Matches in Nanopublications for { ?s ?p ?o <https://w3id.org/np/RAFFbjK7_tZgxq3thfjf68D0AlkIpV522EQ0Re-dWfDO8/assertion>. }
- 3952 type DefinedTerm assertion.
- 3946 type DefinedTerm assertion.
- 3941 type DefinedTerm assertion.
- 2919 type DefinedTerm assertion.
- mailto:georgehadib@gmail.com type Agent assertion.
- mailto:liv.denstad@rohub.com type Agent assertion.
- enrichment_service-account-enrichment type Agent assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d type DataResearchObject assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d type DataResearchObject assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d type ResearchObject assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d type LiveRO assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d type Dataset assertion.
- 39db8c95-263a-436f-bee7-27e4bba11ed0 type Folder assertion.
- 39db8c95-263a-436f-bee7-27e4bba11ed0 type Dataset assertion.
- 4e8ca0dc-581f-40db-9801-e90e6286047b type Folder assertion.
- 4e8ca0dc-581f-40db-9801-e90e6286047b type Dataset assertion.
- 5299d55c-217c-4e5f-911d-65d55656f701 type Folder assertion.
- 5299d55c-217c-4e5f-911d-65d55656f701 type Dataset assertion.
- 70b044ad-d6b0-4f61-ad0e-7b3c3b07c72e type Folder assertion.
- 70b044ad-d6b0-4f61-ad0e-7b3c3b07c72e type Dataset assertion.
- 38ac7e6d-482a-49d9-b431-8b77322f4c76 type BibliographicResource assertion.
- 38ac7e6d-482a-49d9-b431-8b77322f4c76 type Resource assertion.
- 38ac7e6d-482a-49d9-b431-8b77322f4c76 type MediaObject assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a type Dataset assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a type Resource assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a type MediaObject assertion.
- ro-crate-metadata.json type CreativeWork assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "current" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "surface" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "trend" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "theory" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "boundary condition" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "equilibrium" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "Agulhas" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "Gulf stream" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "overturning" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "steady state" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "thermocline" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Concept "Pangaea" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d FieldOfResearch "earth sciences" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d IPTC "Oceans" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Lemma "current" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Lemma "Antarctic Circumpolar Current" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Lemma "Gulf stream" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Lemma "ocean circulation" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Lemma "overturning" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Lemma "steady state" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Lemma "thermocline" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d NASA "geosciences" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Phrase "Arons theory" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Phrase "currents in the abyss" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Phrase "meridional overturning" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Phrase "steady state ocean circulation" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Phrase "thermocline theory" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Sentence "The simulated ocean circulation contains many of the observed currents in the world, like the Antarctic Circumpolar Current (ACC) the Kuroshio Current, the" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Sentence "The thermally driven large-scale ocean circulation is studied." assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Sentence "We obtain a steady state ocean circulation by running the time-dependent, nonlinear model to equilibrium using restoring boundary conditions on surface temperature." assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a rightsHolder "Joseph Henry Lacasce" assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a type "Model" assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a bibliographicCitation "Denstad, L. (2015).Pangea with wall using MITgcm [Data set]. Norstore. https://doi.org/10.11582/2015.00030" assertion.
- 3952 description "" assertion.
- 3946 description "" assertion.
- 3941 description "" assertion.
