增加公众参与,透过基因改良来丰富鱼类资源

Harlyn O Halvorson , Fernando Quezada
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引用次数: 3

摘要

目前,世界上70%的传统商业鱼类已被充分开发、过度开发、枯竭或正在从枯竭中恢复。捕捞世界渔业生产的急剧崩溃导致了食品分配、国际收支、就业和生态枯竭等问题。在过去的几百年里,公众对陆地农场动物和植物在农业上的育种计划的支持已经彻底改变了这个行业。然而,利用现代生物学实现可持续水产养殖和保护生物多样性的新型遗传饲养技术为解决这些问题提供了希望。然而,水产养殖并没有受到公众的讨论和批准。公众的参与,不一定是默许,可以在决策过程中提供附加值。公众的理解和参与包括三个阶段。公众对遗传信息库的关注;(ii)如果水产养殖要以创新应对渔业危机,就必须弥合公众理解与科学信息之间的知识差距;(三)必须制定实现这一目标的战略。将重组DNA释放到环境中,以及处理外来物种,都是有用的案例研究。将举例说明与公众沟通的桥梁,以及让公众参与决策的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Increasing public involvement in enriching our fish stocks through genetic enhancement

A total of 70% of the world’s conventional commercial fish species are now fully exploited, overexploited, depleted or recovering from depletion. This dramatic crash in the capture world fisheries production has led to problems in foods distribution, balance of payments, employment, and ecological depletion. Public support for breeding programs with terrestrial farm animals and plants in agriculture have revolutionized this industry over the past few hundred years. However, new genetic rearing technologies to improve marine animal production through aquaculture that utilize modern biology to obtain sustainable aquaculture and preserve biodiversity provide a promise to address these problems. However aquaculture has not been subject to public discussion and approval. Public involvement, not necessarily acquiescence, provide value added in the decision making process. Public understanding and involvement involves three stages. (i) Public concern over the pool of genetic information; (ii) if aquaculture is to respond to the fisheries crises with innovation, the knowledge gap between public understanding and scientific information must be bridged; and (iii) strategies must be developed for achieving this. Release of recombinant DNA to the environment, and handling exotic species, are useful case studies. Illustrations will be given of communication bridges to the public and ways to involve the public in making policy decisions.

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