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Effect of talc based wettable powder formulation of Beauveria bassiana against non target organisms of rice ecosystem

机译:Geauveria Bassiana对水稻生态系统非靶生物体的滑石可湿性粉末制剂的影响

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摘要

Impact of talc based wettable powder (WP) of Beauveria bassiana at a concentration of 1 x 107 conidia/ml and chlorpyriphos @ 0.025% was assessed on Trichogramma japonicum (egg parasitoid), Micraspis discolor (Coccinellidae), Lycosa pseudoannulata (spider), and Apanteles spp. (Larvalparasitoid) both in vitro (laboratory) and in vivo (rice field). In vitro WP did not show any deleterious effect on T. japonicum up to two generations, parasitization and parasitoid emergence were 73.2 and 90.8 per cent, respectively, which were significantly different from those treated with chlorpyriphos but at par with the control. The adult longevity and total life cycle duration were found to be same or slightly longer than the control. Under in vitro conditions, theWP significantly encouraged the population build up of coccinellid beetle, spiders, as well as Apanteles spp.
机译:对嗜孢菌的TALC的可湿性粉末(WP)的浓度为1×107分析/ mL和氯吡啶酚@ 0.025%的嗜孢子(蛋寄生虫),Micraspis Discoloror(Coccinellidae),Lycosa假年ann(蜘蛛),以及 Apanteles SPP。 (Larvalparasitoid)体外(实验室)和体内(稻田)。 体外WP没有对T.paponicum的任何有害影响,寄生和寄生虫出现分别为73.2和90.8%,与氯吡啶磷酸处理的人显着不同,但在对照的情况下。 发现成人寿命和总生命周期持续时间相同或略长于控制。 在体外条件下,江苏州的患者显着促进了人口积聚的球菌植物甲虫,蜘蛛以及饲养员SPP。

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