Add to ORKGAbstract. Trace gas measurements in the convective outflow from European thunderstorms have been performed with the German research aircraft Falcon during the LINOX (1996), EULINOX (1998), EXPORT (2000), and recently CONTRACE (2003) field experiments. Here we compare the results from all four campaigns with focus on the contribution of thunderstorms to the NOx (=NO+NO2) budget in the upper troposphere. A rough estimate for the global amount of lightning-produced NOx from CONTRACE resulted in ~4 TgN yr-1. For Europe the amount of lightning-produced NOx was estimated to 0.06 TgN yr-1, which is less than the contribution from aircraft emissions (0.1 TgN yr-1). 1
International audienceDuring the TROCCINOX field experiment in January and February 2005, the contri...
During the TROCCINOX field experiment in January and February 2005, the contribution of lightning-in...
The knowledge of the lightning-induced nitrogen oxides (LNOx) source is important for understanding ...
Airborne in situ measurements of NO, NO2, NOy, CO, CO2, O3, J(NO2), and CN were performed in Europea...
Airborne in situ measurements of NO, NO2,NOy, CO, CO2,O-3, J(NO2), and CN were performed in European...
Airborne in situ measurements of NO, NO2,NOy, CO, CO2,O-3, J(NO2), and CN were performed in European...
Thunderstorms and lightning have an important impact on chemistry in the atmosphere, especially on t...
During the SCOUT-O3/ACTIVE field phase in November–December 2005, airborne in situ measurements were...
This paper describes the NOy plumes originating from lightning emissions based on 4 yr (20012005) of...
Nitrogen oxides are key species controlling ozone chemistry in the stratosphere. Mostly originating ...
Nitrogen oxides are key species controlling ozone chemistry in the stratosphere. Mostly originating ...
This paper describes the NOy plumes originating from lightning emissions based on 4 yr (2001–2005) o...
Nitrogen oxides are key species controlling ozone chemistry in the stratosphere. Mostly originating ...
During the TROCCINOX field experiment in January and February 2005, the contribution of lightning-in...
International audienceDuring the TROCCINOX field experiment in January and February 2005, the contri...
International audienceDuring the TROCCINOX field experiment in January and February 2005, the contri...
During the TROCCINOX field experiment in January and February 2005, the contribution of lightning-in...
The knowledge of the lightning-induced nitrogen oxides (LNOx) source is important for understanding ...
Airborne in situ measurements of NO, NO2, NOy, CO, CO2, O3, J(NO2), and CN were performed in Europea...
Airborne in situ measurements of NO, NO2,NOy, CO, CO2,O-3, J(NO2), and CN were performed in European...
Airborne in situ measurements of NO, NO2,NOy, CO, CO2,O-3, J(NO2), and CN were performed in European...
Thunderstorms and lightning have an important impact on chemistry in the atmosphere, especially on t...
During the SCOUT-O3/ACTIVE field phase in November–December 2005, airborne in situ measurements were...
This paper describes the NOy plumes originating from lightning emissions based on 4 yr (20012005) of...
Nitrogen oxides are key species controlling ozone chemistry in the stratosphere. Mostly originating ...
Nitrogen oxides are key species controlling ozone chemistry in the stratosphere. Mostly originating ...
This paper describes the NOy plumes originating from lightning emissions based on 4 yr (2001–2005) o...
Nitrogen oxides are key species controlling ozone chemistry in the stratosphere. Mostly originating ...
During the TROCCINOX field experiment in January and February 2005, the contribution of lightning-in...
International audienceDuring the TROCCINOX field experiment in January and February 2005, the contri...
International audienceDuring the TROCCINOX field experiment in January and February 2005, the contri...
During the TROCCINOX field experiment in January and February 2005, the contribution of lightning-in...
The knowledge of the lightning-induced nitrogen oxides (LNOx) source is important for understanding ...