Add to ORKGWater samples were collected from the Clark Fork of the Columbia River in Montana and analyzed for major components as well as copper. A model was developed to interpret the copper toxicity and the transport of copper through the study area. Major complexing of the copper(II) was by carbonate and sulfate. Water hardness reduces the copper (II) toxicity by at least a factor of 10
In order to determine copper toxicity (LC50) to a local species (Cnesterodon decemmaculatus) in the ...
Silver Bow and Blacktail Creeks, contaminated with toxic elements from mining, present a need for re...
The aqueous geochemistry and hydrology of the North Fork of the American Fork River, its tributaries...
Concentrations of total recoverable copper, iron, and zinc in water were measured weekly between ear...
The Huron River provides water for drinking, agriculture, and industrial infrastructure for approxim...
Suspended sediments are thought to be an important transport mechanism for toxic trace metals that h...
The Clark Fork River basin in western Montana is an excellent area to study solute metals in contami...
The Mackenzie River sub-basin in the Fitzroy Basin (Central Queensland) is a turbid river system ass...
The Mount Polley mine tailings embankment breach on August 4th 2014, in British Columbia, Canada, is...
Graduation date: 2010Low levels of copper have been shown to impair the olfactory system of threaten...
Coal mine-affected water (CMAW) releases contribute to the total wet season stream-flow in the Fitzr...
Graduation date: 2010Low concentrations of dissolved copper have been shown to adversely\ud affect t...
Thirty samples of stream sediment from the North Fork River, Bryant Creek and related tributaries in...
Acetic acid extracts of sediments from four Clark Fork River reservoirs,--Milltown, Thompson Falls, ...
In order to determine copper toxicity (LC50) to a local species (Cnesterodon decemmaculatus) in the ...
In order to determine copper toxicity (LC50) to a local species (Cnesterodon decemmaculatus) in the ...
Silver Bow and Blacktail Creeks, contaminated with toxic elements from mining, present a need for re...
The aqueous geochemistry and hydrology of the North Fork of the American Fork River, its tributaries...
Concentrations of total recoverable copper, iron, and zinc in water were measured weekly between ear...
The Huron River provides water for drinking, agriculture, and industrial infrastructure for approxim...
Suspended sediments are thought to be an important transport mechanism for toxic trace metals that h...
The Clark Fork River basin in western Montana is an excellent area to study solute metals in contami...
The Mackenzie River sub-basin in the Fitzroy Basin (Central Queensland) is a turbid river system ass...
The Mount Polley mine tailings embankment breach on August 4th 2014, in British Columbia, Canada, is...
Graduation date: 2010Low levels of copper have been shown to impair the olfactory system of threaten...
Coal mine-affected water (CMAW) releases contribute to the total wet season stream-flow in the Fitzr...
Graduation date: 2010Low concentrations of dissolved copper have been shown to adversely\ud affect t...
Thirty samples of stream sediment from the North Fork River, Bryant Creek and related tributaries in...
Acetic acid extracts of sediments from four Clark Fork River reservoirs,--Milltown, Thompson Falls, ...
In order to determine copper toxicity (LC50) to a local species (Cnesterodon decemmaculatus) in the ...
In order to determine copper toxicity (LC50) to a local species (Cnesterodon decemmaculatus) in the ...
Silver Bow and Blacktail Creeks, contaminated with toxic elements from mining, present a need for re...
The aqueous geochemistry and hydrology of the North Fork of the American Fork River, its tributaries...