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Key design parameters towards urban resilience

- Insights into the transforming city of Tainan

Yi-Chang Chiang

Department of Architecture and Urban Design Chinese Culture University, Taiwan

Yi-Chuang Huang

Department of Landscape Architecture and Horticulture, National Taiwan University

Chia-Lung Wu

Department of Architecture and Urban Design Chinese Culture University, Taiwan

4TH INTERNATIONAL CLIMATE CHANGE ADAPTATION CONFERENCE. ROTTERDAM, NETHERLANDS, 10-13 MAY 2016

Outline

1. Background

2. Method

3. Result

4. Discussion

5. Conclusion

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1. Background

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Tainan City Government

China Town

Chungcheng Road

Hai'an Rd

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1. Background

China Town

Hai'an Rd West Central Dist

Tainan City, Taiwn

Chungcheng Road

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1. Background

Won First place

The Urbanists Collaborative + MVRDV

Design By The Urbanists Collaborative and Dutch MVRDV

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2. Method

Get & Manage Information

Analyze & Assess Information

Create or Recreate

Manage Geo-Spatial Information

Analyze Geo-Spatial Information

Geo-Spatial Design

“Geodesign”

Data Analysis Design

GIS

Technology

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Data

Collection Flood Risk City Model Key design

parameters

2. Method

STEP 1 STEP 2 STEP 3 STEP 4

Design Data Analysis Evaluate

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Data collection STEP 1

3. Result

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1Day, Rain 300mm

1Day, Rain 450mm

1Day, Rain 600mm

Flood Potential Flood Risk STEP 2

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Sea Level 0 +2M

Sea Level 0 +4M

Sea Level 0 +6M

DEM

Sea Level 0 +2M

Flood Risk STEP 2

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Buffer Analysis Flood Risk STEP 2

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1.Input Parcel

2.Input road

City Model STEP 3

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3.Input River &Green Space 4.Input DEM

City Model STEP 3

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5.Rule-base Modeling

Rule & Rule Editor Design Window Parameters

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Key Design Parameters STEP 4

3.Flood Potential

2.DEM

1.River Buffer

Flood Impact

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1.River Buffer 2.DEM 3.Flood Potential Flood Impact

Raster Calculation

STEP 4 Key Design Parameters

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Flood Impact 0m Flood Impact 0.5m Flood Impact 1.0m Flood Impact 1.5m

STEP 4

F Flood

B Building

Land L

BUILDING+0.0公尺 BUILDING+1.5公尺 BUILDING+3.0公尺 BUILDING+4.5公尺

Route+0.0公尺

Key Design Parameters

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Design parameters Building- Floor Hight

STEP 4 Key Design Parameters

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Design parameters Green Space design

STEP 4 Key Design Parameters

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Green Space design

STEP 4 Key Design Parameters

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4. Discussion

Design By The Urbanists Collaborative and Dutch MVRDV

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5. Conclusion

Co-Design Platform

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Thanks for your attention

4TH INTERNATIONAL CLIMATE CHANGE ADAPTATION CONFERENCE. ROTTERDAM, NETHERLANDS, 10-13 MAY 2016

Chia-Lung Wu

Department of Architecture and Urban Design Chinese Culture University, Taiwan

E-MAIL：MARCW2205@GMAIL.COM

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Barnett, J., O’Neill, S., 2010: Maladaptation. Global Environmental Change 20, pp. 211-213.

Chiang, Y.C., Tsai, F.F., Chang, H.P., Chen, C.F., Huang, Y.C., 2014: Adaptive society in a changing environment: Insight into the social resilience of a rural region of Taiwan. Land Use .

Cutter, S., 2003: Social vulnerability to environmental hazards 84. Social Science Quarterly, pp. 242-261.

Dangermond, J., 2009: GIS: Designing Our Future. ArcNews.

Engle, N.L., 2011: Adaptive capacity and its assessment. Global Environmental Change 21, pp. 647–656.

Grove J.M., Roy C.R., Childers D., 2015: Co-Design, Co-Production, and Dissemination of Social-Ecological Knowledge to Promote Sustainability and Resilience: Urban Experiences from the U.S. Long Term Ecological Research(LTER) Network. GLP News.

Wheeler, C., 2010: Designing geodesign. ArcUser Spring 2010. http://www.esri.com/news/arcuser/0410/files/geodesign.pdf (accessed 2015.10.10)

MVRDV unveils plans for sunken lagoon park in Taiwan_dezeen magazine

http://www.dezeen.com/2015/11/13/mvrdv-tainan-taiwan-chinatown-shopping-centre-mall-sunken-

l agoon-park/

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