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Concurrent cloud-to-ground lightning and precipitation enhancement in the Atlanta, Georgia (USA) urban region
(American Meteorological Society, 2008)
This study explores how the Atlanta, Georgia (United States),
urban region influences warm-season (May through September) cloud-toground
lightning flashes and precipitation. Eight years (1995–2003) of flashes
from the ...
Climatological Radar Delineation of Urban Convection for Atlanta, Georgia
(Royal Meteorological Society, 2010)
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 ...
Cloud-to-ground flash characteristics for Atlanta, Georgia (USA)
(Inter Research, 2006-02)
We analyzed the patterns of cloud-to-ground (CG) lightning flashes around Atlanta,
Georgia (USA), a region that has undergone an intense conversion from natural to anthropogenic land
uses. For the 12 yr period from 1992 ...
A Growing-Season Hydroclimatology, Focusing on Soil Moisture Deficits, for the Ohio Valley Region
(American Meteorological Society, 2001-03-24)
A hydroclimatology, or description of long-term means and interannual variation, that focuses on soil moisture
deficits was constructed for the period of 1895–1998 for a six-state region composing the Ohio Valley. The ...
A Multiscale Observational Case Study of the Development of an Isolated High Plains Tornadic Supercell
(American Meteorological Society, 2002-07)
On 21 May 1995, a strong tornado developed with an isolated supercell in southwestern Nebraska. Largescale
conditions were not supportive of a tornadic thunderstorm outbreak; however, evidence suggests significant
mesoscale ...
Synoptic evolution of midwestern U.S. extreme dew point events
(Royal Meteorological Society, 2008-09)
Eight Midwestern extremely high dew point events were examined with respect to their synoptic
characteristics and evolution. Individual and composite analyses of events suggest that there exists three predominant
features ...
A 15-year climatology of derecho producing mesoscale convective systems over the Central and Eastern United States
(Inter Research Science Center, 2003-07)
A 15 yr (1986–2000) climatology of derecho-producing mesoscale convective systems
(DMCSs) is presented in order to better delineate their spatial and temporal patterns. Several significant
results emerged from the analysis, ...
A Synoptic Climatology of Derecho Producing Mesoscale Convective Systems in the North-Central Plains
(Royal Meteorological Society, 2000)
Synoptic-scale environments favourable for producing derechos, or widespread convectively induced windstorms, in
the North-Central Plains are examined with the goal of providing pattern-recognition:diagnosis techniques. ...
On the episodic nature of derecho-producing convective systems in the United States
(Royal Meteorological Society, 2005)
Convectively generated windstorms occur over broad temporal and spatial scales; however, one of the larger-scale and
most intense of these windstorms has been given the name ‘derecho’. This study illustrates the tendency ...
Synoptic-Scale Features Common to Heavy Snowstorms in the Southeast United States
(American Meteorological Society, 1997-03)
Eighteen heavy snowstorms in the Southeast are examined to determine the synoptic-scale features common to these storms. Storm-relative composites in the temporal domain are created by assigning a "zero hour" to each storm ...