-
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)... -
Porewater analyses from Meteor cruise M157 multicores and gravity cores
Porewater analyses from all M157 multicores and gravity cores are presented here. For each site, both shipboard and shore-based analyses are included. Shipboard analyses include... -
Physical oceanography on the Namibian Shelf obtained by CTD measurements duri...
The focus of hydrographic investigations during the cruise was on the impact of short term upwelling variability on oxygen and nutrient supply to the shelf, and on the response... -
Inorganic nutrient measurements in the Benguela Upwelling System during METEO...
Upwelling systems are significant sources of atmospheric nitrous oxide (N₂O). The Benguela Upwelling System is one of the most productive regions worldwide and a temporally... -
Nitrous oxide measurements in the Benguela Upwelling System during METEOR cru...
Upwelling systems are significant sources of atmospheric nitrous oxide (N₂O). The Benguela Upwelling System is one of the most productive regions worldwide and a temporally... -
Trace gases air daily means during METEOR cruise M157
The high surface productivity triggered by nutrient-rich Benguela upwelled waters results in significant enrichment of organic carbon in the sub-surface waters due to enhanced...