Beyond Plantation. Towards a Living Ecosystem.
Ecological restoration aims to assist the recovery of ecosystems that have been degraded, damaged or destroyed.
Restoration focuses on ecological functions, habitat conditions, biodiversity and the relationships that allow a natural system to sustain life.
Planting trees may be appropriate in some situations, but it is not a complete definition of restoration. The right approach depends on the ecosystem, its existing biodiversity, the causes of degradation and its potential for recovery.
Plantation
- May focus primarily on establishing plants or trees.
- Can provide valuable benefits when planned appropriately.
- Must consider species suitability, survival and site conditions.
Ecological restoration
- Begins by understanding the ecosystem and its degradation.
- Considers existing vegetation, soil, habitat, species relationships and ecological processes.
- May involve protecting natural regeneration rather than planting everywhere.
- Uses suitable native species when planting is justified.
- Requires attention to long-term recovery and monitoring.
Restoration principles
Understand the site
Learn its ecological history and current condition.
Identify what caused the damage
Degradation has causes; treating symptoms alone rarely lasts.
Protect what remains
Keep remaining natural features and existing biodiversity.
Consider natural regeneration
Sometimes the best action is to give a site time and protection, alongside appropriate native species where planting is justified.
Restore structure and function
Habitat structure and ecological functions matter more than a count of plants.
Avoid inappropriate species and unnecessary disturbance
A plant being common in nurseries does not make it native or suitable.
Monitor and adapt
Watch what actually happens and adjust actions to the results.
Plan for climate, water, soil and maintenance
Local conditions decide what can persist over the long term.
Work with the people who manage the land
Land managers, ecologists and authorities where necessary.
Why native biodiversity matters
Locally appropriate native vegetation can support local wildlife and ecological relationships that introduced species often do not. Native trees, shrubs and grasses provide food, shelter and structure for insects, birds and other animals; pollinators connect plants to each other; soil organisms recycle nutrients; seed dispersal and food webs link the whole system; and habitat connectivity lets species move between patches.
- Native trees
- Shrubs and grasses
- Pollinators
- Birds and other wildlife
- Soil organisms
- Seed dispersal
- Food webs
- Habitat connectivity
KJVF's role
KJVF contributes through conservation awareness, education, field learning, restoration-oriented understanding, community participation and appropriate collaboration. The Foundation describes a site as restored by KJVF only where there is evidence of its involvement and permission to say so. We do not publish before-and-after comparisons, areas restored, tree counts, survival rates or biodiversity gains that we cannot support.
How a restoration project unfolds
This is the approach KJVF describes for restoration work. Every site is different, so the order and the actions are adapted to the place.
Read the land
Begin by observing what already lives on the site: its soil, water, plants, birds and insects.
Choose native species
Locally suited trees, shrubs and grasses go in where planting is justified, because native plants support the widest web of life.
Heal soil and water
Organic matter, composting and care for water sources prepare the ground for roots, fungi and microorganisms.
Create habitat
Biodiversity zones, nesting and feeding places, shelter and water for birds, insects and small wildlife.
Let nature lead
Support natural regeneration, reduce unnecessary disturbance, then return to watch the ecosystem recover.