[{"name":"hutchinson-2022-southern-ocean-1","title":"Data from a modelling study on the impact of Southern Ocean topographic features on the ocean and atmosphere","summary":"This dataset accompanies a study that investigates the impact of large topographic ridges in the Southern Ocean on the ocean circulation, the sea surface temperature, and the overlying winds and precipitation.\r\n\r\nThe control simulation was 1500-year long run and using modern geography and pre-industrial boundary conditions. After that, four sensitivity experiments were performed in which the barriers in Drake Passage, the Mid-Atlantic ridge, the Kerguelen Plateau, and the Campbell plateau were flattened, respectively.\r\n\r\nThe data are presented in netcdf format and represent 100 year averages at the end of the 1500 long simulations integrated upper layer velocities, sea surface temperature, sea level pressure, evaporation, and surface winds.","citations":"de Boer AM, Hutchinson DK, Roquet F, Sime LC, Burls NJ, Heuz\u00e9 C (2022) The impact of Southern Ocean topographic barriers on the ocean circulation and the overlying atmosphere.\u00a0J Climate.\u00a0doi:10.1175\/JCLI-D-21-0896.1","comments":"For any questions, please contact David Hutchinson at the address under Contact information.","category":"Marine","subcategory":"Circulation","keywords":"Southern Ocean; Climate modelling; Topography; Antarctic circumpolar current; Sea surface temperature","scientist":"David Hutchinson, Agatha de Boer","firstname":"David","lastname":"Hutchinson","address":"Climate Change Research Centre; University of New South Wales Sydney\r\n","postalcode":"2052","city":"Sydney","province":"NSW","country":"Australia","parameters":"Earth science > Oceans > Ocean circulation","location":"Ocean > Southern Ocean","progress":"Completed","language":"English","project":"Swedish Research Council VR Projects 2016-03912 and 2020-04791\r\n","publisher":"Bolin Centre Database","version":"1","constrains":"","access":""}]