This review has been undertaken to understand the effectiveness of ocean acidification on
oceanic micronutrient metal cycles (iron, copper and zinc) and its potential impacts on …

Abstract The Fram Strait represents the major gateway of Arctic Ocean waters towards the
Nordic Seas and North Atlantic Ocean and is a key region to study the impact of climate …

Humic substances are major components of the dissolved organic carbon pool in aquatic
environments that can bind to trace metals like copper and iron as organic ligands. The …

Copper (Cu) is an important micronutrient for marine organisms, which can also be toxic at
elevated concentrations. Here, we present a new model of global ocean Cu biogeochemical …

The Arctic Ocean is a unique biogeochemical environment characterized by low salinity
surface waters, extensive sea-ice coverage, high riverine inputs, large shelf extension and …

The GEOTRACES program has greatly expanded measurements of dissolved trace metal
concentrations across ocean basins, but to understand the behavior and cycling of metals …

Elucidating whether dissolved Cu uptake is kinetically or thermodynamically controlled, and
the effects of speciation on Cu transport by phytoplankton will allow better modeling of the …

Although marine environments represent huge reservoirs of the potent greenhouse gas
methane, they currently contribute little to global net methane emissions. Most of the …

The research delved into the occurrence and dynamics of dissolved metals, specifically
manganese (Mn) and copper (Cu), within the Jiulong River Estuary, South China, a medium …

The ecological status of Algeciras Bay (South-west Europe), highly influenced by
anthropogenic activities, was assessed by monitoring Zn, Cd, Pb, and Cu in water and …