作者: James R. Campbell , Cui Ge , Jun Wang , Ellsworth J. Welton , Anthony Bucholtz
关键词: Southeast asian 、 Smoke 、 Weather Research and Forecasting Model 、 Remote sensing 、 Environmental science 、 Sun photometer 、 Radiosonde 、 Lidar 、 Meteorology 、 Aerosol 、 Mesoscale meteorology
摘要: ABSTRACTThis work describes some of the most extensive ground-based observations aerosol profile collected in Southeast Asia to date, highlighting challenges simulating these with a mesoscale perspective. An 84-h WRF Model coupled chemistry (WRF-Chem) simulation smoke particle transport at Kuching, Malaysia, southern Maritime Continent is evaluated relative unique collection continuous lidar, sun photometer, and 4-h radiosonde profiling. The period was marked by relatively dry conditions, allowing layers transported site unperturbed wet deposition be common regionally. model depiction reasonable overall. Core thermodynamics, including land/sea-breeze structure, are well resolved. Total extinction and, proxy, mass concentration low observation. Smoke emissions source products likely because undersampling fires infrared sun-synchronous satellite...