As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As an additional contribution to the Year of Polar Prediction for the Southern Hemisphere (YOPP-SH), Météo-France has also provided a “test” version of the ARPEGE-SH configuration coupled with the 1D sea-ice model GELATO. A 4DVar assimilation was performed every 6h with the observation used by the ARPEGE operational version. 10 days and 5 days forecast have been provided at resp. at 00UTC and 12UTC and only 06h forecast at 6 and 18UTC. 21 YOPP super-site (17 over Antarctica and 4 for the Third Pole) are available. For several super sites, near the coast, the two nearest grid points have been extracted: one over sea and one over land. The time-series are available in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As an additional contribution to the Year of Polar Prediction for the Southern Hemisphere (YOPP-SH), Météo-France has also provided a “test” version of the ARPEGE-SH configuration coupled with the 1D sea-ice model GELATO. A 4DVar assimilation was performed every 6h with the observation used by the ARPEGE operational version. 10 days and 5 days forecast have been provided at resp. at 00UTC and 12UTC and only 06h forecast at 6 and 18UTC. 21 YOPP super-site (17 over Antarctica and 4 for the Third Pole) are available. For several super sites, near the coast, the two nearest grid points have been extracted: one over sea and one over land. The time-series are available in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As an additional contribution to the Year of Polar Prediction for the Southern Hemisphere (YOPP-SH), Météo-France has also provided a “test” version of the ARPEGE-SH configuration coupled with the 1D sea-ice model GELATO. A 4DVar assimilation was performed every 6h with the observation used by the ARPEGE operational version. 10 days and 5 days forecast have been provided at resp. at 00UTC and 12UTC and only 06h forecast at 6 and 18UTC. 21 YOPP super-site (17 over Antarctica and 4 for the Third Pole) are available. For several super sites, near the coast, the two nearest grid points have been extracted: one over sea and one over land. The time-series are available in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As an additional contribution to the Year of Polar Prediction for the Southern Hemisphere (YOPP-SH), Météo-France has also provided a “test” version of the ARPEGE-SH configuration coupled with the 1D sea-ice model GELATO. A 4DVar assimilation was performed every 6h with the observation used by the ARPEGE operational version. 10 days and 5 days forecast have been provided at resp. at 00UTC and 12UTC and only 06h forecast at 6 and 18UTC. 21 YOPP super-site (17 over Antarctica and 4 for the Third Pole) are available. For several super sites, near the coast, the two nearest grid points have been extracted: one over sea and one over land. The time-series are available in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
As contribution to the Year of Polar Prediction (YOPP), Méteo-France has also provided a “test” version of the global operational model ARPEGE but coupled with the 1D sea-ice model GELATO. The model configuration is exactly the same: T1198L105c2.2, around 8-9km over the North-Pole. Time series are also available for the 21 YOPP supersites and for the two SOP YOPP-NH periods (1st Feb. 2018 – 31 March 2018 and 1st July – 30 September 2018) in the NetCdf format via the YOPP Data Portal and on the ftp site: ftp.umr-cnrm.fr see the contact name.
Institutions: Norwegian Meteorological Institute / Arctic Data Centre