APPLICATION OF INTEGRATED MULTI TROPIC AQUACULTURE CONCEPT IN AN ABRADED BRACKISH WATER POND
DOI:
https://doi.org/10.11113/jt.v78.8213Keywords:
Brackish water pond, coastal abration, IMTA, SGRAbstract
Currently, abrasion at the northern coastline of Central Java, Indonesia, is severe. One of the biggest abrasion area is in Kaliwlingi village (Brebes District), where 800 ha of brackish water ponds were submerged. Abrasion could wipe away or damage dykes on brackish water pond and the pond can no longer be used for aquaculture production. A 5 000 m2 of netting broken dyke of brackish water pond is used for semi–intensive cultivation of milkfish, tilapia, vanamae shrimp, green mussel and Gracilaria seaweed as an application of Integrated Multi Trophic Aquaculture (IMTA) concept. The aim of this study was to determine the aquaculture production in abraded dyke on brackish water pond by measuring the growth of milk fish, tilapia, vaname shrimp, green mussel and Gracilaria based on IMTA concept. The study was carried out from May to July 2015 at Kaliwlingi Village, Brebes district. The results showed Specific Growth Rate (SGR), i.e. milk fish 2.35 % d–1; tilapia 3.8 %·d–1 vanamae shrimp 3.75 % d–1; green mussel 2.8 % d–1 and Gracilaria 4.6 % d–1. Based on the result, the water quality is good and the availability of the natural food can support the growth of milkfish, tilapia, vanamae shrimp, green muscle and seaweed at broken dyke ponds with IMTA concept. Â
References
Dinas Perikanan dan Kelautan Kabupaten Brebes. 1999. Potensi Budidaya Pesisir Kabupaten Brebes, Brebes dalam Angka [Potential Coastal Aquaculture of Brebes District, Brebes in Number). Institution of Marine and Fisheries Brebes District. Brebes. [Bahasa Indonesia].
Rejeki, S., R. W. Ariyati, and L. L. Widowati. 2014. Evaluasi Kelayakan Ekologi Tambak Terabrasi untuk Pengelolaan Budidaya Laut berdasar Analisis Tropic Saprobik Index di Desa Kaliwlingi Kabupaten Brebes [Evaluation of Ecological Suitability of Abraded Brackish Water Pond Waters for Maricalture Based on the Trophic Saprobic Index Analyses at Kaliwlingi Village Brebes District]. In Anggo, A. D., S. Hastuti, and Suryanti (eds.). Proceeding of National Seminar Year IV of Research results on Fisheries and Marine Sciences. 2014 November 1-2. Semarang, Indonesia. 48–53. [Bahasa Indonesia).
Irisarri J, M. J. F Reiriz, U. Labarta, and P. J. Cranford 2015. Availability and Utilization of Waste Fish Feed by Mussels Mytilus edulis in a Commercial Integrated Multi-trophic Aquaculture (IMTA) System: A Multi-Indicator Assessment Approach. Ecological Indicators. 48: 673–686.
Neori, A., M. Shipigel, and D. Ben-Ezra. 2000. A Sustainable Integrated System of Culture of Fish, Seaweed and Abalone. Aquaculture Elsevier. 186: 279–291.
Guo, H., J. Yau, Z. Sun, and D. Duan 2015. Effect of Salinity and Nutrient on the Growth and Chlorophyl Fluoresence of Caulerpha lentifera. Chinese Journal of Oceanology and Limnology. 33(2): 410–418.
Sachlan, M. 1982. Planktonologi. Semarang: Diponegoro University. [Bahasa Indonesia].
Akmal, Ilham, M. Suaib, Irwan and M. Arifin, 2008. Produksi Spora Dalam Upaya Penyediaan Bibit Rumput Laut Gracilaria verrucosa [Spora Production to Provide the Gracilaria verucosa Seaweed Seed]. Paper presented at: Indonesian Aquaculture Seminar; 17-20 November 2008; Yogyakarta. [Bahasa Indonesia].
Ahda, A., A. Surono, and B. Imam. 2005. Profil Rumput Laut Indonesia [Indonesia Seaweed Profile]. Jakarta: Marine Affairs and Fisheries of Indonesia. [Bahasa Indonesia].
Putra W. S. 2006. Laju Filtrasi Kerang Hijau (Perna viridis) dalam Mereduksi Material Terlarut [Filtration Rate of Green Mussle (Perna viridis) in Reducing the Suspended Material]. Bogor: Bogor Agricultural Institute. [Bahasa Indonesia].
Porsepwandi. 1998. Reduksi Kandungan Hg dan Kualitas Kerang Hijau (Mytilus viridis) [The Reduction of Hg Content and Green Mussle (Mytilusviridis) Quality]. Thesis. Bogor: Bogor Agricultural Institute. [Bahasa Indonesia].
