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PELATIHAN PEMBUATAN MOL AKAR BAMBU DALAM MENDUKUNG PERTANIAN ORGANIK KEDELAI DI DESA JUBUNG KABUPATEN JEMBER Aritonang, Firman; Pakpahan, Tioma Stephani; Harsanti, Restiani Sih; Fariroh, Indri; Usmadi, Usmadi; Munandar, Denna Eriani; Sundahri, Sundahri; Slameto, Slameto
PAPUMA: Journal of Community Services Vol. 3 No. 01 (2025): April 2025
Publisher : Program Studi Agronomi Fakultas Pertanian Universitas Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.19184/papuma.v3i01.2556

Abstract

 Jubung Village is the largest soybean producing area in Sukorambi District. The Farmer Group 'Tani Mulyo" experienced problems in soybean cultivation, namely soybean production which could not increase and the high price of fertilizer. The solution that can be given is the use of local microorganisms (MOL). MOL (Local Microorganisms) is a group of commonly cultivated microorganisms use in the "zero waste" concept is as a "starter" for organic composting. Materials and tools used were bamboo roots, granulated sugar, shrimp paste, rice bran, water, pan, stirrer, 20 L bucket, stove, cover and sprayer. The work program began with preparation of activities such as coordination with several stakeholders such as village officials, accompanying group lecturers, farmers and the Jubung village community. Next, socialization and practice of making local microorganisms (MOL) were carried out. This implementation is a practice of making local microorganisms (MOL) which is carried out at the home of one of the jubung farming communities. The production of local microorganisms (MOL) was accompanied by lecturers and carried out jointly with farmers. Indicators of the success of the work program which aims to develop the insight and skills of the community and farmers in improving the community economy with local microorganism entrepreneurship (MOL), and increasing the productivity of agricultural input products in Jubung village.
Innovation of Silicon Fertilizer Based on Agricultural Waste to Address Fertilizer Scarcity in the Harapan Jaya Farmer Group, Pamekasan Sundahri, Sundahri; Saleh, Azmi; Harsanti, Restiani Sih; Fariroh, Indri; Munandar, Denna Eriani; Musyaffa', Hudzaifah; Pramudya, Frisco Sendy; Suwono, Hadi; Wati, Henny Diana; Maulidi, Fathoni Ilham; Maharani, Aulia Febrina
Unram Journal of Community Service Vol. 6 No. 1 (2025): March
Publisher : Pascasarjana Universitas Mataram

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.29303/ujcs.v6i1.846

Abstract

The relatively high price of inorganic fertilizers means that members of the Harapan Jaya Farmer Group are unable to optimally meet their fertilizer needs. On the other hand, farmers have not been able to process their agricultural waste properly which is generally only by burning. This method is not environmentally friendly because it can pollute the air, lose its nitrogen content and kill soil organisms that are useful for plants. In fact, there is no return of crop residues to the land. This condition can cause soil fertility to decrease and requiring more fertilizer inputs. This additional input has an impact on increasing the cost of farming. To solve above problems, this community service program had been undertaken in April to November 2024 through counseling, training and mentoring to farmers who are members of the farmer group as the partner in this program. The focus of this program was mainly on the management of gramine crop waste such as rice and corn which absorb very high silicon element. The results of this service showed that the training participants were very enthusiastic in attending the counselling and could absorb the presented materials. Almost all participants were able to overcome the techniques or methods in the process of making silicon fertilizer during the training. In addition, they were also very interested in trying the fermented and well-designed fertilizer based on the respondent’s assessment. However, applying fertilizer in the form of demo plots requires separate planning in the future because the process of making silicon fertilizer takes very long time.