Data WRF-GHG LES; Observation_LICOR;
Fig. 1, SRTM terrain height ; NCL script
Fig. 2, CH4 release rate ; NCL script
Fig. 3, plume overlay ; NCL script
Fig. 4, TS CH4 from Wes Python script;
Fig. 5, TS T2 sim vs obs add winds & PBLH; add winds; NCL; (v1)
Fig. 6, Combined ; NCL script; (Sounding 12z; 23z)
Fig. 7 cross-section CH4 NLCD urban; NCL script; (MODIS LU)
Fig. 8 cross-section KH & T NLCD LU (old LU) ; NCL script
Fig. 9 Spatial T & w: updated urban LU; NCL script; (old patchy)
Fig. 10 cross-section CH4 3 more times NLCD ; script ; (MODIS LU)
Fig. 11 Spatial T & w 3 times NLCD urban; NCL script; (MODIS default LU)
Fig. 12, CH4 enhancement ratio d04 d03 ; NCL script
Fig. 13 cross-section KH & T for 3 SGS ; NCL script
Fig. 14, CH4 enhancement ratio d04 ; NCL script
Fig. 15 CH4 enhancement at Muegge Farm png; NCL
Real-time greenhouse gas Forecasting using WRF-GHG (V4.5.2) + 1km Vulcane3 CO2 + 4 km NOAA FOG CH4 emissions
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Note that this web provides real-time forecasting for the Pampa region based on US time. If the viewers view from the eastern globe, which is one-day earlier, the forecasting may not be ready yet for this “future” time.
In such case, the reviewers need to manually chose the previous day then View Plot All

Model configuration
Weather & Greenhouse gases maps from Realtime forecasting
Using WRF-GHG system described at Hu et al. (2021,JGR); Hu et al. (2020,JAMES)
Simulations
WRF Version
PBL scheme
Select Initiation Time
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University of Oklahoma, CAPS
Xiao-Ming Hu
DOE Emissions Grant
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