The effect of two isolates of Beauveria bassiana (Bals.) Vull. on the larvae of confused flour beetle [Tribolium confusum du Val., 1863 (Coleoptera: Tenebrionidae)]

Alime BAYINDIR EROL, Oktay ERDOĞAN, İsmail KARACA
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Abstract

The confused flour beetle cause economic losses in stored products, especially in products obtained from wheat. Although using insecticides against storage pests is an effective method, their frequent and continuous use can lead to resistance and toxicity issues in non-target organisms. In this study, the effect of local Beauveria bassiana isolates (BMAUM LD.2016 and BMAUM M6-4) on the 3rd instar larvae of confused flour beetle (Tribolium confusum) was determined under laboratory conditions. As a result of the experiment, both isolates of B. bassiana were found to be more effective on the larvae in the spraying method compared to the dipping method. In the spraying method, mortality rates on the 9th day were 72% in BMAUM LD.2016 isolate, 34% in the dipping method, respectively. Mortality rates of BMAUM M6-4 isolate were recorded as 96% in the spraying method and 8% in the dipping method. In the spraying method, the mortality date (LT50) was determined as 6.09 days for BMAUM LD.2016 isolate and 3.90 days for BMAUM M6-4 isolate. The LT50 value could not be calculated in the dipping method, since the mortality rates were below 50% for both isolates. BMAUM M6-4 isolate caused higher mortality in larvae than BMAUM LD.2016 isolate. As a result, B. bassiana isolates have shown a high level of effectiveness against T. confusum, demonstrating that they can be used as isolates for insect control.
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两株球孢白僵菌的抑菌效果Vull。粉甲虫幼虫的研究[Tribolium confusum du Val., 1863](鞘翅目:拟甲科)
混粉甲虫对储藏产品,特别是小麦制品造成经济损失。虽然使用杀虫剂对付储藏害虫是一种有效的方法,但它们的频繁和持续使用可能导致非目标生物的抗性和毒性问题。本研究在实验室条件下,测定了当地球孢白僵菌分离株(BMAUM ld2016和BMAUM M6-4)对混粉甲虫(Tribolium confusum) 3龄幼虫的影响。试验结果表明,喷施法和浸施法对球孢白僵菌幼虫的杀灭效果均优于浸施法。喷药法和浸药法的第9天死亡率分别为72%和34%。喷淋法和浸渍法对BMAUM M6-4分离株的死亡率分别为96%和8%。喷淋法测定BMAUM LD.2016和BMAUM 6m -4菌株的致死日(LT50)分别为6.09 d和3.90 d。浸渍法无法计算出LT50值,因为两株菌株的死亡率均低于50%。BMAUM M6-4分离株的幼虫死亡率高于BMAUM LD.2016分离株。结果表明,球孢白僵菌分离物对白僵菌具有较高的防治效果,可作为分离物用于昆虫防治。
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