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Centenary Avenue

Project Details

A foreshore restoration project that has transformed a once severely eroded section of the Canning River foreshore
Location: Wilson, Perth, Western Australia
Client: City of Canning
Time frame: 2016 – Ongoing

Services provided by Syrinx

Bioengineering; Contaminated Site Management; Ecological Engineering; Ecological Restoration; Natural Resource Management; Specialist Construction

Project Phases Delivered

1. Strategy & Planning100%
100%
2. Research & Investigations100%
100%
3. Concept Design100%
100%
4. Detailed Design100%
100%
5. Construction100%
100%
6. Operation, Maintenance & Monitoring0%
0%

Project Phases Details

Syrinx Involvement (completed)

Syrinx Involvement (in progress)

Others’ Involvement (completed)

Others’ Involvement (incomplete)

Project handover

A foreshore restoration project that has transformed a once severely eroded section of the Canning River foreshore

This Centenary Avenue project is a best-practice exemplar of integrated hard and soft (bioengineering) stabilisation techniques with enhanced ecological functions.

Syrinx delivered the project from planning through to construction and monitoring/maintenance. Acquiring a detailed understanding of the biophysical site characteristics was a key component of design development and critical to ensuring the project’s long-term success. Investigations carried out by Syrinx included: acid sulfate soils investigations, geotechnical assessment, vegetation assessment and foreshore morphology.

Key components of the construction and site management works included: Limestone rock revetment; Reclamation and infill; Erosion matting; Bioengineering (Brushwalls); Revegetation; and Weed Management.

Key outcomes

  • Stabilisation of severely eroded foreshore, to protect the foreshore and adjacent infrastructure.
  • Successful showcasing of a range of best practice initiatives in foreshore erosion control.
  • Improvements to the health and ecological value of the Swan River.
  • Restoration of riparian vegetation and habitat.
  • Successful management of acid sulfate soils.
  • Improvements to public safety.