Pima Adapta. Risks — Integrated Risk of the Valencian Community

Spatial distribution of integrated risk for each municipality in the following scenarios: — Flood scenario 1 (Maximum flood event T=100 years in the current climate). — Flood scenario 2 (Maximum flood event T=500 years in the current climate). — Flood scenario 3 (Maximum flood event T=100 years + increase of NMM corresponding to RCP4.5. regionalised mid-century (horizon 2050)). — Flood scenario 4 (Maximum flood event T=500 years + increase of NMM corresponding to RCP4.5. regionalised mid-century (horizon 2050)). — Flood scenario 5 (Maximum flood event T=100 years + NMM increase corresponding to RCP4.5. regionalised at the end of the century (horizon 2100)). — Flood scenario 6 (Maximum flood event T=500 years + increase of NMM corresponding to RCP4.5. regionalised at the end of the century (horizon 2100)). — Flood scenario 7 (Maximum flood event T=100 years + NMM increase corresponding to RCP8.5. regionalised at the end of the century (horizon 2100)). — Flood scenario 8 (Maximum flood event T=500 years + NMM increase corresponding to RCP8.5. regionalised at the end of the century (horizon 2100)). y — Spatial distribution of the integrated risk discounted for each municipality in flood scenario 3 (Maximum flood event T=100 years + increase of NMM corresponding to the RCP4.5. regionalised mid-century (horizon 2050)). The discount rates used are 2 % in the medium term (2050) and 1 % in the long term (2100). — Spatial distribution of the integrated risk discounted for each municipality in flood scenario 4 (Maximum flood event T=500 years + increase of NMM corresponding to the RCP4.5. regionalised mid-century (horizon 2050)). The discount rates used are 2 % in the medium term (2050) and 1 % in the long term (2100). — Spatial distribution of the integrated risk discounted for each municipality in the flood scenario 5 (Maximum flood event T=100 years + increase of the NMM corresponding to the RCP4.5. regionalised at the end of the century (horizon 2100)). The discount rates used are 2 % in the medium term (2050) and 1 % in the long term (2100). — Spatial distribution of the integrated risk discounted for each municipality in the flood scenario 6 (Maximum flood event T=500 years + increase of the NMM corresponding to the RCP4.5. regionalised at the end of the century (horizon 2100)). The discount rates used are 2 % in the medium term (2050) and 1 % in the long term (2100). — Spatial distribution of the integrated risk discounted for each municipality in the flood scenario 7 (Maximum flood event T=100 years + increase of the NMM corresponding to the RCP8.5. regionalised at the end of the century (horizon 2100)). The discount rates used are 2 % in the medium term (2050) and 1 % in the long term (2100). — Spatial distribution of the integrated risk discounted for each municipality in the flood scenario 8 (Maximum flood event T=500 years + increase of the NMM corresponding to the RCP8.5. regionalised at the end of the century (horizon 2100)). The discount rates used are 2 % in the medium term (2050) and 1 % in the long term (2100).