Ecosystem Restoration Technician Course

Lesson 1 • Ecosystem Structure and Components

Covers biotic and abiotic components and their interactions within ecosystems. Establishes vocabulary and conceptual framework used throughout the course.

Lesson 2 • Disturbance Ecology and Resilience

Analyzes natural and human-caused disturbances and ecosystem responses. Introduces resilience theory as a foundation for restoration rationale.

Lesson 3 • Biodiversity and Ecosystem Health

Explores the relationship between species diversity and ecosystem stability. Provides metrics used to assess degradation and restoration targets.

Lesson 1 • Desktop Pre-Assessment Methods

Introduces remote sensing, historical records, and mapping tools for pre-field analysis. Builds efficiency by narrowing field investigation priorities before site visits.

Lesson 2 • Site Condition Reporting

Guides students in synthesizing field and desktop data into structured condition reports. Reports form the primary decision-making document for restoration design.

Lesson 3 • Field Survey Techniques

Covers systematic vegetation, soil, and water sampling protocols used on degraded sites. Ensures data collected is repeatable and statistically defensible.

Lesson 1 • Restoration Strategy Selection

Compares passive, active, and hybrid restoration approaches for different degradation contexts. Guides strategy selection based on site conditions and available resources.

Lesson 2 • Restoration Plan Documentation

Covers the structure and content of a complete restoration plan document. Ensures plans are reproducible, fundable, and compliant with regulatory requirements.

Lesson 3 • SMART Goals and Success Metrics

Applies SMART goal methodology to restoration planning. Establishes measurable indicators that allow objective evaluation of restoration progress.

Lesson 4 • Reference Ecosystems and Targets

Explains how reference sites define realistic restoration endpoints. Connects ecological baselines to measurable, site-specific restoration targets.

Lesson 1 • Soil Health Assessment

Reviews physical, chemical, and biological soil properties relevant to restoration. Provides diagnostic skills needed before selecting soil treatment interventions.

Lesson 2 • Soil Microbiome Restoration

Introduces the role of mycorrhizal fungi, bacteria, and soil fauna in plant establishment. Applies inoculation and habitat-building techniques to restore soil biology.

Lesson 3 • Site Preparation for Planting

Covers mechanical and manual site preparation methods that optimize planting conditions. Sequences preparation activities to minimize soil disturbance and weed pressure.

Lesson 4 • Erosion Control Techniques

Covers structural and vegetative methods to stabilize bare and disturbed soils. Prevents further degradation during the vulnerable early restoration phase.

Lesson 1 • Seed Processing and Storage

Covers cleaning, testing, and storing native seed for restoration use. Maintains seed viability and ensures accurate seeding rates during implementation.

Lesson 2 • Direct Seeding Methods

Applies broadcast, drill, and hydroseeding techniques to large-scale restoration areas. Matches seeding method to site conditions, species mix, and project scale.

Lesson 3 • Planting and Early Establishment

Covers hand and mechanical planting methods and post-planting care protocols. Maximizes survival through correct planting depth, spacing, and establishment support.

Lesson 4 • Nursery Propagation Techniques

Teaches vegetative and seed-based propagation methods for native species. Produces healthy, site-ready planting stock at appropriate scale for restoration projects.

Lesson 1 • Integrated Pest Management Principles

Introduces the IPM framework as the decision-making structure for invasive control. Prioritizes prevention, monitoring, and least-impact interventions before escalating methods.

Lesson 2 • Chemical Control Methods

Trains safe and targeted herbicide application for invasive species management. Covers label compliance, application techniques, and minimizing off-target impacts.

Lesson 3 • Mechanical and Physical Control

Covers manual removal, cutting, and physical barrier methods for invasive species. Applies techniques appropriate to species biology and site access constraints.

Lesson 4 • Biological and Cultural Control

Explores approved biological control agents and cultural practices that suppress invasives. Integrates long-term suppression strategies with native community recovery.

Lesson 1 • Water Quality Monitoring in Restoration

Trains field measurement of key water quality parameters to evaluate restoration outcomes. Links water quality trends to restoration intervention effectiveness over time.

Lesson 2 • Erosion and Sediment Control in Waterways

Applies sediment management techniques specific to aquatic and riparian restoration contexts. Prevents sediment loading that degrades water quality and aquatic habitat.

Lesson 3 • Stream and Riparian Restoration

Covers channel reshaping, bank stabilization, and riparian planting for stream restoration. Restores natural flow dynamics and bank stability to support aquatic and terrestrial species.

Lesson 4 • Wetland Restoration Techniques

Addresses re-establishing wetland hydrology through drain blocking, berm construction, and revegetation. Restores water retention, filtration, and biodiversity support functions.

Lesson 1 • Vegetation and Wildlife Monitoring

Applies field methods to track plant community recovery and wildlife recolonization. Provides data on species composition, cover, and structural complexity over time.

Lesson 2 • Data Management and Analysis

Builds skills in organizing, analyzing, and visualizing restoration monitoring data. Ensures data quality and accessibility for reporting and adaptive management decisions.

Lesson 3 • Monitoring Program Design

Covers the principles of statistically valid, cost-effective monitoring program design. Aligns monitoring indicators directly with restoration goals established in the plan.

Lesson 4 • Adaptive Management Application

Applies adaptive management principles to modify restoration activities based on monitoring results. Closes the feedback loop between field evidence and planning decisions.