"Ensemble dispersion forecasting, Part II: Application and Evaluation"
Authors
Galmarini, S.
Bianconi R.
Addis,R.
Andronopoulos,S.
Astrup,P.
Bartzis,J.C.
Bellasio,R.
Buckley,R.
Champion,H.
Chino,M.
Amours,R.D.
Davakis,E.
Eleveld,H.
Glaab,H.
Manning,A.
Mikkelsen,T.
Pechinger,U.
Polreich,E.
Prodanova,M.
Slaper,H.
Syrakov,D.
Terada,H.
Van der Auwera, L.
Discipline
Earth and related Environmental sciences
Subject
dispersion European tracer experiment
Audience
General Public
Scientific
Date
2004Publisher
IRM
KMI
RMI
Metadata
Show full item recordDescription
The data collected during the long-range European tracer experiment (ETEX) conducted in 1994, are used to estimate quantitatively the ensemble dispersion concept presented in Part I. The modeling groups taking part to the ENSEMBLE activities (see, Part I) repeated model simulations of the dispersion of ETEX release 1 and the model ensemble is compared with the monitoring data. The scope of the comparison is to estimate to what extent the ensemble analysis is an improvement with respect to the single model results and represents a superior analysis of the process evolution.
Citation
Galmarini, S.; Bianconi R.; Addis,R.; Andronopoulos,S.; Astrup,P.; Bartzis,J.C.; Bellasio,R.; Buckley,R.; Champion,H.; Chino,M.; Amours,R.D.; Davakis,E.; Eleveld,H.; Glaab,H.; Manning,A.; Mikkelsen,T.; Pechinger,U.; Polreich,E.; Prodanova,M.; Slaper,H.; Syrakov,D.; Terada,H.; Van der Auwera, L. (2004). "Ensemble dispersion forecasting, Part II: Application and Evaluation". , Issue Atmospheric Environment,38,28, pp. 4619-4632, IRM,Identifiers
Type
Article
Peer-Review
Not pertinent
Language
eng