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Underwater acoustics for ecosystem research: Synthesis of current knowledge and current advances and perspectives in Northeast Brazil

机译:生态系统研究的水下声学:综合巴西东北地区的当前知识和当前的进步和观点

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While used in routine for fish biomass assessment in a variety of marine laboratories, underwater acoustics have an unrealized potential for multi-component observations of abiotic and biotic ecosystem characteristics. A growing number of studies is taking advantage of recent improvements (e.g. multifrequency, broad band echosounders) to simultaneously characterize physical structures (e.g. thin layers, internal waves, eddies) and organisms (from zooplankton to whales) patterns of distribution across scales from meters to thousands of kilometers. These progresses open a variety of perspectives for understanding complex processes. In this context, the aim of this short note is twofold: (i) provide examples of the application of `ecosystem acoustics' to describe and quantify complex processes; and (ii) present the current advances and perspective of the application of ecosystem acoustic in Northeast Brazil.
机译:在各种海洋实验室中的鱼生物量评估中使用的常规,水下声学对非生物和生物生态系统特征的多组分观察具有未实现的潜力。越来越多的研究是利用最近的改进(例如多频,宽带回声ouders),同时表征物理结构(例如薄层,内部波,漩涡)和生物(从浮游动物到鲸鱼)的分布模式从米到数千公里。这些进展打开了了解复杂过程的各种视角。在这种情况下,这项简短说明的目的是双重组合:(i)提供“生态系统声学”的应用程序来描述和量化复杂过程; (ii)介绍了生态系统声学在巴西东北地区的应用进展和观点。

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