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Post-incident monitoring to evaluate environmental damage from shipping incidents: Chemical and biological assessments

机译:事件后监控以评估运输事件对环境造成的损害:化学和生物学评估

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摘要

Oil and chemical spills in the marine environment are an issue of growing concern. Oil exploration and exploitation is moving from the continental shelf to deeper waters, and to northern latitudes where the risk of an oil spill is potentially greater and may affect pristine ecosystems. Moreover, a growing number of chemical products are transported by sea and maritime incidents of hazardous and noxious substances (HNS) are expected to increase. Consequently, it seems timely to review all of the experience gained from past spills to be able to cope with appropriate response and mitigation strategies to combat future incidents. Accordingly, this overview is focused on the dissemination of the most successful approaches to both detect and assess accidental releases using chemical as well as biological approaches for spills of either oil or HNS in the marine environment. Aerial surveillance, sampling techniques for water, suspended particles, sediments and biota are reviewed. Early warning bioassays and biomarkers to assess spills are also presented. Finally, research needs and gaps in knowledge are discussed.
机译:海洋环境中发生的石油和化学物泄漏问题日益引起人们的关注。石油勘探和开发正在从大陆架向更深的水域以及北部纬度转移,那里漏油的风险可能更大,并可能影响原始生态系统。此外,越来越多的化学产品通过海上运输,危险和有毒物质(HNS)的海上事件预计将增加。因此,似乎有必要回顾过去泄漏事件中获得的所有经验,以便能够采取适当的应对和缓解策略来应对未来的事件。因此,本概述的重点是传播最成功的方法,以使用化学方法以及生物方法来检测和评估意外释放,以解决海洋环境中石油或HNS的泄漏。审查了空中监视,水,悬浮颗粒,沉积物和生物群的采样技术。还介绍了用于评估泄漏的预警生物测定法和生物标记物。最后,讨论了研究需求和知识差距。

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