Ecological restoration across British Columbia

Start with the site problem

Slope failure, compacted mine land, an eroding streambank and a damaged shoreline do not need the same treatment. We identify what is preventing recovery, then build the conditions in which natural processes can work again.

Soil bioengineering installation restoring a steep disturbed site in British Columbia

What needs repair?

Choose the closest site condition

Each service page connects the problem to appropriate methods, field evidence, and published technical references. If the site crosses categories, begin with an assessment.

Woven willow rows and stakes during slope restoration at Juniper Place

Slopes, cuts and embankments

Slope Stabilization & Erosion Repair

Assess the causes of erosion or instability, then select drainage, surface treatments and planting suited to the site.

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Holes and mounds in the snow at Brenda Mine after rough and loose surface preparation, April 2012

Drastically disturbed land

Mine & Industrial Site Reclamation

Prepare disturbed ground and establish suitable vegetation to support ecological recovery.

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Oil, Gas & Linear Disturbance Reclamation

Rights-of-way, access roads and footprints

Oil, Gas & Linear Disturbance Reclamation

Apply natural-process restoration to compacted corridors and industrial footprints, with the treatment matched to the actual disturbance.

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Woven willow structures during Bowker Creek bank restoration, 2005

Moving water and living banks

Riparian & Streambank Restoration

Rebuild woody riparian structure, reduce erosion and create conditions in which the bank can keep developing after installation.

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Oceanfront Shoreline Restoration

Coastal and lakeshore edges

Oceanfront Shoreline Restoration

Work with beach form, large wood and native vegetation to protect vulnerable shorelines while retaining ecological function.

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Site Assessment & Restoration Planning

Start with the failure mechanism

Site Assessment & Restoration Planning

Assess site conditions and develop recommendations for treatment, specifications and field support.

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How PES approaches the work

Identify what is preventing recovery.

PES starts by identifying the physical or biological condition that is stopping recovery, addressing it directly, and supporting the next stage of succession.

1. Read the siteLandform, water, soil, vegetation, history and the visible failure mechanism.
2. Match the treatmentUse one method or a combination suited to the actual limiting process.
3. Build safe sitesCreate places where roots, seeds, moisture and organic matter can collect.
4. Monitor establishmentCheck how vegetation establishes, how the site changes and whether maintenance is needed.

How PES Reads a Site

Start with the limiting condition. Restoration starts by addressing the conditions that limit recovery, then monitoring how the site responds.

A clear next step

Not sure which service fits?

Send the location, current photos, a short site history and the outcome you need. PES can identify the questions that must be answered before a treatment is selected.

  • Site assessment
  • Restoration concept
  • Specifications and field direction
  • Monitoring criteria

For engineering firms and prime contractors

Bring restoration into the project plan

Discuss assessment, treatment selection, implementation or crew support, and establishment monitoring as one coordinated scope. Agree interfaces with the lead designer and other specialists before field work.

Tell us what the site is doing now

Tell us about the disturbance, visible changes and the outcome you need.