印尼龙虾养殖生态养殖设计的发展

Y. Mulyadi, K. Sambodho, N. Syahroni, M. Zikra, Winda Amalia Herdianti
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引用次数: 0

摘要

龙虾产品对渔业社区的经济至关重要。气候变化将对龙虾的产量造成威胁。因此,提供的解决方案是通过水产养殖来养殖某些龙虾,特别是具有高经济价值的龙虾。本研究旨在发展以竹子为主要原料的小规模养殖龙虾,这是一种环境友好且价格低廉的养殖方式。本研究提出的龙虾养殖设计适应龙虾栖息地的性质。因此,它利用人工礁石作为龙虾的庇护所。龙虾笼的主体结构采用竹子,浮子采用HDPE(高密度聚乙烯)桶。利用数值模型对水产养殖运动进行分析的结果,通过水槽试验得到了验证。数值模型与试验结果的升沉响应幅值算子(RAO)运动差值为0.05 m。验证分析结果表明,两者吻合合理。
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Development of Eco-friendly Aquaculture Design for Lobster Cultivation in Indonesia
Lobster products are important for the economy in fishing community. Climate change will lead a threat to lobster productivity. Therefore, a solution offered is to cultivate certain lobsters, especially those with high economic value by using Aquaculture. This research aims to develop a small-scale aquaculture for the cultivation of lobsters with bamboo as primary material, which is environmentally friendly and inexpensive. The proposed design of lobster aquaculture in this research adapt lobster habitat in its nature. Therefore, it uses the artificial reef as a shelter for lobster. The main structure of the lobster cage uses bamboo and the floater use HDPE (High-density polyethylene) barrels. The result of aquaculture motion analysis using numerical model has been validated by experimental test in Flume Tank. The differences result of heave RAO (Response Amplitude Operator) motion between numerical model and experimental test is 0.05 m. The results of this validation analysis show that it is reasonable agreement.
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