Abstract
ENSEMBLE is a web-based decision support system for real-time exchange and evaluation of national long-range dispersion forecasts of nuclear releases with cross-boundary consequences. The system is developed with the purpose to reconcile among disparate national forecasts for long-range dispersion. ENSEMBLE addresses the problem of achieving a common coherent strategy across European national emergency management when national long-range dispersion forecasts differ from one another during an accidental atmospheric release of radioactive material. A series of new decision-making 'ENSEMBLE' procedures and Web-based software evaluation and exchange tools have been created for real-time reconciliation and harmonisation of real-time dispersion forecasts from meteorological and emergency centres across Europe during an accident. The new ENSEMBLE software tools is available to participating national emergency and meteorological forecasting centres, which may choose to integrate them directly into operational emergency information systems, or possibly use them as a basis for future system development. (au)
Citation Formats
Mikkelsen, T, Galmarini, S, Bianconi, R, and French, S.
ENSEMBLE methods to reconcile disparate national long range dispersion forecasting.
Denmark: N. p.,
2003.
Web.
Mikkelsen, T, Galmarini, S, Bianconi, R, & French, S.
ENSEMBLE methods to reconcile disparate national long range dispersion forecasting.
Denmark.
Mikkelsen, T, Galmarini, S, Bianconi, R, and French, S.
2003.
"ENSEMBLE methods to reconcile disparate national long range dispersion forecasting."
Denmark.
@misc{etde_20423784,
title = {ENSEMBLE methods to reconcile disparate national long range dispersion forecasting}
author = {Mikkelsen, T, Galmarini, S, Bianconi, R, and French, S}
abstractNote = {ENSEMBLE is a web-based decision support system for real-time exchange and evaluation of national long-range dispersion forecasts of nuclear releases with cross-boundary consequences. The system is developed with the purpose to reconcile among disparate national forecasts for long-range dispersion. ENSEMBLE addresses the problem of achieving a common coherent strategy across European national emergency management when national long-range dispersion forecasts differ from one another during an accidental atmospheric release of radioactive material. A series of new decision-making 'ENSEMBLE' procedures and Web-based software evaluation and exchange tools have been created for real-time reconciliation and harmonisation of real-time dispersion forecasts from meteorological and emergency centres across Europe during an accident. The new ENSEMBLE software tools is available to participating national emergency and meteorological forecasting centres, which may choose to integrate them directly into operational emergency information systems, or possibly use them as a basis for future system development. (au)}
place = {Denmark}
year = {2003}
month = {Nov}
}
title = {ENSEMBLE methods to reconcile disparate national long range dispersion forecasting}
author = {Mikkelsen, T, Galmarini, S, Bianconi, R, and French, S}
abstractNote = {ENSEMBLE is a web-based decision support system for real-time exchange and evaluation of national long-range dispersion forecasts of nuclear releases with cross-boundary consequences. The system is developed with the purpose to reconcile among disparate national forecasts for long-range dispersion. ENSEMBLE addresses the problem of achieving a common coherent strategy across European national emergency management when national long-range dispersion forecasts differ from one another during an accidental atmospheric release of radioactive material. A series of new decision-making 'ENSEMBLE' procedures and Web-based software evaluation and exchange tools have been created for real-time reconciliation and harmonisation of real-time dispersion forecasts from meteorological and emergency centres across Europe during an accident. The new ENSEMBLE software tools is available to participating national emergency and meteorological forecasting centres, which may choose to integrate them directly into operational emergency information systems, or possibly use them as a basis for future system development. (au)}
place = {Denmark}
year = {2003}
month = {Nov}
}