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Comprehensive Plan Coastal Management Element so 70 J LL 60 d � 50 v � c C ci 2 40 > d m L 30 In v 20 QJ W -10 Unified Sea Level Rise Projection j !(Southeast Florida. Regio nal Climate Change Compact, 2015); I L �.+ -' � - Uxgfi tn,erm=tiaifr` ti;'. -A :.aem:�iaia lute 1992 2000 2010 2020 2030 2040 2050 2060 2070 20s0 2090 2100 Year Concurrentiv, the National Oceanographic and Atmospheric Administration (NOAA) Coastal Services Center began development of the web -based SLR and Coastal Flooding Impacts Viewer to aid visualization and adaptation planning efforts for various SLR scenarios. Pilot studies initially focused on specific geographic areas along the coasts of Delaware, Mississippi, and Alabama; however, the viewer (now called the Sea Level Rise Viewer) has been regularly updated to include a broad range of coastal areas, including nearly all of Indian River County east of Interstate 95 (I-95). For informational numoses..Indian River Countv was included in a similar SLR vulnerabili assessment in 2012 that . was coordinated by the Seven50 initiative and the Southeast Florida Regional Partnership, which incorporated methodologies developed .by the SFRCCC. The assessment, whose results were presented in the 2013 report "Analysis of the Vulnerability to Sea Level Rise. of the Northern SE FL Counties in the Seven50 Planning Region" (APpendix A), upon which the one foot, two foot, and three foot inundation levels were mapped, were derived from Light Detection and RangingaJDAR) vertical elevation data that were obtained from the NOAA Coastal Services Center. These data were originally collected in 2007 for the Florida Department of Emergency Management (FDEM). SLR inundation maps depicted flood risks based on two levels of confidence, 80-100% certainty and 20-79.9% certainty, and were categorized as either "more likelf to be inundated or "possibly" inundated, respectively. The local maps presented in the 2013 Seven50 report, provided a clear Community Development Department Indian River County 25 APPENDIX A IPCC AR5 USACE High NOPA,Hikh Year Median (inches) (inches) '; (inches) --- --------- 2030, 200 i 6 10 12 :i 2060 ( 14 26 34 ..•' 2100 i 31 61 .81' E .,. I L �.+ -' � - Uxgfi tn,erm=tiaifr` ti;'. -A :.aem:�iaia lute 1992 2000 2010 2020 2030 2040 2050 2060 2070 20s0 2090 2100 Year Concurrentiv, the National Oceanographic and Atmospheric Administration (NOAA) Coastal Services Center began development of the web -based SLR and Coastal Flooding Impacts Viewer to aid visualization and adaptation planning efforts for various SLR scenarios. Pilot studies initially focused on specific geographic areas along the coasts of Delaware, Mississippi, and Alabama; however, the viewer (now called the Sea Level Rise Viewer) has been regularly updated to include a broad range of coastal areas, including nearly all of Indian River County east of Interstate 95 (I-95). For informational numoses..Indian River Countv was included in a similar SLR vulnerabili assessment in 2012 that . was coordinated by the Seven50 initiative and the Southeast Florida Regional Partnership, which incorporated methodologies developed .by the SFRCCC. The assessment, whose results were presented in the 2013 report "Analysis of the Vulnerability to Sea Level Rise. of the Northern SE FL Counties in the Seven50 Planning Region" (APpendix A), upon which the one foot, two foot, and three foot inundation levels were mapped, were derived from Light Detection and RangingaJDAR) vertical elevation data that were obtained from the NOAA Coastal Services Center. These data were originally collected in 2007 for the Florida Department of Emergency Management (FDEM). SLR inundation maps depicted flood risks based on two levels of confidence, 80-100% certainty and 20-79.9% certainty, and were categorized as either "more likelf to be inundated or "possibly" inundated, respectively. The local maps presented in the 2013 Seven50 report, provided a clear Community Development Department Indian River County 25 APPENDIX A