DEVELOPMENTAL Runs For NMM-B/CMAQ Implementation

Runs Retro cases Real-time cases Configurations
B1A, B2, B3 Aug 2010 CB05 with Combo1 package driven by NMM-B launcher meteorology
B1A: 4 boundary of GEOS-CHEM LBC
B2: MOZART LBC
B3: RAQMS LBC
B1A, B2, B3 Aug 2010 CB05 with Combo1 package driven by NMM-B launcher with new cloud absorption coefficient
B1A:4 boundary of GEOS-CHEM monthly LBC
B2: MOZART LBC
B3: RAQMS LBC
B4A, B4B Aug 2010 CB04 runs driven by NMM-B launcher meteorology
B4A: same as the current PROD but driven by NMMB
B4B: increased dry deposition velocities, western/northern GEOS-CHEM monthly LBC
B4A, B4B Aug 2010 CB04 runs driven by NMM-B launcher with new cloud absorption coefficient
B4A: same as the current PROD run but with NMMB
B4B: increased dry deposition velocities, western/northern GEOS-CHEM monthly LBC
B1B Aug 2010 CB05 with Combo1 package driven by NMM-B launcher meteorology
B1B: western/northern GEOS-CHEM monthly LBC
B1C Aug 2010 CB05 with Combo1 package driven by NMM-B launcher meteorology
B1C: similar to B1B but with NCEP Ri PBL
B4A, B4C Real time CB04 runs driven by real-time NMM-B
B4A: same as the current PROD but driven by NMMB
B4C: NCEP Ri PBL, increased dry deposition velocities, western/northern GEOS-CHEM monthly LBC
CONUS/AK/HI CB05 (B1A) Real time CB05 with Combo1 package driven by real-time NMM-B
HI: 2002 GEOS-CHEM Monthly LBC
AK: 2002 GEOS-CHEM Monthly LBC with ozone constrain
CONUS CB05 B1A, FIRE1 Real time CB05 with Combo1 package driven by real-time NMM-B
FIRE1: Evething same as B1A but with HMS-Bluesky Wild Fire emissions
CONUS CB05 B1A, B5G Real time CB05 with Combo1 package driven by real-time NMM-B
B5G: Evething same as B1A but its initial condition is adjusted for PM2.5 using GSI and AIRNOW data
CONUS CB05 Fire1, FireG Real time FIRE1: Evething same as B1A but with HMS-Bluesky Wild Fire emissions
FireG: Everything same as Fire1 but its PM2.5 initial condition is adjusted by GSI using AirNOW data
CONUS NMM-B CMAQ V4.7.1, aqm471a Real time AQM471a: loose coupling PREMAQ and CMAQ V4.7.1
CONUS CB05 DustG (daily 4 cycles) Real time DustG: Comparable to B1A or current NCO PARA run but its PM2.5 initial condition is adjusted by GSI using AirNOW data and with NGAC(prw) dust labteral boundary condition