Fish without footprints

机译：鱼没有脚印

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Kona Blue is a leader in innovative mariculture, having pioneered an open ocean fish farm operation off Kona, Hawaii, that has produced up to 500 tons/yr of sashimi-grade Kona Kampachi® (Seriola rivoliana), with no measureable environmental impact beyond the immediate area of the net pens. However, expansion of such operations in nearshore waters is subject to various constraints, such as conflict with other ocean and shoreline users; exposure of farmed stocks to pathogens from wild fish; and difficulty in procuring further ocean leases for additional farm sites. This last constraint is of prime significance as it severely limits the ability to allow farm sites to lie fallow between harvest and stocking: a practice proven to be most beneficial for maintaining fish stock health. The solution to these problems lies over the horizon, in expanding mariculture operations into deeper waters, further offshore.

机译：科纳布鲁（Kona Blue）是创新海水养殖的领导者，率先在夏威夷科纳（Kona）附近建立了一个开放式海洋养鱼场，每年生产高达500吨的生鱼片级科纳Kampachi ^{®（Seriola rivoliana），在网笔的邻近区域之外没有可测量的环境影响。但是，在近岸水域开展此类活动受到各种限制，例如与其他海洋和海岸线使用者的冲突;养殖种群接触野生鱼的病原体;难以为其他农场获得更多的海洋租赁。最后一个约束具有最重要的意义，因为它严重限制了允许农场在收获和放养之间休耕的能力：实践证明，这对维持鱼类种群的健康是最有益的。解决这些问题的方法已迫在眉睫，那就是将海水养殖业务扩展到更深的水域，再到近海。}

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《OCEANS 2011》|2011年|p.1-6|共6页
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Sims Neil Anthony; Key Gavin;
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原文格式 PDF
正文语种
中图分类海洋工程;
关键词
drifter cage; mariculture; open-ocean; sustainability;

机译：浮笼;海水养殖;开放海洋;可持续性;

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1. Cold acclimation increases mitochondrial oxidative capacity without inducing mitochondrial uncoupling in goldfish white skeletal muscle Cold acclimation increases mitochondrial oxidative capacity without inducing mitochondrial uncoupling in goldfish white skeletal muscle Cold acclimation increases mitochondrial oxidative capacity without inducing mitochondrial uncoupling in goldfish white skeletal muscle [J] . Antonio Galina, Wagner Seixas Da-Silva, Reinaldo Sousa Dos Santos Biology Open . 2013,第1期

机译：冷驯化增加线粒体氧化能力而不诱导金鱼白骨骼肌中的线粒体解偶联冷驯化增加线粒体氧化能力而不诱导金鱼白骨骼肌中的线粒体解偶联
2. There Is Still Room for a Footprint Family without a Life Cycle Approach-Comment on "Towards an Integrated Family of Footprint Indicators" [J] . Fang Kai, Heijungs Reinout Journal of Industrial Ecology . 2014,第1期

机译：没有生命周期方法的脚印族群仍有空间-关于“迈向综合性脚印指标族”的评论
3. There Is Still Room for a Footprint Family without a Life Cycle Approach-Comment on "Towards an Integrated Family of Footprint Indicators" Response [J] . Ridoutt Bradley G., Pfister Stephan Journal of Industrial Ecology . 2014,第1期

机译：没有生命周期方法的脚印族还有空间-关于“迈向脚印指标综合族”回应的评论
4. Fish without footprints [C] . Sims Neil Anthony, Key Gavin Oceans MTS/IEEE KONA . 2011

机译：没有足迹的鱼
5. A model to calculate energetic returns and an ecological footprint of an industrial fishery with a case study of the 1980s northwest Atlantic cod fishery. [D] . Sharan, Rajat. 2006

机译：一个计算工业化渔业的高能回报和生态足迹的模型，以1980年代西北大西洋鳕鱼渔业为例。
6. PNAS Plus: Bottom trawl fishing footprints on the world’s continental shelves [O] . Ricardo O. Amoroso, C. Roland Pitcher, Adriaan D. Rijnsdorp, 2018

机译：PNAS Plus：全球大陆架上的海底拖网捕鱼足迹
7. The water, energy, and land footprint of tilapia aquaculture in mexico, a comparison of the footprints of fish and meat [O] . P. Guzmán-Luna, P.W. Gerbens-Leenes, S.D. Vaca-Jiménez 2021

机译：墨西哥罗非鱼水产养殖的水，能量和土地占地面积，对鱼类和肉的脚印进行比较

Fish without footprints

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