Seasonal variations of coastal sedimentary trace metals cycling: Insight on the effect of manganese and iron (oxy)hydroxides, sulphide and organic matter

Evidencing the natural and anthropogenic processes controlling trace metals dynamic in a highly stratified estuary: The Krka River estuary (Adriatic, Croatia)

“…However, sediment should not be discarded as a possible additional source of Pb due to numerous biogeochemical processes within sediments and at the sediment/water interface (SWI) Dang et al, 2015;Lourino-Cabana et al, 2011;Martino et al, 2002;Rigaud et al, 2013). Most recent information from media (July 2014) is that there is an army shipwreck at the entrance of the Šibenik bay (site KE-11) sank at the end of 2 nd world war.…”

Nickel retention by an ion-imprinted polymer: Wide-range selectivity study and modelling of the binding structures

“…The seawater was sampled in the Mediterranean Sea (salinity = 38), near Toulon, far away from the coast, in a non-polluted area [35]. The lake water was sampled in Lake Saimaa banks (Lappeenranta, Finland).…”

Geochemical assessment and fractionation of trace metals in estuarine sedimentary sub-environments, in Mumbai, India

“…In the mudflat core, the metal fractionation decreases from residual > organic > Fe-Mn oxide > exchangeable > carbonates. Different factors affect the metal speciation or bioavailability, viz, pH, redox potential, complexing ligands (organic and inorganic), hydrous oxides and clay fraction (Dang et al, 2015). The pH, redox potential, and organic matter can stimulate the mobilisation and retention of trace metals in the natural environment (Naji et al, 2010).…”