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Improving Urban Resilience in Coastal Eco-Cities: System Integration

Improving Urban Resilience in Coastal Eco-Cities: System Integration. The “A” Team Vera Novak, Koichiro Shiraishi , Nieves Fernandez, Ziad Morsy , Sang Jin Kim. Coastal Eco-Cities. People and Planet. Climate change impact CO 2 threatens environment

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Improving Urban Resilience in Coastal Eco-Cities: System Integration

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  1. Improving Urban Resilience in Coastal Eco-Cities:System Integration The “A” Team Vera Novak, KoichiroShiraishi, Nieves Fernandez, ZiadMorsy, Sang Jin Kim

  2. Coastal Eco-Cities

  3. People and Planet

  4. Climate change impact CO2 threatens environment Increased complexity of problems Social structures weakened Quality of Life deteriorating Where are we now?

  5. 1975 1980 1985 1990 1995 2000 2005 Urban Poor

  6. RESILIENCE

  7. Regenerative Design Carbon Capture Collaborative Planning Process Strong Social Foundations Improved Urban Quality of Life GAP Building resilience

  8. Systems thinking • Bottom up & top down • Improve resilience • Economically viable Our approach

  9. HQI (Housing Quality Indicator) BREEAM (Environmental Impact Assessment) Social Foundations Quality of Life Indicator Planetary Boundaries Vitruvian Qualities CityPlanner Developer/ Designer Constructorr Quality/ Value Research PROCESS GAP DQI (Design Quality Indicator) Existing tools

  10. Values / Resilience Indicators Sustainability Improvement Activities Planetary Boundaries Social Foundations Implementation Vitruvian Quality Exterior Environment Built Environment Energy/ Waste Socio-Economic Coastal/ Climate Index matrix

  11. PLANETARY BOUNDARIES Climate change Co2 emission THE SAFE AND JUST SPACE FOR HUMANITY Freshwater use Health Shelter Biodiversity loss Job economy Water SOCIALFOUNDATIONS Food security Transport Nitrogen phosphorus Political voice Energy Land use Change Energy saving Safety Ocean acidification Social Equity Gender equality Atmospheric aerosol Chemical pollution Value indicators

  12. Exterior Environment Built Environment Socio-Economic Needs Energy/Waste Coastal/ Climate Issues Sustainability activities

  13. Value Indicators Subjective Data Impact Magnitude assigned by User SinrG Sustainability Innovation andResilience Generator Activities Impact Significance assigned by Tool Developers Objective Data Qualitative Developing the tool

  14. Scaling-weightingmethodology

  15. Energysaving Shelter CO2 emissions Safety infrastructure Social Equity GenderEquality Political voice Standard deviations

  16. Correlationanalysis

  17. Social Spaces and Transportation WalkingpathBicyclepath Outdooramphitheatre Book crossing Co-workingUrbanbarter EducationspaceBikekitchen / storage CommunitykitchenPublictransportation Clusteranalysis

  18. Case study – Weston Towers

  19. Indicators/ Values: From Southampton City SelectedActivities Energyefficiency Solar energy Electrical – upgrade Improvethermal skin Replacewindows Bicyclepath Walkingpath Offshore power Publictransportation Port / harbour Sea wall Coastalforest Solid / Durable Water Job/ Income/ Economy Safety Infrastructure Personal Health Energysaving Social Equity Freshwater use CO2 Emissions Biodiversityloss Impact of climatechange Solvingforthecriteria

  20. Protection climate events: Coastal forest Social Spaces and Transportation BikepathPublixTransportation WalkingpathOutdooramphitheatre Book crossing Co-working UrbanbarterEducationspace BikekitchenCommunitykitchen Cluster analysis

  21. GAP Innovative thinking...

  22. Umi Farm - Inspiration

  23. Seawall Port Coastalforest & vegetation Integrated Multi- Trophic Aquaculture Market Research institute Port, People and Nature in Harmony

  24. Port (Economy) Coastal forest & vegetation, Umi-farm Port & Market People (QoL) Nature (Marine) Symbiotic Coastal Village Integrated Multi-Trophic Aquaculture

  25. Integrate with BREAAM Prepare for public release Research on Resilience Indicators Case study application of Symbiotic Coastal Village for 2020 Olympics in Japan Future Work

  26. The Team

  27. Integrated Multi-Trophic Aquaculture

  28. Integrated Multi-Trophic Aquaculture

  29. Coastal Vegetation (Carbon capture)

  30. Coastal Forest

  31. Without coastal forest With coastal forest Damage reduction mechanismof coastal forests

  32. Results of the simulation Conditions for the simulation Ave.78% Ave.72% Ave.49% Ave.27% Tsunami reduction effect by coastal forest

  33. Bike Kitchen

  34. Community Kitchen Single User Kitchen Urban Garden Flowers How is this different?

  35. Food Security with

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