Separating Historical Catches Among Pygmy Blue Whale Populations Using Recent Song Detections

IF 1.9 3区 生物学 Q2 MARINE & FRESHWATER BIOLOGY
Trevor A. Branch, Cole C. Monnahan, Emmanuelle C. Leroy, Fannie W. Shabangu, Ana Širović, Salvatore Cerchio, Suaad Al Harthi, Cherry Allison, Naysa Balcázar Cabrera, Dawn R. Barlow, Susannah V. Calderan, Michael C. Double, Richard Dréo, Alexander N. Gavrilov, Jason Gedamke, Kristin B. Hodge, K. Curt S. Jenner, Micheline N.-M. Jenner, Jeremy J. Kiszka, Ishmail S. Letsheleha, Robert D. McCauley, Jennifer L. Miksis-Olds, Brian S. Miller, Divya Panicker, Chris Pierpoint, Zoe R. Rand, Kym Reeve, Tracey Rogers, Jean-Yves Royer, Flore Samaran, Kathleen M. Stafford, Karolin Thomisch, Leigh G. Torres, Maëlle Torterotot, Joy S. Tripovich, Victoria E. Warren, Andrew Willson, Maïa S. Willson
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引用次数: 0

Abstract

In the Southern Hemisphere and northern Indian Ocean, there are at least five populations of pygmy blue whales, Balaenoptera musculus brevicauda, residing in the Northwest Indian Ocean (NWIO, Oman), central Indian Ocean (CIO, Sri Lanka), Southwest Indian Ocean (SWIO, Madagascar to Subantarctic), Southeast Indian Ocean (SEIO, Australia to Indonesia), and Southwest Pacific Ocean (SWPO, New Zealand). Each population produces a distinctive repeated song, but none have population assessments or reliable measures of historical whaling pressure. Here we created pygmy blue whale catch time series by removing Antarctic blue whale catches using length data and then fitting generalized additive models (based on latitude, longitude, and month) to contemporary song data (largely from 1995 to 2023) to allocate historical catches to the five populations. Most pygmy blue whale catches (97% of 12,207) were taken by Japanese and Soviet operations during 1959/1960 to 1971/1972, with the highest totals taken from the SWIO (6514), SEIO (2593), and CIO (2023), and lower catches from the NWIO (549) and SWPO (528). The resulting predicted annual catch assignments provide the first indication of the magnitude of whaling pressure on each population and are a key step toward assessing the status of these five pygmy blue whale populations.

利用最近的歌声探测来分离侏儒蓝鲸种群的历史捕获量
在南半球和北印度洋,至少有五个小蓝鲸种群,Balaenoptera musculus brevicauda,生活在西北印度洋(NWIO,阿曼),印度洋中部(CIO,斯里兰卡),西南印度洋(SWIO,马达加斯加至亚南极),东南印度洋(SEIO,澳大利亚至印度尼西亚)和西南太平洋(SWPO,新西兰)。每个种群都会发出独特的重复叫声,但没有一个种群数量评估或可靠的历史捕鲸压力测量。在这里,我们通过使用长度数据去除南极蓝鲸的捕捞量,然后将广义相加模型(基于纬度、经度和月份)拟合到当代歌曲数据(主要从1995年到2023年),创建了侏儒蓝鲸捕捞时间序列,以分配五个种群的历史捕捞量。在1959/1960年至1971/1972年期间,日本和苏联捕捞了大部分侏儒蓝鲸(12,207只中的97%),其中swo(6514只)、SEIO(2593只)和CIO(2023只)的捕捞量最多,NWIO(549只)和SWPO(528只)的捕捞量较少。由此得出的预测年度捕获量分配为每个种群面临的捕鲸压力提供了第一个指标,也是评估这五个侏儒蓝鲸种群状况的关键一步。
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来源期刊
Marine Mammal Science
Marine Mammal Science 生物-动物学
CiteScore
4.80
自引率
8.70%
发文量
89
审稿时长
6-12 weeks
期刊介绍: Published for the Society for Marine Mammalogy, Marine Mammal Science is a source of significant new findings on marine mammals resulting from original research on their form and function, evolution, systematics, physiology, biochemistry, behavior, population biology, life history, genetics, ecology and conservation. The journal features both original and review articles, notes, opinions and letters. It serves as a vital resource for anyone studying marine mammals.
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