Rehabilitating a forest ecosystem on Salt Spring Island

Regenerating a Forest, and the People Who Visit It

Restoring local ecology, and bringing others into that work, has been central to Entelechy since 2018. What began as small, steady improvements across our 14 acres on Salt Spring Island has grown into something more ambitious. Beginning this fall and continuing through 2027, we are undertaking the active regeneration of a forest that carries the downstream consequences of being logged roughly a century ago.

The Problem

Our forest has an established canopy, but it is a second-growth monoculture - predominantly fir, planted densely by a forestry company for a harvest that never came. The trees grew up competing for light, producing tall, thin trunks and an abundance of dead lower branches. The result is a forest that looks intact but functions poorly: low biodiversity, imbalanced soil chemistry dominated by fir, little light reaching the floor, and a heavy fuel load of dead wood that makes the stand vulnerable to fire that could climb and spread out of control.

Left alone, a forest in this condition takes upwards of a thousand years to recover into a balanced late-succession, biodiverse ecosystem.

Our Solution

With mindful intervention, we can compress that recovery into two to three centuries and produce visible improvement within the first few years. The work follows four complementary methods:

1. Clearing and mulching dead wood. With 11 acres of forest under active restoration, we remove dead branches from trees and collect fallen wood from the forest floor to reposition it as berms or mulch it to fast-track decomposition. This reduces fire risk, sequesters carbon back into the soil, limits infection entering trees through decaying branch cavities, builds soil, and creates habitat for symbiotic life.

2. Selective thinning. We remove sick and damaged trees from the densely packed stand. This slows the spread of disease, opens light to reach spaces for new trees to be planted, improves long-term resilience of the forest through diversity, makes room for native species, and lets the remaining firs spread horizontally and gain girth rather than competing vertically.

3. Reintroducing native species. We will introduce 30 species of native trees, shrubs, and understory plants, including pollinator and supporting species in order to break the single-species dominance and invite back the full web of bacterial, fungal, insect, and animal life that a healthy forest depends on.

4. Creating paths and places of learning. We curate sections of the forest for trails and gathering spaces, so the recovering ecosystem becomes a living classroom. Every year between 300 to 400 visitors come to learn and stay here at Entelechy, and our plan is to evolve our community as a place where visitors can see restoration in progress and learn to do it themselves.

Our Experience

Entelechy has stewarded this land since 2018, steadily restoring degraded areas by planting hundreds of trees, developing gardens and trails, and hosting people who come to learn hands-on. Our restoration is led by Entelechy's founder, who holds advanced training in ecological design and sustainable community development. Roughly 80% of our workforce is volunteer - people who come to contribute to the land and leave knowing how to care for their own.

Why We Need Your Support

Volunteers power most of this work, but the project carries real costs that volunteer energy can't cover:

• Specialized arborists for hazardous tree work in dense, high-risk sections
• Equipment purchase and servicing chippers, chainsaws, transport vehicles
• Feeding and housing the volunteers who do the work
• Native plant stock and soil amendments to accelerate recovery

Your support funds exactly these gaps: turning a long, slow, century-scale recovery into something we can advance now, while teaching others to do the same on their own land.