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Water-sensitive urban design

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What is water-sensitive urban design
Technical manual for water-sensitive urban design in Greater Adelaide
Case studies of bio retention and swale systems 

What is water-sensitive urban design

Water-sensitive urban design (WSUD) promotes the sustainable use and re-use of water in urban development and buildings.

This type of design integrates the total water cycle and water from all sources, including rainwater, storm water, groundwater, mains water and waste water, into urban development and building processes.

WSUD measures and tools can be applied to residential, commercial and industrial developments and buildings. They range from the storage, treatment and use of runoff to water-efficient landscaping.

WSUD can help communities achieve greater water sustainability and become more pleasant places to live and work. 

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Technical manual for water-sensitive urban design in Greater Adelaide

The technical manual helps councils and planners apply WSUD to developments and buildings in Greater Adelaide  

The manual includes information on legislative requirements, design processes and tools, construction, maintenance and operating requirements, some indicative costs, case studies and a list of useful resources.

The manual has been split into individual chapters for ease of downloading and includes summary sheets outlining each chapter's content. For an alternative version of these documents see planning contacts.

Chapter
Chapter TitleSummary Sheets

Contents and glossary (PDF 176 KB) 
1
Introduction and snapshot of WSUD measures (the WSUD toolkit) (PDF 947 KB)Chapters 1, 2 and 3 - Summary (PDF 789 KB)
2
WSUD measures for different types and scale of development(PDF 1353 KB) 
3
Designing a WSUD strategy for your development (PDF 426 KB) 
4
Demand reduction (PDF 734 KB)Chapter 4 - Summary (PDF 288 KB)
5
Rainwater tanks (PDF 1390 KB)Chapter 5 - Summary (PDF 207 KB)
6
Rain gardens, green roofs and infiltration systems (PDF 1594 KB)Chapter 6 - Summary (PDF 314 KB)
7
Pervious pavements (PDF 1756 KB)Chapter 7 - Summary(PDF 225 KB)
8
Urban water harvesting and reuse (PDF 965 KB)Chapter 8 - Summary (PDF 273 KB)
9
Gross pollutant traps (PDF 978 KB)Chapter 9 - Summary (PDF 287 KB)
10
Bioretention systems for streetscapes (PDF 1557 KB)Chapter 10 - Summary (PDF 287 KB)
11
Swales and buffer strips (PDF 609 KB)Chapter 11 - Summary (PDF 233 KB)
12
Sedimentation basins (PDF 543 KB)Chapter 12 - Summary (PDF 258 KB)
13
Constructed wetlands (PDF 811 KB)Chapter 13 - Summary (PDF 271 KB)
14
Wastewater management (PDF 671 KB)Chapter 14 - Summary (PDF 228 KB)
15
Modelling process and tools (PDF 653 KB)Chapter 15 - Summary (PDF 208 KB)
16
Siphonic roofwater systems (PDF 1385 KB)Chapter 16 - Summary (PDF 205 KB)

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Case studies of bio retention and swale systems

A series of case studies describe bioretention and swale systems in WSUD landscaping in public spaces in Greater Adelaide. 

Each study details the plant species used, soil specifications, maintenance suggestions and the lessons learned. They indicate that the most important factors behind a well-functioning system are:

  • the selection of appropriate plants
  • good maintenance after establishment
  • and signage to inform workers and the public about the system.

Case study 1 - Bio retention Swale at Oaklands Station (PDF 1.4 MB)
Case study 2 - Bio retention Sump at Parafield Station (PDF 1.65 MB)
Case study 3 - Detention Swale at Goldenfields Reserve (PDF 1.86 MB)
Case study 4 - Bio-filter Swale at Bulkana Oval (PDF 1.8 MB)
Case study 5 - Doughty Street Retention Ponds (PDF 1.62 MB)

For an alternative version of these documents see planning contacts.

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More information

On this site

South Australia's planning policy library
Water, energy and environment

Other websites

Department for Water

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