Restore soil ecosystems, sequester carbon, and master advanced regenerative farm design.
| Date | Venue | Duration | |
|---|---|---|---|
| 30 November - 11 December 2026 | Magaliesberg, Gauteng | 10 Days |
Please note: This is not a final registration, one of our team members will contact you shortly to finalise your registration.
This transformative Regenerative Agriculture: Advanced Practices for Soil Health and Ecosystem Renewal Training course empowers agricultural professionals with cutting-edge knowledge and practical expertise to restore degraded soils, enhance carbon sequestration, and rejuvenate ecosystems. Far beyond simply minimizing environmental harm, regenerative agriculture adopts a proactive approach—leveraging innovative practices such as no-till farming, cover cropping, holistic grazing, agroforestry, and more—to rebuild soil fertility, boost farm productivity, and foster climate resilience.
Participants will develop the skills to implement whole-farm systems that sequester carbon, optimize water use, support biodiversity, and create sustainable livelihoods. By mastering these regenerative methods, professionals will be equipped to drive positive change—mitigating climate change, revitalizing local ecosystems, and accessing emerging markets for sustainably produced agricultural products.
By the end of this Regenerative Agriculture: Advanced Practices for Soil Health and Ecosystem Renewal Training, participants will be able to:
Grasp core principles and measurable benefits of regenerative agriculture
Implement no-till and reduced tillage systems to build resilient soils
Employ cover cropping and diverse crop rotations to enhance fertility
Apply holistic planned grazing to restore grasslands and increase biodiversity
Develop strategies for building soil organic matter and long-term carbon sequestration
Utilize composting and biofertilizer techniques for natural nutrient cycling
Integrate trees and perennial systems with crops and livestock (agroforestry)
Innovate water management approaches to conserve resources and increase resilience
Integrate livestock for synergistic soil and ecosystem health
Enhance biodiversity and harness ecosystem services (pollinators, pest control)
Monitor, assess, and manage soil health using advanced techniques
Explore economic incentives, market opportunities, and certification pathways
Design effective transition plans for adopting regenerative practices
Analyze real-world case studies to capture lessons and best practices
Investigate emerging trends, innovations, and supportive policy frameworks
This Regenerative Agriculture: Advanced Practices for Soil Health and Ecosystem Renewal Training course is ideal for:
Farmers
Agricultural Consultants
Environmental Scientists
Land Managers
Sustainability Officers
Agricultural Extension Officers
Farm Managers
Policymakers
Researchers
NGO Staff
Our diverse instructional approaches ensure effective learning:
– Lectures & Presentations: Engage with expert-driven, stimulating content.
– Course Material: Access well-crafted supporting resources.
– Group Work: Collaborate on discussions and case studies for practical insights.
– Workshops & Role-Play: Participate in immersive, scenario-based activities.
– Practical Application: Focus on applying theoretical knowledge in real situations.
– Post-Training Support: Receive extensive support after training for skill implementation.
Regenerative Agriculture Foundations
Defining regenerative agriculture vs. conventional/sustainable models
Principles: soil health, biodiversity, systems thinking, context, feedback
The Living Soil: Foundations for Regeneration
The soil food web and ecosystem functions
Soil health indicators and organic matter
Diagnosing soil degradation and recovery
Minimizing Disturbance: No-Till & Reduced Tillage
Techniques, tools, and benefits
Crop residue management and weed control
Enhancing Fertility: Cover Cropping & Rotations
Cover crop species selection
Rotational strategies for fertility and pest management
Restoring Grasslands: Holistic Planned Grazing
Principles and planning for grazing systems
Monitoring livestock and ecosystem impacts
Natural Amendments: Composting & Biofertilizers
High-quality compost production
Biofertilizers for nutrient cycling and soil health
Agroforestry: Integrating Trees & Perennials
Designing agroforestry systems
Integrating crops, livestock, and trees
Water Management: Conservation & Resilience
Rainwater harvesting and regenerative irrigation
Water retention in soils and drought resilience
Livestock Integration: Synergies & Benefits
Livestock roles in regenerative systems
Rotational grazing, manure management, animal welfare
Biodiversity Enhancement: Harnessing Ecosystem Services
Habitat creation, pollinator support, pest control
Measuring on-farm biodiversity
Soil Health Monitoring & Assessment
Visual and laboratory soil assessments
Soil health planning and tech tools
Economics of Regeneration: Market Opportunities
Economic analysis and profitability
Market trends, certification, business models
Transition Strategies: Planning & Implementation
Transition planning and change management
Overcoming challenges and building networks
Case Studies: Leading Regenerative Farms & Systems
Lessons from global/regional pioneers
Documented impacts, innovative practices, interviews
The Future of Regeneration: Innovation & Policy
Emerging technologies, trends, and research
Policy frameworks, incentives, and building resilient food systems
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