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Environmental Risk Management Capability: Advice on Minimising the Impact of Both Sonar and Seismic Offshore Operations on Marine Mammals

机译:环境风险管理能力:关于最大限度地减少声纳和地震海上业务对海洋哺乳动物影响的建议

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There is growing concern about the effect of noise pollution from Offshore Operations on whales, dolphins, porpoises and other marine fauna both in the scientific and political communities. The general public, media and key decision makers are becoming more aware of the potential impact of such operations and this is increasing the pressure on organisations to manage their acoustic impact on the marine environment. The Environmental Risk Management Capability (ERMC - a software package developed by BAE Systems in collaboration with the Sea Mammal Research Unit (SMRU) and the Centre for Research into Ecological and Environmental Modelling (CREEM) at the University of St Andrews) is the first system to provide a quantitative, robust and repeatable risk assessment method of the potential impact of sonar on both human divers and marine fauna. To assist in the effective management of this impact, ERMC can provide the user with recommendations of potential mitigation measures, and more importantly supports a basis from which the user can continue to use active sonar whilst complying with their operating policies and legislative obligations to protect the environment. This paper will discuss how ERMC can be employed to provide a risk assessment for both sonar and seismic offshore operations which introduce sound into the marine environment. It will also discuss whether such an approach would provide a more flexible and reliable outcome to methods commonly in use today.
机译:对科学和政治社区中的鲸鱼,海豚,海豚,海豚和其他海洋动物群岛的离岸行动造成噪音污染的影响越来越担心。公众,媒体和主要决策者越来越意识到这些行动的潜在影响,这增加了对组织对海洋环境的声学影响的压力。环境风险管理能力(ERMC - 由BAE系统开发的软件包与海洋哺乳动物研究单位(SMRU)合作,圣安德鲁斯大学的生态环境建模(CREEM)和研究中心)是第一个系统为Sonar对人类潜水员和海洋动物群岛的潜在影响提供定量,鲁棒,可重复的风险评估方法。为了帮助实现这种影响的有效管理,ERMC可以向用户提供潜在的缓解措施的建议,更重要的是支持用户可以继续使用主动声纳的基础,同时遵守其经营政策和立法义务来保护环境。本文将讨论ERMC如何雇用欧洲贸易委员会为声纳和地震海外业务提供风险评估,这些海上行动引入海洋环境。它还将讨论这种方法是否会为当今通常使用的方法提供更灵活可靠的结果。

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