By the end of this course, participants will be able to:
1. Assess the causes, drivers, and impacts of land degradation using scientific and participatory assessment methods.
2. Design and implement sustainable land management and ecosystem restoration interventions for diverse landscapes.
3. Apply soil, water, vegetation, and climate-smart restoration techniques to improve ecosystem health
and community livelihoods.
4. Develop monitoring frameworks and restoration action plans that support long-term landscape resilience and sustainable resource management.
Module 1: Foundations of Land Degradation and Sustainable Land Management
Purpose: Build a strong understanding of land degradation processes, ecosystem functions, and sustainable land management principles.
i. Principles and Concepts of Land Degradation and Sustainable Land Management
ii. Drivers and Impacts of Land Degradation
iii. Ecosystem Functions, Services, and Landscape Resilience
iv. Global, Regional, and National Policies for Sustainable Land Management
Practical Exercise: Conduct a landscape assessment to identify visible forms of land degradation and their
underlying causes.
Module 2: Land Assessment, Planning, and Restoration Design
Purpose: Equip participants with practical tools for assessing degraded landscapes and designing evidencebased restoration interventions.
i. Land Degradation Assessment Methods and Indicators
ii. Soil Health Assessment and Land Capability Classification
iii. Participatory Landscape Assessment and Resource Mapping
iv. Restoration Planning and Prioritization Techniques
Practical Exercise: Develop a land degradation assessment report and restoration priority map for a selected site.
Module 3: Sustainable Land Restoration and Climate-Resilient Practices
Purpose: Strengthen participants’ capacity to implement practical restoration interventions that improve ecosystem health and community resilience.
i. Soil and Water Conservation Technologies
ii. Forest Landscape Restoration and Agroforestry Systems
iii. Climate-Smart Agriculture and Nature-Based Solutions
iv. Watershed Restoration and Integrated Landscape Management
Practical Exercise: Prepare a restoration intervention plan incorporating soil conservation, agroforestry, and
watershed protection measures.
Module 4: Monitoring, Evaluation, and Adaptive Management of Restoration Programmes
Purpose: Develop competencies in measuring restoration success, evaluating ecosystem recovery, and improving programme performance.
i. Restoration Monitoring Frameworks and Indicators
ii. GIS, Remote Sensing, and Drone Applications for Land Monitoring
iii. Ecosystem Health Assessment and Carbon Monitoring
iv. Adaptive Management and Knowledge Management
Practical Exercise: Design a restoration monitoring framework using ecological, social, and economic indicators.
Module 5: Restoration Programme Management, Financing, and Sustainability
Purpose: Enable participants to develop sustainable restoration programmes that attract investment, promote partnerships, and achieve long-term environmental outcomes.
i. Developing Landscape Restoration Programmes and Action Plans
ii. Restoration Financing, Carbon Markets, and Payment for Ecosystem Services
iii. Stakeholder Engagement, Partnerships, and Community Participation
iv. Programme Sustainability, Policy Integration, and Resource Mobilization
Final Project
Participants will develop a comprehensive Landscape Restoration and Sustainable Land Management Plan
for a degraded watershed, forest, or community landscape. The plan will include:
• Baseline landscape assessment
• Land degradation analysis
• Restoration objectives
• Sustainable land management interventions
• Community engagement strategy
• Climate resilience measures
• Monitoring and evaluation framework
• Financing and sustainability strategy
