MANAGEMENT AND CONTROL OF AGRILUS AURICHALCEUS REDT. (COLEOPTERA: BUPRESTIDAE) IN BIOLOGICAL RASPBERRY PRODUCTION

E. Tsolova, L. Koleva
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Abstract

The study was carried out in а raspberry plantation (2013-2015) in the experimental field of the Institute of Agriculture – Kyustendil. The purpose of this study is to investigate the effect of organic fertilizer application on the stock larvae of Agrilus aurichalceus and population management, using biological plant protection products. According to the results of this study, it has been proved that fertilizing with organic fertilizers has a reductive effect on the survival of the A. aurichalceus population and does not affect the population of the larval endoparasitoid Ttrastichus heeringi in the cultivars  Willamette  and  Lyulin  . The relationships between A. aurichalceus and T. heeringi in the conditions of organic raspberry production have been studied. The established degree of parasitism of the larvae by T. heeringi (32.7-68.4%) is capable of reducing and controlling the population of A. aurichalceus in the  Willamette  without chemical control. Two treatments with bioinsecticides have been carried out for the protection of plants from cultivar  Lyulin  due to a significantly lower degree of parasitism (18.1-50.0%). The most effective insecticides to the control of adults of A. aurichalceus have been identified: Pyrethrum FS EC-0.05% and NeemAzal®-T/S - 0.3 %. The adult control scheme involves two treatments with bioinsecticides of infested shrubs. The first treatment should be done during the buttoning, the second treatment during the mass flight of beetles (only at
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黑穗虱的管理与控制。在生物覆盆子生产中的应用
本研究于2013-2015年在Kyustendil农业研究所试验田的覆盆子人工林进行。本研究旨在探讨有机肥施用量对黑穗螟存量幼虫的影响,并利用生物植保产品对黑穗螟种群进行管理。本研究结果表明,施用有机肥会降低黄斑蝽种群的存活率,而不会影响Willamette和Lyulin两个品种的幼虫内生寄生蜂的种群数量。研究了有机覆盆子生产条件下黑穗病螨与黑穗病螨的关系。在不进行化学防治的情况下,确定的黄颡鱼幼虫寄生度(32.7 ~ 68.4%)能够减少和控制威拉米特地区的耳纹姬蝇种群。由于柳林的寄生率较低(18.1 ~ 50.0%),因此采用两种生物杀虫剂对其进行了保护。结果表明,除虫除虫菊酯FS EC-0.05%和NeemAzal®- t /S - 0.3%是对木耳库蚊成虫最有效的药剂。成虫防治方案包括对受感染灌木使用生物杀虫剂进行两种处理。第一次处理应在钮扣期间进行,第二次处理应在甲虫大量飞行期间进行(仅在
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