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首页> 外文期刊>ICES Journal of Marine Science >The evolution of New Zealand's fisheries science and management systems under ITQs
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The evolution of New Zealand's fisheries science and management systems under ITQs

机译:ITQs下新西兰渔业科学和管理系统的演变

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New Zealand implemented a comprehensive management system using individual transferable quotas in 1986 that has been instrumental in guiding the roles, responsibilities, and accountabilities of fisheries science, fisheries management, and the fishing industry ever since. However, at the time of the initial design, a number of issues were not adequately considered. These relate mainly to the dynamic nature of fish stocks, multispecies considerations, and environmental and other externalities. Subsequent efforts to address these issues have been challenging and many are not yet fully resolved. The outcomes for fisheries science, stock status, multispecies management, ecosystem effects, and fishing industry accountability have been mixed, although mostly positive. Fisheries science, fisheries management, and the fishing industry have all become much more professionalized and their activities have been increasingly streamlined. New initiatives to further improve the system continue to be researched and implemented. Overall, we believe that the positives considerably outweigh the negatives. The initial design has proved to be a system that can be built upon. Comparing New Zealand with most of the rest of the world, key positive outcomes for preventing overfishing are the current lack of significant overcapacity in most fisheries, the development of biological reference points and a harvest strategy standard, the favourable stock status for the majority of stocks with known status, and the development and implementation of comprehensive risk assessments and management plans to protect seabirds and marine mammals.
机译:新西兰从1986年开始使用个人可转让配额实施了全面的管理系统,此系统自此以来一直在指导渔业科学,渔业管理和捕捞业的作用,责任和问责制。但是,在初始设计时,没有充分考虑许多问题。这些主要涉及鱼类种群的动态性质,多物种因素以及环境和其他外部因素。随后解决这些问题的努力具有挑战性,许多努力尚未完全解决。渔业科学,种群状况,多物种管理,生态系统影响和捕捞业责任制的结果喜忧参半,尽管大多是积极的。渔业科学,渔业管理和捕鱼业都变得更加专业化,其活动也日益精简。继续研究和实施进一步改善系统的新举措。总体而言,我们认为积极因素远大于消极因素。最初的设计已被证明是可以构建的系统。与新西兰和世界上大多数其他国家相比,防止过度捕捞的主要积极成果是当前大多数渔业缺乏明显的产能过剩,生物参考点的发展和捕捞战略标准,多数种群的良好种群状况具有已知地位的国家,以及制定和实施全面的风险评估和管理计划以保护海鸟和海洋哺乳动物。

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