Different mobilization mechanisms control the metal distribution in surface sediments of the
Belgium coastal zone (BCZ) and the anoxic Gotland basin (GB). This mobilization was …

Biogenic silica is a powerful palaeoproductivity proxy in palaeomarine environments and is
significant within shale gas reservoirs, demonstrating the association of marine hydrocarbon …

Coastal sediments play a fundamental role in processing anthropogenic trace metal inputs.
Previous studies have shown that terrestrial organic matter (OM) is a significant vector for …

In natural waters, dissolved oxyanions often dominate over the particle-bound element
fraction. Still, the scavenging of oxyanions by suspended particles might contribute …

The possible environmental impact of the recent increase in use of a group of technology-
critical elements (Nb, Ta, Ga, In, Ge and Te) is analysed by reviewing published …

The unsustainable settlement and high industrialization around the catchment of the Baltic
Sea has left records of anthropogenic heavy metal contamination in Baltic Sea sediments …

Anthropogenic nutrient input has caused a rapid expansion of bottom water hypoxia in the
Baltic Sea over the past century. Two earlier intervals of widespread hypoxia, coinciding with …

Sediments were recovered from the mid-bay portion of the Chesapeake Bay when bottom
water conditions were sulfidic. Metal concentrations (Fe, Mn, Ba, V, Ni, Cu, Co, Cd, Mo, U …

Industrial emissions can impact aquatic environments and unregulated discharges from pulp
and paper factories have resulted in deposits of cellulose fiber along the Swedish coast …

Heavy metal contamination was identified in groundwater monitoring wells surrounding a
waste deposit facility at the Rönnskär Cu–Pb–Zn smelter in Skellefteå, Northern Sweden, as …