Ending land clearing would compete with renewables for carbon abatement, analysis finds

Michael Slezak reports in The Guardian (1.6.17) on new analysis which suggests that phasing out all land clearing by 2030 would save between 300m and 650m tonnes of carbon dioxide emissions each year.

‘Ending land clearing in Australia by 2030 would cut Australia’s greenhouse gas emissions by about as much as completely shifting the entire electricity sector to renewable energy for a year, a new report has found.

‘Queensland has been clearing about 300,000ha of land a year since the Newman government weakened restrictions on land clearing there and the Palaszczuk government failed to tighten them.

‘Combined with clearing in other states, analysis by the research firm RepuTex found that ceasing all land clearing would save between 300m and 650m tonnes of carbon dioxide emissions each year.

‘That is a similar amount of abatement that would be achieved over a year if the entire electricity sector was moved to renewables. Electricity is currently responsible for more than 500m tonnes of CO2 emissions each year and is expected to rise to just under 600m tonnes by 2030, the report commissioned by the Wilderness Society found.’

The TJRyan Foundation does not guarantee the accuracy, currency or completeness of any information or material available on this website. The TJRyan Foundation reserves the right to change information or material on this website at any time without notice. Links from this site to external, non-TJRyan Foundation websites should not be construed as implying any relationship with and/or endorsement of the external site or its content by the TJR Foundation, nor any commercial relationship with the owners of any external site. Should any TJRyan research project be funded by an individual or organisation the source of funding will be stated beside the research report. In all other cases contributions are provided on a pro bono basis.
Receive the latest news

Subscribe To Our Newsletter

Get notified about new articles

This field is for validation purposes and should be left unchanged.