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Aquaculture environment interactions: Past, present and likely future trends

机译:水产养殖环境的相互作用:过去,现在和未来可能的趋势

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The two-way interactions of aquaculture and the environment are diverse and complex. Three major questions are addressed: what happened in the past, what are today's trends, and what may the future hold? Traditional aquaculture is mostly environmentally compatible as it mainly uses on-farm and locally available wastes and by-products such as crop residues and animal or human manures for nutritional inputs or natural food in open water culture-based fisheries and mollusk and seaweed farming systems. Wastes, by-products and natural food were the only sources of nutritional inputs for most farmed aquatic organisms in the past before the relatively recent and increasing use of pelleted feed in modern aquaculture, leading to major environmental concerns. Environmental aspects of intensification of aquaculture and their relation to ecosystems and agro-ecosystems in inland terrestrial and aquatic, and coastal/offshore, land- and water-scapes are reviewed. Aquaculture is increasingly being adversely impacted by pollution from agricultural, domestic and industrial pollution. Environmental issues are illustrated by case studies of traditional and modern aquaculture farming practice in temperate and tropical inland and coastal areas. Promising technologies that employ the principles of traditional aquaculture to contribute to the sustainability of modern aquaculture are outlined. There does not appear to be a panacea for environmentally sustainable aquaculture on the horizon to meet the increasing demand for aquatic food. This is more likely to be met through improvements in existing technology, including combining aspects of traditional with modern practice; better management practices (BMPs); better site selection so that aquaculture remains within the carrying capacity of inland and coastal water bodies; and the most efficient use of land and water, which is more likely to be aquaculture than farming terrestrial crops in relatively poor agro-ecosystems. Inland aquaculture, especially in ponds, is likely to continue to dominate global aquatic food production. (C) 2015 Elsevier B.V. All rights reserved.
机译:水产养殖与环境的双向相互作用是多样而复杂的。解决了三个主要问题:过去发生了什么,今天的趋势是什么以及未来可能发生什么?传统的水产养殖在环境上是兼容的,因为它主要在开放水域养殖的渔业以及软体动物和海藻养殖系统中使用农场和当地可得的废物和副产品,例如农作物残留物和动物或人类粪便,作为营养投入或天然食品。过去,在现代水产养殖中相对较近和不断增加的颗粒饲料的使用之前,废物,副产品和天然食品是过去大多数养殖水生物的营养投入的唯一来源。审查了水产养殖集约化的环境方面及其与内陆陆地和水生以及沿海/近海,陆地和水域生态系统和农业生态系统的关系。农业,家庭和工业污染对水产养殖的不利影响日益增加。在温带和热带内陆及沿海地区,通过传统和现代水产养殖业案例研究说明了环境问题。概述了利用传统水产养殖原理为现代水产养殖的可持续性做出贡献的有前途的技术。满足环境对水产食品不断增长的需求的环境可持续水产养殖似乎并没有灵丹妙药。这可以通过改进现有技术来解决,包括将传统与现代实践相结合;更好的管理规范(BMP);更好的选址,使水产养殖保持在内陆和沿海水域的承载能力之内;土地和水的最有效利用,这比在相对较差的农业生态系统中耕种陆地作物更有可能是水产养殖。内陆水产养殖业,尤其是池塘内水产养殖业可能继续在全球水产食品生产中占主导地位。 (C)2015 Elsevier B.V.保留所有权利。

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