A Brave New Green World: does a price on carbon help protect Australia's biodiversity?
[caption id="attachment_2881" align="alignright" width="112"] Phot by: Kris*M (Flickr)[/caption]
As Australia shifts to cut greenhouse gas emissions is it also possible to enhance our biodiversity? A new peer-reviewed paper by Environment Institute members and (with others) directly addresses this question, showing 鈥渂iodiversity-related enhancement schemes (including environmental plantings and invasive species reduction) can be compatible with carbon-sequestration initiatives鈥.
The authors find that most land-management options to reduce or capture greenhouse gas emissions will offer clear advantages for biodiversity. These advantages increase the viability of native biodiversity. However, there are potential negative outcomes. The authors discuss what needs to be considered if biodiversity is to benefit from the new carbon economy.
Issues and opportunities include:
This is a complex area but 鈥渁s long as biodiversity persistence is taken into account at the planning and implementation stages鈥, it is the authors' opinions that carbon and biodiversity "goals are not mutually exclusive鈥. To achieve this 鈥渃areful amalgamation of such carbon-mitigation approaches with other incentive schemes such as biodiversity offsets 鈥 will be required.鈥
The full findings, issues and opportunities are in the complete paper .
鈻 Australia鈥檚 new carbon price will have profound implications for land-use change. 鈻 Major changes will arise from environmental plantings and regrowth & fire management. 鈻 Other changes will affect forestry, agriculture and feral animal control. 鈻 Most anticipated land-use changes should benefit biodiversity. 鈻 Negative biodiversity outcomes could arise if changes focus exclusively on carbon.
To see the slide show of this presentation, visit Corey's page.
As Australia shifts to cut greenhouse gas emissions is it also possible to enhance our biodiversity? A new peer-reviewed paper by Environment Institute members and (with others) directly addresses this question, showing 鈥渂iodiversity-related enhancement schemes (including environmental plantings and invasive species reduction) can be compatible with carbon-sequestration initiatives鈥.
The authors find that most land-management options to reduce or capture greenhouse gas emissions will offer clear advantages for biodiversity. These advantages increase the viability of native biodiversity. However, there are potential negative outcomes. The authors discuss what needs to be considered if biodiversity is to benefit from the new carbon economy.
Issues and opportunities include:
- Carbon plantings will only have real biodiversity value if they comprise appropriate native tree species and provide suitable habitats and resources for valued fauna.
- Plantings risk severely altering local water availability, quality and/or water movement.
- Fire can assist with some positive carbon outcomes such as prescribed burning to reduce the frequency of high-intensity wildfires in northern Australia, However, in southern Australia fire is currently unlikely to help but will become increasingly important for biodiversity conservation as the climate warms.
- Carbon price changes to agriculture can benefit biodiversity. Such changes include reductions in tillage frequency and livestock densities, reductions in fertiliser use, and retention and regeneration of native shrubs.
This is a complex area but 鈥渁s long as biodiversity persistence is taken into account at the planning and implementation stages鈥, it is the authors' opinions that carbon and biodiversity "goals are not mutually exclusive鈥. To achieve this 鈥渃areful amalgamation of such carbon-mitigation approaches with other incentive schemes such as biodiversity offsets 鈥 will be required.鈥
The full findings, issues and opportunities are in the complete paper .
Highlights
鈻 Australia鈥檚 new carbon price will have profound implications for land-use change. 鈻 Major changes will arise from environmental plantings and regrowth & fire management. 鈻 Other changes will affect forestry, agriculture and feral animal control. 鈻 Most anticipated land-use changes should benefit biodiversity. 鈻 Negative biodiversity outcomes could arise if changes focus exclusively on carbon.
To see the slide show of this presentation, visit Corey's page.
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