Meteosat infra-red imagery for the Great Storm of October 1987 is analysed to show a series of very shallow arc-shaped and smaller chevron-shaped cloud features that were associated with damaging surface winds in the dry-slot region of this extra-tropical cyclone. Hypotheses are presented that attribute these low-level cloud features to boundary-layer convergence lines ahead of wind maxima associated with the downward transport of high momentum from overrunning, so-called sting-jet, flows originating in the storm's main cloud head. Copyright © 2004 Royal Meteorological Society
Sting jets (SJ) occur as an additional region of low-level strong winds in some Shapiro-Keyser-type ...
A detailed analysis of the 20 July 1977 thunderstorm complex which formed and evolve over the South ...
Numerous studies have addressed the mesoscale features within extratropical cyclones (ETCs) that are...
Strong winds equatorwards and rearwards of a cyclone core have often been associated with two phenom...
This paper reviews the current state of knowledge of sting jets in extratropical cyclones. Sting je...
The most damaging winds in a severe extratropical cyclone often occur just ahead of the evaporating ...
An idealised modelling study of sting-jet cyclones is presented. Sting jets are descending mesoscale...
Extratropical cyclones with damaging winds can have large socio-economic impacts when they make land...
The existence of sting jets as a potential source of damaging surface winds during the passage of ex...
Extratropical cyclones dominate autumn and winter weather over western Europe. The strongest cyclon...
Extratropical cyclones with damaging winds can have large socio-economic impacts when they make land...
Intense Shapiro–Keyser cyclones are often accompanied by a sting jet (SJ), an air stream that descen...
This paper investigates the factors that invigorated an outbreak of warm-sector convection which was...
This thesis examines the influences on the development of high winds in a case of a damaging extratr...
Sting jets are transient coherent mesoscale strong wind features that can cause damaging surface win...
Sting jets (SJ) occur as an additional region of low-level strong winds in some Shapiro-Keyser-type ...
A detailed analysis of the 20 July 1977 thunderstorm complex which formed and evolve over the South ...
Numerous studies have addressed the mesoscale features within extratropical cyclones (ETCs) that are...
Strong winds equatorwards and rearwards of a cyclone core have often been associated with two phenom...
This paper reviews the current state of knowledge of sting jets in extratropical cyclones. Sting je...
The most damaging winds in a severe extratropical cyclone often occur just ahead of the evaporating ...
An idealised modelling study of sting-jet cyclones is presented. Sting jets are descending mesoscale...
Extratropical cyclones with damaging winds can have large socio-economic impacts when they make land...
The existence of sting jets as a potential source of damaging surface winds during the passage of ex...
Extratropical cyclones dominate autumn and winter weather over western Europe. The strongest cyclon...
Extratropical cyclones with damaging winds can have large socio-economic impacts when they make land...
Intense Shapiro–Keyser cyclones are often accompanied by a sting jet (SJ), an air stream that descen...
This paper investigates the factors that invigorated an outbreak of warm-sector convection which was...
This thesis examines the influences on the development of high winds in a case of a damaging extratr...
Sting jets are transient coherent mesoscale strong wind features that can cause damaging surface win...
Sting jets (SJ) occur as an additional region of low-level strong winds in some Shapiro-Keyser-type ...
A detailed analysis of the 20 July 1977 thunderstorm complex which formed and evolve over the South ...
Numerous studies have addressed the mesoscale features within extratropical cyclones (ETCs) that are...