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pdf:docinfo:title: Using a large ensemble of simulations to assess the Northern Hemisphere stratospheric dynamical response to tropical volcanic eruptions and its uncertainty
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subject: Atmospheric Science; ATMOSPHERIC COMPOSITION AND STRUCTURE: Volcanic effects; GLOBAL CHANGE: Climate variability, Oceans, Abrupt/rapid climate change; ATMOSPHERIC PROCESSES: Stratosphere/troposphere interactions, Climate change and variability, Climatology; OCEANOGRAPHY: GENERAL: Climate and interannual variability; NATURAL HAZARDS: Atmospheric, Climate impact; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability; VOLCANOLOGY: Atmospheric effects, Volcano/climate interactions
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dc:title: Using a large ensemble of simulations to assess the Northern Hemisphere stratospheric dynamical response to tropical volcanic eruptions and its uncertainty
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cp:subject: Atmospheric Science; ATMOSPHERIC COMPOSITION AND STRUCTURE: Volcanic effects; GLOBAL CHANGE: Climate variability, Oceans, Abrupt/rapid climate change; ATMOSPHERIC PROCESSES: Stratosphere/troposphere interactions, Climate change and variability, Climatology; OCEANOGRAPHY: GENERAL: Climate and interannual variability; NATURAL HAZARDS: Atmospheric, Climate impact; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability; VOLCANOLOGY: Atmospheric effects, Volcano/climate interactions
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pdf:docinfo:subject: Atmospheric Science; ATMOSPHERIC COMPOSITION AND STRUCTURE: Volcanic effects; GLOBAL CHANGE: Climate variability, Oceans, Abrupt/rapid climate change; ATMOSPHERIC PROCESSES: Stratosphere/troposphere interactions, Climate change and variability, Climatology; OCEANOGRAPHY: GENERAL: Climate and interannual variability; NATURAL HAZARDS: Atmospheric, Climate impact; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability; VOLCANOLOGY: Atmospheric effects, Volcano/climate interactions
pdf:docinfo:creator: Matthias Bittner, Hauke Schmidt, Claudia Timmreck, Frank Sienz
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dc:description: Atmospheric Science; ATMOSPHERIC COMPOSITION AND STRUCTURE: Volcanic effects; GLOBAL CHANGE: Climate variability, Oceans, Abrupt/rapid climate change; ATMOSPHERIC PROCESSES: Stratosphere/troposphere interactions, Climate change and variability, Climatology; OCEANOGRAPHY: GENERAL: Climate and interannual variability; NATURAL HAZARDS: Atmospheric, Climate impact; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability; VOLCANOLOGY: Atmospheric effects, Volcano/climate interactions
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description: Atmospheric Science; ATMOSPHERIC COMPOSITION AND STRUCTURE: Volcanic effects; GLOBAL CHANGE: Climate variability, Oceans, Abrupt/rapid climate change; ATMOSPHERIC PROCESSES: Stratosphere/troposphere interactions, Climate change and variability, Climatology; OCEANOGRAPHY: GENERAL: Climate and interannual variability; NATURAL HAZARDS: Atmospheric, Climate impact; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability; VOLCANOLOGY: Atmospheric effects, Volcano/climate interactions
dcterms:created: 2016-09-20T02:14:09Z
Last-Modified: 2016-09-29T06:31:45Z
dcterms:modified: 2016-09-29T06:31:45Z
title: Using a large ensemble of simulations to assess the Northern Hemisphere stratospheric dynamical response to tropical volcanic eruptions and its uncertainty
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creator: Matthias Bittner, Hauke Schmidt, Claudia Timmreck, Frank Sienz
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