首页> 外文会议>International Conference on Bioacoustics >PRELIMINARY INVESTIGATIONS INTO THE RESPONSE OF 0+ TWAITE SHAD (ALOSA FALLAX) TO ULTRASOUND AND ITS POTENTIAL AS AN ENTRAINMENT DETERRENT
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PRELIMINARY INVESTIGATIONS INTO THE RESPONSE OF 0+ TWAITE SHAD (ALOSA FALLAX) TO ULTRASOUND AND ITS POTENTIAL AS AN ENTRAINMENT DETERRENT

机译:初步调查将0+ Twaite Shad(Alosa Fallax)响应超声及其作为夹带威慑力的潜力

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Water is abstracted from riverine, estuarine and marine environments to supply potable water, power stations, hydroelectric facilities and industry. Such abstractions inevitably carry with them the risk of fish entrainment, defined as 'the drawing in of fish of any life stage at a water intake' (Turnpenny & O'Keeffe, 2005). It is possible, however, that entrainment losses can be reduced to an acceptable level with the use of appropriate fish screening technologies. Fish protection solutions for water intakes are manifold and include: alterations to intake design; management of the abstraction regime; modification of existing screens to make them "fish friendly"; provision of fish return systems; and the installation of physical screens or behavioural deterrents to prevent or minimise entrainment. There are however a range of site specific constraints which influence the suitability of each solution.
机译:水从河流,河口和海洋环境中抽象,供应饮用水,发电站,水电设施和行业。这种抽象不可避免地随身携带鱼夹带的风险,被定义为“在水摄入的任何生命阶段的鱼类中的绘图”(Turnpenny&O'Keeffe,2005)。然而,可以使用适当的鱼类筛选技术将夹带损耗减少到可接受的水平。水摄入虫的鱼类保护解决方案是歧管,包括:改变进气设计;对抽象制度的管理;修改现有屏幕,使其“友好”;提供鱼返回系统;和安装物理屏幕或行为威慑物,以防止或最小化夹带。然而,有一系列场地特定约束,影响每个解决方案的适用性。

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