A multidisciplinary study in the Gulf of Cadiz is revisited, using additional diagnostic modelling tools. The dissolved trace metal (Cu, Ni, Zn, Cc) distributions in the Gulf of Cadiz are analysed using modelled tracer evolutions, field observations and the concept of tracer ages. This Study shows that a significant part of the observed metal distributions can be explained by the metal inputs of three river systems (Guadiana, Rio Tinto and Odiel. Guadalquivir) discharging into the Gulf of Cadiz, while the remainder of the signal is most likely associated with the benthic metal remobilisation along the shelf of this coastal region. (C) 2007 Elsevier Ltd. All rights reserved
The authors apply the chemical speciation model WHAM/Model VII to investigate the distribution of me...
Details are given of a numerical model study of the fate and transport of trace metals in estuarine ...
The Gulf of Cadiz is an area historically affected by acid mine drainage and also by the discharge o...
A multidisciplinary study in the Gulf of Cadiz is revisited, using additional diagnostic modelling t...
This study was conducted to address the changes in the surface distribution of trace metals (cobalt,...
Trabajo presentado en el XVIII Seminario Ibérico de Química Marina, celebrado en Alicante (España) d...
The Gulf of Cadiz (GoC) connects the Atlantic Ocean and the Mediterranean Sea. An environmental stud...
A large set of new data concerning dissolved metal concentrations has been acquired in the Gulf of C...
Geochemical processes in estuarine and coastal waters often occur on temporally and spatially small ...
TOROS (Tinto-Odiel-River-Ocean Study) has been studying the biogeochemical processes which control m...
TOROS (Tinto-Odiel-River-Ocean Study) has been studying the biogeochemical processes which control m...
International audienceCoastal areas are sites of discharge of anthropogenic compounds, such as trace...
Recently, Sancti Petri channel on the southwestern (SW) part of Iberian Peninsula has been experienc...
The GoC shelf waters present much higher concentrations of dissolved Cu, Cd, and Zn than other coast...
The authors apply the chemical speciation model WHAM/Model VII to investigate the distribution of me...
Details are given of a numerical model study of the fate and transport of trace metals in estuarine ...
The Gulf of Cadiz is an area historically affected by acid mine drainage and also by the discharge o...
A multidisciplinary study in the Gulf of Cadiz is revisited, using additional diagnostic modelling t...
This study was conducted to address the changes in the surface distribution of trace metals (cobalt,...
Trabajo presentado en el XVIII Seminario Ibérico de Química Marina, celebrado en Alicante (España) d...
The Gulf of Cadiz (GoC) connects the Atlantic Ocean and the Mediterranean Sea. An environmental stud...
A large set of new data concerning dissolved metal concentrations has been acquired in the Gulf of C...
Geochemical processes in estuarine and coastal waters often occur on temporally and spatially small ...
TOROS (Tinto-Odiel-River-Ocean Study) has been studying the biogeochemical processes which control m...
TOROS (Tinto-Odiel-River-Ocean Study) has been studying the biogeochemical processes which control m...
International audienceCoastal areas are sites of discharge of anthropogenic compounds, such as trace...
Recently, Sancti Petri channel on the southwestern (SW) part of Iberian Peninsula has been experienc...
The GoC shelf waters present much higher concentrations of dissolved Cu, Cd, and Zn than other coast...
The authors apply the chemical speciation model WHAM/Model VII to investigate the distribution of me...
Details are given of a numerical model study of the fate and transport of trace metals in estuarine ...
The Gulf of Cadiz is an area historically affected by acid mine drainage and also by the discharge o...