- 2919 description "" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d description "The thermally driven large-scale ocean circulation is studied. We obtain a steady state ocean circulation by running the time-dependent, nonlinear model to equilibrium using restoring boundary conditions on surface temperature. This is simulated by MITgcm using a 2◦ × 2◦ spherical polar grid. We examine how this circulation relates to theories of the surface - and the abyssal circulation. These theories include the linear thermocline theory and Stommel and Arons theory. An important factor in returning the deep water to the surface, is the diapycnal mixing. Why this is important will be discussed. The reasons why and where the deep water upwells, are well debated. We find that positive vertical velocity mainly occurs at the western boundaries, where both the currents in the abyss and at the surface are strong. The simulated ocean circulation contains many of the observed currents in the world, like the Antarctic Circumpolar Current (ACC), the Kuroshio Current, the Agulhas Current and the Gulf Stream. In addition, the meridional overturning has a realistic strength." assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a description "The thermally driven large-scale ocean circulation is studied. We obtain a steady state ocean circulation by running the time-dependent, nonlinear model to equilibrium using restoring boundary conditions on surface temperature. This is simulated by MITgcm using a 2◦ × 2◦ spherical polar grid. We examine how this circulation relates to theories of the surface - and the abyssal circulation. These theories include the linear thermocline theory and Stommel and Arons theory. An important factor in returning the deep water to the surface, is the diapycnal mixing. Why this is important will be discussed. The reasons why and where the deep water upwells, are well debated. We find that positive vertical velocity mainly occurs at the western boundaries, where both the currents in the abyss and at the surface are strong. The simulated ocean circulation contains many of the observed currents in the world, like the Antarctic Circumpolar Current (ACC), the Kuroshio Current, the Agulhas Current and the Gulf Stream. In addition, the meridional overturning has a realistic strength." assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d contentSize "9037" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d dateCreated "2022-03-22 01:17:48.105616+00:00" assertion.
- 38ac7e6d-482a-49d9-b431-8b77322f4c76 dateCreated "2022-03-22 01:17:59.573170+00:00" assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a dateCreated "2015-10-21 00:00:00" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d creation_mode "MANUAL" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Domain "hydrography" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d cite-as "Liv Denstad. "Pangea with wall using MITgcm." ROHub. Mar 22 ,2022. https://w3id.org/ro-id/0c794e71-1fd2-4282-97cd-179f144cb71d." assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Place "Agulhas" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d Place "Pangaea" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d about 3952 assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d about 3946 assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d about 3941 assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d about 2919 assertion.
- ro-crate-metadata.json about 0c794e71-1fd2-4282-97cd-179f144cb71d assertion.
- mailto:liv.denstad@rohub.com email "liv.denstad@rohub.com" assertion.
- 3952 name "Earth sciences" assertion.
- 3946 name "Physical sciences" assertion.
- 3941 name "Life sciences" assertion.
- 2919 name "Environmental research" assertion.
- mailto:georgehadib@gmail.com name "Geo H." assertion.
- mailto:liv.denstad@rohub.com name "Liv Denstad" assertion.
- enrichment_service-account-enrichment name "service-account-enrichment" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d name "Pangea with wall using MITgcm" assertion.
- 39db8c95-263a-436f-bee7-27e4bba11ed0 name "data" assertion.
- 4e8ca0dc-581f-40db-9801-e90e6286047b name "biblio" assertion.
- 5299d55c-217c-4e5f-911d-65d55656f701 name "metadata" assertion.
- 70b044ad-d6b0-4f61-ad0e-7b3c3b07c72e name "raw data" assertion.
- 38ac7e6d-482a-49d9-b431-8b77322f4c76 name "http://urn.nb.no/URN:NBN:no-46636" assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a name "Pangea with wall using MITgcm" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d contentUrl "https://api.rohub.org/api/ros/0c794e71-1fd2-4282-97cd-179f144cb71d/crate/download/" assertion.
- 38ac7e6d-482a-49d9-b431-8b77322f4c76 contentUrl "http://urn.nb.no/URN:NBN:no-46636" assertion.
- a8e0a3c1-054e-4bd6-8c82-0b11b049f24a contentUrl "https://archive.sigma2.no/pages/public/datasetDetail.jsf?id=10.11582/2015.00030" assertion.
- 0c794e71-1fd2-4282-97cd-179f144cb71d creator mailto:georgehadib@gmail.com assertion.
- 38ac7e6d-482a-49d9-b431-8b77322f4c76 creator mailto:georgehadib@gmail.com assertion.