This study aimed at bridging knowledge gaps regarding the land-sea transport of per-and
polyfluoroalkyl substances (PFASs) through riverine discharge into coastal waters. The …

Tailings containing mining and ore treatment waste, accumulated over long time periods are
major contaminant sources at the watershed scale and may seriously impair environmental …

We present a spatially explicit global overview of nearshore coastal types, based on
hydrological, lithological and morphological criteria. A total of four main operational types act …

In coastal productive zones, phytoplankton activity may influence trace metal speciation and
partitioning at short temporal scale. We coupled hourly in situ voltammetry quantification of …

Urban wastewater metal inputs into coastal systems are of increasing interest to both
scientists and managers facing restrictive environmental protection policies, population …

In order to evaluate metal behavior in urban stressed estuaries, the distribution of major
elements (Fe and Mn) and trace elements (Cd and Cu) between suspended particulate …

A variety of macroscopic physical and biological forcing functions act on estuarine and
coastal sediments across a range of time and space scales, and can have a profound effect …

Abstract High precision MC-ICP-MS Cu isotope measurements were performed on
suspended particulate matter (SPM) and filtered water sampled along the turbidity gradient …

To determine the conditions that lead to a diffusive release of dissolved metals from coastal
sediments, porewater profiles of Ag, Cu, and Pb have been collected over seven years at …

Mining/smelting wastes and reservoir sediment cores from the Lot River watershed were
studied using mineralogical (XRD, SEM–EDS, EMPA) and geochemical (redox dynamics …