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 Status: Ongoing analysis Material from: Linus


 

1. Impact

In mid-June Western Europe was hit by a heatwave, stretching from Spain to Germany. For example, in Biarritz (France) the temperatures reached 42.9C on 18 June.

2. Description of the event

The plots below show analyses of z500 and T850 from 16 June to 20 June.

3. Predictability

  

3.1 Data assimilation

 

3.2 HRES

The plots below show 2-metre temperature (left) and 10-metre wind speed (right) in Biarritz for observations (black), HRES (red) and ENS (cyan). The sea-side city experienced a "Galerne" on the afternoon, with the temperature dropping ~20 degrees in 2 hours with strong winds from the sea.


3.3 ENS

The plots below show EFI and SOT for maximum temperature on 18 June in forecasts from different initial dates.


The plot below shows the forecast evolution plot for maximum temperature in Biarritz on 18 June. Obs (green hourglass), analysis (green circle), HRES (red circle) and ENS (blue box-and-whisker). Model climate (based on 1200 forecasts) in (red box-and-whisker) with the maximum as triangle.  The left plot shows the location sued and the values from the analysis.

(To be updated with more model climate)

The plot below shows the forecast evolution plot for mean temperature over large parts of France (43N-48N, 1W-6E) on 18 June. Analysis (green circle), HRES (red circle) and ENS (blue box-and-whisker). Model climate (based on 1200 forecasts) in (red box-and-whisker) with the maximum as triangle. The left plot shows the box used for the average and the values from the analysis.

The plot below shows the forecast evolution plot for mean temperature around Cordoba, Spain on 14-16 June. Analysis (green circle), HRES (red circle) and ENS (blue box-and-whisker). Model climate (based on 1200 forecasts) in (red box-and-whisker) with the maximum as triangle. The left plot shows the box used for the average and the values from the analysis.




3.4 Monthly forecasts


3.5 Comparison with other centres


4. Experience from general performance/other cases


5. Good and bad aspects of the forecasts for the event


6. Additional material

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