Urbanwaterscapes Mcgregor 21mar2013

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URBAN WATERSCAPES Designing for Adaptive Resilience

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Urbanwaterscapes

Transcript of Urbanwaterscapes Mcgregor 21mar2013

  • URBAN WATERSCAPES Designing for Adaptive Resilience

  • Presentation Outline

  • CITY SYSTEMS

  • ANTHROPOCENTRIC CITY MODEL

    natural capital [water & biodversity] plus waste externalities

    have negligible economic value

  • WHICH SPECIES BUILDS

    THE BEST CITIES?

  • TERMITE CITIES ARE PART OF NATURE WHY ARE HUMAN CITIES NOT?

  • BIONIC CITY

    MODEL city as ecological suprasystem

  • METABOLISMS What systems do cities utilise?

  • Urban Biotope

    BIONIC CITY

    MODEL twelve key systems

  • CLIMATE CRISIS

  • 1850s - US First commercial oil extraction

  • Global oil supply and demand

  • oil products

    Crude oil

    products

  • population increase vs global species extinction vs oil

    uptake

  • OIL DEPLETION CLIMATE

    CRISIS

    atmospheric CO2

  • Available carbon vs safe maximum carbon emission

    limit

  • ADAPT

  • Australian water consumption 2008-09

    14,101 Gigalitres

  • Average National Water Footprints [water sourced externally as %]

    Data Source: 2011 Mekonnen, M.M. and Hoekstra, A.Y.

    (2011) National water footprint accounts:

    the green, blue and grey water footprint of

    production and consumption, Value of

    Water Research Report Series No. 50,

    UNESCO-IHE, Delft, the Netherlands.

  • Urban Land-Use Ownership

  • Water Supply

    City

    Sewered

    City

    Drained

    City

    Waterways

    City Water Cycle City Bionic City

    Cumulative Cultural Drivers

    System Advancement

    Water Supply

    access & security

    Public Health

    Protection Flood Protection

    Social, amenity

    environmental

    Protection

    Limits on natural

    resources

    Intergenerational

    equity, resilience to

    climate change

    Supply

    Hydraulics

    Separate

    sewerage

    schemes

    Drainage

    channelisation

    Point & diffuse

    source pollution

    management

    Diverse, fit-for-

    purpose sources

    & conservation,

    waterway

    protection

    Adaptive,

    green

    infrastructure &

    urban design

    Data Source: After Brown, Keath and Wong

    (2009) Wat. Sci. & Tech. 59:5,

    847-855

  • RESILIENCE

  • The Bionic City model utilises biomimicry to replicate the systems and processes of nature to optimise rather than maximise for increased resilience

  • Eum Yang Seoul, South Korea

  • Parramatta River Urban Strategy Parramatta, Sydney

  • Sa

    lt w

    ate

    r

    Fre

    sh

    wa

    ter

    Parramatta River City Where the waters meet

  • Circular Quay

    Parramatta Quay

    City Brand

  • Railway Station

    Parramatta Quay

    Civic Plaza

    Existing Weir

    Existing Wharf

    Parramatta North

  • Mildura Riverfront Mildura, Australia

  • Stormwater from CBD Wetlands Riverfront irrigation

    Potable Water

    Riverfront development Blackwater treatment

    Export to CBD

    Non-Potable Water

    Excess stormwater

  • Honeysuckle Master Plan Newcastle, Australia

  • Hellinikon Neopolis Athens, Greece

  • Green Square Town Centre Public Domain Sydney, Australia

  • 06 water

  • SHEAS Stream - dry weather

  • SHEAS Stream - wet weather

  • Ballast Point Park BIRCHGROVE, SYDNEY

  • Masterplan

  • To tackle these global challenges we established the Biocity Studio. This research vehicle allows us to partner with universities, scientists, industry, NGOs and government to undertake urban sustainability research. We make the findings of this research open source and use it to inform our design work.

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