Whales, wind, and whale watching—Uncovering the secret soundscape of Geographe Bay

Capri D. Jolliffe, Craig McPherson, Ian Wiese
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Abstract

Quantifying the acoustic soundscape of an area is an important precursor to understanding the significance of that area from an environmental perspective, as well as providing useful environmental context to inform environmental management. Underwater soundscapes provide important contextual information about the use of that habitat by marine fauna species as well as some of the anthropogenic stressors that may be present. Multi-year acoustic data collected from an underwater acoustic recorder near Cape Naturalist in Geographe Bay was used to characterize the underwater soundscape and complete an initial assessment of cetacean presence. Ambient noise conditions within the Bay were characterized, providing an interim baseline of the ambient noise conditions within the Bay, identifying the biological and anthropogenic contributors to the soundscape. This characterization provided a better understanding of species presence within the Bay and general trends in occurrence, and has also been used to investigate the scale and extent of existing anthropogenic pressures. The information from the monitoring program has been applied to better understand the value of the Geographe Bay area to different species, while at the same time setting a benchmark for ongoing monitoring efforts and providing inputs into detection range modeling to assist in enhancing program design.
鲸鱼、风和观鲸--揭秘乔治拉普海湾的声音景观
对一个区域的声学声景进行量化,是从环境角度了解该区域重要性的重要先决条件,同时也为环境管理提供有用的环境背景信息。水下声景提供了重要的背景信息,说明海洋动物物种对该栖息地的使用情况,以及可能存在的一些人为压力因素。从 Geographe 海湾自然角附近的水下声学记录器收集的多年声学数据被用来描述水下声景的特征,并完成对鲸目动物存在情况的初步评估。对海湾内的环境噪声条件进行了描述,提供了海湾内环境噪声条件的临时基线,确定了声景的生物和人为因素。这一特征描述有助于更好地了解海湾内物种的存在情况和出现的总体趋势,还可用于调查现有人为压力的规模和程度。监测计划所提供的信息已被用于更好地了解 Geographe 海湾地区对不同物种的价值,同时也为正在进行的监测工作设定了基准,并为探测范围建模提供输入,以协助加强计划设计。
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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