Farina Almo, James Philip
Department of Basic Sciences and Foundations, Urbino University, Urbino, Italy.
School of Environment and Life Sciences, University of Salford, Salford, UK.
Biosystems. 2016 Sep;147:11-20. doi: 10.1016/j.biosystems.2016.05.011. Epub 2016 Jun 2.
An acoustic community is defined as an aggregation of species that produces sound by using internal or extra-body sound-producing tools. Such communities occur in aquatic (freshwater and marine) and terrestrial environments. An acoustic community is the biophonic component of a soundtope and is characterized by its acoustic signature, which results from the distribution of sonic information associated with signal amplitude and frequency. Distinct acoustic communities can be described according to habitat, the frequency range of the acoustic signals, and the time of day or the season. Near and far fields can be identified empirically, thus the acoustic community can be used as a proxy for biodiversity richness. The importance of ecoacoustic research is rapidly growing due to the increasing awareness of the intrusion of anthropogenic sounds (technophonies) into natural and human-modified ecosystems and the urgent need to adopt more efficient predictive tools to compensate for the effects of climate change. The concept of an acoustic community provides an operational scale for a non-intrusive biodiversity survey and analysis that can be carried out using new passive audio recording technology, coupled with methods of vast data processing and storage.
声学群落被定义为通过使用内部或体外发声工具来发声的物种集合。这类群落在水生(淡水和海洋)和陆地环境中均有出现。声学群落是声景的生物声学组成部分,其特征在于其声学特征,这是由与信号幅度和频率相关的声学信息分布所导致的。不同的声学群落可根据栖息地、声学信号的频率范围以及白天或季节来描述。近场和远场可通过经验识别,因此声学群落可作为生物多样性丰富度的替代指标。由于人们越来越意识到人为声音(技术声音)侵入自然和人类改造的生态系统,以及迫切需要采用更有效的预测工具来应对气候变化的影响,生态声学研究的重要性正在迅速增加。声学群落的概念为非侵入性生物多样性调查和分析提供了一个操作尺度,可利用新的被动音频记录技术,结合大量数据处理和存储方法来进行。