Document Type
Article
Abstract
The distribution of warm season (June through August) thunderstorm activity surrounding Atlanta, Georgia from 1997 to 2006 was determined utilizing composite reflectivity data obtained from the network of National Weather Service radars. The radar data, at 2 km and 5 min spatial and temporal resolutions, allows for high resolution analyses of urban convective trends when grid averaged over a 10-year period. Maxima of medium- to high-reflectivity episodes were identified to the north of and within downtown Atlanta and immediately east of the primary urban expansion of the central business district (CBD). Additional enhanced, high-reflectivity areas are found in southern Fulton and Clayton counties, located south of downtown Atlanta. These regions are also collocated with high-density urban expansion south of the Atlanta CBD. The research presented is the most comprehensive spatial and temporal analysis of grid averaged composite reflectivity data for urban convection conducted to date.
DOI
10.1002/joc.2020
Publication Date
1-1-2010
Recommended Citation
Bentley, M.L., W.S. Ashley, and J.A. Stallins, 2010 "Climatological Radar Delineation of Urban Convection for Atlanta, Georgia" International Journal of Climatology, 30, 1589-1594
Original Citation
Bentley, M.L., W.S. Ashley, and J.A. Stallins, 2010 "Climatological Radar Delineation of Urban Convection for Atlanta, Georgia" International Journal of Climatology, 30, 1589-1594
Department
Department of Geographic and Atmospheric Sciences
Legacy Department
Department of Geography
ISSN
0899-8418
Language
eng
Publisher
Royal Meteorological Society
