Helstu atriði úr fjárhagsuppgjöri 3F 2025 Vörusala var 111 m€ á fjórðungnum samanborið við 110 m€ á þriðja fjórðungi 2024Hagnaður var 29 m€ á fjórðungnum samanborið við 19 m€ á þriðja fjórðungi 2024EBITDA var 42 m€ og EBITDA hlutfall 37,3%Eignir hafa lækkað um 13 m€ frá áramótum og voru 983 m€ í lok tímabilsinsEigið fé þann 30. september 2025 var 505 m€ og eignfjárhlutfall 51,4% Guðmundur Kristjánsson, forstjóri: „Afkoma þriðja fjórðungs er góð og eru það tveir þættir sem skipta mestu máli. Veiðar og vinnsl ...

近年来，中国各地举办形式多样的渔业教育国际培训和国际交流活动，通过培训交流与产学研合作，中 国与印尼、加纳、老挝等国共享渔业发展经验，推动科技赋能、绿色养殖。这些跨国合作项目，不仅提 升了当地的渔业技术水平，助力渔民增收致富，也为全球渔业可持续发展贡献了中国智慧。 印度尼西亚—— 共同培养渔业"新质工匠" 本报记者曹师韵 见到印度尼西亚阿巴塔集团首席执行官穆罕默德·罗米·法齐时，他穿着一件蓝白相间的大连海洋大学文 化衫，胸前的校徽格外醒目。"这是我从中国培训回来时带的纪念品。这次培训让我印象很深，学到了 很多新技术和新知识！"法齐对记者说。 今年9月15日，由中国国家发展和改革委员会国际合作中心主办、大连海洋大学承办的"新质工匠"职业 技能培训项目2025年秋季班在辽宁大连开班，主题为"以技为桥，深化合作"。培训班聚焦海洋渔业可持 续发展，专门针对印尼学员开设"海洋水产养殖"和"渔业捕捞与冷藏管理"两门课程，为期4周，旨在培 养具备现代技术与创新能力的国际海洋人才。 作为参训学员领队，法齐对记者介绍："参加培训的46名学员来自印尼各地，既有高校教师、技术人 员，也有渔业从业者和船主等。"培训采取"理论授课+实 ...

Core Viewpoint - The article discusses the severe decline of fishery resources in Zhoushan, China, primarily due to overfishing and its impact on local fishermen's livelihoods [1][3][4]. Group 1: Fishery Resource Decline - Zhoushan is known as China's largest seafood production and processing base, but overfishing since the 1970s has led to a significant reduction in key fish species [1][3]. - The average annual decline of marine fishery resources in China decreased from 13% (2013-2017) to 4% (2018-2022), yet the overall trend remains negative due to various factors including climate change and pollution [3][4]. - Local fishermen report a continuous decrease in catch efficiency, with about 10% of "cage boats" unable to sustain operations in recent years [1][4]. Group 2: Causes of Overfishing - Overfishing is attributed to excessive fishing intensity, characterized by an increase in the number of fishing vessels and advancements in fishing technology [3][4][5]. - The fishing fleet has evolved from wooden sailboats to larger, more efficient steel vessels, leading to higher catch rates and ecological damage [3][4]. - The phenomenon of "ghost fishing gear" contributes to ongoing resource depletion, with an estimated 64,000 tons of fishing gear abandoned in oceans annually [12]. Group 3: Economic Impact on Fishermen - Fishermen face declining fish prices and demand, exacerbated by events such as the Fukushima nuclear wastewater incident, which has deterred consumers from purchasing seafood [4][10]. - The cost of labor has nearly doubled over the past five years, while revenues have decreased, leading to unsustainable operations for many fishermen [5][10]. - Fishermen like Shen Ke are forced to adapt by engaging in distant water fishing, but overall, the traditional fishing industry is in crisis [5][10]. Group 4: Policy and Management Challenges - The lack of legal recognition for fishermen complicates the management of fishing resources, as anyone can fish without restrictions [7][8]. - The privatization of fishing rights has led to resource concentration among a few individuals, increasing competition and fishing intensity [8][9]. - Sustainable management practices, such as fishing quotas and community-based resource management, are suggested as potential solutions to the crisis [9][14]. Group 5: Marine Conservation Efforts - Local organizations are working to raise public awareness about marine conservation, with significant increases in volunteer participation in environmental activities [13][14]. - Policies have been implemented to promote marine ecological restoration, including the establishment of marine protected areas and investment in artificial reefs [14][15]. - The article emphasizes the need for long-term commitment to marine protection and the integration of various management strategies to achieve sustainable development [15].

Group 1 - The European Commission President Ursula von der Leyen announced an investment of €1 billion to promote sustainable fisheries and the regeneration of marine ecosystems [1]