IntroductionDevelop a comprehensive vulnerability assessment framework that integrates geospatial analysis and stakeholder input to facilitate enhanced community resilience through planning Vulnerabi ID: 845483
Download Pdf The PPT/PDF document "CURRENT FUTURE VULNERABILITY OF SARASOT..." is the property of its rightful owner. Permission is granted to download and print the materials on this web site for personal, non-commercial use only, and to display it on your personal computer provided you do not modify the materials and that you retain all copyright notices contained in the materials. By downloading content from our website, you accept the terms of this agreement.
1 CURRENT & FUTURE VULNERABILITY OF SARASO
CURRENT & FUTURE VULNERABILITY OF SARASOTA COUNTY, FL, TO HURRICANE STORM SURGE & SEA LEVEL RISEDr. Tim Fr, Penn State University –The University of IdahoDr. Brent Yarnal, Penn State UniversityDr. Nathan Wood, U.S. Geological
2 Survey IntroductionDevelop a comprehensi
Survey IntroductionDevelop a comprehensive vulnerability assessment framework that integrates geospatial analysis and stakeholder input to facilitate enhanced community resilience through planning. Vulnerability assessment includin
3 g SLR Decision-support methodology incor
g SLR Decision-support methodology incorporating scientific understanding with value-based human dynamicsInject SLR scenarios into long-range planning activities IntroductionPhase 1Results Phase 2 Results
4 Conclusions Prior Research SLOSH
Conclusions Prior Research SLOSH Model = Sea, Lake, Overland Surges from Hurricanes ModelWu et al. (2002) Kleinosky et al. (2007)IntroductionPhase 1Results Phase 2 Results Conclusions Prior R
5 esearch Wood, Church, Frazier, & Yarnal
esearch Wood, Church, Frazier, & Yarnal (2007) IntroductionPhase 1Results Phase 2 Results Conclusions Study Area IntroductionPhase 1Results Phase 2 Results Conclusio
6 ns Category 1 SLOSH Introduction
ns Category 1 SLOSH Introduction Phase 1 Results Phase 2 Results Conclusions Category 1 with 30 cm Sea Level Rise Introduction Phase 1 Results
7 Phase 2 Results
Phase 2 Results Conclusions Category 1 with 60 cm Sea Level Rise Introduction Phase 1 Results Phase 2 Results Conclusions Category 1 with 90 cm Sea Lev
8 el Rise Introduction Phase 1
el Rise Introduction Phase 1 Results Phase 2 Results Conclusions Category 1 with 120 cm Sea Level Rise Introduction Phase 1 Results Phase 2
9 Results Conclusions
Results Conclusions Category 2 with SLOSH Introduction Phase 1 Results Phase 2 Results Conclusions Category 2 with 30 cm Sea Level Rise Introduction
10 Phase 1 Results
Phase 1 Results Phase 2 Results Conclusions Category 2 with 60 cm Sea Level Rise Introduction Phase 1 Results Phase 2 Results
11 Conclusions Category 2 with 90 cm Sea
Conclusions Category 2 with 90 cm Sea Level Rise Introduction Phase 1 Results Phase 2 Results Conclusions Category 2 with 120 cm Sea Level Rise Introduction Phas
12 e 1 Results Phase
e 1 Results Phase 2 Results Conclusions Category 3 with SLOSH Introduction Phase 1 Results Phase 2 Results Conclusions Category 3 w
13 ith 30 cm Sea Level Rise Introduction
ith 30 cm Sea Level Rise Introduction Phase 1 Results Phase 2 Results Conclusions Category 3 with 60 cm Sea Level Rise Introduction Phase 1 Results
14 Phase 2 Results
Phase 2 Results Conclusions Category 3 with 90 cm Sea Level Rise Introduction Phase 1 Results Phase 2 Results Conclusions Category 3 with 120 cm S
15 ea Level Rise Introduction P
ea Level Rise Introduction Phase 1 Results Phase 2 Results Conclusions Category 4-5 SLOSH Introduction Phase 1 Results Phase 2 Res
