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评估北方湖泊冰下噪声对鱼类的干扰。

Assessing disturbance from under-ice noise on fishes in boreal lakes.

机构信息

Department of Fisheries and Oceans, Yellowknife, Canada.

出版信息

Adv Exp Med Biol. 2012;730:363-6. doi: 10.1007/978-1-4419-7311-5_82.

Abstract

There are many potential sources of anthropogenic noise that can manifest under ice in boreal lakes that are within the hearing ranges of northern boreal fishes. Impacts of noise on fish can be correlated to the fish's hearing sensitivity. In general, boreal fishes have most sensitive hearing <400 Hz,but this varies by species and life stage. By assessing the hearing capabilities and vocalizations of fish species and sound signatures from development activities, it may be possible to forecast potential impacts resulting from expected under-ice noise exposure.There is still the need for basic information to facilitate the assessment and identification of potential impacts (e.g., the hearing capabilities of many species of boreal fishes at different life stages and the sound signatures of various anthropogenic noise sources). Additionally, the impacts to fish from a particular noise source (e.g., pile driving) or the potential for a sound-related disturbance ata particular time in a species life history, such as courtship or spawning, warrants further study.

摘要

在北极地区的一些湖泊中,存在许多潜在的人为噪声源,这些噪声源会在冰层下产生,并且在北方鱼类的听觉范围内。噪声对鱼类的影响与鱼类的听觉敏感度有关。一般来说,北方鱼类的听觉最敏感的频率<400 Hz,但这因物种和生命阶段而异。通过评估鱼类物种的听觉能力和发声能力,以及开发活动产生的声音特征,就有可能预测预期的冰层下噪声暴露可能带来的潜在影响。仍需要基本信息来促进评估和识别潜在影响(例如,不同生命阶段的许多北方鱼类的听觉能力以及各种人为噪声源的声音特征)。此外,还需要进一步研究特定噪声源(例如打桩)对鱼类的影响,或者在鱼类生命史的特定时间(例如求偶或产卵),与声音相关的干扰的可能性。

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