Vesuvius Bay Road Shoulder Slump

Last updated on July 24, 2024

Map of Salt Spring Island showing projects

The north shoulder of Vesuvius Bay Road, approximately 120 m west of the Tripp Road intersection, has experienced a slope failure that requires remediation works to stabilize and construct more resilient infrastructure as a result of the atmospheric river flood event on November 15, 2021.

Traffic impacts

Drivers are reminded to drive for the conditions, observe construction-zone speed limits and follow the direction of traffic-control signs and personnel. Plan for delays along this route throughout the project:

  • The project will maintain continuous 2-way traffic along Vesuvius Bay Road for the majority of the works as the repair works will be offline and work will be delivered from property on Tripp Road
    • Traffic Control Persons will direct short-intermittent stops as required for mobilization and demobilization of materials and equipment at Tripp Road.
  • Later in the summer, Single Lane Alternating Traffic (SLAT) may be established along Vesuvius Bay Road at this location to undertakes some road and ditch works

For the latest information on road conditions, please visit DriveBC.

 

The project includes:

  • Construction for slope stability repair to support approximately 100m of the north shoulder of Vesuvius Bay Road
  • Road construction/resurfacing of Vesuvius Bay Road travel lanes is not planned for this project, however, may be required if the slope stabilization is more invasive than anticipated.

Environmental considerations

Project has retained appropriately qualified professionals including Qualified Environmental Professionals to satisfy environmental regulatory requirements. Environmental protections and best management practices will be implemented throughout the duration of construction.

Schedule

  • Construction will begin July 2024
  • The project is scheduled to be completed by Fall 2024

Project benefits

  • Construction of resilient infrastructure in stabilizing slope to protect against extreme weather events

 

Contact information

For information about this project, contact: