SOWER 巡航环极声学调查数据和南极蓝鲸叫声分析概述

F. Shabangu, Kathleen M. Stafford, Ken P. Findlay, Shannon Rankin, Don Ljungblad, Yasunari Tsuda, Laura Morse, Christopher W. Clark, Hidehiro Kato, P. Ensor
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摘要

1996 年至 2010 年期间,国际捕鲸委员会(IWC)在其年度南大洋鲸鱼和生态系统研究(SOWER)巡航中开展了蓝鲸研究。在澳大利亚、马达加斯加和智利近海的 11 次南极巡航和 3 次低纬度蓝鲸巡航中,部署了 700 多个声纳浮标以记录蓝鲸的发声。对南极部署记录的声学文件进行了整理和审查,建立了一个数字声学文件数据库,以及相关部署站元数据,其中包括来自 484 个站的 7,486 个声学文件。使用自动检测模板和目视验证方法对声学文件进行了分析。我们发现,相关航行报告中报告的声学记录总时数(2,481 小时)与目前可用的声学记录时数(1,541 小时)之间存在重大差异。在总共 7,486 份声学文件中,4,183 份检测到南极蓝鲸的发声(9,315 次 D 呼叫和 24,902 次 Z 呼叫)。12 月份的鸣叫率最低;1 月和 2 月的鸣叫率较高。虽然大多数声纳浮标(63%)是在 18:00 至 06:00 之间布设的,但大多数呼叫(62%)是在 06:00 至 18:00 之间的观测时段发现的。现有数据与报告数据之间的差异令人严重关切。强烈建议对这些数据和未来的 IWC 声学数据进行核对。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Overview of the SOWER cruise circumpolar acoustic survey data and analyses of Antarctic blue whale calls
The International Whaling Commission (IWC) carried out blue whale research within its annual Southern Ocean Whale and Ecosystem Research (SOWER) cruises between 1996 and 2010. Over 700 sonobuoys were deployed to record blue whale vocalisations during 11 Antarctic and three low‐latitude blue whale cruises off Australia, Madagascar and Chile. The recorded acoustic files from Antarctic deployments were collated and reviewed to develop a database of digital acoustic files and the associated deployment station metadata of 7,486 acoustic files from 484 stations. Acoustic files were analysed using the automated detection template and visual verification method. We found a significant difference between the total number of acoustic recording hours (2,481) reported in the associated cruise reports and the currently available number of acoustic recording hours (1,541). Antarctic blue whale vocalisations (9,315 D‐calls and 24,902 Z‐calls) were detected on 4,183 out of the total 7,486 acoustic files. December had the lowest call rates; January and February yielded high call rates. While most sonobuoys (63%) were deployed between 1800hrs and 0600hrs, the majority of calls (62%) were detected during observation periods between 0600hrs and 1800hrs. The difference between the available and reported data is a significant concern. Reconciliation of these and any future IWC acoustic data is strongly recommended.
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