Mangampa, M. and Burhanuddin. 2014. Uji Lapang Polikultur Udang Windu, Bandeng, dan Rumput Laut Gracilaria di Tambak Desa Borimasunggu Kabupaten Maros [Field Experiment on Polyculture of Tiger Shrimp, Milk Fish and Gracilaria Seaweed in the Brackish Water Pond at Borimasunggu Village Maros District]. Saintek Perikanan, Indonesian Journal of Fisheries and Technology. 10(1): 30–36. [Bahasa Indonesia].
Setiyono, E., F. Basuki, and S. Hastuti, 2014. Analysis of Genetic Gain Tilapia Pandu F-5 at Nursery I – III. Journal of Aquaculture Management and Technology. 1(1): 77–86.
Badan Standarisasi Nasional. 1999. Standar Nasional Indonesia (SNI). SNI 01-6149-1999. Benih Ikan Bandeng (Chanos chanos Forskal) Kelas Benih Sebar [Milk Fish (Chanos chanos Forskal) Rearing Stage Larve]. Dewan Standarisasi Indonesia. Jakarta. [Bahasa Indonesia].
Siboro, G. F., Melki and Isnaini. 2014. Pengaruh Padat Tebar Berbeda terhadap Laju Pertumbuhan Udang Windu (Penaeus monodon), Bandeng (Chanos chanos) and Rumput Laut (Eucheuma cottonii, Gracilaria sp.) secara Polikultur di Desa Sungai Lumpur OKI Kabupaten Sumatera Selatan [The Effect of Different Stocking Densities on the Growth Rate of Tiger Shrimp (Penaeus monodon), Milk Fish (Chanos chanos) and Seaweed (Eucheuma cottonii, Gracilaria sp.) on Polyculture Method at Sungai Lumpur Village OKI South Sumatera District. Maspari Journal. 6(1): 46–55. [Bahasa Indonesia].
Shigel, M. and A. Neori. 1995. The Integrated Culture of Seaweed, Abalone, Fish and Clams in Modular Intensive Land-based Systems: I. Proportions of Size and Projected Revenues. Aquaculture Engineering Elsevier. 15(5): 313–326.
Erfan, A. H., P. Brata, and M. Markus. 2010. Polikultur Udang Vaname dan Rumput Laut [Polyculture of Vaname Shrimp (Litopenaus vannamei) and Seaweed (Gracilaria verrucosa)]. South Sulawesi: Maros Research Institute for Brackish Water Aquaculture. [Bahasa Indonesia].
Troell, M., C. Halling, A. Neori, A. H. Buschmann, T. Chopin, C. Yarish, et al. 2003. Integrated Mariculture: Asking the Right Questions. Aquaculture. 226: 69–90.
Troell, M., A. Joyce, T. Chopin, A. Neori, A. H. Bushmann. 2009. Ecological Engineering in Aquaculture – Potential for Integrated Multi–Tropic Aquaculture in Marine Offshore System. Aquaculture. 297: 1–9.
Schuenhoff, A., M. Shpigel, I. Lupatsch, A. Askenazi, F. E, Msuya, and A.Neori, 2003. A Semi–recirculating, Integrated System for the Culture of Fish and Seaweed. Aquaculture. 221: 167–181.
Nurdin, J., N. Marusin, A. Izmiati, A. Asmara, R. Deswandi, and J. Marzuki, 2006. Kepadatan Populasi Kerang Darah Anadara antiquata di Teluk Sungai Pisang Sumatera Barat [Population Density of Blood Cockle Anadara antiquata in Sungai Pisang Bay West Sumatera]. Makara Sains. 10(2): 96–101. [Bahasa Indonesia].
Efendi. 2003. Analisis Kualitas Air untuk Lingkungan dan Sumberdaya Perairan [The Water Quality Analysis for Environment and Aquatic Resources Management]. Yogyakarta: Kanisius. [Bahasa Indonesia].
Sallih. 2005. Mussel Farming in the State of Sarawak, Malaysia: A Feasibility Study. Final Project. Iceland: The United Nations University.
MacDonald B. A., S. M. C. Robinson, and K. A. Barrington. 2011. Feeding Activity of Mussles (Mytilus edulis) Held in the Field at an Integrated Multi Trophic Aquaculture (IMTA) Site (Salmosalar) and Exposes to Fish Food in the Laboratory. Aquaculture Elsevier. (314): 244–251.
Lefebvre, S., L. Barille, and M. Clerc. 2000. Pacific Oyster (Crassostrea gigas) Feeding Responses to a Fish Farm Effluent. Aquaculture Elsevier. 187(1–2): 185–198.
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