Innovative transport options for enhancing liveability in Australia’s Rangelands
Transcript of Innovative transport options for enhancing liveability in Australia’s Rangelands
Bruno Spandonide
Research Associate, Ph.D
School of Computer Science, Engineering and Mathematics
Flinders University
Ninti One
Cooperative Research Centre for Remote Economic Participation
Innovative transport options for enhancing
liveability in Australia’s Rangelands
Transport Research in the Rangelands 2
The Transport Futures research investigates a variety of current transport systems and future alternatives in a demographic, economic, climatic, technological and socio-cultural change context.
Transport Significance in the Rangelands
• Transport systems are essential for Rangelands economy influencing economic participation and lifestyles.
• As a complex process transportation impacts livelihoods on multiple levels.
3 Bush mechanics
Key Non-Transport Challenges in the Rangelands
• The Rangelands are affected by structural challenges impacting transportation:
Geographic (very long distances, extreme climatic conditions),
Historic (less developed regions, incomplete networks, history of segregation),
Socio-cultural (inequalities with direct impacts on transport access, differences of travelling needs, land and time uses), and
Financial (low cost-recovery, high supply chain costs).
This reduces the competitiveness of business and social enterprises and results in a situation of informal transport segregation in the Rangelands: Aboriginal and Torres Strait Islander people represent a very significant majority of the people affected by transport inequalities (>90%).
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Key Transport Challenges in the Rangelands
• There are different types of challenges for the Rangelands’ transport systems:
Demand-based (intense regional mobility needs of the ATSI population, population turn-over of the non-ATSI population, high number of people with low mobility),
Operational (restricted cooperation and integration, poor coverage, frequencies, and information access, and inappropriate transport policies), and
Technological (lack of access and design of appropriate technology/integrated infrastructures, vehicles and services).
Stephen Codrington. (2005) Alice Springs ridge,
Planet Geography 3rd Edition
Demographic Changes in the Rangelands
• Demographic, economic, climatic, technological and socio-cultural changes will occur in the Rangelands.
• The population in remote areas is growing at a macro level with variations that need to be understood (aging, nature of mobility, etc).
Australian Bureau of Statistics Australian Census of
Population and Housing, 2011,
ATSI as a percentage of the population.
Australian Bureau of Statistics Australian Census
of Population and Housing, 2011,
People in need of assistance in a core activity as a
percentage of the total population.
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Economic Changes in the Rangelands
• Asia’s share of Australia’s total exports is expected to exceed 80% by 2030.
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Australian Bureau of Statistics , 2014, Ten of Australia’s top 12 goods
and services export markets were in the Asian region in 2013–14
Trade data on DFAT STARS database, ABS Cat. No. 5368.0.55.003
and ABS unpublished data (released 20 November 2014); Austrade
Climatic Changes in the Rangelands
• In 2050 extreme climatic events occur in north-central Australia and an increase in heat wave intensity and frequency can be anticipated (+ floods, droughts, storms, bushfires).
• By 2030, temperatures are anticipated to increase by 0.6 to 1.4˚C.
Morris, 2013, NSW Rural Fire Service/The Associated Press
Fire at Deans Gap, Australia, crosses the Princes Highway
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CSIRO, 2014, Median Projected Changes in Temperature (in ˚C) in
each Season, for 2080–2099 relative to 1986–2005 under RCP8.5
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Technological Changes
• Medicine (stem cell, genetics),
• Robotics (3D printing, Artificial Intelligence),
• Advanced IT systems (Virtual Reality, telepathy,
mind reading technologies), and
• Biotechnologies.
FutureTimeline.net
Advanced communication technology
Joule Technology,
Engineered photosynthetic process to produce fuel from CO2
RioTinto’s driverless truck
• Passenger transport and freight are expected to triple by 2050. Electric vehicles will dominate the market.
Transport Futures in the Rangelands 10
Bureau of Infrastructure Transport and Regional Economics
(2014). The Evolution of Australian Towns Report 136, p. 155
Characteristics of Preferable Transports in the Rangeland
• Robust and durable technologies
• Protecting and healthy transports
• Transport integration and portability
• Low cost options
Affordability Accessibility
Sustainability Safety
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• Integration of transport services, higher frequencies, unified fare policy.
Future Operational Adaptation in the Rangelands
Northern Territory Department of Transport (2012)
FaHCSIA (2008) Prescribed Areas –
Aboriginal Land and Community Living Area
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The Ghan
Future Technical Adaptation in the Rangelands
• Ride and car parts sharing
Existing vehicle pooling, bush driving and bush mechanics practices could be developed. Governmental agencies, mining, gas extraction projects, or the cattle industry could benefit from such systems.
• Appropriate vehicles
Fuel efficient, robust easy-to-maintain
and affordable vehicles
Mobius 1,
Mahindra Bolero
Centre for Appropriate Technology, 2010
Infrastructure Housing Guide 13
Future Transport Innovations
• Electric cars, buses, planes
Integrated with solar recharging systems.
Deal-breaker factor: battery technology
and infrastructures.
• Innovative vehicles
Fuel efficient, lightweight, self-driven,
auto-maintenance, connected, personal mobility
and drones. Deal-breaker factor: IT access
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Drone and Personal Mobility Vehicle, Future timeline Hirschberg’s Aerofoil
Mitsubishi PHEV
Solar Tuk
Solar Sailer
Ford C-Max
Envision Solar Carport Veefil electric fast charger
The Whill Type-A
Timeline
Timeline 2015 2025 2035 2045
Appropriate and smart fleet
service
Appropriate and smart
transport service
Appropriate and smart
transport vehicle
Appropriate and smart low-
powered transport
Innovative transport
vehicles
Innovative low-powered
transport
Innovative transport fuel
Non-remote
Large Remote
Very remote
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Fast Tracking Innovations in the Rangelands
• Prioritising technological innovations leveraging lower supply chain costs in remote Australia (e.g. improved internet -> telework/medicine/education, 3D printing, driverless technologies, smart planning and transport services, remote drone management).
• Supporting governance models with increased local participation / collaboration (governmental organisations, NGOs, remote enterprises, and community stakeholders).
• Fostering culturally appropriate low-cost grassroots developments of technological innovations (adaptation frameworks).
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Acknowledgements
This research is conducted by Flinders University, Ninti One and the Cooperative Research Centre for Remote Economic Participation.
For further information: Mobility Report CW015 http://www.crc-rep.com.au/resource/CW015_ReconceptualisingMobility.pdf Dockery M.A. 2014 Reconceptualising mobility for Aboriginal and Torres Strait Islander Australians. CRC-REP Working Paper CW0017. Ninti One Limited. Alice Springs. Transport Futures Report CW017 http://www.crc-rep.com.au/resource/CW017_TransportCostsInRemoteCommunities.pdf Spandonide B. 2014. Transport systems in remote Australia: Transport costs in remote communities. CRC-REP Working Paper CW0017. Ninti One Limited. Alice Springs.
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