Scandinavia Pattern [SCAND]



  Teleconnections and long range forecasts  
AAO (Antarctic Oscillation) NAM (North Annular Mode) SCAND (Scandinavia pattern) Stratosphere Analysis
AO (Arctic Oscillation) NAO (North Atlantic Oscillation) SOI (Southern Oscillation) North-Pole Stratosphere Temp
EA (East Atlantic) Polar/Eurasia SST (Sea Surface Temperature) 10 hPa Temp&Geop
EA/WR (East Atl./Western Russia) PNA (Pacific North-America) 100 hPa Temp&Geop
MJO (Madden Julian Oscillation) QBO (Quasi-Biennial Oscillation) Intraseasonal Oscillations


Teleconnective indices: Scandinavia Pattern [SCAND]

The Scandinavia pattern [SCAND] consists of a primary circulation center over Scandinavia, with weaker centers of opposite sign over western Europe and eastern Russia/ western Mongolia. The Scandinavia pattern has been previously referred to as the Eurasia-1 pattern by Barnston and Livezey (1987). The positive phase (SCAND+) of this pattern is associated with positive height anomalies, sometimes reflecting major blocking anticyclones, over Scandinavia and western Russia, while the negative phase (SCAND+) of the pattern is associated with negative height anomalies in these regions.
The positive phase of the Scandinavia pattern is associated with below-average temperatures across central Russia and also over western Europe. It is also associated with above-average precipitation across central and southern Europe, and below-average precipitation across Scandinavia.

Scandinavia Pattern [SCAND], loading patterns
The loading patterns for January, April, July, and October, are displayed so that the plotted value at each grid point represents the temporal correlation between the monthly standardized height anomalies at that point and the teleconnection pattern time series valid for the specified month. The pattern is a particular configuration with a persistence of at least 2 weeks that sometimes persists for months and reoccurs periodically.
Credits: cpc.ncep.noaa.gov
Scandinavia Pattern [SCAND], correlation with temperatures
Maps showing correlation during 1950-2000 between the teleconnection index and monthly surface temperature departures for the three months centered on the month of interest. For example, the January pattern shows the correlation between the January values of the teleconnection index and the monthly temperature departures during December, January, and February. The pattern is a particular configuration with a persistence of at least 2 weeks that sometimes persists for months and reoccurs periodically.
Credits: cpc.ncep.noaa.gov
Scandinavia Pattern [SCAND], correlation with precipitations
Maps showing correlation during 1950-2000 between the teleconnection index and monthly precipitation departures for the three months centered on the month of interest. For example, the January pattern shows the correlation between the January values of the teleconnection index and the monthly precipitation departures during December, January, and February. The pattern is a particular configuration with a persistence of at least 2 weeks that sometimes persists for months and reoccurs periodically.
Credits: cpc.ncep.noaa.gov

Montly SCAND indices

Montly SCAND indices
Montly Mean values of SCAND indices and other teleconnections. Credits: cpc.ncep.noaa.gov

Montly SCAND indices

The Scandinavia pattern [SCAND] consists of a primary circulation center over Scandinavia, with weaker centers of opposite sign over western Europe and eastern Russia/ western Mongolia. The Scandinavia pattern has been previously referred to as the Eurasia-1 pattern by Barnston and Livezey (1987). The positive phase (SCAND+) of this pattern is associated with positive height anomalies, sometimes reflecting major blocking anticyclones, over Scandinavia and western Russia, while the negative phase (SCAND+) of the pattern is associated with negative height anomalies in these regions.
The positive phase of the Scandinavia pattern is associated with below-average temperatures across central Russia and also over western Europe. It is also associated with above-average precipitation across central and southern Europe, and below-average precipitation across Scandinavia.

Montly Mean values of SCAND indices and other teleconnections. Credits: cpc.ncep.noaa.gov

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