Transform Your Garden, Unleash Nature: Master Rewilding Course

Lesson 1 • Defining Rewilding in Garden Contexts

Rewilding is defined against traditional horticulture, highlighting its ecological intent. This grounding prevents misapplication of the term throughout the course.

Lesson 2 • Core Rewilding Principles Overview

Three pillars—reducing intervention, restoring native species, and reconnecting habitats—anchor all practical decisions. Students use these pillars to evaluate any garden action.

Lesson 3 • Historical Loss of Wild Spaces

Urbanization and intensive agriculture have fragmented natural habitats globally. Understanding this loss motivates the urgency of garden-level rewilding action.

Lesson 1 • Soil Health Fundamentals

Soil texture, structure, pH, and organic matter determine which plant communities can establish. Accurate soil reading prevents costly planting failures.

Lesson 2 • Existing Biodiversity Inventory

Cataloging current plants, invertebrates, birds, and mammals reveals baseline ecological value. This inventory identifies assets to protect and gaps to fill.

Lesson 3 • Microclimate Analysis Techniques

Sun exposure, frost pockets, wind channels, and urban heat affect species suitability. Microclimate data refines plant selection and habitat placement decisions.

Lesson 4 • Synthesising a Site Assessment Report

All site data is integrated into a structured report that drives rewilding design decisions. Students practise translating raw observations into actionable site profiles.

Lesson 1 • Building a Rewilding Plant Palette

A layered palette spanning canopy, shrub, ground cover, and ephemeral niches ensures year-round ecological function. Students draft a complete palette linked to their site assessment.

Lesson 2 • Understanding Plant Nativeness

Nativeness is defined by provenance, evolutionary history, and ecological relationships rather than appearance alone. Students distinguish true natives from cultivars and near-natives.

Lesson 3 • Matching Plants to Site Conditions

Each plant species has a niche defined by soil, moisture, light, and disturbance regime. Matching plants to site conditions maximises establishment success and ecological function.

Lesson 4 • Keystone and Structural Species

Keystone plants support disproportionately large numbers of species through food, shelter, or nesting resources. Students prioritise these species in every rewilding plant palette.

Lesson 1 • Creating Bare Ground and Microhabitats

Bare soil patches, sand beds, and rubble zones are critical habitats for specialist invertebrates and pioneer plants. Students design and install these features within a rewilded soil landscape.

Lesson 2 • Rebuilding Soil Biology

Mycorrhizal fungi, bacteria, and invertebrates drive nutrient cycling and plant health in wild soils. Students introduce biological inoculants and habitat features that accelerate soil life recovery.

Lesson 3 • Managing Fertility for Wild Plants

Most native wild plants thrive in low-fertility soils; excess nutrients favour aggressive weeds over natives. Students learn to reduce fertility through biomass removal and targeted amendments.

Lesson 4 • Diagnosing Soil Degradation

Compaction, contamination, nutrient imbalance, and biological depletion each require different remediation strategies. Accurate diagnosis prevents wasted effort and inappropriate interventions.

Lesson 1 • Designing Habitat Layers and Zones

Canopy, shrub, herbaceous, ground, and root layers each serve distinct ecological roles. Students map these layers spatially across their site to maximise habitat complexity.

Lesson 2 • Dead Wood and Structural Features

Log piles, standing deadwood, and brush stacks are among the highest-value invertebrate habitats available. Students integrate these features intentionally into the overall design.

Lesson 3 • Water Features for Wildlife

Ponds, bog gardens, and rain gardens provide drinking, breeding, and foraging habitat for diverse species. Students design water features scaled to site hydrology and target species.

Lesson 4 • Producing a Rewilding Design Plan

All design elements are synthesised into a scaled plan with planting schedules, phasing, and habitat feature locations. Students present and defend their design using ecological rationale.

Lesson 1 • Plug and Bare-Root Planting

Plug and bare-root plants establish faster than seed in competitive or degraded sites. Students apply correct spacing, planting depth, and aftercare protocols for each plant type.

Lesson 2 • Direct Seeding Techniques

Direct seeding mimics natural dispersal and is cost-effective for large-scale native ground cover establishment. Students practise seed mix preparation, site preparation, and sowing timing.

Lesson 3 • Monitoring Early Establishment

Systematic monitoring in the first two growing seasons identifies failures, invasive encroachment, and unexpected successes. Students design a monitoring protocol and interpret early data.

Lesson 4 • Facilitating Natural Regeneration

Allowing wind, bird, and animal dispersal to introduce plants reduces cost and increases local genetic diversity. Students identify, protect, and manage naturally regenerating seedlings.

Lesson 1 • Grazing and Large Animal Management

Grazing animals can be powerful rewilding tools when managed to mimic natural disturbance patterns. Students evaluate grazing options including livestock, rabbits, and deer for small-scale sites.

Lesson 2 • Seasonal Management Tasks

Cutting, clearing, and habitat maintenance tasks are timed to protect breeding cycles and seed dispersal. Students build a month-by-month management calendar aligned with ecological events.

Lesson 3 • Long-Term Succession Management

Ecological succession will shift plant communities over decades unless strategically guided. Students design succession management strategies that maintain target habitats at desired successional stages.

Lesson 4 • Managing Invasive and Aggressive Species

Invasive non-natives and aggressive natives can outcompete target species if left unchecked. Students apply integrated, low-chemical control strategies prioritising physical and biological methods.

Lesson 1 • Invertebrate and Pollinator Surveys

Pollinator transects, pitfall traps, and pan traps provide quantitative data on insect community recovery. Students conduct standardised surveys and interpret results against baseline data.

Lesson 2 • Communicating Rewilding Impact

Monitoring data must be translated into compelling reports, visualisations, and narratives for diverse audiences. Students produce an impact report combining quantitative data with photographic evidence.

Lesson 3 • Plant Community Monitoring

Quadrat surveys, transects, and cover estimates track changes in native plant diversity and invasive cover over time. Students practise field techniques and data recording for plant communities.

Lesson 4 • Bird and Mammal Recording

Point counts, camera traps, and track surveys document vertebrate responses to rewilding interventions. Students deploy and analyse camera trap data and standardised bird count results.