Global climate model (MIROC4.0) simulations for permafrost dynamics sensitivity to the subsurface and the atmosphere
A set of land-atmosphere coupled global climate model simulations were performed to investigate the sensitivity of the permafrost dynamics and the soil settings to the subsurface hydro-thermal states and to examine the impacts on the hydro-climate above the surface. c5s0 (conventional land process s...
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dataone:dcx_1e121697-bb78-476a-b625-ee6175c3277f_0 2024-06-03T18:46:41+00:00 Global climate model (MIROC4.0) simulations for permafrost dynamics sensitivity to the subsurface and the atmosphere ENVELOPE(-180.0,180.0,90.0,-90.0) 2015-05-08T01:59:39.625Z https://search.dataone.org/view/dcx_1e121697-bb78-476a-b625-ee6175c3277f_0 unknown International Arctic Research Center (IARC) Data Archive GCM (Global Climate model) simulations permafrost dynamics atmospheric impacts Dataset dataone:urn:node:IARC 2024-06-03T18:07:25Z A set of land-atmosphere coupled global climate model simulations were performed to investigate the sensitivity of the permafrost dynamics and the soil settings to the subsurface hydro-thermal states and to examine the impacts on the hydro-climate above the surface. c5s0 (conventional land process scheme; conventional soil property values; 5-layer 4m soil column; no top organic layers) c5s0o (conventional land process scheme; physically-based soil property values; 5-layer 4m soil column; no top organic layers) p5s0 (partial refinement (no unfrozen water); physically-based soil property values; 5-layer 4m soil column; no top organic layers) r6s1(refined permafrost dynamics; physically-based soil property values; 6-layer 14m soil column; top organic layers) rCs0 (refined permafrost dynamics; physically-based soil property values; 12-layer 100m soil column; no top organic layers) rCs1y (refined permafrost dynamics; physically-based soil property values; 12-layer 100m soil column; top organic layers; different hydraulic parameters) rCs1 (refined permafrost dynamics; physically-based soil property values; 12-layer 100m soil column; top organic layers) The work was partially supported by NSF Grant number ARC-0327664, 0652838. The MIROC GCM was developed by CCSR (Univ. Tokyo), NIES and FRCGC, Japan. Simulations were done at the Arctic Research Supercomputing Center (ARSC). Dataset Arctic permafrost International Arctic Research Center (IARC) Data Archive (via DataONE) Arctic |
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Open Polar |
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International Arctic Research Center (IARC) Data Archive (via DataONE) |
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dataone:urn:node:IARC |
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unknown |
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GCM (Global Climate model) simulations permafrost dynamics atmospheric impacts |
spellingShingle |
GCM (Global Climate model) simulations permafrost dynamics atmospheric impacts Global climate model (MIROC4.0) simulations for permafrost dynamics sensitivity to the subsurface and the atmosphere |
topic_facet |
GCM (Global Climate model) simulations permafrost dynamics atmospheric impacts |
description |
A set of land-atmosphere coupled global climate model simulations were performed to investigate the sensitivity of the permafrost dynamics and the soil settings to the subsurface hydro-thermal states and to examine the impacts on the hydro-climate above the surface. c5s0 (conventional land process scheme; conventional soil property values; 5-layer 4m soil column; no top organic layers) c5s0o (conventional land process scheme; physically-based soil property values; 5-layer 4m soil column; no top organic layers) p5s0 (partial refinement (no unfrozen water); physically-based soil property values; 5-layer 4m soil column; no top organic layers) r6s1(refined permafrost dynamics; physically-based soil property values; 6-layer 14m soil column; top organic layers) rCs0 (refined permafrost dynamics; physically-based soil property values; 12-layer 100m soil column; no top organic layers) rCs1y (refined permafrost dynamics; physically-based soil property values; 12-layer 100m soil column; top organic layers; different hydraulic parameters) rCs1 (refined permafrost dynamics; physically-based soil property values; 12-layer 100m soil column; top organic layers) The work was partially supported by NSF Grant number ARC-0327664, 0652838. The MIROC GCM was developed by CCSR (Univ. Tokyo), NIES and FRCGC, Japan. Simulations were done at the Arctic Research Supercomputing Center (ARSC). |
format |
Dataset |
title |
Global climate model (MIROC4.0) simulations for permafrost dynamics sensitivity to the subsurface and the atmosphere |
title_short |
Global climate model (MIROC4.0) simulations for permafrost dynamics sensitivity to the subsurface and the atmosphere |
title_full |
Global climate model (MIROC4.0) simulations for permafrost dynamics sensitivity to the subsurface and the atmosphere |
title_fullStr |
Global climate model (MIROC4.0) simulations for permafrost dynamics sensitivity to the subsurface and the atmosphere |
title_full_unstemmed |
Global climate model (MIROC4.0) simulations for permafrost dynamics sensitivity to the subsurface and the atmosphere |
title_sort |
global climate model (miroc4.0) simulations for permafrost dynamics sensitivity to the subsurface and the atmosphere |
publisher |
International Arctic Research Center (IARC) Data Archive |
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url |
https://search.dataone.org/view/dcx_1e121697-bb78-476a-b625-ee6175c3277f_0 |
op_coverage |
ENVELOPE(-180.0,180.0,90.0,-90.0) |
geographic |
Arctic |
geographic_facet |
Arctic |
genre |
Arctic permafrost |
genre_facet |
Arctic permafrost |
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1800869738565337088 |