![]() ![]() ![]() The new retrieval scheme is then applied to a real case study from IOP#8 of SouthWest Monsoon EXperiment (SoWMEX) held in 2008 in Taiwan. #DOPPLER RADAR CHICAGO SERIES#Through minimizing the cost function, one can recover the three-dimensional thermodynamic fields over terrain.Ī series of idealized tests are conducted to investigate the performance of the new retrieval scheme in recovering three-dimensional pressure and temperature fields under different scenarios, ranging from dry to moist environments, with single or multiple mountains. Depending on whether a given grid point is located above or below the terrain surface, different variational codes are written. A cost function containing the complete momentum equations and a simplified thermodynamic equation is formulated. CBS Chicago Radar, South Suburbs CBS Chicago Radar, NW Indiana CBS Chicago Radar, North Suburbs Satellite/Radar Feels Like Temperatures Regional Temperatures. In this study, a new scheme is developed to utilize the wind fields directly produced by WISSDOM to reconstruct the thermodynamic fields over mountainous area. The retrieved flow field from WISSDOM also satisfies the vertical vorticity equation, which makes it suitable for conducting thermodynamic retrieval. WInd Synthesis System using DOppler Measurements (WISSDOM) is a method designed to synthesize the three-dimensional winds over complex topography using data from multiple Doppler radars. ![]()
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