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Editorial: Ecosystem Approach to Fisheries in the Mediterranean and Black Seas - Advances in Research and Technologies

机译:社论:地中海和黑海渔业的生态系统方法 - 研究和技术进步

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The ecosystem approach for fisheries management is a widely accepted concept and has recentlybeen developed to address the failures of traditional fisheries management practices (Morishita,2008). Various international instruments require its application, improving on single-speciesfisheries. There is an increasing realization of the importance of species-to-species interactions,genetic tools for fishery stock structure determination, and defining stock boundaries to underpinsustainable fishery management. Thus, ecosystem models play strategic roles by providing anecosystem context for single-species management decisions. Moreover, tactical ecosystem modelscan respond dynamically to any ecological and environmental variations. For example, to respondto the lack of comprehensive information about fishing activity catch quantities and composition,and how they affect the current state of Black Sea fish stocks (Raykov and Bikarska, 2011).The studies included in this Research Topic provide novel sources of information forMediterranean and Black Sea fisheries, spanning from mass-balance models to new fishingtechnologies that reduce bycatch of non-target species.
机译:渔业管理的生态系统方法是广泛接受的概念,最近开发了解决传统渔业管理实践的故障(Morishita,2008)。各种国际仪器需要其应用,从单种式食物上改进。越来越大的实现物种与物种相互作用,遗传工具的重要性,渔业股票结构决定,以及定义股票界限的储存渔业管理。因此,生态系统模型通过为单种物种管理决策提供杂波系统上下文来发挥战略角色。此外,战术生态系统模型可动态响应任何生态和环境变化。例如,为了回应缺乏有关捕捞活动捕获量和组成的全面信息,以及它们如何影响当前的黑海鱼类库存(Raykov和Bikarska,2011)。本研究主题中的研究提供了新的信息来源FabrationIteranean和黑海渔业,从大规模平衡模型跨越新的钓鱼技术,减少非目标物种的兼捕。

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