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Fishing Impacts on Irish Deepwater Coral Reefs: Making a Case for Coral Conservation

机译:对爱尔兰深水珊瑚礁的钓鱼影响:珊瑚保护案

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Deepwater coral reefs, formed principally by the azooanthelate scleractinian Lophelia pertusa, occur off the western coast of Ireland in water depths of 500 to 1,200 m. They are found in association with provinces (clusters) of giant carbonate moundswhich rise 10 to 300 m above the seafloor. These reefs are home to a rich associated invertebrate and fish fauna. Pressures on the coral habitat are increasing with trawling in Norway, estimated to have damaged 30% to 50% of known reefs and significantly impacted coral locations west of Scotland. Concerns over potential further damage to corals prompted a consortium of Irish and European scientists to begin a detailed European Union-funded environmental baseline study (the Atlantic Coral Ecosystem Study) of the coral ecosystem where it occurs along the Atlantic Margin. In summer 2001, a French-Irish-European Union research mission CARACOLE (Carbonate Mound and Cold Coral Research) visited five deepwater coral locations in the Irish Porcupine Seabightand Rockall Trough. High-resolution video and close-up digital stills taken with the French VICTOR remotely operated vehicle revealed the extensive and spectacular nature of the coral reef formations. Evidence of fishing activity was confined to imagingof static gears (gill and tangle nets) used to fish for monkfish or anglerfish Lophius spp. and hake Merluccius merluccius lost on the side of mounds. No evidence of trawl-related damage to the corals was obtained even though coral bycatch has been reported from several deepwater trawl surveys in Irish water over the years. However, recent expansion of a deepwater trawl fishery, principally for orange roughy Hoplostethus atlanticus, highlights the urgent need for more focused investigations of fishing impacts and the rapid implementation of conservation measures to protect the corals. The designation of coral Special Areas of Conservation under the European Union Habitats Directive and their subsequent management will provide a rigorous test of the commitment of the European institutions to improve environmental integration implicit in the recent reform of the European Common Fisheries Policy.
机译:深水珊瑚礁,主要由Azoo天酸盐菌洛菲亚植物植物群体形成,在水域西海岸500至1,200米中出现。它们与巨型碳酸群岛群岛的省(群)联系在海底上升10至300米。这些珊瑚礁是富含相关无脊椎动物和鱼类动物的所在地。在挪威拖网游珊瑚栖息地对珊瑚栖息地的压力正在增加,估计已经损害了30%至50%的已知珊瑚礁和苏格兰西部的珊瑚地点。对珊瑚潜在的进一步损害的担忧促使爱尔兰和欧洲科学家的联盟,开始详细欧洲联盟资助的环境基线研究(大西洋珊瑚生态系统研究)珊瑚生态系统,在那里沿着大西洋边缘发生。 2001年夏季,一名法国 - 爱尔兰 - 欧盟研究任务镰刀(碳酸碎土和冷珊瑚研究)访问了爱尔兰豪猪海景和Rockall低谷的五个深水珊瑚地区。用法国Victor远程操作车辆拍摄的高分辨率视频和特写剧照展示了珊瑚礁地层的广泛和壮观的性质。捕捞活动的证据仅限于静态齿轮(鳃和缠结网)的捕鱼,用于钓鱼蒙克希特或钓鱼鱼Lophius SPP。并且Hake Merluccius Merluccius在土墩的一侧失去了。几年来,也没有获得对珊瑚冠有关的冠状武器损坏的证据,即使是来自爱尔兰水的几个深水拖网调查。然而,最近扩大了深水拖网渔业,主要用于橙色粗糙霍普拉斯特肠道阿特兰斯图士,强调迫切需要对渔业影响和保护珊瑚保护措施的快速实施。欧洲联盟栖息地指令下珊瑚特殊保护区的指定及其后续管理层将对欧洲普通渔业政策改革改革的欧洲机构提高环境一体化的承诺进行严格考验。

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