Tuesday Morning 1
Time	Session	Location	Title
0800	AE21A	MCC 3020	Thunderstorms, Lightning, and Atmospheric Chemistry (joint with A) Presiding: T Fehr, DLR Institut fuer Physik der Atmosphaere; P LaRoche, Office National d'Etudes et de Recherches Aerospatiale (ONERA)    [Abstracts]
0800	AE21A-01	MCC 3020	Surface Observation of NO$_{x}$ Produced by Lightning in Qinghai-Tibetan Plateau of China *X Qie, Y Zhou    [details]
0810	AE21A-02	MCC 3020	Production of Nitric Oxide in Continental Thunderstorms *B Ridley INVITED    [details]
0825	AE21A-03	MCC 3020	Spectroscopic Measurements of NO$_{2}$ in a Colorado Thunderstorm: Determination of the Mean Production by Cloud-to-Ground Lightning Flashes *A O Langford, R W Portmann, J S Daniel, H L Miller, S Solomon    [details]
0835	AE21A-04	MCC 3020	Nitrogen Oxides from Thunderstorms - First Results from TROCCINOX *U Schumann, H Schlager, J P Chaboureau, T Fehr, G Held, H Hoeller, H Huntrieser, C Kurz, M G Lawrence, B Luo, J P Pommereau, E Meijer INVITED    [details]
0850	AE21A-05	MCC 3020	Lightning activity and cloud properties of the convective storm system on 3 March 2004 observed during TROCCINOX/TroCCiBras and implications for lightning NOx production *T Fehr, A M Gomes Held, H H\"{o}ller, H Schlager, O Pinto, Z Kawasaki, H Huntrieser, C Gatzen, G Held, U Schumann    [details]
0900	AE21A-06	MCC 3020	Using Models and Observations to Reduce Uncertainties in Lightning NOx Production *K E Pickering INVITED    [details]
0915	AE21A-07	MCC 3020	Vertical Distribution of Nitrogen Oxides From Lightning Based on ECMWF Convective Mass Fluxes D Olivie, *E Meijer, P van Velthoven    [details]
0925	AE21A-08	MCC 3020	Numerical Modeling of Nitric Oxide Production by Lightning *J H Helsdon INVITED    [details]
0940	AE21A-09	MCC 3020	Satellite Detection of Lightning NO$_2$ and Implications for Lightning Parameterizations *F Boersma, H Eskes, E Meijer    [details]
0950	AE21A-10	MCC 3020	The Effects of Lightning-Produced NO$_x$ and its Vertical Distribution on Atmospheric Chemistry: Sensitivity Simulations with the Model of Atmospheric Chemistry and Transport, Max-Planck Institute for chemistry version (MATCH-MPIC) *L J Labrador, R von Kuhlmann, M G Lawrence    [details]