Coastal waters adjacent to industrialised catchments are likely to receive contaminants from urban run-off, storm water drains, and industrial effluent discharges. While routine monitoring may indicate that contaminant concentrations are below levels of regulatory concern, there is generally a poor understanding of the rate, concentration and consistency of contaminant inputs and the associated biological effects
Water quality standards for copper are usually stated in total element concentrations. It is known, ...
In order to prevent algae, barnacles and sea poppies from growing on boat bottoms, the hull is paint...
In an aquatic environment, toxicity of metals to organisms depends on external factors (type of meta...
This study investigates the effects of waterborne copper exposure on germling growth in chemically d...
San Francisco Bay has high dissolved copper concentrations—relative to nearby coastal waters—that of...
Copper is essential for healthy cellular functioning, but this heavy metal quickly becomes toxic whe...
Cu is a major active component in anti-fouling paints, which may reach toxic levels in areas with in...
Copper is currently the most common biocide in antifouling paints. Levels of this metal were measure...
Microalgae are key components of aquatic food chains and are known to be sensitive to a range of con...
Cultured marine microorganisms under copper stress produce extracellular compounds having a high aff...
Heavy metals are introduced into aquatic ecosystems from industrial wastes, agricultural runoff and ...
Metal complexation by dissolved organic matter (DOM) is considered to decrease metal bioavailability...
Copper is essential for healthy cellular functioning, but this heavy metal quickly becomes toxic whe...
<div><p>Copper is essential for healthy cellular functioning, but this heavy metal quickly becomes t...
Recent human activities, such as urbanisation, industrialisation and agricultural intensification, h...
Water quality standards for copper are usually stated in total element concentrations. It is known, ...
In order to prevent algae, barnacles and sea poppies from growing on boat bottoms, the hull is paint...
In an aquatic environment, toxicity of metals to organisms depends on external factors (type of meta...
This study investigates the effects of waterborne copper exposure on germling growth in chemically d...
San Francisco Bay has high dissolved copper concentrations—relative to nearby coastal waters—that of...
Copper is essential for healthy cellular functioning, but this heavy metal quickly becomes toxic whe...
Cu is a major active component in anti-fouling paints, which may reach toxic levels in areas with in...
Copper is currently the most common biocide in antifouling paints. Levels of this metal were measure...
Microalgae are key components of aquatic food chains and are known to be sensitive to a range of con...
Cultured marine microorganisms under copper stress produce extracellular compounds having a high aff...
Heavy metals are introduced into aquatic ecosystems from industrial wastes, agricultural runoff and ...
Metal complexation by dissolved organic matter (DOM) is considered to decrease metal bioavailability...
Copper is essential for healthy cellular functioning, but this heavy metal quickly becomes toxic whe...
<div><p>Copper is essential for healthy cellular functioning, but this heavy metal quickly becomes t...
Recent human activities, such as urbanisation, industrialisation and agricultural intensification, h...
Water quality standards for copper are usually stated in total element concentrations. It is known, ...
In order to prevent algae, barnacles and sea poppies from growing on boat bottoms, the hull is paint...
In an aquatic environment, toxicity of metals to organisms depends on external factors (type of meta...