Assisted Natural Regeneration Practitioner Training Course 2026
The Assisted Natural Regeneration (ANR) Practitioner Training Course 2026 is a free, eight‑week online learning opportunity for ecosystem restoration practitioners seeking practical skills to restore ecosystems by partnering with nature. The course brings together a global community of practitioners committed to accelerating ecosystem recovery while supporting livelihoods and biodiversity.
Delivered as part of the Ecosystem Restoration Integrated Program and provided by the Assisted Natural Regeneration Alliance in collaboration with the Society for Ecological Restoration, this course offers applied guidance grounded in real‑world experience across ecosystems and landscapes.
Assisted Natural Regeneration
Nature-based Solution
About this Training
Assisted Natural Regeneration is one of the most cost effective and scalable approaches to ecosystem restoration, offering significant benefits for biodiversity, climate resilience, and communities. This training introduces ANR principles, approaches, benefits, and constraints, and supports participants in applying ANR in their own restoration contexts.
The course combines short online lessons, quizzes, and optional interactive sessions to support steady progress, reflection, and peer exchange over eight weeks.
Why this Training?
As one of several approaches to ecosystem restoration, Assisted Natural Regeneration (ANR) offers unique environmental and social benefits. Compared to restoration efforts focused primarily on planting (full reintroduction) , ANR can support the recovery of native biodiversity, strengthen ecological connectivity, and increase resilience to environmental stressors at lower implementation cost.
Despite growing global interest in ANR, few practitioners have access to structured training on how to plan, select, implement, and monitor ANR interventions. This course responds to that gap by offering a practical, accessible foundation for applying ANR across diverse ecosystems and landscapes.
What You Will Gain
Participants completing this course will strengthen their ability to:
Understand core concepts, approaches, benefits, and limitations of Assisted Natural Regeneration (ANR)
Plan ANR interventions suited to local ecological and social contexts
Implement ANR practices that enhance natural regeneration across ecosystems and landscapes
Monitor ANR outcomes using appropriate indicators Assess socio‑economic and environmental outcomes linked to ANR practices
Learn from practitioner case studies and shared experiences
Connect with a global community of practitioners engaged in ANR implementation
Training Structure
The course runs over eight weeks and includes 16 online self-guided lessons, following a consistent weekly rhythm:
Two mandatory lessons per week (approximately 30 minutes each)
Weekly quiz to reinforce learning
Interactive session (optional) with Q&A to connect with experts and peers
At the start of each week, participants receive an email outlining upcoming content and learning goals.
How to Take Part
Participation is open to ecosystem restoration practitioners with access to the internet, even if periodically, to engage with course materials, live sessions, and quizzes.
To receive a certificate of completion, participants must:
Complete all required lessons
Pass the eight lesson quizzes with a minimum score of 60%
Submit the pre‑ and post‑course surveys
Certificates can be downloaded directly from the course home page once requirements are fulfilled.
Join the Training
Turn restoration ambition into real-world impact — register for the Assisted Natural Regeneration Practitioner Training.
Assisted Natural Regeneration Practitioner Training Course 2026
This free eight-week online course starts on 1 July 2026 and is developed for ecosystem restoration practitioners. It focuses on Assisted Natural Regeneration (ANR) approaches, benefits and constraints. The course covers essential steps of planning, implementation and monitoring ANR, offering a solid foundation for achieving broad socio-economic and environmental outcomes through practices designed to enhance natural regeneration across ecosystems and landscapes.