Samples for dissolved (<0.2 µm) copper (Cu) in deep-sea pore waters from the Clarion Clipperton Zone, eastern German license area for polymetallic nodule mining in the Pacific Ocean, were collected with a multicorer in 2018 during cruise SO262. Samples were obtained at 2 cm intervals for the upper 20 cm of sediment through centrifugation and filtration through 0.2 µm polycarbonate syringe filters for trace metal analyses. The goal of this was to assess trace metal concentrations in pore waters and spatial heterogeneity. Samples were analyzed in 2019 by quadrupole ICP-MS in kinetic energy discrimination (KED) mode
Samples for dissolved organic carbon (DOC, <0.2 µm) in deep-sea pore waters from the Clarion Clipper...
Dataset: GP15 Dissolved Ni and Cu - Leg 1This dataset contains dissolved concentrations of nickel (N...
Dataset: GP15 Dissolved Ni and Cu - Leg 2This dataset contains dissolved concentrations of nickel (N...
Samples for dissolved (<0.2 µm) copper (Cu) in deep-sea pore waters from the Clarion Clipperton Zone...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
The release of potentially toxic metals, such as copper (Cu), into the water column is of concern du...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Samples for dissolved organic carbon (DOC, <0.2 µm) in deep-sea pore waters from the Clarion Clipper...
Dataset: GP15 Dissolved Ni and Cu - Leg 1This dataset contains dissolved concentrations of nickel (N...
Dataset: GP15 Dissolved Ni and Cu - Leg 2This dataset contains dissolved concentrations of nickel (N...
Samples for dissolved (<0.2 µm) copper (Cu) in deep-sea pore waters from the Clarion Clipperton Zone...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
The release of potentially toxic metals, such as copper (Cu), into the water column is of concern du...
Physical and chemical trace metal speciation are important for our understanding of metal cycling an...
Samples for dissolved organic carbon (DOC, <0.2 µm) in deep-sea pore waters from the Clarion Clipper...
Dataset: GP15 Dissolved Ni and Cu - Leg 1This dataset contains dissolved concentrations of nickel (N...
Dataset: GP15 Dissolved Ni and Cu - Leg 2This dataset contains dissolved concentrations of nickel (N...