Avoca Trust.
Native Planting.
Wetland and Riparian Zone Restoration.
Avoca Trust is restoring 3.6 hectares of native planting in a tributary of the Tara Gully Stream, part of a broader ecological rehabilitation of land previously impacted by mining. Central Plains Water trust (CPWT) has partnered on this stage of the project through the Environmental Management Fund (EMF) to support the installation of solar-powered electric fencing that will protect vulnerable wetland and riparian zones.
The fencing excludes feral pigs, deer, and cattle — a critical step in allowing native seedlings to establish canopy cover. This helps regenerate wetland habitat, stabilise streambanks, and reduce sediment entering the water. As planting matures, it will enhance natural filtration, improve water quality, and restore habitat for native birds, invertebrates, and aquatic species.
This work builds on earlier regeneration efforts in the Bush Gully Stream headwaters, where 30 hectares of native bush have already been restored. Delivered in partnership with Bathurst Resources, the broader programme reflects a strong commitment to repairing post-mining landscapes and protecting long-term ecological and hydrological function.
Impact.
Short term.
- 3.6 hectares of native planting protected by fencing.
- Wetland and riparian vegetation able to establish without grazing pressure.
- Reduced runoff into the Tara stream, supporting better water quality in downstream flows.
- Improved site access and fencing layout to support contractor efficiency and plant survival.
Long term.
- Wetland margins restored, improving natural water retention and filtration.
- Improved water quality through reduced sedimentation and nutrient runoff.
- Regeneration of lowland native bush and habitat for wetland-dependent species.
- Contribution to broader mine rehabilitation and landscape-scale ecological recovery.
- Strengthened partnerships between landowners, industry, and environmental funders.
- Long-term ecological monitoring to ensure wetland function and restoration success.
