date: 2017-08-24T10:31:00Z
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pdf:docinfo:title: Stratificationdependent mixing may increase sensitivity of a winddriven Atlantic overturning to surface freshwater flux
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subject: Oceanography: Physical: General circulation; Oceanography: Physical: Upper ocean and mixed layer processes; Oceanography: General: Numerical modeling; Paleoceanography: Thermohaline; Global Change: Global climate models
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dc:title: Stratificationdependent mixing may increase sensitivity of a winddriven Atlantic overturning to surface freshwater flux
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cp:subject: Oceanography: Physical: General circulation; Oceanography: Physical: Upper ocean and mixed layer processes; Oceanography: General: Numerical modeling; Paleoceanography: Thermohaline; Global Change: Global climate models
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Creation-Date: 2009-10-07T07:37:56Z
Author: B. Marzeion, A. Levermann
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dc:description: Oceanography: Physical: General circulation; Oceanography: Physical: Upper ocean and mixed layer processes; Oceanography: General: Numerical modeling; Paleoceanography: Thermohaline; Global Change: Global climate models
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description: Oceanography: Physical: General circulation; Oceanography: Physical: Upper ocean and mixed layer processes; Oceanography: General: Numerical modeling; Paleoceanography: Thermohaline; Global Change: Global climate models
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Last-Modified: 2017-08-24T10:31:00Z
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title: Stratificationdependent mixing may increase sensitivity of a winddriven Atlantic overturning to surface freshwater flux
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