性、种群动态和防治方法等进行了研究。

  3. Effect of Fungicides on the Laboratory Population of Citrus Red Mite

    杀菌剂对桔全爪螨实验种群的影响

  4. Occurrence and control strategy of citrus red mite in Shaoyang

    邵阳地区桔全爪螨的发生与防治对策

  5. Prevention of Citrus Red Mite by Using Self making Diesel Oil Emulsion of Colloid Sulphur

    自制胶体硫柴油乳剂防治柑桔红蜘蛛

  6. Field Efficacy and Laboratory Toxicity of Envidor SC on Citrus Red Mite

    24%EnvidorSC防治柑桔红蜘蛛田间药效及室内毒力测定

  7. A synthetical evaluation on functional responses and effectiveness of five species of predators to citrus red mite

    湖南桔园主要天敌对柑桔全爪螨的捕食作用及其综合评定

  8. The Life Table and Multiple Column Matrix Model of Citrus Red Mite , Panonychus citri McGregor

    桔全爪螨实验种群生命表及多列矩阵模型

  9. The principal composition analysis and fuggy cluster analysis of the population dynamics of citrus red mite on sweet osmanthus

    桂花上柑桔全爪螨种群动态的主成分分析和模糊聚类

  10. Efficacy of 7.5 % Rotenone EC on Cabbage Aphid in China and Citrus Red Mite in Vietnam

    7.5%鱼藤酮乳油对蔬菜蚜虫和柑桔红蜘蛛的防效

  11. THE SIMULATION MODELS FOR THE POPULATION DYNAMICS OF CITRUS RED MITE Scientists call this claw shape the antibody molecule 's idiotype .

    柑桔全爪螨自然种群动态的模拟模型科学家称这种爪型为抗体微小颗粒的遗传型。

  12. Studies on the control of the citrus red mite Panonychus citri ( mcg . ) with chinaberry seed oil

    苦楝油防治桔全爪螨的研究

  13. THE SYSTEMATIC ANALYSIS AND SIMULATION ON THE POPULATION DYNAMICS OF THE CITRUS RED MITE , Panonychus citri McG . ⅱ . The Systematic Analysis and Simulation

    桔全爪螨(PanonychuscitriMcG.)种群动态的系统分析及其模拟&Ⅱ.系统分析、模拟及施药模拟实验

  14. STUDIES ON THE ESTIMATION OF THE POPULATION DENSITY OF THE CITRUS RED MITE ( Panonychus citri McG . )ⅲ . Research on the Sampling Strategy

    桔全爪螨种群密度估计方法研究&Ⅲ.桔全爪螨种群的抽样策略

  15. The results offer the initial evidence to resolve the molecular resistance mechanism of P. citri , and provide strong theoretical basis for the comprehensive management of the citrus red mite .

    研究结果初步明确了CarEs介导柑桔全爪螨的抗性分子机制,为柑桔全爪螨的田间综合治理提供有力的理论依据。

  16. In order to the sustainable biocontrol to the citrus red mite , it is important to establish the natural population base of Stethorus siphonulus Kapur .

    为了使柑桔全爪螨生物防治持续发展,食螨瓢虫自然种群基地的建立至关重要。

  17. Studies on the fecundity of the citrus red spider mite

    桔全爪螨生殖力研究

  18. Effects of temperature , humidity and photoperiod on the development of citrus red spider mite in laboratory

    温湿度和光周期对桔全爪螨生长发育的影响

  19. The effects of temperature , humidity and photoperiod on the development of citrus red spider mite ( Panonychus citri McGregor ) were studied by means of orthogonal method in laboratory .

    本文应用正交实验设计法观察了温度、湿度和光照条件对桔全爪螨生长和发育的影响。

  20. The soluble powder : polythiocycloalkanes , has good effective on the control of pest insects such as two-spotted spider mite , cotton bollworm and citrus red spider mite ect .

    简介了产品的毒性毒理概况和应用范围,尤其是防治棉红蜘蛛、棉铃虫、柑桔红蜘蛛等害虫的良好特性。