Add to ORKGThe atmospheric boundary layer processes over Svalbard fjords are strongly influenced by complex topography and sea ice occurence. In this study we point at foehn winds and low level jets in surrounding of Petuniabukta in central part of Spitsbergen. We used the Weather Research and Forecasting mesoscale model. The low level jets and wind have been successfilly simulated by the model
A majority of the population of High Arctic lives at onshore locations, typically characterized by f...
The coast along the southern tip of Greenland is one of the windiest locations in the world due to s...
The Nordic seas region, due to its unique geographical and climatological conditions, experiences a ...
The mesoscale circulation along the west shore of Spitsbergen is largely controlled by the differenc...
This paper presents analysis of wind climate of the Kongsfjorden-Kongsvegen valley, Svalbard. The Ko...
Aircraft observations, satellite information and model simulations are presented for an episode with...
The wind field in Arctic fjords is strongly influenced by glaciers, local orography and the interact...
The Weather Research and Forecasting (WRF) mesoscale model was run in three different configurations...
A majority of the population of High-Arctic lives at onshore locations, typically characterized by f...
The life cycles of intense high-latitude mesoscale cyclones and polar lows are strongly shaped by th...
International audienceObservations from CMET (Controlled Meteorological) balloons are analyzed in co...
International audienceObservations from CMET (Controlled Meteorological) balloons are analyzed in co...
International audienceObservations from CMET (Controlled Meteorological) balloons are analyzed in co...
Svalbard archipelago, a high latitude area in a region undergoing rapid climate change, is relativel...
The mesoscale atmospheric model WRF is used over three Svalbard glaciers. The simulations are done w...
A majority of the population of High Arctic lives at onshore locations, typically characterized by f...
The coast along the southern tip of Greenland is one of the windiest locations in the world due to s...
The Nordic seas region, due to its unique geographical and climatological conditions, experiences a ...
The mesoscale circulation along the west shore of Spitsbergen is largely controlled by the differenc...
This paper presents analysis of wind climate of the Kongsfjorden-Kongsvegen valley, Svalbard. The Ko...
Aircraft observations, satellite information and model simulations are presented for an episode with...
The wind field in Arctic fjords is strongly influenced by glaciers, local orography and the interact...
The Weather Research and Forecasting (WRF) mesoscale model was run in three different configurations...
A majority of the population of High-Arctic lives at onshore locations, typically characterized by f...
The life cycles of intense high-latitude mesoscale cyclones and polar lows are strongly shaped by th...
International audienceObservations from CMET (Controlled Meteorological) balloons are analyzed in co...
International audienceObservations from CMET (Controlled Meteorological) balloons are analyzed in co...
International audienceObservations from CMET (Controlled Meteorological) balloons are analyzed in co...
Svalbard archipelago, a high latitude area in a region undergoing rapid climate change, is relativel...
The mesoscale atmospheric model WRF is used over three Svalbard glaciers. The simulations are done w...
A majority of the population of High Arctic lives at onshore locations, typically characterized by f...
The coast along the southern tip of Greenland is one of the windiest locations in the world due to s...
The Nordic seas region, due to its unique geographical and climatological conditions, experiences a ...