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Chemical elements / Toxicology / Post-transition metals / Reducing agents / Toxicity / Toxic metal / Acid mine drainage / Arsenic / Rainbow trout / Chemistry / Matter / Fish


Impacts of Historical Mining on Aquatic Ecosystems—An Ecological Risk Assessment By John M. Besser, Susan E. Finger, and Stanley E. Church Chapter D of
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Document Date: 2007-12-11 21:46:48


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File Size: 1,34 MB

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City

Cleveland / Silverton / Howardsville / San Juan / /

Company

Yellow / Animas River Stakeholders Group / North Fork / /

Facility

Mine Chronic / station A68 / station A72 / Mill C / Mill Chronic / Mill C Cement C / /

IndustryTerm

dissolved metal concentrations / metal / particular metal / metal toxicity / metal-rich acid drainage / dissolved metal ions / less mining activity / metal mining / metal concentrations / stream food webs / metal concentration / seasonal dissolved metal concentrations / metal loadings / Early mining / metal exposure / chemical stressors / mining / dietary metal exposure / metal bioaccumulation / historical mining activities / historical mining / /

NaturalFeature

Cement creek / Elk Creek / Animas River canyon / Colorado River / South Fork Mineral Creek / San Juan/Rio Grande National Forest / Gulc Eurek Boulder Gulc Creek / Cunningham Creek / Mineral Creek / /

OperatingSystem

Fork / /

Organization

U.S. Department of Agriculture / Great Lakes Environmental Center / U.S. Environmental Protection Agency / US Federal Reserve / USDA Forest Service / U.S. Department of the Interior U.S. Geological Survey Contents Abstract / Forest Service / Colorado Water Quality Control Commission / Stanley E. Church / /

Person

Elliott / Peter Butler / John M. Besser / Robert Owen / Susan E. Finger / Fey / William Simon / Paul von Guerard / Emma Gladstone / Vincent / Robert Andrew / /

Position

test water representative / representative / Butler / /

ProvinceOrState

Colorado / San Juan County / /

SocialTag