Observations of the temporal and spatial distribution of N2O in solution are not yet sufficient to permit quantitative assessment of the role of the ocean in the budget of atmospheric N2O. Consideration of the global nitrogen cycle suggests that the land should be the primary source of N2O. The gas is removed in the atmosphere by photolysis and by reaction with O(1D), and there may be additional sinks in the ocean
We report a new synthesis of best estimates of the inputs of fixed nitrogen to the world ocean via a...
We report a new synthesis of best estimates of the inputs of fixed nitrogen to the world ocean via a...
International audience[1] Atmospheric O 2 trend measurements are used to partition global oceanic an...
Observations of the temporal and spatial distribution of N_2O in solution are not yet sufficient to ...
Observations of the temporal and spatial distribution of N_2O in solution are not yet sufficient to ...
The ocean is estimated to contribute up to ~20% of global fluxes of atmospheric nitrous oxide (N2O),...
Nitrous oxide (N2O) is a biogenic trace gas that has a significant role in global climate change, st...
We use transient time distributions calculated from tracer data together with in situ measurements o...
The ocean is estimated to contribute up to ~20% of global fluxes of atmospheric nitrous oxide (N2O),...
The terrestrial and marine nitrogen cycles are examined in an attempt to clarify how the at-mospheri...
Here I use a simple model to place constraints on the relative sizes of N2O sources in the northern ...
International audience[1] Atmospheric O 2 trend measurements are used to partition global oceanic an...
International audience[1] Atmospheric O 2 trend measurements are used to partition global oceanic an...
International audience[1] Atmospheric O 2 trend measurements are used to partition global oceanic an...
Atmospheric nitrogen oxides (NOx = NO + NO2) play a key part in controlling the abundance of OH and ...
We report a new synthesis of best estimates of the inputs of fixed nitrogen to the world ocean via a...
We report a new synthesis of best estimates of the inputs of fixed nitrogen to the world ocean via a...
International audience[1] Atmospheric O 2 trend measurements are used to partition global oceanic an...
Observations of the temporal and spatial distribution of N_2O in solution are not yet sufficient to ...
Observations of the temporal and spatial distribution of N_2O in solution are not yet sufficient to ...
The ocean is estimated to contribute up to ~20% of global fluxes of atmospheric nitrous oxide (N2O),...
Nitrous oxide (N2O) is a biogenic trace gas that has a significant role in global climate change, st...
We use transient time distributions calculated from tracer data together with in situ measurements o...
The ocean is estimated to contribute up to ~20% of global fluxes of atmospheric nitrous oxide (N2O),...
The terrestrial and marine nitrogen cycles are examined in an attempt to clarify how the at-mospheri...
Here I use a simple model to place constraints on the relative sizes of N2O sources in the northern ...
International audience[1] Atmospheric O 2 trend measurements are used to partition global oceanic an...
International audience[1] Atmospheric O 2 trend measurements are used to partition global oceanic an...
International audience[1] Atmospheric O 2 trend measurements are used to partition global oceanic an...
Atmospheric nitrogen oxides (NOx = NO + NO2) play a key part in controlling the abundance of OH and ...
We report a new synthesis of best estimates of the inputs of fixed nitrogen to the world ocean via a...
We report a new synthesis of best estimates of the inputs of fixed nitrogen to the world ocean via a...
International audience[1] Atmospheric O 2 trend measurements are used to partition global oceanic an...