The peculiarity of the lower atmosphere of south west region of Nigeria was explored using theoretical and experimental approach. In the theoretical approach, the reconstruction of 1D model as an extraction from the 3D aerosol dispersion model was used to examine the physics of the recirculation theory. The experimental approach which consists of obtaining dataset from ground instruments was used to provide on-site guide for developing the new recirculation theories. The data set was obtained from the Davis weather station, Nigeria Meteorological agency and Multi-angle Imaging Spectro-radiometer (MISR). We looked at the main drivers of recirculation and propounded that recirculation is a complex process which triggers a reordering of the mixing layer- a key factor for initiating the type of rainfall in this region.
IMPACTS OF RECIRCULATION EVENT ON AEROSOL DISPERSION AND RAINFALL PATTERNS IN PARTS OF NIGERIA
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Moses, E. and Emetere, M.E. (2017) “IMPACTS OF RECIRCULATION EVENT ON AEROSOL DISPERSION AND RAINFALL PATTERNS IN PARTS OF NIGERIA”, Global NEST Journal, 19(2). Available at: https://doi.org/10.30955/gnj.002142.
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