16 ults Conclusions Category 4-5
ults Conclusions Category 4-5 with 30 cm Sea Level Rise Introduction Phase 1 Results Phase 2 Results Conclusions Category 4-5 with 60 cm Sea Level Rise Introduction
17 Phase 1 Results
Phase 1 Results Phase 2 Results Conclusions Category 4-5 with 90 cm Sea Level Rise Introduction Phase 1 Results Phase 2 Results
18 Conclusions Category 4-5 with
Conclusions Category 4-5 with 120 cm Sea Level Rise Introduction Phase 1 Results Phase 2 Results Conclusions All Categories with SLR Introduction Phase 1
19 ResultsPhase 2 Results
ResultsPhase 2 Results Conclusions 0%10%20%30%40%50%60%70%80%90%100%RidgeDesotoLakesEnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSar
20 asotaSiestaKeyGateRidgeSarasotaVeniceSou
asotaSiestaKeyGateRidgeSarasotaVeniceSouthgateMeadowsVamoVeniceVeniceGardensWarmMineralUnincorporatedSarasotaCountyPercentTotalPopulationSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPh
21 ase 2 Results Conc
ase 2 Results Conclusions 0%10%20%30%40%50%60%70%80%90%100%RidgeDesotoLakesEnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSarasotaSies
22 taKeyGateRidgeSarasotaVeniceSouthgateMea
taKeyGateRidgeSarasotaVeniceSouthgateMeadowsVamoVeniceVeniceGardensWarmMineralUnincorporatedSarasotaCountyPercentTotalPopulationSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPhase 2
23 Results Conclusions 0
Results Conclusions 0%10%20%30%40%50%60%70%80%90%100%RidgeDesotoLakesEnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSarasotaSiestaKeyGate
24 RidgeSarasotaVeniceSouthgateMeadowsVamoV
RidgeSarasotaVeniceSouthgateMeadowsVamoVeniceVeniceGardensWarmMineralUnincorporatedSarasotaCountyPercentTotalPopulationSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPhase 2 R
25 esults Conclusions 0%10%20%30
esults Conclusions 0%10%20%30%40%50%60%70%80%90%100%RidgeDesotoLakesEnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSarasotaSiestaKeyGateRidgeSara
26 sotaVeniceSouthgateMeadowsVamoVeniceVeni
sotaVeniceSouthgateMeadowsVamoVeniceVeniceGardensWarmMineralUnincorporatedSarasotaCountyPercentTotalPopulationSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPhase 2 Results
27 Conclusions 0%10%20%30%40%50%60
Conclusions 0%10%20%30%40%50%60%70%80%90%100%RidgeDesotoLakesEnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSarasotaSiestaKeyGateRidgeSarasotaVenic
28 eSouthgateMeadowsVamoVeniceVeniceGardens
eSouthgateMeadowsVamoVeniceVeniceGardensWarmMineralUnincorporatedSarasotaCountyPercentPopulationOverSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPhase 2 Results C
29 onclusions 0%10%20%30%40%50%60%70%80%90%
onclusions 0%10%20%30%40%50%60%70%80%90%100%RidgeDesotoLakesEnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSarasotaSiestaKeyGateRidgeSarasotaVeniceSouthgate
30 MeadowsVamoVeniceVeniceGardensWarmMinera
MeadowsVamoVeniceVeniceGardensWarmMineralUnincorporatedSarasotaCountyPercentFemaleSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPhase 2 Results Conclusions 0%10%20
31 %30%40%50%60%70%80%90%100%RidgeDesotoLak
%30%40%50%60%70%80%90%100%RidgeDesotoLakesEnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSarasotaSiestaKeyGateRidgeSarasotaVeniceSouthgateMeadowsVamoVeniceV
32 eniceGardensWarmMineralUnincorporatedSar
eniceGardensWarmMineralUnincorporatedSarasotaCountyPercentTaxParcelsSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPhase 2 Results Conclusions 0%10%20%30%40%50%60%7
33 0%80%90%100%RidgeDesotoLakesEnglewoodGat
0%80%90%100%RidgeDesotoLakesEnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSarasotaSiestaKeyGateRidgeSarasotaVeniceSouthgateMeadowsVamoVeniceVeniceGardensWa
