International Journal of Scientific & Technology Research

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IJSTR >> Volume 7 - Issue 2, February 2018 Edition

International Journal of Scientific & Technology Research  
International Journal of Scientific & Technology Research

Website: http://www.ijstr.org

ISSN 2277-8616

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

[Full Text]



M Mustain Aziz, Ameilia Zuliyanti Siregar, Hasanuddin



Attractant, Coffeee Fruit Extract, Hypothenemus hampeii, Coffeee Plantation, Dairi



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.



[1] Khairati, N. 2012. The Influence of Arabica Coffeee Sales In The Form Of Harvest Fruit (Cherry Red) Against The Farmers Economy Arabica Coffeee Village Tanjung Beringin Village In Dairi Regency. USU. Medan.

[2] Malau, S. 2010. Coffeee Fruit Snoring Attack and Its Impact in Samosir.Badan Research and Development of North Sumatra. Medan.

[3] Syahnen, Yenni, A., & Ida, R. T. U. S. 2009. Pioneering Method of Observation of Coffeee Fruit Borer Pest (H. hampeii Ferr.) in Dairi. Aerial parts of Centaurea gigantean (Asteraceae). J. Mat. Med

[4] Laila, M. S. I, Nurariaty, A., & Annie, P. S. 2011. Application of Integrated Pest Control Concept for Pest Control of Coffeee Fruit (H. hampei). J. Fitomedika. 7 (3): 162 166 (2011).

[5] Ernawati, F & Endang, H. 2014.
The Development of Pests On Coffeee Crops. Directorate General of A Plantation and Agriculture..

[6] Wiryadiputra, S. 2014. Environmentally Coffeee Fruit-Controlling Pest Control. Indonesian Coffeee and Cocoa Research Center.Jember

[7] Sinaga, K. M., Darma, B., & Mukhtar, I.P. 2015. Test of Height and Type of Trap to Control Berry Borrer (Hypothenemus hampei Ferr.) in Pearung village, Sub-district Paranginan, District Humbang Hasundutan. Jurnal Online Agroekoteknologi. Vol.3(3): 829-836

[8] Nugroho, B. A. 2015 Control of Coffeee Fruit Snoring (H. hampei) In Coffeee Plant Using Pheromone. BBPPTP. Surabaya.

[9] Siregar, A. Z. 2016. Bioecology of H. hampeii in Coffeee Plantation in Sumbul and Sidikalang District, Northen of Sumatera Indonesia. Internasional Journal of Advanced Research. 4 (11).

[10] Ernawati R., W Arief & Slameto. 2008. Polyclonal Coffeee Cultivation Technology. Center for Assessment and Development of Agricultural Technology. Agency for Agricultural Research and Development.

[11] Susilo, A. W. 2008. Coffeee Plant Resistance (Coffeea spp.) Against Coffeee Fruit Snoring (Hypothenemus hampeii Ferr.). Review of Coffeee and Cocoa Research. 24(4): 1-14.

[12] Renwick, J.A.A & F.S. Chew. 1994. Oviposition Behavior In Lepidoptera. Annu. Rev. Entornot. 1994. 39:377-400.

[13] Siregar, A. Z. 2017. Attractant Coffeee to Detect of Distribution of H.Hampeii in Sumbul Village, Dairi District, Sumatera. Global Advanced Research Journal of Agricultural Science. Vol.6(6): 134-140.