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Feasibility of open recirculating system in temperate climate - a case study

机译:温带气候下开放式循环系统的可行性研究

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摘要

The increasing number of depleted, overexploited and recovering world marine stocks, together with increasing demand for fish and need for sustainable management of aquatic resources has led to a gradual shift to inland intensive aquaculture with water reuse. Intensive recirculating systems are becoming a rapidly developing sector of aquaculture, with the objectives to increase production and minimize environmental impact. However, transfer of technologies from original sites to locations of different climate is not always successful. The present study evaluates the use of an open recirculating system in a temperate climate. The 3-year study showed successful production with better fish growth and feed utilization than in a flow-through facility at the same site, but presented significant issues necessitating changes in technology as well as physical adaptations. A positive effect of the technology with respect to the environment is possible, but systems must be adapted to temperate climatic conditions.
机译:越来越多的枯竭,过度开发和恢复的世界海洋资源,加上对鱼类的需求增加以及对水生资源进行可持续管理的需求,导致逐步转向利用水再利用的内陆集约化水产养殖。集约化循环系统正在成为水产养殖的一个快速发展的部门,其目标是增加产量并最大程度地减少对环境的影响。但是,将技术从原始站点转移到气候不同的位置并不总是成功的。本研究评估在温带气候中使用开放式再循环系统。这项为期3年的研究表明,成功生产的鱼类生长和饲料利用率要高于同一地点的流通设施,但存在重大问题,需要改变技术以及进行物理适应。该技术对环境的积极影响是可能的,但系统必须适应气候条件。

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