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Description: The layer shows flooding risk scenarios due to the expected Sea Level Rise (SLR) of Norh Adriatic coastal plain. The map derives from the combination of the eustatic SLR due to the global climate change, the isostasy and the local tectonic movements. The 3 scenarios refer to IPCC-2013 model RCP-8.5 (model of 600ppm atmospheric CO2 concentration) and to Rahmstorf-2007 model. The first model points out an expected SLR between 0.53m (minimum value, green in maps) and 0.97m (maximum value, yellow in maps); the latter model indicates a SLR of 1.40m (orange in maps).
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Description: The layer shows flooding risk scenarios due to the expected Sea Level Rise (SLR) of Taranto coastal plain. The map derives from the combination of the eustatic SLR due to the global climate change, the isostasy and the local tectonic movements. The 3 scenarios refer to IPCC-2013 model RCP-8.5 (model of 600ppm atmospheric CO2 concentration) and to Rahmstorf-2007 model. The first model points out an expected SLR between 0.53m (minimum value, green in maps) and 0.97m (maximum value, yellow in maps); the latter model indicates a SLR of 1.40m (orange in maps).
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Description: The layer shows flooding risk scenarios due to the expected Sea Level Rise (SLR) of Oristano coastal plain. The map derives from the combination of the eustatic SLR due to the global climate change, the isostasy and the local tectonic movements. The 3 scenarios refer to IPCC-2013 model RCP-8.5 (model of 600ppm atmospheric CO2 concentration) and to Rahmstorf-2007 model. The first model points out an expected SLR between 0.53m (minimum value, green in maps) and 0.97m (maximum value, yellow in maps); the latter model indicates a SLR of 1.40m (orange in maps).
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Description: The layer shows flooding risk scenarios due to the expected Sea Level Rise (SLR) of Cagliari coastal plain. The map derives from the combination of the eustatic SLR due to the global climate change, the isostasy and the local tectonic movements. The 3 scenarios refer to IPCC-2013 model RCP-8.5 (model of 600ppm atmospheric CO2 concentration) and to Rahmstorf-2007 model. The first model points out an expected SLR between 0.53m (minimum value, green in maps) and 0.97m (maximum value, yellow in maps); the latter model indicates a SLR of 1.40m (orange in maps).
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