Lake Illawarra has a long history of sediment contamination, particularly by metals, as a result of past and current industrial operations and land uses within the catchment. In this study, we examined the history of metal contamination in sediments using metal analysis and 210Pb and 137Cs dating. The distributions of copper, zinc, arsenic, selenium, cadmium and lead concentrations within sediment cores were in agreement with historical events in the lake, and indicated that metal contamination had been occurring since the start of industrial activities in Port Kembla in the late 1800s. Most metal contamination, however, has occurred since the 1960s. Sedimentation rates were found to be 0.2 cm year−1 in Griffins Bay and 0.3 cm year−1 in the...
Mining has been a major contributor to economic development in Australia since British arrival in th...
Mining has been a major contributor to economic development in Australia since British arrival in th...
An assessment of hydrocarbon and metal/metalloids (arsenic, cadmium, copper, lead, mercury, selenium...
Lake Illawarra has a long history of sediment contamination, particularly by metals, as a result of ...
This study assessed historical changes in metal concentrations in sediments of southern Lake Macquar...
This study assessed historical changes in metal concentrations in sediments of southern Lake Macquar...
When assigning site-specific restoration targets for deteriorating aquatic systems, it is necessary ...
In New South Wales (NSW), Australia, the availability of water from estuarine lakes combined with th...
In New South Wales (NSW), Australia, the availability of water from estuarine lakes combined with th...
Lake Burragorang in South-West Sydney, holding 2.1 billion litres of water, is the principal source ...
Environmental Context. Dating estuary sediments provides insights into the materials entering the es...
When designing mitigation and restoration strategies for aquatic systems affected by heavy metal con...
Environmental Context. Dating estuary sediments provides insights into the materials entering the es...
When designing mitigation and restoration strategies for aquatic systems affected by heavy metal con...
Environmental Context. Dating estuary sediments provides insights into the materials entering the es...
Mining has been a major contributor to economic development in Australia since British arrival in th...
Mining has been a major contributor to economic development in Australia since British arrival in th...
An assessment of hydrocarbon and metal/metalloids (arsenic, cadmium, copper, lead, mercury, selenium...
Lake Illawarra has a long history of sediment contamination, particularly by metals, as a result of ...
This study assessed historical changes in metal concentrations in sediments of southern Lake Macquar...
This study assessed historical changes in metal concentrations in sediments of southern Lake Macquar...
When assigning site-specific restoration targets for deteriorating aquatic systems, it is necessary ...
In New South Wales (NSW), Australia, the availability of water from estuarine lakes combined with th...
In New South Wales (NSW), Australia, the availability of water from estuarine lakes combined with th...
Lake Burragorang in South-West Sydney, holding 2.1 billion litres of water, is the principal source ...
Environmental Context. Dating estuary sediments provides insights into the materials entering the es...
When designing mitigation and restoration strategies for aquatic systems affected by heavy metal con...
Environmental Context. Dating estuary sediments provides insights into the materials entering the es...
When designing mitigation and restoration strategies for aquatic systems affected by heavy metal con...
Environmental Context. Dating estuary sediments provides insights into the materials entering the es...
Mining has been a major contributor to economic development in Australia since British arrival in th...
Mining has been a major contributor to economic development in Australia since British arrival in th...
An assessment of hydrocarbon and metal/metalloids (arsenic, cadmium, copper, lead, mercury, selenium...