首页> 外文会议>Conference on Underwater Intervention; 20080129-31; New Orleans,LA(US) >Spatial Analysis of Heavy Metal Contamination in Los Angeles Harbor Sediments
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Spatial Analysis of Heavy Metal Contamination in Los Angeles Harbor Sediments

机译:洛杉矶港口沉积物中重金属污染的空间分析

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There was little rainfall during the collection period. Significant rainfall would probably greatly increase the amount of contaminants entering the harbor from the Los Angeles River outfall. Polluted runoff, also known as nonpoint source pollution, is a leading cause of water quality problems (EPA 1994.) The frequency of water quality testing should increase during the rainy season. This study dealt solely with heavy metals. Bacteria and other organic pollutants were not included in the analysis. Much of the Southern California Bight is designated as a superfund site for DDT/PCB contamination. It should be noted that other contaminants in the LA Harbor are probable along with heavy metals. It is recommended that public safety divers working in the LA harbor use, at minimum, a dry suit made of vulcanized rubber, butyl rubber or trilaminate material, dry hood, dry gloves and a full face mask to avoid skin exposure and mitigate absorption of lead and mercury. Contacting or stirring up sediments should be avoided as much as possible. Neutral buoyancy skills are essential for divers in this environment. Collaboration with hazmat teams and following post-dive decontamination procedures could increase diver safety. The Clark Magnet High School Marine Science Research students responsible for this study have compiled their results into a single large poster (figure 4) and have distributed copies to public safety agencies that dive in the Los Angeles Harbor. Contact us if you are part of a team in the Los Angeles area that would like a copy of the poster. Other Clark Magnet High School Marine Science Research students involved with collection, documentation, GIS analysis and ROV operations for this study: Estella Baghdasaryan, Mason Dionne, Marty Fong, Argineh Ebrahimi, Christina Garibyan, Mary Gabrielyan, Lora Khatcherian, Narek Khudabakshyan, Alexandra Lemmer, Serly moosakhanian, Ani Orujyan, Andrea Peralta, Jaime Saavedra, Ararat Ter-Ghukasyan, Alice Topchyan, Arman Torosyan, Suze Uzuhyan, Adriana Valencia, Gayane Vardoyan, Rayhan Yacub, Garik Yeghiazaryan, Matthew Zari, Paulina Zarzuela
机译:收集期间几乎没有降雨。大量降雨可能会大大增加从洛杉矶河排污口进入港口的污染物数量。受污染的径流,也称为非点源污染,是水质问题的主要原因(EPA1994。)在雨季,水质检测的频率应增加。该研究仅涉及重金属。细菌和其他有机污染物未包括在分析中。南加州海湾的大部分地区被指定为DDT / PCB污染的超级基金。应该注意的是,洛杉矶港可能还有其他污染物和重金属。建议在洛杉矶港工作的公共安全潜水员至少使用由硫化橡胶,丁基橡胶或三层压板材料制成的干式潜水服,干式头罩,干式手套和全面罩,以避免皮肤暴露并减轻铅的吸收和汞。应尽可能避免接触或搅动沉积物。在这种环境下,中性浮力技能对于潜水员至关重要。与危险品小组合作并遵循潜水后消毒程序可提高潜水员的安全性。负责这项研究的克拉克磁铁高中海洋科学研究的学生已将其结果汇编成一个大的海报(图4),并已将副本分发给潜水在洛杉矶港的公共安全机构。如果您是洛杉矶地区团队的一员,并希望获得海报的副本,请与我们联系。其他参与该研究的收集,文档,GIS分析和ROV操作的Clark Magnet高中海洋科学研究的学生:Estella Baghdasaryan,Mason Dionne,Marty Fong,Argineh Ebrahimi,Christina Garibyan,Mary Gabrielyan,Lora Khatcherian,Narek Khudabakshyan,Alexandra Lemmer ,Serly moosakhanian,Ani Orujyan,Andrea Peralta,Jaime Saavedra,Ararat Ter-Ghukasyan,Alice Topchyan,Arman Torosyan,Suze Uzuhyan,Adriana Valencia,Gayane Vardoyan,Rayhan Yacub,Garik Yeghiazaryan,Matthew Zari,Paulina Zarzuela

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