CITY OF LONG BEACH CLIMATE ACTION AND ADAPTATION PLAN (CAAP)

City of Long Beach: Downtown Area

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Map Index These maps depict low-lying areas adjacent to the shoreline that City of Long Beach Sea Level Rise Vulnerability: Downtown Area of King Tide Inundation may be exposed to flooding under existing and future coastal water Sea Level Rise Public Recreation Water & Energy Infrastructure Community Building/Facility levels under a “no action” scenario. The maps show potential flood extents associated with annual king tides for different amounts of 66" (2100 High) Park O! Sewer Pump Station (! Park, Rec, & Marine sea level rise. The actual amount of flooding would depend on a 37" (2100 Mid) Bike Pathway 1$ Substation number of factors, including the extent of any future shoreline and City of Long Beach 24" (2050) Port of Long Beach stormwater system improvements that may reduce the severity of future flooding. There is considerable uncertainty in the amount 11" (2030) POLB Harbor District and timing of future sea level rise; however, maps such as these Note: The flooding extent for the King Tide + 37” SLR scenario is similar to the flooding anticipated from 66” of SLR on top of daily high tide (MHHW). The flooding extent for the King Tide + 24” SLR scenario is similar to the flooding anticipated from 37” of SLR on top of daily high tide (MHHW). provide a better understanding of where the City should its efforts Source: City of Long Beach; Southern California Edison, ESA Associates; Los Angeles County; U.S. Geological Survey 0 0.1 0.2 0.4 to reduce flood vulnerabilities now and in the future. Coastal Storm Modeling System (CoSMoS), AECOM 2018 Miles I CITY OF LONG BEACH CLIMATE ACTION AND ADAPTATION PLAN (CAAP)

City of Long Beach: Eastern Area E 7th St (!22

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Map Index These maps depict low-lying areas adjacent to the shoreline that City of Long Beach Sea Level Rise Vulnerability: Eastern Area of King Tide Inundation may be exposed to flooding under existing and future coastal water Sea Level Rise Public Recreation Water & Energy Infrastructure Community Building/Facility levels under a “no action” scenario. The maps show potential flood extents associated with annual king tides for different amounts of 66" (2100 High) /" Park op Potable Facility School sea level rise. The actual amount of flooding would depend on a 37" (2100 Mid) Bike Pathway O! Stormwater Pump Station jk Fire Station number of factors, including the extent of any future shoreline and City of Long Beach 24" (2050) Ecological Resource O! Sewer Pump Station (! Park, Rec, & Marine stormwater system improvements that may reduce the severity of future flooding. There is considerable uncertainty in the amount 11" (2030) Los Cerritos Wetland Complex 1$ Substation C! Marine Safety and timing of future sea level rise; however, maps such as these Note: The flooding extent for the King Tide + 37” SLR scenario is similar to the flooding anticipated from 66” of SLR on top of daily high tide (MHHW). V# Library The flooding extent for the King Tide + 24” SLR scenario is similar to the flooding anticipated from 37” of SLR on top of daily high tide (MHHW). provide a better understanding of where the City should its efforts Source: City of Long Beach; Southern California Edison, ESA Associates; Los Angeles County; U.S. Geological Survey 0 0.1 0.2 0.4 to reduce flood vulnerabilities now and in the future. Coastal Storm Modeling System (CoSMoS), AECOM 2018 Miles I CITY OF LONG BEACH CLIMATE ACTION AND ADAPTATION PLAN (CAAP)

City of Long Beach: Western Area

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s n %2 e e O! u kj Q O! O! Map Index These maps depict low-lying areas adjacent to the shoreline that City of Long Beach Sea Level Rise Vulnerability: Western Area of King Tide Inundation may be exposed to flooding under existing and future coastal water Sea Level Rise Public Recreation Water & Energy Infrastructure Community Building/Facility levels under a “no action” scenario. The maps show potential flood extents associated with annual king tides for different amounts of 66" (2100 High) op jk Fire Station Park Potable Facility sea level rise. The actual amount of flooding would depend on a 37" (2100 Mid) Bike Pathway O! Stormwater Pump Station ?! Police Facility number of factors, including the extent of any future shoreline and City of Long Beach Pacific Ocean 24" (2050) Port of Long Beach O! Sewer Pump Station XY Health Resource Center stormwater system improvements that may reduce the severity of 11" (2030) future flooding. There is considerable uncertainty in the amount POLB Harbor District 1$ Substation (! Park, Rec, & Marine and timing of future sea level rise; however, maps such as these Note: The flooding extent for the King Tide + 37” SLR scenario is similar to the flooding anticipated from 66” of SLR on top of daily high tide (MHHW). %2 The flooding extent for the King Tide + 24” SLR scenario is similar to the flooding anticipated from 37” of SLR on top of daily high tide (MHHW). Solid Waste Facility provide a better understanding of where the City should its efforts Source: City of Long Beach; Southern California Edison, ESA Associates; Los Angeles County; U.S. Geological Survey 0 0.1 0.2 0.4 to reduce flood vulnerabilities now and in the future. Coastal Storm Modeling System (CoSMoS), AECOM 2018 Miles I