The annual quantity of dredged material released into the coastal waters of the UK is in the order of 50 million tonnes per year. This quantity of material has the potential for considerable effect on the environment. The objective of the study was to monitor the concentration of metals in the bed sediments of the River Tees dredged channel and the associated disposal site and surrounding area, and to draw conclusion on whether or not the metals become dispersed after disposal in the coastal environment
For several decades, the Severn Estuary and Bristol Channel have been contaminated by heavy metals d...
Metal behaviour and availability at a contaminated dredge material disposal site within UK waters ha...
The data and scientific findings of the dredged material disposal site sampling around the England a...
Dredging operations are carried out in a number of British estuaries and rivers. Sediments from area...
This is a summary report of the work conducted by Hydraulics Research between April 1985 and March 1...
To improve and extend the existing practical knowledge on dispersal an extensive field exercise was ...
To improve the knowledge of the physics involved in dredged material disposal, a field study was und...
A baseline study has been undertaken to assess the environmental impact of heavy metals within the f...
Sediments dredged from channels passing through industrial areas are often high in pollutants, parti...
Previous work has shown that the distribution of heavy metals on river and estuarine sediments is no...
AbstractMetal mining used to be a major source of heavy-metal contamination for river systems and in...
Concentration and chemical forms of metals in bottom sediments and dredged mud of the Weser Estuary ...
The distribution of heavy metals (zinc, cadmium, copper, iron, manganese and lead) was investigated ...
Levels of heavy-metals (Cd, Cu, Cr, Ni, Pb and Zn) in suspended particulate and in surface and subsu...
In continuation of fixed anchor stations the behaviour of heavy metals was also studied in longitudi...
For several decades, the Severn Estuary and Bristol Channel have been contaminated by heavy metals d...
Metal behaviour and availability at a contaminated dredge material disposal site within UK waters ha...
The data and scientific findings of the dredged material disposal site sampling around the England a...
Dredging operations are carried out in a number of British estuaries and rivers. Sediments from area...
This is a summary report of the work conducted by Hydraulics Research between April 1985 and March 1...
To improve and extend the existing practical knowledge on dispersal an extensive field exercise was ...
To improve the knowledge of the physics involved in dredged material disposal, a field study was und...
A baseline study has been undertaken to assess the environmental impact of heavy metals within the f...
Sediments dredged from channels passing through industrial areas are often high in pollutants, parti...
Previous work has shown that the distribution of heavy metals on river and estuarine sediments is no...
AbstractMetal mining used to be a major source of heavy-metal contamination for river systems and in...
Concentration and chemical forms of metals in bottom sediments and dredged mud of the Weser Estuary ...
The distribution of heavy metals (zinc, cadmium, copper, iron, manganese and lead) was investigated ...
Levels of heavy-metals (Cd, Cu, Cr, Ni, Pb and Zn) in suspended particulate and in surface and subsu...
In continuation of fixed anchor stations the behaviour of heavy metals was also studied in longitudi...
For several decades, the Severn Estuary and Bristol Channel have been contaminated by heavy metals d...
Metal behaviour and availability at a contaminated dredge material disposal site within UK waters ha...
The data and scientific findings of the dredged material disposal site sampling around the England a...