Seeing in the dark: A review of the use of side-scan sonar to detect and study manatees, with an emphasis on Latin America

D. Gonzalez-Socoloske, L. D. Olivera-Gómez
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Abstract

Manatees are aquatic mammals that live in a variety of environments. Many of those shallow water environments have murky water, making detection using traditional visual surveys very challenging. Side-scan sonar was first proposed as a tool to detect and study manatees in these complicated habitats in 2005. Here, we summarize the use of this tool from 2005 to 2022 by searching the available literature. Our literature search revealed that this tool is being widely used in more than 20 locations and over 15 countries. All three manatee species are being studied with side-scan sonar. It is most useful in murky freshwater habitats that are not too deep or open (e.g., large lagoons or lakes), where visual surveys are not effective. Most studies used side-scan sonar in combination with other methodologies such as passive acoustics and indirect evidence. Work is still needed to standardize the use of this technique so that image interpretation can be reliable, and results can be compared between studies. However, most studies indicated that this tool is essential in murky water habitats and provides one of the best ways to detect and study manatees. 
在黑暗中看到:回顾使用侧面扫描声纳来探测和研究海牛,重点是拉丁美洲
海牛是水生哺乳动物,生活在各种环境中。许多浅水环境都有浑浊的水,这使得使用传统的视觉测量非常具有挑战性。2005年,侧扫声纳首次被提议作为一种工具来探测和研究这些复杂栖息地中的海牛。在这里,我们通过检索现有文献,总结了2005年至2022年该工具的使用情况。我们的文献检索显示,该工具在20多个地点和超过15个国家被广泛使用。这三种海牛都在用侧扫声纳进行研究。它在不太深或不太开阔的阴暗淡水栖息地(例如,大型泻湖或湖泊)最有用,在这些地方目视调查是无效的。大多数研究使用侧扫声纳结合其他方法,如被动声学和间接证据。为了使图像判读更加可靠,并且可以在不同研究之间进行比较,仍然需要标准化这项技术的使用。然而,大多数研究表明,这个工具在浑浊的水栖息地是必不可少的,并且提供了检测和研究海牛的最佳方法之一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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