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首页> 外文期刊>Advances in Experimental Medicine and Biology >Chapter 5 Assessment of Marine Mammal Impact Zones for Use of Military Sonar in the Baltic Sea
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Chapter 5 Assessment of Marine Mammal Impact Zones for Use of Military Sonar in the Baltic Sea

机译:第5章在波罗的海使用军事声纳的海洋哺乳动物影响区评估

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摘要

Abstract Military sonars are known to have caused cetaceans to strand. Navies in shallow seas use different frequencies and sonar pulses, commonly frequencies between 25 and 100 kHz, compared with most studied NATO sonar systems that have been evaluated for their environmental impact. These frequencies match the frequencies of best hearing in the harbor porpoises and seals resident in the Baltic Sea. This study uses published temporary and permanent threshold shifts, measured behavioral response thresholds, technical specifications of a sonar system, and environmental parameters affecting sound propagation common for the Baltic Sea to estimate the impact zones for harbor porpoises and seals.
机译:摘要军事声纳已知导致鲸类搁浅。与大多数研究过的北约声纳系统相比,浅海中的海军使用不同的频率和声纳脉冲,通常频率在25至100 kHz之间。这些频率与居住在波罗的海的海豚和海豹的最佳听力频率相匹配。这项研究使用已发布的临时和永久阈值偏移,测得的行为响应阈值,声纳系统的技术规格以及影响波罗的海常见声音传播的环境参数来估计海豚和海豹的撞击区域。

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