Add to ORKGThe structure of classic mature supercell storms has been de-duced in past studies using visual observations, coarse resolu-tion radar data, and idealized model simulations (e.g. Fig.7 in Lemon and Doswell 1979). In such models, low-level kine
The low levels of supercell forward flanks commonly exhibit distinct differential reflectivity (ZDR)...
Background It is necessary for operational meteorologists to forecast quickly and accurately when st...
A three-dimensional supercell simulation using ice mi-crophysics is presented. The storm is simulate...
Mobile Doppler radar is a critical tool in studying microscale phenomena, including tornadoes, in su...
numerical simulations and scientific storm chasing have led to huge advances in our knowledge of sup...
Several severe thunderstorms, including a tornadic supercell, developed on the afternoon of 3 Novemb...
Nearly continuous wind retrievals every three minutes for an unprecedented 90-minute period were con...
High-resolution mobile radar observations of supercell tornadoes have been collected by the Doppler ...
One of the most challenging problems in severe storms research today is supercell tornadogenesis. Th
Early studies of tornadic supercell storms have relied heavily on weather radar and Doppler radar ob...
While supercell thunderstorms are the storms with the greatest potential of producing tornadoes, the...
This paper will examine the structure and evolution of the 8 May 2003 Central Oklahoma tornadic supe...
Tornadoes pose threats to lives and property, and accurately issuing warnings of their occurrence re...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Tornadogenesis in supercell thunderstorms has been a heavily studied topic by the atmospheric scienc...
The low levels of supercell forward flanks commonly exhibit distinct differential reflectivity (ZDR)...
Background It is necessary for operational meteorologists to forecast quickly and accurately when st...
A three-dimensional supercell simulation using ice mi-crophysics is presented. The storm is simulate...
Mobile Doppler radar is a critical tool in studying microscale phenomena, including tornadoes, in su...
numerical simulations and scientific storm chasing have led to huge advances in our knowledge of sup...
Several severe thunderstorms, including a tornadic supercell, developed on the afternoon of 3 Novemb...
Nearly continuous wind retrievals every three minutes for an unprecedented 90-minute period were con...
High-resolution mobile radar observations of supercell tornadoes have been collected by the Doppler ...
One of the most challenging problems in severe storms research today is supercell tornadogenesis. Th
Early studies of tornadic supercell storms have relied heavily on weather radar and Doppler radar ob...
While supercell thunderstorms are the storms with the greatest potential of producing tornadoes, the...
This paper will examine the structure and evolution of the 8 May 2003 Central Oklahoma tornadic supe...
Tornadoes pose threats to lives and property, and accurately issuing warnings of their occurrence re...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Tornadogenesis in supercell thunderstorms has been a heavily studied topic by the atmospheric scienc...
The low levels of supercell forward flanks commonly exhibit distinct differential reflectivity (ZDR)...
Background It is necessary for operational meteorologists to forecast quickly and accurately when st...
A three-dimensional supercell simulation using ice mi-crophysics is presented. The storm is simulate...