Potencially toxic elements are mobilized in aquatic systems in solution or bounded in colloids of different sizes. The present work studies the distribution of elements between small and larger colloids in different water sources in a world class metalogenic province (Iberian Pyrite Belt)including the acid mine waters
1 p.International audienceDissolved Organic Matter (DOM) is ubiquitous in aquatic environments and p...
The Iberian Pyrite Belt (IPB) is one of the largest metallogenic province in the world, with more th...
The Iberian Pyrite Belt is one of the largest metallogenic province in the world. The characteristic...
Potentially toxic elements are mobilized in aquatic systems in solution or bounded to colloids of di...
Different water types were sampled at 28 locations across the entire IBP metallogenetic province. An...
Contamination by acid drainage is an environmental problem in mineralized regions, especially in the...
In order to better understand the role of colloids in aquatic systems, better fractionation methods ...
This study deals with the association of trace elements with colloids and particles in surface water...
Mine wastes from abandoned exploitations are sources of high concentrations of hazardous metal(oid)s...
Partitioning of potentially harmful elements (PHEs) and their speciation in estuarine environments s...
Metals and metalloids (metal(loid)s) in aquatic ecosystems are often described through measures of t...
The components of natural water can be divided into three categories: dissolved, colloidal and parti...
International audienceWe investigated the concentration levels, fractionation and molecular weight d...
The role of colloids in regulating element transport,behavior, and bioavailability in aquatic system...
The distribution of metals and metalloids among particulate, dissolved, colloidal, free, and labile ...
1 p.International audienceDissolved Organic Matter (DOM) is ubiquitous in aquatic environments and p...
The Iberian Pyrite Belt (IPB) is one of the largest metallogenic province in the world, with more th...
The Iberian Pyrite Belt is one of the largest metallogenic province in the world. The characteristic...
Potentially toxic elements are mobilized in aquatic systems in solution or bounded to colloids of di...
Different water types were sampled at 28 locations across the entire IBP metallogenetic province. An...
Contamination by acid drainage is an environmental problem in mineralized regions, especially in the...
In order to better understand the role of colloids in aquatic systems, better fractionation methods ...
This study deals with the association of trace elements with colloids and particles in surface water...
Mine wastes from abandoned exploitations are sources of high concentrations of hazardous metal(oid)s...
Partitioning of potentially harmful elements (PHEs) and their speciation in estuarine environments s...
Metals and metalloids (metal(loid)s) in aquatic ecosystems are often described through measures of t...
The components of natural water can be divided into three categories: dissolved, colloidal and parti...
International audienceWe investigated the concentration levels, fractionation and molecular weight d...
The role of colloids in regulating element transport,behavior, and bioavailability in aquatic system...
The distribution of metals and metalloids among particulate, dissolved, colloidal, free, and labile ...
1 p.International audienceDissolved Organic Matter (DOM) is ubiquitous in aquatic environments and p...
The Iberian Pyrite Belt (IPB) is one of the largest metallogenic province in the world, with more th...
The Iberian Pyrite Belt is one of the largest metallogenic province in the world. The characteristic...