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首页> 外文期刊>International Journal of Scientific & Technology Research >Preliminary Study To Use Of Coffeee Fruit Extract In Traps To Controlled Of Coffeee Fruit Borer (CFB) (Hypothenemus Hampeii Ferr.) On Coffeee Plantation In Dairi
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Preliminary Study To Use Of Coffeee Fruit Extract In Traps To Controlled Of Coffeee Fruit Borer (CFB) (Hypothenemus Hampeii Ferr.) On Coffeee Plantation In Dairi

机译：在Dairi的Coffeee种植园中使用Coffeee Fruit Extract诱捕器来控制Coffee Fruit Borr（CFB）（Hypothenemus Hampei Ferr。）的初步研究

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Coffeee Fruit Borer (CFB) (Hypothenemus hampeii) is an important pest which attacks the Coffeee fruit and limited were done in Sumatera Utara. Integrated Pest Management (IPM) of CFB control are used by biological, mechanical and chemical but the most effective is mechanical with trap utilization because this mechanical control is cheap, easy, and can be calculated. This study aims to determine the effectiveness of Coffeee fruit extract utilization for control of CFB. This research was conducted at 2 sites in Sidikalang subdistrict and 2 sites in Sumbul sub district with 5 stations and 5 treatments TO (Control), T1 (25 ml of Coffeee fruit extract), T2 (50 ml of Coffeee fruit extract), T3 (75 ml of Coffeee fruit extract), T4 (100 ml of Coffeee fruit extract) used a non factorial randomized block design. The results showed which the highest CFB collection from SiAT4 at Sidikalang location on Arabica Coffeee with 100 ml of Coffeee fruit extract by 42.2 individuals, meanwhile the lowest CBF trapped is control treatment at Sumbul location on Robusta Coffeee type (SuRTO) by 22.6 individuals. The treatment (SuRT4) at Sumbul location with Robusta and 100 ml of Coffeee fruit extract was the best treatment to reduce the percentage of CFB attack.
机译：Coffeee Fruit Borer（CFB）（Hypothenemus hampeii）是一种重要的害虫，侵袭了Coffeee果实，在Sumatera Utara受到限制。 CFB控制的病虫害综合防治（IPM）已被生物，机械和化学方法所采用，但最有效的方法是利用捕集阱捕集的机械，因为这种机械控制便宜，容易并且可以计算。本研究旨在确定利用Coffeee水果提取物控制CFB的有效性。这项研究是在Sidikalang街道的2个地点和Sumbul分区的2个地点进行的，分别有5个站点和5种处理方法：TO（对照），T1（25毫升Coffeee水果提取物），T2（50 ml Coffeee水果提取物），T3（ 75毫升Coffeee水果提取物），T4（100毫升Coffeee水果提取物）采用了非析因随机区组设计。结果表明，来自阿拉比卡咖啡的Sidikalang位置的SiAT4的CFB收集量最高，有42.2个个体有100 ml的Coffeee水果提取物，而捕获的CBF最低的是22.6个个体的Robusta Coffeee类型（SuRTO）的Sumbul位置的对照处理。在Sumbul地点使用Robusta和100 ml Coffeee水果提取物进行的处理（SuRT4）是降低CFB侵袭率的最佳方法。

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