CIMAR/CIIMAR - Interdisciplinary Centre of Marine and Environmental Research, University of Porto, Rua dos Bragas 289, 4050-123 Porto, Portugal.
CIMAR/CIIMAR - Interdisciplinary Centre of Marine and Environmental Research, University of Porto, Rua dos Bragas 289, 4050-123 Porto, Portugal.
J Hazard Mater. 2015 Mar 21;285:509-16. doi: 10.1016/j.jhazmat.2014.11.005. Epub 2014 Nov 11.
In this review, we have collected information on the behavior, fate, weathering, and impact of hazardous and noxious substances (HNS) accidentally spilled at sea on the marine biota. The information was compiled on a datasheet and converted into a database that can be accessed by the general public (www.ciimar.up.pt/hns). Systematization of data is important to assist stakeholders involved in HNS spill preparedness and response, facilitating the incorporation of lessons from past incidents in the decision process. The database contains 184 entries of HNS spilled in 119 incidents in marine waters around the world. Data were analyzed in terms of HNS physical behavior in water according to SEBC (Standard European Behavior Classification) codes. The most common products involved in accidental spills in the marine environment were identified and major lessons highlighted. From the analysis, it was determined that most HNS spills were poorly documented and information was mistreated. In most cases, no monitoring programs were implemented following the incident. This conduct has occurred in 24 out of 119 incidents analyzed and has consequently limited the information on fate, behavior, and weathering of HNS spilled that could have been recovered. Major gaps were identified, and priorities and recommendations were drawn as a step toward improving preparedness and response to HNS spills.
在这篇综述中,我们收集了有关危险和有毒物质(HNS)在海上意外泄漏对海洋生物群的行为、命运、风化和影响的信息。这些信息被整理在数据表中,并转换为一个数据库,供公众(www.ciimar.up.pt/hns)访问。数据的系统化对于协助涉及 HNS 泄漏准备和应对的利益相关者非常重要,有助于将过去事件的经验教训纳入决策过程。该数据库包含了全球海洋水域 119 起事故中 184 起 HNS 泄漏的记录。根据 SEBC(标准欧洲行为分类)代码,对 HNS 在水中的物理行为进行了数据分析。确定了在海洋环境中意外泄漏最常见的产品,并强调了主要经验教训。从分析中可以确定,大多数 HNS 泄漏的记录都很差,信息也被错误处理。在大多数情况下,事故发生后没有实施监测计划。这种情况发生在分析的 119 起事件中的 24 起,因此限制了可以回收的关于 HNS 泄漏的命运、行为和风化的信息。确定了重大差距,并提出了优先事项和建议,作为改善 HNS 泄漏准备和应对的一步。