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结合被动声学和成像声纳技术来研究抹香鲸的觅食策略。

Combining passive acoustics and imaging sonar techniques to study sperm whales' foraging strategies.

作者信息

Giorli Giacomo, Au Whitlow W L

机构信息

National Institute of Water and Atmospheric Research, 301 Evans Bay Parade, Hataitai, Wellington 6021, New Zealand.

Hawaii Institute of Marine Biology, University of Hawaii, P.O. Box 1306, Kaneohe, Hawaii 96744.

出版信息

J Acoust Soc Am. 2017 Sep;142(3):1428. doi: 10.1121/1.5002895.

Abstract

Sperm whales forage in the deep ocean, hunting for squid. An innovative approach for the study of sperm whale foraging behavior and habitat selection is reported in this letter. A DIDSON imaging sonar mounted on a profiler with a conductivity, temperature, and depth sensor was used to count and measure potential prey in the deep ocean during sperm whales' acoustical foraging encounters in Hawaii. Preliminary results show how this technique can be applied to the study of deep diving whale foraging and habitat selection. Sperm whales foraged where the density of prey decreased with depth and where the size of prey increased with depth.

摘要

抹香鲸在深海觅食,捕食鱿鱼。这篇信函报道了一种研究抹香鲸觅食行为和栖息地选择的创新方法。在夏威夷,当抹香鲸进行声学觅食活动时,一个安装在带有电导率、温度和深度传感器的剖面仪上的DIDSON成像声呐被用于在深海中计数和测量潜在猎物。初步结果表明了该技术如何应用于深潜鲸鱼觅食和栖息地选择的研究。抹香鲸在猎物密度随深度降低且猎物大小随深度增加的地方觅食。

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