Model Teams

Model/TeamFull NameContact PersonTypeProductsData
CAMChemJean-Francois Lamarque (PI)Chemistry-Climate ModelChemical climatology, including reactivities for typical years and time of ATom-1 flightsCAMChem
GEOSChemLee Murray (PI)Chemistry-Transport ModelChemical climatology, including reactivities for typical years and time of ATom-1 flightsGEOSChem
GEOS5Paul Newman (PI)Weather Analysis and Prediction ModelGEOS5 fp meteorological products interpolated to the flight track: winds, vorticity, humidity, temperature, simply specified tracers (CO, SO2, many aerosol types)GEOS5
GFDLAM3Arlene M. Fiore (PI)Chemistry-Climate ModelChemical climatology, including reactivities for typical years and time of ATom-1 flightsGFDLAM3
GISSE2Lee Murray (PI)Chemistry-Climate ModelChemical climatology, including reactivities for typical years and time of ATom-1 flightsGISSE2
GMISarah Strode (PI)Chemistry-Transport ModelGMI full chemistry CTM hindcast: gas-phase chemistry (40 species) along 10-sec merge, interpolated to the flight trackGMI
GMI4DSarah Strode (PI)Chemistry-Transport ModelGMI CTM hindcast with 4D grid bounding flight path: gas-phase chemistry (40 species) at: ¼ hr, 1° latitude, 1.25° longitude, standard model levelsGMI4D
GMICTMSarah Strode (PI)Chemistry-Transport ModelChemical climatology, including reactivities for typical years and time of ATom-1 flightsGMICTM
UCICTMMichael Prather (PI)Chemistry-Transport ModelChemical climatology, including reactivities for typical years and time of ATom-1 flightsUCICTM
WRFEric Ray (PI)Weather Research & Forecasting Model3D back trajectories for ATom parcels along flight path; Convective influence for ATom parcels along flight path; Boundary Layer influence for ATom parcels along flight path; Convective and Boundary Layer influences for ATom parcels along flight pathBackTraj, ConvectInfluence, BdyInfluence, Influences