Cooperative Research Center for Remote Economic Participation

Alice Springs, Australia

Cooperative Research Center for Remote Economic Participation

Alice Springs, Australia
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Race D.,Cooperative Research Center for Remote Economic Participation | Race D.,Australian National University | Dockery A.M.,Cooperative Research Center for Remote Economic Participation | Dockery A.M.,Curtin University Australia | And 8 more authors.
International Journal of Sustainable Development | Year: 2017

The desert regions of the world comprise about 25% of the world's land surface and are home to 500 million people, yet are often portrayed as extreme places with resident communities marginalised from mainstream development. Australia has a relatively vast desert region, covering about 70% of the continent and home to about 200,000 people. As in most desert regions around the world, perceptions of hardship and isolation are enduring images with communities seen to be stoic yet in need of subsidies from the 'mainstream' economy. The multi-dimensional nature of the debate about the future of Australia's desert region often leaves policy makers with little overarching synthesis to guide public policy. This article draws together research on climate change, energy, housing and transport to provide a transdisciplinary analysis of how the desert region could become a highly liveable and prosperous area for existing and new residents. Copyright © 2017 Inderscience Enterprises Ltd.

Havas L.,Charles Darwin University | Havas L.,Cooperative Research Center for Remote Economic Participation | Ballweg J.,Charles Darwin University | Penna C.,Alice Solar City | And 4 more authors.
Energy Policy | Year: 2015

The Australian government funded a national Solar City program (2008-2013) to support communities to increase adoption of energy efficiency measures and renewable energy technology. One community was Alice Springs, a town with about 9000 households in the geographic centre of Australia. The programme offered a package of support: free energy audits, discounts for the purchase of renewable energy technology and energy efficiency measures, and ongoing information. Households that adopted solar hot water and photovoltaic systems reduced their electricity usage immediately after adoption by 10% and 34% respectively, and this was maintained in the long term. A small rebound effect of 15% was observed in the photovoltaic adopters. It was observed that, on average, households that adopted only energy efficiency measures did not have a significant reduction in their electricity usage over the long term. However, consistent with expectations, this study did show that there was a significant correlation between the number of energy efficiency measures adopted and the greatest household reduction in electricity usage. These contrary results indicate that there are additional factors involved. The connection between the effective use of measures, coincident behavioural change or increased energy awareness and greater energy reduction is discussed. © 2015 Elsevier Ltd.

Ferguson J.,Cooperative Research Center for Remote Economic Participation
Rangeland Journal | Year: 2012

This paper proposes a broad overview of possible responses to the challenges posed by rangelands to promote discussion on a sustainable future for these vast regions. Rangelands Australia, an organisational unit of the University of Queensland, which promotes and delivers post graduate courses in rangeland management, assesses these challenges as managing the landscapes sustainably; supporting viability for pastoralists, tourism operators and miners; and maintaining benefits to our communities. It describes the desirable triple bottom line as profitable enterprises, healthy landscapes and vibrant communities. While there may be general agreement on these challenges and objectives, how we as a nation and we as land managers specifically meet them is the subject of intense debate. What is clear is that we can no longer maintain a 'business-as-usual' approach. We are all familiar with the effects of salinity and erosion and the impacts of feral animals and weed species. We understand the need for business in the rangelands to think smart about the environment, about markets and about communities and get smart or go under. We know that we have to do things differently or our rangeland communities will wither away as businesses fail and young people leave the bush due to lack of meaningful opportunity where they have grown up. The experiences and observations of the Desert Knowledge Cooperative Research Centre and the new Cooperative Research Centre for Remote Economic Participation complement and bring together existing strands of activity across jurisdictions and disciplines. This synthesis of understanding offers some insights in how to conceptualise the future and act on the vision for a sustainable future for these extensive areas. © Australian Rangeland Society 2012.

Havas L.,Charles Darwin University | Havas L.,Cooperative Research Center for Remote Economic Participation | Ballweg J.,Charles Darwin University | Penna C.,Alice Solar City | And 2 more authors.
Energy Efficiency | Year: 2015

Governments in developed economies are making considerable investments in energy efficiency technologies and encouraging residential households to conserve energy. A major programme in Australia has invested A$280 million to encourage residential households to become more energy aware and make additional investment in energy efficiency measures. This paper examines the adoption of energy efficiency measures by residential households participating in this programme in a geographically remote Australian town. It uses data collected by the programme developers. It examines the financial return of the investment in terms of payback period and internal rate of return. It then discusses the financial return with respect to adoption of a range of products offered by the programme. Results show that adoption of energy efficiency measures by households was not solely guided by rational economic-maximising principles. For example, some frequently adopted measures had negative financial effectiveness. A range of important determining factors are discussed, and the consequent impact this has for analysis of the effectiveness of incentive programmes. Finally, this paper proposes considerations for future programmes to more effectively measure and target efficient adoption of energy efficient measures, both in remote and non-remote residential settings. © 2015, Springer Science+Business Media Dordrecht.

Race D.,Cooperative Research Center for Remote Economic Participation | Race D.,CSIRO | Race D.,Australian National University | Mathew S.,Cooperative Research Center for Remote Economic Participation | And 4 more authors.
Climatic Change | Year: 2016

Climate change is predicted to lead to warmer temperatures and more intense storms within the century in central and northern Australia. The ensuing impacts are anticipated to present immense challenges for remote communities, in terms of maintaining housing comfort, family health and wellbeing, engagement in education and employment, and community services and businesses. About 50 % of the Australian landmass is considered remote and it is home to a highly dispersed population of about half a million people (with 30 % being Indigenous people). Much of the population in remote Australia is considered highly vulnerable to the effects of climate change as they are highly exposed and sensitive to the impacts, with many having a low adaptive capacity. The lives of Aboriginal Australians living in remote communities are strongly influenced and governed by traditional customs, knowledge and practices. Even when living in large towns, people who are strongly connected to their country are able to blend knowledge from traditional and modern sources to adapt to the current climate. This article explores the extent of adaptive capacity of people to climate change in a small remote community and large service town in the Northern Territory of Australia and provides insights about their capacities and vulnerabilities. Results indicate that the social and cultural capital are of greater importance than commonly assessed and provide scope to enhance effective community-based climate adaptation. © 2016 Springer Science+Business Media Dordrecht

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