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Measuring the Pulse of Earth's Global Ocean: Ocean Sound and Marine Life Interagency Working Group

机译:测量地球全球海洋的脉冲:海洋声音和海洋生命际工作组

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The "Measuring the Pulse of Earth's Global Ocean" project will attempt to quantify sound levels in what should be the quietest parts of the ocean-the five deepest locations-to gauge the baseline level of sound in these remote ocean areas. Ocean noise from humanmade sources of sound (e.g., shipping) can have a detrimental effect on marine animals that use sound to sense their environment. Thus noise can negatively impact the health of marine ecosystems, which are the basis for many sectors of the global "Blue" economy, including commercial fisheries and aquaculture. This project will gather unique baseline data to monitor the "acoustic health" of the oceans. A novel, deep-ocean capable hydrophone-lander system will be deployed at each of these five deep-sea sites (all 7 km deep). The project will involve the collaboration of several U.S. governmental agencies, private industry and NGOs, and international partners to access these global locations. We will collaborate with scientists from each of these five sites to deploy, recover, and analyze this deep ocean acoustic data. Our ocean sound program aspires to develop a robust and inclusive education/outreach program, focusing on the impact of underwater noise on the health of marine ecosystems.
机译:“衡量地球的全球海洋脉冲”项目将尝试量化海洋最安静的部分的声级 - 五个最深的位置 - 衡量这些远程海洋地区的基准声音水平。来自人道的声音源(例如,运输)的海洋噪音可能对使用声音感知其环境的海洋动物有不利影响。因此,噪音会对海洋生态系统的健康产生负面影响,这是全球“蓝色”经济的许多部门的基础,包括商业渔业和水产养殖。该项目将收集独特的基线数据来监控海洋的“声学健康”。一部小说,深海的流水机 - 兰德系统将部署在这五个深海地点(全部&深度7公里)。该项目将涉及若干美国政府机构,私营企业和非政府组织以及国际合作伙伴的合作,以获取这些全球地点。我们将与来自这五个站点中的每一个的科学家合作部署,恢复和分析这一深度海洋声学数据。我们的海洋音响计划渴望开发一个强大而包容性的教育/外展计划,重点关注水下噪声对海洋生态系统健康的影响。

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  • 来源
    《Marine Technology Society journal》 |2021年第3期|76-77|共2页
  • 作者

    Dziak Robert P.;

  • 作者单位

    NOAA Pacific Marine Environm Lab PMEL Interagcy Working Grp Ocean Sound & Marine Life I Washington DC 20230 USA;

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  • 正文语种 eng
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