Use of shrimp skin waste and Trichoderma viride fungi as a palm oil breeding media
Paper Details
Use of shrimp skin waste and Trichoderma viride fungi as a palm oil breeding media
Abstract
This environmental issue needs special attention and more serious pressure as it concerns human survival, both in the present and in the future Environmental issues become very warmly discussed either by community group, government, or institute that move in environment field. The problems include the occurrence of soil fertility degredation due to the opening of the soil layer, water contamination, air pollution and other environmental pollution, both caused by industry, and household and recently also happened global warming. Consumer society, in order to meet the growing need for food, agricultural land per unit area required to achieve maximum efficiency and highest quality product. The nutrition of the plant is the one of the most important factors to control agricultural productivity and quality. Rates of nutrients in the soil affects the quality of yield. Therefore, producers, fertilize the soil, combat pests, irrigation and process of agricultural activities to make more efficient to soil. Fertilizer increase efficiency and obtains better quality of product recovery in agricultural activities. It is one of the most important ways. Non-organic fertilizer mainly contain shrimp skin waste and T. viride used as palm oil media. The results of this study are; (1) In general, the decomposed medium with T. viride has a better condition for the growth of oil palm seedlings than on the decomposed medium without the fungi; and (2) a mixed medium between shrimp and latosol (1; 1) shrimp waste that has been decomposed with T. viride provides better seedling growth.
Anonim. 1997. The study of oil palm plantations and imports of Indonesia (Studi Tentang Perkebunan dan Pemasukan Minyak Kelapa Sawit Indonesia). International Contect Bussines System, Jakarta.
Alexopolous CJ. 1979. Introduction Mycology. 3rd Edition. John Willey & Sons, Inc. New York.
Bastaman S. 1989. Studies on Degradation and Extraction of Chitin and Chitosan from Prawn Shell. The Queen’s University of Befast. England
Darmono. 1993. Shrimp farming (Budidaya Udang) Penaeus. Jakarta : Kanisius.
Davey CB. 1971. Nonpathogenic Organism Associated with Mycorrhizae. In Hacskaylo. Mycorrhizae. U.S. Government Printing Office. Washington.
Fakuara Y, Setiadi Y, Sri W, dan Omo R. 1989. Microbiology of forest soil (Mikrobiologi Tanah Hutan), Silviculturral laboratory department forest management. Faculty of Forestry IPB. Bogor.
Frazier WC. 1967. Food Mycrobiology. 2nd Edition. Mc Graw Hill Book Comp. New York.
Harini N. 2003. The process of making chitin-chitosan Study based on shrimp skin body parts (Penaus vannamel) and physical treatment (Proses Pembuatan Chitin-Chitosan (Kajian Berdasarkan Bagian-Bagian Tubuh Kulit Udang (Penaeus vannamei) dan Perlakuan fisik). program of agricultural technology of Muhammadyah Malang University, Malang.
Knorr D. 1973. Use of Chitinous Polymer in Food . Food Technology 39(1), 85.
Kurnia P, dan Rifki W. 2009. Chitin and Chitosan.. Paper of chemical industry (Khitin dan Chitosan. Makalah Kimia Industri. Universitas Persada Indonesia): Y.A.I. Jakarta.
University persada Indonesia. Padlinurjaji, I. M. 1988. Industrial waste sawmill problems or expectations?. (Limbah Industri Sawmill Permasalahan atau Harapan?). (Paper of seminar HAPKA VII. Forest Faculty of IPB). Bogor.
Plantus. 2008. Benefits of sawdust. (Manfaat Serbuk gergaji). Anekaplantasia. Cybermediaclips.
Roliandi H, Dan Buharman. 1985. Estimating the amount of industrial timber waste in the south Kalimantan and possibly utilizing it as an energy source (Pendugaan Besarnya Limbah Industri Perkayuan di Kalimantan Selatan dan Kemungkinan Pemanfaatannya Sebagai Sumber Energi). Journal forest product research (Jurnal Penelitian Hasil hutan) 2, 23-26.Forest Faculty of IPB,Bogor.
Rifai MA. 1979. A Revision of Genus Trichoderma. Comonwealth Micological Institute. England.
Sarief ES. 1985. The comparison of the strength and durability of wood and coconut Genjah variety (Dwarf variety) to in variety (tall variety). (Perbandingan Sifat Kekuatan Dan Keawetan Kayu kelapa (Cocus nucifera L.) Varietas Genjah (Dwarf variety) Terhadap Varietas Dalam (Tall variety).
Sasaki T. 1982. Enzimatic Saccharification of Rice Hull Cellulolase. Reprinted From JAQR. Tropical agricultural Research Center. Ministry of agriculture, Forestry and fisheries. Japan. 16(2).
Setyawibawa I, dan Y, Widyastuti E. 1998. Palm oil (Kelapa Sawit): Business cultivation of results and marketing aspects (Usaha Budidaya, Pemanfaatan Hasil dan Aspek Pemasaran). Penebar Swadaya, Jakarta.
Soetopo RS, Syafei I, Purwanti dan rahmat. 1986. Utilization of cellulosic sludge product of mill paper waste as a single production medium (Pemanfaatan Lumpur Selulosa Hasil Buangan Pabrik Kertas sebagai Media Produksi Protein Sel Tunggal). Berita selulosa XXII (1), 3-9.
Tim studi Gambut. 1983. Selection and development of seedbed nursery medium (Seleksi dan Pengembangan Medium Persemaian Tanaman Hutan). Formulation and paper of sarasehan group I, Wanagama 27-29 April. Forest faculty of UGM, Yogyakarta.
Waksman SA. 1952. Soil Mycrobiology 1 st Edition. John Willey and sons, Inc
Akhmad Rizali, Abdul Rahim (2017), Use of shrimp skin waste and Trichoderma viride fungi as a palm oil breeding media; JBES, V11, N5, November, P131-137
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