Extensive coverage by three aircraft in the inflow region of a maturing storm highlighted the investigation of 8 June 1976. The synoptic conditions supported convection of moderate strength, with the activity initially forming and organizing northeast of Cheyenne. The data from the aircraft investigations are presented in relation to the radar data. The data show the interactions of individual cells with each other and with the storm mass to be varied and complex
Comparison between numerical simulations and observations is useful for improving understanding of w...
Mesoscale convective complexes (MCCs) occur frequently during the warm season in the central U.S. an...
Comparison between numerical simulations and observations is useful for improving understanding of w...
This is one of a series of documents reporting data on aircraft penetrations in convective clouds, r...
Observations obtained on a relatively small and isolated storm with radar, an instrumented glider an...
This Technical Note is a case study of one of the storms examined in the 1975 field season of the Na...
January 1983.Includes bibliographical references.During the summer of 1980, NESS sponsored a researc...
iii FOREWORD This installment of the series of presentations of storm data is one of only two from t...
This study is an expansion of Gallus et al. (2008) (hereafter, G08), in which all convective systems...
Strong, local convective weather events are capable of causing extensive damage, but weather observa...
This study examines the relationship between severe weather and organized lines of cumulus towers, c...
Special observing facilities have been assembled in southern England as part of the Convective Storm...
A case study was done for the 15 May 1986 severe thunder-storm and tornado mini-outbreak over southw...
An investigation of several hundred mesoscale convective systems (MCSs) during the warm seasons (Apr...
A recent field campaign in southwest England used numerical modeling integrated with aircraft and ra...
Comparison between numerical simulations and observations is useful for improving understanding of w...
Mesoscale convective complexes (MCCs) occur frequently during the warm season in the central U.S. an...
Comparison between numerical simulations and observations is useful for improving understanding of w...
This is one of a series of documents reporting data on aircraft penetrations in convective clouds, r...
Observations obtained on a relatively small and isolated storm with radar, an instrumented glider an...
This Technical Note is a case study of one of the storms examined in the 1975 field season of the Na...
January 1983.Includes bibliographical references.During the summer of 1980, NESS sponsored a researc...
iii FOREWORD This installment of the series of presentations of storm data is one of only two from t...
This study is an expansion of Gallus et al. (2008) (hereafter, G08), in which all convective systems...
Strong, local convective weather events are capable of causing extensive damage, but weather observa...
This study examines the relationship between severe weather and organized lines of cumulus towers, c...
Special observing facilities have been assembled in southern England as part of the Convective Storm...
A case study was done for the 15 May 1986 severe thunder-storm and tornado mini-outbreak over southw...
An investigation of several hundred mesoscale convective systems (MCSs) during the warm seasons (Apr...
A recent field campaign in southwest England used numerical modeling integrated with aircraft and ra...
Comparison between numerical simulations and observations is useful for improving understanding of w...
Mesoscale convective complexes (MCCs) occur frequently during the warm season in the central U.S. an...
Comparison between numerical simulations and observations is useful for improving understanding of w...