34 rmMineralUnincorporatedSarasotaCountyPer
rmMineralUnincorporatedSarasotaCountyPercentTaxParcelsSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPhase 2 Results Conclusions 0%10%20%30%40%50%60%70%80%90%100%Ri
35 dgeDesotoLakesEnglewoodGateEstatesKensin
dgeDesotoLakesEnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSarasotaSiestaKeyGateRidgeSarasotaVeniceSouthgateMeadowsVamoVeniceVeniceGardensWarmMineralUninc
36 orporatedSarasotaCountyPercentTaxParcels
orporatedSarasotaCountyPercentTaxParcelsSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPhase 2 Results Conclusions 0%10%20%30%40%50%60%70%80%90%100%RidgeDesotoLakes
37 EnglewoodGateEstatesKensingtonParkLakeSa
EnglewoodGateEstatesKensingtonParkLakeSarasotaLaurelLongboatKeyNokomisPortSarasotaOspreyPlantationRidgeWoodHeightsSarasotaSarasotaSiestaKeyGateRidgeSarasotaVeniceSouthgateMeadowsVamoVeniceVeniceGardensWarmMineralUnincorporatedSaras
38 otaCountyPercentTaxParcelsSurgeZoneCateg
otaCountyPercentTaxParcelsSurgeZoneCategory SLOSH Plus30 Plus60 Plus90 Plus120 Introduction Phase 1ResultsPhase 2 Results Conclusions Sarasota County, Florida: Land Use 2050 Focus Groups33 Particip
39 antsDivided into subgroupsEnvironmentalP
antsDivided into subgroupsEnvironmentalPlannersFacilities & infrastructureGovernment officialsPresentation of research Introduction Phase 1Results Results Conclusions SLOSH Output: All Categories I
40 ntroduction Phase 1Results
ntroduction Phase 1Results Results Conclusions Category 3 With 30, 60, 90, 120, cm of SLR Introduction Phase 1Results Results Conclusions Results: Overall Location
41 of developmentLocation urban service bo
of developmentLocation urban service boundaryInfrastructure inside hazard zonesCost of shifting development Introduction Phase 1Results Phase 2 ResultsConclusions Results: Business ID beach specif
42 ic businessesRebuilding with FEMA restri
ic businessesRebuilding with FEMA restrictionsMoving critical & essential facilitiesImposing mitigation restrictionsIntroduction Phase 1Results Phase 2 ResultsConclusions Results: Environmental Mit
43 igate SLR impacts on environmental areas
igate SLR impacts on environmental areas Transfer development Develop land swapsReplenish wetlands for surge mitigationIntroduction Phase 1Results Phase 2 ResultsConclusions Results: Planners Incre
44 ase density outside hazards zonesIncenti
ase density outside hazards zonesIncentives to steer developmentStrategies to retreat from coastLimited by economic realities Introduction Phase 1Results Phase 2 ResultsConclusions Results: Facilit
45 ies & Infrastructure Mitigate nowMove da
ies & Infrastructure Mitigate nowMove dated infrastructureEnsure functional flexibilityRevise existing Plan better for futureinfrastructure in hazard zonesEvacuationIntroduction Phase 1Results Phase 2
46 ResultsConclusions Results: Governme
ResultsConclusions Results: Government Officials Evaluate placement of urban service Mitigation need vs. cost of moving (facilities & infrastructure)Locate high density residential outside hazard zonesTransportation add more N
47 to S Introduction Phase 1Re
to S Introduction Phase 1Results Phase 2 ResultsConclusions Conclusions Development constricted to hazards zonesSpecific adjustmentsRelax urban service boundarySteer development out of hazards zon
48 esRelocate/replace infrastructureExplore
esRelocate/replace infrastructureExplore evacuation alternatives Urban growth boundaries in coastal communities could contribute to hurricane hazards exposureIntroduction Phase 1Results Phase 2 Res