YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
YOPP SiteMIP data for Polarstern. AROME_Arctic is a convection-permitting atmosphere model covering parts of the Barents Sea and the Nordic Arctic. It has horizontal resolution of 2.5 km and 65 vertical levels. AROME_Arctic runs for 66 hours four times a day (00,06,12,18) with three-hourly cycling for data assimilation. Boundary data is from ECMWF. Model code based on HARMONIE cy40h1.1
