San Francisco Bay has high dissolved copper concentrations—relative to nearby coastal waters—that often approach federal water quality standards put in place to protect sensitive marine life. But, how toxic is this copper? Previous studies by other researchers have suggested that metal-binding compounds known as ligands can “grab up” more than 99.9 percent of the total available dissolved copper in seawater, rendering that copper biologically unavailable. Microorganisms that need trace amounts of copper for growth cannot readily obtain it in its ligand-bound form
Dissolved copper speciation and total dissolved copper concentrations were determined at six San Fra...
2013-10-03Copper (Cu) is an essential micronutrient that functions as a cofactor in many important e...
Copper (Cu) is an essential metal, but it is also toxic at concentrations reached in polluted coasta...
San Francisco Bay has high dissolved copper concentrations—relative to nearby coastal waters—that of...
Following basin-wide contamination from industrial emissions and urban development, total dissolved ...
Cultured marine microorganisms under copper stress produce extracellular compounds having a high aff...
Cultured marine microorganisms under copper stress produce extracellular compounds having a high aff...
Recent human activities, such as urbanisation, industrialisation and agricultural intensification, h...
In coastal waters, particulate metals constitute a substantial fraction of the total metals; however...
Speciation affects bioavailability, the latter of which is a prerequisite for toxic effects. At pres...
The release of potentially toxic metals, such as copper (Cu), into the water column is of concern du...
Copper (Cu) is an important bioactive trace metal in the marine environment, acting as an essential ...
Copper is so ubiquitous in urban streams that it has been labeled a priority pollutant by the Nation...
Coastal waters adjacent to industrialised catchments are likely to receive contaminants from urban r...
Our knowledge of aquatic Cu toxicity has increased greatly over the past several years culminating w...
Dissolved copper speciation and total dissolved copper concentrations were determined at six San Fra...
2013-10-03Copper (Cu) is an essential micronutrient that functions as a cofactor in many important e...
Copper (Cu) is an essential metal, but it is also toxic at concentrations reached in polluted coasta...
San Francisco Bay has high dissolved copper concentrations—relative to nearby coastal waters—that of...
Following basin-wide contamination from industrial emissions and urban development, total dissolved ...
Cultured marine microorganisms under copper stress produce extracellular compounds having a high aff...
Cultured marine microorganisms under copper stress produce extracellular compounds having a high aff...
Recent human activities, such as urbanisation, industrialisation and agricultural intensification, h...
In coastal waters, particulate metals constitute a substantial fraction of the total metals; however...
Speciation affects bioavailability, the latter of which is a prerequisite for toxic effects. At pres...
The release of potentially toxic metals, such as copper (Cu), into the water column is of concern du...
Copper (Cu) is an important bioactive trace metal in the marine environment, acting as an essential ...
Copper is so ubiquitous in urban streams that it has been labeled a priority pollutant by the Nation...
Coastal waters adjacent to industrialised catchments are likely to receive contaminants from urban r...
Our knowledge of aquatic Cu toxicity has increased greatly over the past several years culminating w...
Dissolved copper speciation and total dissolved copper concentrations were determined at six San Fra...
2013-10-03Copper (Cu) is an essential micronutrient that functions as a cofactor in many important e...
Copper (Cu) is an essential metal, but it is also toxic at concentrations reached in polluted coasta...