STORM WATER DRAINAGE FROM HYDROTHERMAL ALTERATION ZONES AND ITS IMPACT ON WATER QUALITY OF THE RED RIVER, NM

机译：来自水热改变区域的雨水排水及其对红河水质的影响，NM

获取原文

页面导航

摘要
著录项
相似文献
相关主题

摘要

The Red River is located within the Sangre De Cristo Mountain Range in northern New Mexico. An approximate 12-mile segment of the river from the town of Red River to the village of Questa (Questa) includes several hydrothermal alteration zones. Alteration "scars" formed as a result of rapid chemical weathering and physical erosion of pyrite-rich hydrothermally altered rocks. Storm water runoff from the scar drainages contributes metal-laden, acidic water to the river and creates a visible plume of discolored water in the river. Acidic runoff reduces the river pH from 7 to the mid 3s for at least 2 hours during large storms and the low pH water continues downstream. Runoff from scar drainages increases some metal concentrations in the river from below chronic ecological criteria to as much as two orders of magnitude greater than acute ecological criteria, and results in acutely toxic conditions for macro-invertebrates. A general improvement in the river's water quality occurs downstream due to dilution from tributary inflow from non-mineralized watersheds, the natural buffering capacity of the river, and storm water controls at the Chevron Mining Inc. Questa mine.

机译：红河位于墨西哥北部的Sangre de Cristo山脉内。从红河镇到Questa（Questa）村的大约12英里河段包括几个水热改变区域。改变“疤痕”形成，由富含富含硫铁矿的水热改变的岩石的快速化学风化和物理侵蚀。来自疤痕排水的风暴水径流贡献金属覆盖，酸性水到河流，并在河里创造一个可见的羽毛。酸性径流在大型风暴期间将河流pH从7到3S减少至少2小时，低pH水在下游继续。来自疤痕排水的径流从低于慢性生态标准的河流中的一些金属浓度增加到两种数量级，比急性生态标准大，导致宏观无脊椎动物的急性毒性条件。由于从非矿化流域，河流的自然缓冲能力，雪佛龙矿业公司的自然缓冲能力稀释，河流水质的一般改善了下游。

著录项

来源
《Society for Mining, Metallurgy and Exploration Annual Meeting and Exhibit》|2011年||共5页
会议地点
作者
T. J. Cox; A. Wagner;
展开▼
作者单位

展开▼
会议组织
原文格式 PDF
正文语种
中图分类 TD8-532;
关键词

相似文献

外文文献
中文文献
专利

1. Does upward seepage of river water and storm water runoff determine water quality of urban drainage systems in lowland areas? A case study for the Rhine-Meuse delta [J] . Kim Vermonden, Marion A. A. Hermus, Marije van Weperen, Hydrological Processes . 2009,第21期

机译：河流水和雨水径流的向上渗透是否决定了低地地区城市排水系统的水质？莱茵-默兹三角洲的案例研究
2. NEW STORM WATER DRAINAGE SYSTEMS IM PROVES RIVER AND BATHING WATER QUALITY IN IRVINE AND KILMARNOCK [J] . Institute of Water journal . 2013,第179期

机译：新的暴雨排水系统可提高河水和沐浴水的质量
3. New storm water drainage systems improves river and bathing water quality [J] . WET News . 2013,第6appa期

机译：新的雨水排水系统改善了河流和沐浴水的质量
4. STORM WATER DRAINAGE FROM HYDROTHERMAL ALTERATION ZONES AND ITS IMPACT ON WATER QUALITY OF THE RED RIVER, NM [C] . T. J. Cox, A. Wagner Society for Mining, Metallurgy and Exploration Annual Meeting and Exhibit . 2011

机译：来自水热改变区域的雨水排水及其对红河水质的影响，NM
5. Caffeine as a Tropical Water Quality Indicator to Assess the Impact of Wastewater and Surface Water on the Environmental Quality of Beach Bathing Zones [D] . Villafane Deyack, Eileen C. 2013

机译：咖啡因是一种热带水质指标，可评估废水和地表水对海滩沐浴区环境质量的影响
6. Water quality assessment in the German River of the years 2014/2015: how a case study on the impact of a storm water sedimentation basin displayed impairment of fish health in the Argen River (Southern Germany) [O] . Paul Thellmann, Bertram Kuch, Karl Wurm, -1

机译：2014/2015年德国河中的水质评估：关于雨水沉积盆地影响的案例研究如何显示阿尔根河鱼类健康受损（德国南部）
7. Water quality assessment in the “German River of the years 2014/2015”: how a case study on the impact of a storm water sedimentation basin displayed impairment of fish health in the Argen River (Southern Germany) [O] . 2017

机译：“ 2014/2015年德国河”中的水质评估：关于雨水沉积盆地影响的案例研究如何显示阿尔根河鱼类健康受损（德国南部）
8. Habitat Development Field Investigations Windmill Point Marsh Development Site James River, Virginia. Appendix F. Environmental Impacts of Marsh Development with Dredged Material: Sediment and Water Quality. Volume I. Characteristics of Channel Sediments Before Dredging and Effluent Quality During and Shortly After Marsh Habitat Development. [R] . Adams, D. D., Darby, D. A., Young, R. J. 1978

机译：栖息地开发实地调查风车点沼泽开发地点弗吉尼亚州詹姆斯河。附录F.用疏浚物质进行沼泽开发的环境影响：沉积物和水质。第一卷。在沼泽生境发育期间和之后的疏浚和污水质量前的河道沉积物特征。

STORM WATER DRAINAGE FROM HYDROTHERMAL ALTERATION ZONES AND ITS IMPACT ON WATER QUALITY OF THE RED RIVER, NM

摘要

著录项

相似文献

相关主题

期刊订阅