Supporting the resource sector’s carbon offset activities with soil carbon sequestration
To support carbon-emission reduction goals, the resource sector is looking at ways to use vegetation and soil for storing carbon. Our client commissioned us to investigate factors influencing carbon sequestration in Western Australia and identify areas with the most sequestration potential.
We conducted a comprehensive literature review and meta-analysis of the latest environmental planting and soil carbon studies by soil type and rainfall zone to inform benchmarks for local sequestration projects. Once we determined the optimal parameters of biophysical, chemical, and climatic factors, we ran the publicly available spatial information through GIS-based analysis to identify local regions with the most carbon sequestration potential for each of the methods approved by the Australian Emissions Reduction Fund.
This review will inform our client’s investment in carbon offset activities through soil carbon and planting native vegetation (environmental plantings).
At a Glance
- Offices
Natasha Banning, Group Lead, Rehabilitation, Closure and Geoscience
I love that I can work towards restoring ecosystems that have been disturbed while improving the environmental outcomes for our projects.
David Jasper, Environmental Science Technical Leader
Our Perth office serves a geographically diverse state, with a large and diverse resources industry—which means a lot of opportunity.
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