wettervorhersagemodell – Traduction en Anglais – Dictionnaire Keybot

Spacer TTN Translation Network TTN TTN Login Deutsch English Spacer Help
Langues sources Langues cibles
Keybot      26 Résultats   8 Domaines
  8 Résultats www.meteosvizzera.admin.ch  
Montrer texteMontrer source en cacheMontrer URL avec texte source
Das operationelle numerische Wettervorhersagemodell der MeteoSchweiz, COSMO, rechnet mehrmals täglich hochaufgelöste Wettervorhersagen für Europa, mit besonderem Schwerpunkt auf dem Alpenraum.
Comparer pages textesComparer pages HTMMontrer URL avec texte sourceMontrer URL avec langue cibleDéfinir meteosvizzera.admin.ch comme domaine prioritaire
The operational numerical weather prediction system of MeteoSwiss, COSMO, computes many times a day high-precision forecasts for Europe, with a special focus on the Alpine region.
  8 Résultats www.meteoswiss.admin.ch  
Montrer texteMontrer source en cacheMontrer URL avec texte source
Das operationelle numerische Wettervorhersagemodell der MeteoSchweiz, COSMO, rechnet mehrmals täglich hochaufgelöste Wettervorhersagen für Europa, mit besonderem Schwerpunkt auf dem Alpenraum.
Comparer pages textesComparer pages HTMMontrer URL avec texte sourceMontrer URL avec langue cibleDéfinir meteoswiss.admin.ch comme domaine prioritaire
The operational numerical weather prediction system of MeteoSwiss, COSMO, computes many times a day high-precision forecasts for Europe, with a special focus on the Alpine region.
  www.directedfragility.com  
Montrer texteMontrer source en cacheMontrer URL avec texte source
Das Wetter in Belgien ist auf dem Portal METEOPROG mit den Karten, Meteogramen, Wettervorhersagetabellen für mehr als 9000 Städte, darunter für 78 Städte der Belgien vorgestellt, die mit dem numerischen Wettervorhersagemodell berechnet wurden.
Comparer pages textesComparer pages HTMMontrer URL avec texte sourceMontrer URL avec langue cibleDéfinir meteoprog.be comme domaine prioritaire
METEOPROG weather in Belgium based on the weather forecast numerical model is presented by weather maps, meteograms and weather tables for more than 9000 cities including 115 cities of Belgium.
  5 Résultats www.meteosuisse.admin.ch  
Montrer texteMontrer source en cacheMontrer URL avec texte source
Das operationelle numerische Wettervorhersagemodell der MeteoSchweiz, COSMO, rechnet mehrmals täglich hochaufgelöste Wettervorhersagen für Europa, mit besonderem Schwerpunkt auf dem Alpenraum.
Comparer pages textesComparer pages HTMMontrer URL avec texte sourceMontrer URL avec langue cibleDéfinir meteosuisse.admin.ch comme domaine prioritaire
The operational numerical weather prediction system of MeteoSwiss, COSMO, computes many times a day high-precision forecasts for Europe, with a special focus on the Alpine region.
  www.enomic.com  
Montrer texteMontrer source en cacheMontrer URL avec texte source
Damit liessen sich Auslaufdistanz, Geschwindigkeit und Druck für eine Lawine unter den vorherrschenden Schneeverhältnisse für verschiedene Wetterbedingungen oder gar Klimaregionen berechnen. Verknüpft man diese Modelle zusätzlich mit einem Wettervorhersagemodell wie COSMO, könnte es in ferner Zukunft gar möglich sein, das Verhalten von Lawinen lokal vorherzusagen.
Comparer pages textesComparer pages HTMMontrer URL avec texte sourceMontrer URL avec langue cibleDéfinir slf.ch comme domaine prioritaire
Once avalanche dynamics models are able to successfully account for varying snow cover properties a coupling to a snow cover model, such as the presented models Alpine3D and SNOWPACK, might be feasible. Run-out distance, velocity and impact pressure could then be calculated depending on the prevailing snow conditions at that time in the avalanche path. This would allow to account for varying weather conditions or climatic regions. A further coupling to a numerical weather predictionmodel, such as COSMO, would even turn this model chain from a now-casting into a forecasting system.
  www.oeschger.unibe.ch  
Montrer texteMontrer source en cacheMontrer URL avec texte source
Analog zur Arbeit eines Meteorologen, der aus den Wetterbeobachtungen der einzelnen Stationen zu einer Übersicht der Wetterlage kommen muss, wurde zur Erstellung des neuen Datensatzes ein Wettervorhersagemodell mit historische Wetterdaten gefüttert.
Comparer pages textesComparer pages HTMMontrer URL avec texte sourceMontrer URL avec langue cibleDéfinir oeschger.unibe.ch comme domaine prioritaire
From the hurricane that smashed into New York in 1938 to the impact of the Krakatoa eruption of 1883, the late 19th and 20th centuries are rich with examples of extreme weather. Now an international team of climatologists have created a comprehensive reanalysis of all global weather events from 1871 to the present day, and from the Earth's surface to the jet stream level. Among those researchers was Stefan Brönnimann, a member of the Oeschger Centre. The results of the 20th Century Reanalysis Project, just published in the Quarterly Journal of the Royal Meteorological Society, not only allow researchers to understand the long-term impact of extreme weather, but provides key historical comparisons for our own changing climate. "Producing this huge dataset required an international effort to collate historical observations and recordings from sources as diverse as 19th century sea captains, turn of the century explorers and medical doctors, all pieced together using some of the world's most powerful supercomputers at the US Department of Energy's National Energy Research Scientific Computing Center in California and the Oak Ridge Leadership Computing Facility in Tennessee," says Gil Compo at the National Oceanic and Atmospheric Administration (NOAA), the leader of the project. By using historical climate data to understand current weather patterns the international team, which includes 27 scientists, are building on the work of their meteorological forebears such as the U.S. Historical Weather Map Series produced by the U.S. Weather Bureau to better understand weather events preceding World War II. However, the 20th Century Reanalysis Project is the first project of its kind to span a full century. "The resulting weather maps, called reanalyses, provide a much longer record of past weather variability than is currently available to compare present and projected weather variability in a warming climate. They also provide valuable insight into extreme weather and climate events that were historically important", says Stefan Brönnimann at the Oeschger Centre. The picture shows an example of extreme events covered by the new dataset. A storm on 28th December 1879 made collapse the bridge over the Firth-of-Tay in Scotland.