COST733 Background and objectives


COST733 Working Group2: Implementation and development of weather types classification methods

A.Philipp et al.

Basic evaluation and comparison of circulation classifications from the COST733 database


COST733 Working Group 4: The application sandbox for circulation type methodologies

M.Demuzere et al.

An alternative weather type classification based on spatio-temporal field derivations

R.Steinacker et al.

Classifications using the environment-to-circulation approach: Application examples

F.Kreienkamp et al.

Application of affinity propagation clustering on meteorological data

A.Zagouras, et al.

Frequency, persistence, and seasonality of atmospheric circulation types in European regions

M.Cahynova et al.

Circulation type classifications and precipitation variability in the Alps

R.Schiemann et al.

Links between North Atlantic Oscillation phases and circulation type classifications

M.Pastor et el.

Climatological evaluation of circulation classifications from the COST733 database based on the Kolmogorov-Smirnov test

R.Huth et al.

European procedures for flood frequency estimation (FloodFreq, COST Action ES0901)

Attilio Castellarin

Applications of classification of synoptic patterns with Artificial Neural Networks

F.Tymvios & S.Michaelidis

Quantifying the influence of recent circulation changes on European climatic trends

M.Cahynova et al.

Relation between hydro-climatic extremes and atmospheric circulation patterns in the Nile basin


Circulation type sequences applied to snow avalanches over Andorra and Catalonia (eastern Pyrenees)

P.Esteban et al.

Evolution of potential erosion conditions along the gulf of Biscay

D.Rasilla et al.

Atmospheric circulation patterns associated with extreme precipitation amounts in Estonia


Optimising operational runoff forecasts with respect to weather types

U. Drabek

The COST733 software: An example on surface ozone concentrations in Central Europe

M.Demuzere et al.

The use of classifications from the COST733 database to detect effects of 11-year solar cycle on atmospheric circulation over Europe

R.Huth et al.

Using a circulation type classification to analyse the general circulation over Greenland simulated by GCM

A.Belleflamme et al.

Regionalization of future extreme hydro-meteorological events in Austria: Using weather type classification for down-scaling from global climate models to regional extreme events


Determining weather types for statistical-dynamical downscaling for the urban climate of Hamburg, Germany

P.Hoffmann et al.

Weather type frequencies in ECHAM5/MPI-OM simulations for the 20th and 21st century and an application to hydrological drought

A.Fleig et al.

Application of circulation type to better utilization of climate model projections for potential impact studies

W.Yang et al.

Application of a weather type classification to assess the impact of climate change on flood occurrence in Austria

P.Stanzel et al.

Providing access to the information in climate model projections


Trans Weather Patterns- beyond current atmospheric structures

A.Spekat et al.


 Copyright 2008-2010 COST Action 733.
Contacts: ole.einar.tveito@met.no
Last updated: 11.01.11.

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 Copyright 2008-2010 COST Action 733.
Contacts: ole.einar.tveito@met.no
Last updated: 23.04.13.

horizontal rule

 Copyright 2008-2010 COST Action 733.
Contacts: ole.einar.tveito@met.no
Last updated: 24.04.13.