International audienceThe vertical distribution of dissolved hydroxylamine (NH2OH) was measured for the first time at 10 stations in the western, southern and central Baltic Sea during a cruise in February 2004. The distribution of dissolved NH2OH was complex due to the interplay of in-situ production in the shallow western and southern Baltic Sea and the hydrographical setting in the central Baltic Sea caused by the major North Sea water inflow event in January 2003. We conclude that nitrification might be the major source of NH2OH, whereas anaerobic ammonium oxidation (anammox) appeared to be negligible. We suggest that a "fresh" nitrifying system, in which the NH+4-oxidation rates exceeded the NO?2-oxidation rates, favoured the build-up ...
The Baltic Sea is one of the most eutrophic marine areas in the world. The role of nitrogen as a eut...
Over the last decades, the impact of human activities on the global nitrogen (N) cycle has drastical...
Over the last decades, the impact of human activities on the global nitrogen (N) cycle has drastical...
Hydroxylamine (NH(2)OH) is an intermediate of the marine nitrogen cycle and in marine environments d...
International audienceIn January 2003, a major inflow of cold and oxygen-rich North Sea Water termin...
International audienceIn January 2003, a major inflow of cold and oxygen-rich North Sea Water in the...
Hydroxylamine (NH 2 OH), a short-lived intermediate in the nitrogen cycle, is a potential precursor ...
Anaerobic ammonium oxidation (anammox) and denitrification were measured in the open sea and coastal...
Graduation date: 1983Hydroxylamine is a constituent of the nitrogen cycle which has been shown to be...
The redoxclines that form between the oxic and anoxic water layers in the central Baltic Sea are sit...
Hydroxylamine as an intermediate during bacterial nitrification has been well-known for a long time....
Incubation experiments with 15N-labeled compounds (NO{3 and NH z 4) were performed during three crui...
Concentration of Hydroxylamine in the water column during Maria S. Merian Cruise MSM18/2. Hydroxylam...
Methane (CH 4 ) and nitrous oxide (N2 O) are potent greenhouse gases which are involved in atmospher...
Concentration of Hydroxylamine in the water column during Meteor cruise M91. Hydroxylamine was measu...
The Baltic Sea is one of the most eutrophic marine areas in the world. The role of nitrogen as a eut...
Over the last decades, the impact of human activities on the global nitrogen (N) cycle has drastical...
Over the last decades, the impact of human activities on the global nitrogen (N) cycle has drastical...
Hydroxylamine (NH(2)OH) is an intermediate of the marine nitrogen cycle and in marine environments d...
International audienceIn January 2003, a major inflow of cold and oxygen-rich North Sea Water termin...
International audienceIn January 2003, a major inflow of cold and oxygen-rich North Sea Water in the...
Hydroxylamine (NH 2 OH), a short-lived intermediate in the nitrogen cycle, is a potential precursor ...
Anaerobic ammonium oxidation (anammox) and denitrification were measured in the open sea and coastal...
Graduation date: 1983Hydroxylamine is a constituent of the nitrogen cycle which has been shown to be...
The redoxclines that form between the oxic and anoxic water layers in the central Baltic Sea are sit...
Hydroxylamine as an intermediate during bacterial nitrification has been well-known for a long time....
Incubation experiments with 15N-labeled compounds (NO{3 and NH z 4) were performed during three crui...
Concentration of Hydroxylamine in the water column during Maria S. Merian Cruise MSM18/2. Hydroxylam...
Methane (CH 4 ) and nitrous oxide (N2 O) are potent greenhouse gases which are involved in atmospher...
Concentration of Hydroxylamine in the water column during Meteor cruise M91. Hydroxylamine was measu...
The Baltic Sea is one of the most eutrophic marine areas in the world. The role of nitrogen as a eut...
Over the last decades, the impact of human activities on the global nitrogen (N) cycle has drastical...
Over the last decades, the impact of human activities on the global nitrogen (N) cycle has drastical...