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Potentiality of Periphyton-based Aquaculture Technology in Rice-fish Environment

机译:稻鱼环境中基于附生植物的水产养殖技术的潜力

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Periphyton is being used traditionally as rich aquatic feed for fishes throughout the countries like Cambodia, West Africa, Srilanka, India and Bangladesh. In waterlogged rice environment, it can be judiciously utilized as feed source introducing periphytophagous fish. Studies supported rice straw as suitable substrate for periphyton growth. The study of gut content of Common carp ( Cyprinus carpio L.) from a periphyton-based rice-fish culture system in Apatani Plateau of Arunachal Pradesh, India showed maximum of 60 genera of microflora and fauna with periphytic in nature. The farmers from this rice-fish culture practice are gaining an average fish production of 500kg ha -1 180 day -1 without employing any supplementary feed. Better selection and determination of appropriate stocking density of periphytophagous fish in waterlogged rice-fields might extend the rice-fish culture towards a sustainable and self-substrating periphyton based aquaculture (SSPBA) practice.
机译:传统上,附生植物被用作柬埔寨,西非,斯里兰卡,印度和孟加拉国等国家鱼类的丰富水产饲料。在淹水的水稻环境中,可以明智地将其用作引入食草鱼类的饲料来源。研究支持稻草作为植物周围植物生长的合适基质。在印度阿鲁纳恰尔邦阿帕塔尼高原,以周生生物为基础的稻-鱼养殖系统中鲤鱼肠道含量的研究表明,最多有60属属自然界的微生物和动物。通过这种稻鱼养殖方式的养殖者,在不使用任何补充饲料的情况下,平均鱼产量为500kg ha -1 180 day -1。在淹水的稻田中更好地选择和确定适当的吞噬食性鱼类的放养密度,可能使稻鱼养殖向可持续的和自我替代的基于浮游植物的水产养殖(SSPBA)实践发展。

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