Abstract from introductionAttempting to predict the location and the initiation of elevated thunderstorms can be very challenging due to the uncertainty in of the mechanisms that release elevated instability (Moore et al., 2003). Excessive Precipitation with Elevated Convection (EPEC) is a parameter that was created in order to help predict where heavy rainfall associated with elevated convection will occur
The Program for Research on Elevated Convection with Intense Precipitation (PRECIP) field campaign s...
This paper presents three indices for evaluation of hydrometeorological extremes, considering them a...
A severe-storm conceptual model first proposed by Carlson and Ludlam is described, and its relevance...
The preconvective environment on days with ordinary, widespread, and severe thunderstorms in Southwe...
In operational forecasting, many indices are used to assess the stability of the atmosphere and pred...
There are differences in the character of surface-based and elevated convection, and one type may po...
In operational forecasting, many indices are used to assess the stability of the atmosphere and pred...
The forecast problem of determining when or where thunderstorms will occur is often a difficult task...
Forecasting the onset of severe convective weather across the High Plains can be difficult. Topograp...
Extreme rain-storms are known for triggering devastating flash floods in various regions of Europe a...
In this study, an investigation of a new thunderstorm intensity index (TSII) derived from lightning ...
Convection-permitting weather forecasting models allow for prediction of rainfall events with increa...
The combination of hourly swiace data and model-derived upper air temperatures can be used to constr...
The Bernese Alps are a region that is very prone for the initiation of thunderstorms. In fact, the f...
This paper describes the assessment of the performance of a method for providing early warnings of u...
The Program for Research on Elevated Convection with Intense Precipitation (PRECIP) field campaign s...
This paper presents three indices for evaluation of hydrometeorological extremes, considering them a...
A severe-storm conceptual model first proposed by Carlson and Ludlam is described, and its relevance...
The preconvective environment on days with ordinary, widespread, and severe thunderstorms in Southwe...
In operational forecasting, many indices are used to assess the stability of the atmosphere and pred...
There are differences in the character of surface-based and elevated convection, and one type may po...
In operational forecasting, many indices are used to assess the stability of the atmosphere and pred...
The forecast problem of determining when or where thunderstorms will occur is often a difficult task...
Forecasting the onset of severe convective weather across the High Plains can be difficult. Topograp...
Extreme rain-storms are known for triggering devastating flash floods in various regions of Europe a...
In this study, an investigation of a new thunderstorm intensity index (TSII) derived from lightning ...
Convection-permitting weather forecasting models allow for prediction of rainfall events with increa...
The combination of hourly swiace data and model-derived upper air temperatures can be used to constr...
The Bernese Alps are a region that is very prone for the initiation of thunderstorms. In fact, the f...
This paper describes the assessment of the performance of a method for providing early warnings of u...
The Program for Research on Elevated Convection with Intense Precipitation (PRECIP) field campaign s...
This paper presents three indices for evaluation of hydrometeorological extremes, considering them a...
A severe-storm conceptual model first proposed by Carlson and Ludlam is described, and its relevance...