Add to ORKGThe microbial mediated production of nitrous oxide (N2O) and its reduction to dinitrogen (N2 ) via denitrification represents a loss of nitrogen (N) from fertilised agro ecosystems to the atmosphere. Although denitrification re- mains a major uncertainty in estimating N losses from soils, the magnitude of N2 losses and related N2 :N2O ratios from soils are largely unknown due to difficulties measuring N2 against a high atmospheric background. In order to address this lack of data, this study investigated the influence of different soil moisture contents on N2 and N2O emissions from a sub-tropical pasture in Queensland/Australia using the 15 N gas flux method
Denitrification is a significant pathway of reactive N-loss from terrestrial environments and has di...
Denitrification, a significant pathway of reactive N-loss from terrestrial soils, impacts on agricul...
Cattle, grazing pastures, deposit urine onto the soil at high nitrogen (N) rates that exceed the pas...
The microbial mediated production of nitrous oxide (N2O) and its reduction to dinitrogen (N2) via de...
Intensively managed pastures in subtropical Australia under dairy production are nitrogen (N) loaded...
Nitrogen turnover and related denitrification losses are a major uncertainty when estimating N loss ...
Nitrogen turnover and related denitrification losses are a major uncertainty when estimating N loss ...
Intensively managed pastures in subtropical Australia under dairy production are nitrogen (N) loaded...
Rationale: Denitrification (the reduction of oxidized forms of inorganic N to N2O and N2) from uplan...
11 pagesInternational audienceThe accurate measurement of nitrous oxide (N2O) and dinitrogen (N2) du...
Strong seasonal variability of hygric and thermal soil conditions are a defining environmental featu...
Rainfall and irrigation cause denitrification losses in the form of nitrous oxide (N2O) and dinitrog...
8 pagesInternational audienceMicrobial transformations of nitrification and denitrification are the ...
The production of dinitrogen (N2) and emission to the atmosphere returns reactive nitrogen (N) speci...
Emissions of nitrous oxide (N2O) and nitric oxide (NO) have been identified as one of the most impor...
Denitrification is a significant pathway of reactive N-loss from terrestrial environments and has di...
Denitrification, a significant pathway of reactive N-loss from terrestrial soils, impacts on agricul...
Cattle, grazing pastures, deposit urine onto the soil at high nitrogen (N) rates that exceed the pas...
The microbial mediated production of nitrous oxide (N2O) and its reduction to dinitrogen (N2) via de...
Intensively managed pastures in subtropical Australia under dairy production are nitrogen (N) loaded...
Nitrogen turnover and related denitrification losses are a major uncertainty when estimating N loss ...
Nitrogen turnover and related denitrification losses are a major uncertainty when estimating N loss ...
Intensively managed pastures in subtropical Australia under dairy production are nitrogen (N) loaded...
Rationale: Denitrification (the reduction of oxidized forms of inorganic N to N2O and N2) from uplan...
11 pagesInternational audienceThe accurate measurement of nitrous oxide (N2O) and dinitrogen (N2) du...
Strong seasonal variability of hygric and thermal soil conditions are a defining environmental featu...
Rainfall and irrigation cause denitrification losses in the form of nitrous oxide (N2O) and dinitrog...
8 pagesInternational audienceMicrobial transformations of nitrification and denitrification are the ...
The production of dinitrogen (N2) and emission to the atmosphere returns reactive nitrogen (N) speci...
Emissions of nitrous oxide (N2O) and nitric oxide (NO) have been identified as one of the most impor...
Denitrification is a significant pathway of reactive N-loss from terrestrial environments and has di...
Denitrification, a significant pathway of reactive N-loss from terrestrial soils, impacts on agricul...
Cattle, grazing pastures, deposit urine onto the soil at high nitrogen (N) rates that exceed the pas...