Assessments of the impacts of aluminium (Al) to aquatic organisms in estuarine waters have suffered from the lack of available models that can accurately predict the presence of toxic physico-chemical forms (species) of Al at adequate spatial and temporal resolution. In the present work, transport and distribution of river-discharged Al species through changing environmental conditions in the Sandnesfjorden estuary, South-Eastern Norway, was predicted using a numerical model system at relatively high spatial (32 m × 32 m in horizontal) and temporal (1 h) resolution. New model code was implemented, including dynamic, salinity-dependent speciation and transformation processes, based on in situ measurements from several Norwegian estuaries as ...
The behavior of Al in high-productivity coastal regions dominated by freshwater inputs of terrestria...
Predicting metal concentrations in surface waters is an important step in the understanding and ulti...
Dissolved aluminium concentrations ([Al]) in the <0.45μm filtered fraction are described for 54 UK r...
Assessments of the impacts of aluminium (Al) to aquatic organisms in estuarine waters have suffered ...
Environmental impact assessments of trace metals and radionuclides in estuarine waters will benefit ...
The distribution of dissolved aluminium in the West Atlantic Ocean shows a mirror image with that of...
The distribution of dissolved aluminium in the West Atlantic Ocean shows a mirror image with that of...
The impact of fluoride on the abundance and speciation of aluminium (Al) was investigated in three b...
A series of aluminium speciation measurements were made in the freshwaters of the Yare and Great Ous...
The Windermere Humic Aqueous Model (WHAM) incorporating Humic Ion-Binding Model VI was applied to an...
A model of aluminium has been developed and implemented in an Ocean General Circulation Model (NEMO-...
AbstractA model of aluminium has been developed and implemented in an Ocean General Circulation Mode...
The research work which was carried out to Synergic Reactions in the Estuarine Environment leading t...
The behavior of Al in high-productivity coastal regions dominated by freshwater inputs of terrestria...
Predicting metal concentrations in surface waters is an important step in the understanding and ulti...
Dissolved aluminium concentrations ([Al]) in the <0.45μm filtered fraction are described for 54 UK r...
Assessments of the impacts of aluminium (Al) to aquatic organisms in estuarine waters have suffered ...
Environmental impact assessments of trace metals and radionuclides in estuarine waters will benefit ...
The distribution of dissolved aluminium in the West Atlantic Ocean shows a mirror image with that of...
The distribution of dissolved aluminium in the West Atlantic Ocean shows a mirror image with that of...
The impact of fluoride on the abundance and speciation of aluminium (Al) was investigated in three b...
A series of aluminium speciation measurements were made in the freshwaters of the Yare and Great Ous...
The Windermere Humic Aqueous Model (WHAM) incorporating Humic Ion-Binding Model VI was applied to an...
A model of aluminium has been developed and implemented in an Ocean General Circulation Model (NEMO-...
AbstractA model of aluminium has been developed and implemented in an Ocean General Circulation Mode...
The research work which was carried out to Synergic Reactions in the Estuarine Environment leading t...
The behavior of Al in high-productivity coastal regions dominated by freshwater inputs of terrestria...
Predicting metal concentrations in surface waters is an important step in the understanding and ulti...
Dissolved aluminium concentrations ([Al]) in the <0.45μm filtered fraction are described for 54 UK r...