Dataset - B2FIND

Chemistry of porewater in sediment core LV29-50-1

This dataset has no description

Chemistry of porewater in sediment core LV29-46-1

This dataset has no description

Chemistry of porewater in sediment core LV29-34-1

This dataset has no description

Sediment and pore water geochemistry of seep core MOZ4-CSF04 offshore northwe...

This dataset contains biogeochemical solid-phase and pore water data from sediment core MOZ4-CSF04 (named S2-G in the publication cited below), collected on 14 November 2015...

Sediment and pore water geochemistry of reference core MOZ4-CS03 offshore nor...

This dataset contains biogeochemical solid-phase and pore water data from sediment core MOZ4-CS03 (named S2-PE in the publication cited below), collected on 14 November 2015...

Geochemistry of sediment cores in area box 2 during SONNE cruise SO210

Methane seeps along active continental margins record the interaction between fluid flow, biogeochemical processes, benthic ecosystems, and tectonic forcing. This data...

Porewater chemistry, iron extractions, metabolic rates and microbial analyses...

We collected sediments for pore water analyses via IC, ICP-OESm H2S and Alkalinity measurements, conducted sequential Fe-extractions, determined O2 consumption rates via an...

Natural ocean alkalinization through erosion of glacial till and weathering a...

Climate change-driven deglaciation and erosion in high-latitude regions enhance the flux of terrigenous material to the coastal ocean. Newly exposed land surfaces left behind by...

Biogeochemical dataset from 6 gravity cores taken as part of the PROSPECTOMIC...

The cruise no. 248 (GS23) of Research Vessel G.O. Sars took place from June 7th to 18th, 2023, covering a transect from Tromsø to Svalbard. During the expedition, we collected a...

Pore water solutes, total cell counts, dissolved gases and sulfate reduction ...

During an expedition to the southern Barents Sea in 2021, 50 gravity cores were collected at about 350 m water depth at three sampling areas with known underlying hydrocarbon...

Porewater analyses of sediment core M157_41-13

Fe2+ was analysed photometrically (Hach Lange DR 5000 photometer) at 565 nm following the method of Collins et al. (1959). 1 mL of acidified sample (20 L of 1% ascorbic acid)...

Porewater analyses of sediment core M157_41-03

Fe2+ was analysed photometrically (Hach Lange DR 5000 photometer) at 565 nm following the method of Collins et al. (1959). 1 mL of acidified sample (20 L of 1% ascorbic acid)...