Thunderstorms and lightning have an important impact on chemistry in the atmosphere, especially on the nitrogen oxides and ozone budget in the upper troposphere. Polluted air masses in the boundary layer may be ingested by thunderstorms, rapidly uplifted, and emitted within the anvil outflow in the upper troposphere. The strongest natural source of nitrogen oxides in the upper troposphere originates however from lightning-induced nitrogen oxides (LNOx). In the past 15 years, we studied LNOx in a number of airborne field experiments accompanied with model simulations. Airborne in situ measurements were performed in thunderstorms over Europe, Brazil
Airborne in situ measurements of NO, NO2,NOy, CO, CO2,O-3, J(NO2), and CN were performed in European...
Abstract. The knowledge of the lightning-induced nitro-gen oxides (LNOx) source is important for und...
During the TROCCINOX field experiments in February–March 2004 and February 2005, airborne in situ me...
During the TROCCINOX field experiment in January and February 2005, the contribution of lightning-in...
During the TROCCINOX field experiment in January and February 2005, the contribution of lightning-in...
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 ...
Nitrogen oxides are key species controlling ozone chemistry in the stratosphere. Mostly originating ...
The knowledge of the lightning-induced nitrogen oxides (LNOx) source is important for understanding ...
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...
Airborne in situ measurements of NO, NO2, NOy, CO, CO2, O3, J(NO2), and CN were performed in Europea...
In the upper troposphere, both natural and anthropogenic processes control the budget of nitric oxid...
Airborne in situ measurements of NO, NO2,NOy, CO, CO2,O-3, J(NO2), and CN were performed in European...
Lightning-induced nitrogen oxides (LNOx) have several important implications for atmospheric chemist...
Airborne in situ measurements of NO, NO2,NOy, CO, CO2,O-3, J(NO2), and CN were performed in European...
Abstract. The knowledge of the lightning-induced nitro-gen oxides (LNOx) source is important for und...
During the TROCCINOX field experiments in February–March 2004 and February 2005, airborne in situ me...
During the TROCCINOX field experiment in January and February 2005, the contribution of lightning-in...
During the TROCCINOX field experiment in January and February 2005, the contribution of lightning-in...
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 ...
Nitrogen oxides are key species controlling ozone chemistry in the stratosphere. Mostly originating ...
The knowledge of the lightning-induced nitrogen oxides (LNOx) source is important for understanding ...
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...
Airborne in situ measurements of NO, NO2, NOy, CO, CO2, O3, J(NO2), and CN were performed in Europea...
In the upper troposphere, both natural and anthropogenic processes control the budget of nitric oxid...
Airborne in situ measurements of NO, NO2,NOy, CO, CO2,O-3, J(NO2), and CN were performed in European...
Lightning-induced nitrogen oxides (LNOx) have several important implications for atmospheric chemist...
Airborne in situ measurements of NO, NO2,NOy, CO, CO2,O-3, J(NO2), and CN were performed in European...
Abstract. The knowledge of the lightning-induced nitro-gen oxides (LNOx) source is important for und...
During the TROCCINOX field experiments in February–March 2004 and February 2005, airborne in situ me...