-
Pore water metal geochemistry from push corer SO242/2_169_PUC-10 of SONNE cru...
LOQ = Limit of quantification -
Pore water metal geochemistry from push corer SO242/2_166_PUC-64 of SONNE cru...
LOQ = Limit of quantification -
Pore water metal geochemistry from push corer SO242/2_166_PUC-63 of SONNE cru...
LOQ = Limit of quantification -
Pore water metal geochemistry from push corer SO242/2_163_PUC-38 of SONNE cru...
LOQ = Limit of quantification -
Porewater metal geochemistry from multi corer SO242/1_108-1_MUC 26 of SONNE c...
LOQ = Limit of quantification -
Porewater metal geochemistry from multi corer SO242/1_80-1_MUC 22 of SONNE cr...
LOQ = Limit of quantification -
Porewater metal geochemistry from multi corer SO242/1_56-1_MUC 12 of SONNE cr...
LOQ = Limit of quantification -
Porewater metal geochemistry from multi corer SO242/1_34-1_MUC 6 of SONNE cru...
LOQ = Limit of quantification -
Dissolved and soluble pore water trace metals (Cd, U, V, Mn, Co, Cu, As, Mo) ...
Physical and chemical trace metal speciation are important for our understanding of metal cycling and potential toxicity to marine life. Trace metals can have different... -
Dissolved and soluble pore water trace metals (Cd, U, V, Cu, As, Mo) from sed...
Physical and chemical trace metal speciation are important for our understanding of metal cycling and potential toxicity to marine life. Trace metals can have different... -
Dissolved and soluble pore water trace metals (Cd, U, V, Cu, As, Mo) from sed...
Physical and chemical trace metal speciation are important for our understanding of metal cycling and potential toxicity to marine life. Trace metals can have different... -
Dissolved and soluble pore water trace metals (Cd, U, V, Cu, As, Mo) from sed...
Physical and chemical trace metal speciation are important for our understanding of metal cycling and potential toxicity to marine life. Trace metals can have different... -
Dissolved and soluble pore water trace metals (Cd, U, V, Cu, As, Mo) from se...
Physical and chemical trace metal speciation are important for our understanding of metal cycling and potential toxicity to marine life. Trace metals can have different... -
Dissolved and soluble pore water trace metals from sediment core SO268/1_84-1...
We compare trace metal (Mn, Co, Cu, V, Mo, U, Cd, and As) cycling in the upper ca. 5 m of the German and Belgian license areas for polymetallic nodule mining in the Clarion... -
Dissolved and soluble pore water trace metals from sediment core SO268/1_78-1...
We compare trace metal (Mn, Co, Cu, V, Mo, U, Cd, and As) cycling in the upper ca. 5 m of the German and Belgian license areas for polymetallic nodule mining in the Clarion... -
Dissolved and soluble pore water trace metals from sediment core SO268/1_71-1...
We compare trace metal (Mn, Co, Cu, V, Mo, U, Cd, and As) cycling in the upper ca. 5 m of the German and Belgian license areas for polymetallic nodule mining in the Clarion... -
Dissolved and soluble pore water trace metals from sediment core SO268/1_16-1...
We compare trace metal (Mn, Co, Cu, V, Mo, U, Cd, and As) cycling in the upper ca. 5 m of the German and Belgian license areas for polymetallic nodule mining in the Clarion... -
Dissolved copper in deep-sea pore waters from multi corer SO268/1_74-1, centr...
Samples for dissolved (<0.2 µm) copper (Cu) in deep-sea pore waters from the Clarion Clipperton Zone, German and Belgian license areas for polymetallic nodule mining in the... -
Dissolved copper in deep-sea pore waters from multi corer SO268/1_79-1, centr...
Samples for dissolved (<0.2 µm) copper (Cu) in deep-sea pore waters from the Clarion Clipperton Zone, German and Belgian license areas for polymetallic nodule mining in the...
