Benthic fluxes of dissolved ferrous iron (Fe2+) and phosphate (TPO4) were quantified by in
situ benthic chamber incubations and pore‐water profiles along a depth transect (11° S, 80 …

Organic carbon (OC) burial efficiency, which relates the OC burial rate to respiration in the
seafloor, is a critical parameter in the reconstruction of past marine primary productivities …

Spatio-temporal distribution of pore water nutrients and the fluxes at the sediment-water
interface (SWI) were investigated to probe into the geochemical behavior of nutrients …

Nutrient and heavy metal concentrations in porewater/overlying water and their benthic
fluxes were investigated to study their accumulation and transport at the sediment− water …

Benthic nitrogen (N) cycling was investigated at six stations along a transect traversing the
Peruvian oxygen minimum zone (OMZ) at 11° S. An extensive dataset including porewater …

Oxygen minimum zones (OMZ) are key regions for fixed nitrogen loss in both the sediments
and the water column. During this study, the benthic contribution to N cycling was …

Sediment cores and overlying water samples were collected at four sites in Tianjin Coastal
Zone, Bohai Bay, to investigate nutrient (N, P and Si) exchanges across the sediment-water …

Benthic nutrient fluxes in an integrated multi-trophic aquaculture (IMTA) bay—Sanggou Bay,
China—were measured in June and September 2012. The benthic nutrient fluxes and total …

Oxygen minimum zones (OMZs) impinging on continental margins present sharp gradients
ideal for testing environmental factors thought to influence C cycling and other benthic …

The western Indian continental shelf is one of the most productive coastal systems of the
world ocean. This system experiences extreme changes in its oxygen regime, being …