TRAINING IN BREEDING FOR USED AGARWOOD COMMODITY NORTH ACEH DISTRICT CONFLICT AREA
Main Article Content
Agarwood is a type of wood produced by several species of trees from the Aquilaria genus, especially Aquilaria malaccensis. Agarwood has high value in the perfume and traditional medicine industries because of its unique aromatic compounds. Agarwood can be formed due to interactions between microbes (certain inoculum) and host plants and chemical mechanisms that ultimately form a product, namely sapwood. Local inoculum is effective in producing gaharu, because it is endemic to certain areas. Some of the partners' obstacles that are strongly felt include (1) the low ability of farmer group members in terms of breeding agarwood plants both naturally (generatively) including propagation treatments using mature seeds and saplings (plucks) as well as plant cutting patterns. (2) There is no knowledge and skills of members of the two partner groups in carrying out the breeding and maintenance of gaharu seedlings. This service uses training and seeding methods for seed patterns and saplings (plucks) and plant cuttings. This method is appropriate to use where the participation of partner farmers in improving skills and the mentoring process is carried out directly by practicing. The pattern of implementing community service activities for partner farmers applies the principle of "learning by doing" learning while working. Agarwood Nursery Training in the Former Conflict Area in North Aceh has been able to increase knowledge, skills and change attitudes in the cultivation of agarwood plants. The impacts felt by the existence of agarwood plant breeding activities include; increasing the economic income of partner farmers, increasing social harmony among group members and the community at the location of service activities.
Budi, S., Wardah, E., & Lukman, L. 2022. Empowering Farmers Through Various Patterns of Agarwood Breeding as a Leading Non-Timber Forest Commodity in Gampong Teupin Rusep, Sawang District, North Aceh Regency. Dikara Community Solutions Journal, 2(1), 30–35. https://jsmd.dikara.org/jsmd/article/view/19
Lukman, L., Dinarti, D., Siregar, UJ, Turjaman, M., & Sudarsono, S. 2022. Characterization and identification of agarwood-producing plants (Aquilaria spp.) from North Aceh, Indonesia, based on morphological and molecular markers. Biodiversity Journal of Biological Diversity, 23(9). https://doi.org/10.13057/biodiv/d230955
Lukman, Budi S, Faisal, and Dahlan. 2009. Characteristics of Agarwood plants origin from Nanggroe Aceh Darussalam based on Morphologic Marker and Molecular to enhance economy. Higher Education Research Report.
Mucharromah, Hartal, and U. Santoso. 2008. Potential of Three Isolates of Fusarium sp. In Inducing the Accumulation of Agarwood Fragrant Resin in the Stems of Aquilaria malaccensis (Lamk.). Semirata Paper in the Field of Mathematics and Natural Sciences, BKS-PTN Western Region, Bengkulu University, 14-16 May 2008.
Rahmanto Band Suryanto E. 2014. Introduction to Types of Agarwood Producing Trees. Track Record: Agarwood Inoculation Technology, Forestry Research and Development Agency. Ford Press. IKAPI Member No.257/JB, pages 69-78.
Santoso E. 2015. Valuation of Cultivated Agarwood Technology. FORDA PRESS, IKAPI Member No. 257/JB
Sitepu, I.R., Santoso, E., & Turjaman, M. (2011). Identification of Eaglewood (Aloes) Tree Species Susceptibility. Technical Report No. 1. R & D Center for Forest Conservation and Rehabilitation Forestry Research and Development Agency (FORDA) Ministry of Forestry Indonesia.
Sumarna Y. 2008. Techniques for propagating caras plants (Aquilaria malaccensis Lamk) using shoot cuttings. Center for Forest Research and Nature Conservation. 5(1): 79-87
Susilo KA. 2003. Already Super Agarwood. Agarwood Cultivation and its Problems. Sinar Harapan Library, Jakarta.
Turjaman M and Hidayat A. 2017. Agarwood-planted tree inventory in Indonesia. IOP Conf. Series: Earth and Environmental Science 54.https://iopscience.iop.org/article/10.1088/1755-1315/54/1/012062