海上风电扩建对英国沉积物蓝碳储量的扰动影响

IF 3.7 2区 社会学 Q2 ENVIRONMENTAL STUDIES
Daniel Donald , Rachael Priest , Christopher Sweeting , Clare Fitzsimmons
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引用次数: 0

摘要

为了实现英国的绿色能源目标,海上风电的增长将对海洋生态系统和其他海洋用户产生影响。为满足这些要求而大规模建设海上风电基础设施可能会影响英国海底沉积物中储存的蓝碳储量。在本研究中,确定了海上风力扩张的两种干扰途径:底拖网捕鱼的位移和基础设施建设。对这些压力进行了空间模拟,以确定英国水域未来海上风电场的扩张是否会对沉积物蓝碳储量构成威胁。结果表明,只有2.02 %的英国沉积物蓝碳储量将被计划中的海上风电区实际保护。从计划中的海上风电场区域向近海床区域的渔业转移使英国水域的蓝碳干扰比基线干扰情景增加了0.35 %。其次,计划中的海上风电场基础设施建设的干扰在最小和最大情景下分别为29,600至141,000吨。与冲刷防护和基础建设相比,阵列间电缆铺设对沉积物蓝碳扰动的贡献率为~ 90 %。综上所述,渔业位移和基础设施建设对沉积物top 10 cm的蓝碳干扰相对较小。但是,由于海上风力的持续空间扩张可能会导致未来渔业的迁移,本研究支持引入海洋空间规划措施,以减少干扰并保护沉积物蓝碳。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Disturbance impacts of planned offshore wind expansion on UK sediment blue carbon stocks
The growth of offshore wind to meet the UK’s green energy targets will have impacts on marine ecosystems and other marine users. The large-scale construction of offshore wind infrastructure to meet these requirements could affect the blue carbon stocks stored in the UK’s seafloor sediments. Two pathways of disturbance from offshore wind expansion were identified in the present study: from the displacement of bottom-towed gear fishing and from infrastructure construction. These pressures were spatially modelled to determine if future offshore windfarm expansion in UK waters poses a threat to sediment blue carbon stocks. Results showed that only 2.02 % of the UK’s sediment blue carbon stock would be de-facto protected by planned offshore wind areas. Fisheries displacement from planned offshore windfarm areas to proximate seabed areas increased blue carbon disturbance in the UK waters by 0.35 % from the baseline disturbance scenario. Secondly, disturbance from planned offshore windfarm infrastructure construction was found to range from 29,600 to 141,000 tonnes for minimum and maximum scenarios respectively. Inter-array cable laying was responsible for ∼90 % of sediment blue carbon disturbance when compared to construction of scour protection and foundations. In conclusion, blue carbon disturbance in the top 10 cm of sediment from fisheries displacement and infrastructure construction are relatively small. But, due to the possibility of future fisheries displacement from continued spatial expansion of offshore wind, the present study supports the introduction of marine spatial planning measures that would reduce disturbance and protect sediment blue carbon.
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来源期刊
Marine Policy
Marine Policy Multiple-
CiteScore
7.60
自引率
13.20%
发文量
428
期刊介绍: Marine Policy is the leading journal of ocean policy studies. It offers researchers, analysts and policy makers a unique combination of analyses in the principal social science disciplines relevant to the formulation of marine policy. Major articles are contributed by specialists in marine affairs, including marine economists and marine resource managers, political scientists, marine scientists, international lawyers, geographers and anthropologists. Drawing on their expertise and research, the journal covers: international, regional and national marine policies; institutional arrangements for the management and regulation of marine activities, including fisheries and shipping; conflict resolution; marine pollution and environment; conservation and use of marine resources. Regular features of Marine Policy include research reports, conference reports and reports on current developments to keep readers up-to-date with the latest developments and research in ocean affairs.
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