Forecasting tornadogenesis remains a difficult problem in meteorology, especially for short-
lived, predominantly nonsupercellular tornadic storms embedded within mesoscale …

This study explores reasons for differences in discriminations of nontornadic and tornadic
supercell environments between a recent study of field project (FP) radiosonde observations …

Abstract Large midlevel (3–6 km AGL) shear is commonly observed in supercell
environments. However, any possible influence of midlevel shear on an updraft has been …

Numerous questions remain regarding the influence of environmental inhomogeneities on
supercell evolution. Motivated by this topic, this study associates cell-merger occurrence …

A new probabilistic tornado detection algorithm was developed to potentially replace the
operational tornado detection algorithm (TDA) for the WSR-88D radar network. The tornado …

Terrestrial gamma‐ray flashes (TGFs) and other high‐energy radiation phenomena related
to thunderstorms remain incompletely understood since their discovery nearly 30 years ago …

Tornadoes are severe convective weather exhibiting localized and sudden occurrences.
Weather radar is widely regarded as the most effective tool for monitoring tornadoes and …

Stationary frontal boundaries have a considerable impact on the weather within their vicinity.
The enhanced horizontal vorticity seen at these boundaries can aid in the development and …