Structure of the FindFish Knowledge Transfer Platform

Q3 Agricultural and Biological Sciences
L. Dzierzbicka-Glowacka, Artur Nowicki, M. Janecki, B. Szymczycha, P. Piotrowski, P. Pieckiel, Grzegorz Łukasiewicz
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引用次数: 3

Abstract

Abstract As consumer awareness increases in Poland, fish consumption is on an upward trend. While new technologies permit meeting increasing demand, they significantly increase the pressure on fish supplies. As a result, many fish stocks are over-exploited, which threatens marine ecosystems. Declining fisheries, increasing fishing operating costs, and the necessity of making longer fishing expeditions at greater distances that often end with catches of fewer or less valuable fish mean that in some fisheries sectors are currently running at the margins of profit or at a loss. At the same time, the European Union’s fisheries policy aims to create more selective and sustainable fisheries, to implement limitations through fishing quotas, and to ban the recognition of discards. The aim is to ensure that individual fish species are protected while providing the European Union with stable, secure supplies of fresh fish. The FindFish Knowledge Transfer Platform project was launched to provide solutions for challenges facing commercial fisheries. Its purpose is to provide fishers with a knowledge transfer platform and a numerical forecasting system for the marine environment of the Gulf of Gdansk. By combining in-situ research, environmental data, fish catch data, and numerical calculations, this tool will improve the accuracy of targeted fishing while reducing by-catch. The system will provide more reliable data on fish stocks and facilitate more efficient resource management.
FindFish知识转移平台的结构
随着波兰消费者意识的提高,鱼类消费呈上升趋势。虽然新技术能够满足日益增长的需求,但它们大大增加了对鱼类供应的压力。因此,许多鱼类资源被过度开发,威胁到海洋生态系统。渔业的减少,渔业经营成本的增加,以及必须在更远的距离进行更长时间的捕鱼探险,而这些探险往往以捕获更少或价值更低的鱼而告终,这意味着在某些渔业部门,目前的经营处于利润的边缘或亏损。与此同时,欧盟的渔业政策旨在创造更具选择性和可持续性的渔业,通过捕捞配额实施限制,并禁止承认丢弃的鱼类。其目的是确保个别鱼类得到保护,同时为欧洲联盟提供稳定、安全的鲜鱼供应。FindFish知识转移平台项目启动,旨在为商业渔业面临的挑战提供解决方案。其目的是为渔民提供一个知识转移平台和格但斯克湾海洋环境的数值预报系统。通过结合现场研究、环境数据、渔获量数据和数值计算,该工具将提高目标捕捞的准确性,同时减少副渔获量。该系统将提供更可靠的鱼类种群数据,并促进更有效的资源管理。
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来源期刊
Archives of Polish Fisheries
Archives of Polish Fisheries Agricultural and Biological Sciences-Aquatic Science
CiteScore
1.40
自引率
0.00%
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审稿时长
20 weeks
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