Sustainable Architecture Tour

THE SUSTAINABLE ARCHITECTURE TOUR explores Melbourne’s goal to be a  sustainable ‘carbon neutral’ precinct by 2040. Is that possible and how? Our walking tour visits leading buildings and places demonstrating sustainable architecture, design and planning. Locations we visit depending on accessibility on the day and may include the Federation Square carbon neutral precinct, Hosier (social sustainability), Birrarung Marr precinct, BHP Billington or St Collins, Degraves recycling precinct,  Council House Two, Green Lanes, Hero Apartments, St Collins and other contemporary and historic locations. modern buildings. Tours are normally 2.5 hours commencing from Federation Square.

Key architectural and design strategies (see below) in Melbourne include biophilic design, biomimicrybiodiversity, retrofitting (Millenium 1200), tree cover, green facades and roofs, rain gardens, nature in the city strategy, rooftop, beehives, recycling and waste disposal, litter traps, alternative transport, Green Star/NABERS ratings, water harvesting, wildlife protection, urban and cultural ecosystems, renewable energy, funding, research and cyber data.  How do we find large-scale solutions to the increasing urban populations and the new megacities? 

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Overall brilliant!
RMIT University Industrial Design  School

ROUTE (Our route can vary on the day according to weather, construction and time available).

  • Federation Square (design, cultural hub, carbon neutral)
  • Flinders Station
  • Atrium, Fed Square (biodiversity, thermal labyrinth)
  • Atrium terrace (megapanels, Eureka/108, rain garden)
  • Birramung Marr Park (tree strategy, water strategy, Indigenous strategy, retrofitting, solar.)
  • Hosier Lane (agglomeration strategy)
  • Flinders Lane (BHP star six Nabers)
  • Swanston Street (metro rail development, transport, ‘smart’ technology)
  • Degraves Lane (civic spaces, recycling)
  • CH2 Melbourne City Council (biophilia)
  • Russell Street (Hero apartment, retrofitting)
  • Return to Federation Square.

CHALLENGES AND THREATS
An estimated 55,000 residents live in the core central activities district of Melbourne with up to 900,000 people visiting weekly.  Melbourne’s urban population will double over the next 20 years. Greater Melbourne will be Australia’s largest city with 8 million people by 2055. Pressure is increasing on the environment, buildings, open space, businesses, transport and people. All species in our urban ecosystem will be impacted by climate change, storm and flood events,  extreme dry periods, rising seas and heat.

WHAT MUST WE DO? 
Sustaining healthy and liveable spaces in Australia’s fastest-growing city (and indeed the planet) is the defining challenge of our time. We need to use smarter architecture and design technologies, save waste, use greener energy, improve social equality, cool our city with plants , walk and cycle, protect our wildlife and stop pollution. To reduce, re-use and recycle. We must plan and educate ourselves together: Schools, communities, homes, businesses and governments – we cannot do it alone.

WHAT IS SUSTAINABILITY?
Sustainability means being in balance – balancing today’s consumption and waste with tomorrow’s needs.  Sustainability also aims for a society with respect for nature, human rights, economic justice and a culture of peace. To survive we need new and ‘greener’ models oenvironmental management, social responsibility and economic practice. Our Government accepts that our climate is heating up due partly to greenhouse gases from burning carbon-based fossil fuels such as coal and oil. This is why Melbourne City has strategies (below) to stop the increase in carbon dioxide emissions into the atmosphere (net zero emissions) by 2020.

MELBOURNE  DESIGN AND ARCHITECTURE FOR A SUSTAINABLE GREEN FUTURE
Nature in the City. Ten-year strategy to connect people to nature, and improve urban ecosystems and biodiversity of Melbourne including plants, soil, insects, birds (239 species), mammals and frogs. Managing issues such as air pollution removal, carbon storage, urban cooling, healthy soil, stormwater control, wind abatement, water filtration, and nutrient recycling.


SEE:

SCHOOL SUSTAINABIBILITY  RESOURCES 


SCHOOLS: RESEARCH SUSTAINABLE DATA FROM YOUR COMPUTER OR MOBILE PHONE!