National Institute of Standards and Technology / USA John Muir Institute / Reach A station / Station km / John Muir Institute / Milltown Dam / Superfund complex / MINE REMEDIATION IN LOTIC SYSTEMS / MINE REMEDIATION IN LOTIC SYSTEMS Interpretations / University of California / /
IndustryTerm
metal trends / trace-metal-clean nylon mesh kick net / Metal analyses / influenced metal bioaccumulation / temporal metal concentrations / metal concentrations / metal concentration / metal bioavailability / temporal metal trends / metal bioaccumulation / bank stabilization / sediment metal concentrations / metal ores / metal-rich sediments / severe metal inputs / food / metal contamination / metal / background metal concentrations / hard rock mining / Metal bioaccumulation patterns / acid-washed sampling equipment / chemical and biological changes / metal exposure / downstream site / dissolved metal exposure / annual metal concentrations / upstream metal sources / influence metal concentrations / insects reflect bioavailable metal / focused on reducing metal-rich sediments / /
MusicAlbum
Table / /
NaturalFeature
Silver creek / Springs creek / Silver Bow creek / Rock Creek / Warm creek / Warm Springs creek / Bow creek / Blackfoot River / Clark Fork River / /
OperatingSystem
Fork / /
Organization
University of California / USA John Muir Institute of the Environment / U.S. Environmental Protection Agency / Ecological Society of America Influence / National Research Council Canada / National Institute of Standards and Technology / Nuclear Regulatory Commission / Stanford / /
Person
MICHELLE I. HORNBERGER / /
Position
Corresponding Editor / representative / /
Product
upstream reach / river segments / material / deposits / /
Ecological Applications, 19(6), 2009, pp. 1522–1535 Ó 2009 by the Ecological Society of America Influence of remediation in a mine-impacted river: metal trends over large spatial and temporal scales MICHELLE I. HORNBE