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5 Days
Duration
Certificate
Included
Instructor-Led
Delivery
All levels
Level
Climate-Smart Agriculture (CSA) Training Course
Starting From
$700
per participant
Flexible Delivery
In-Person, Live Online
Language
English
Dedicated Support
Pre & post training
This five-day training programme equips agricultural development professionals, extension officers, policymakers, farmer organisation leaders, and development practitioners with a comprehensive understanding of Climate-Smart Agriculture — its theoretical foundations, evidence base, practical tools, and implementation frameworks. Participants will engage with the FAO's CSA framework, the CGIAR Climate Change, Agriculture and Food Security (CCAFS) research programme findings, and national CSA investment plans, while examining practical CSA interventions including conservation agriculture, drought-tolerant varieties, agroforestry, and climate-informed advisory services. Case studies from East Africa, West Africa, and Southern Africa contextualise global frameworks in local agricultural realities.
Climate change represents the single most significant long-term threat to global food security, with rising temperatures, shifting rainfall patterns, increasing frequency of extreme weather events, and declining soil health collectively threatening the productive capacity of agricultural systems worldwide. Sub-Saharan Africa — a region that contributes less than four percent of global greenhouse gas emissions yet absorbs a disproportionate share of climate impacts — faces particularly acute challenges: droughts are intensifying, floods are becoming more frequent, and agricultural seasons are growing less predictable. Climate-Smart Agriculture (CSA) offers a transformative response framework, integrating productivity enhancement, climate adaptation, and greenhouse gas mitigation into a coherent agricultural development strategy. This course provides the knowledge, tools, and frameworks to translate CSA principles into practical action at the farm, community, and programme level.
This training program is designed to enable participants to:
This training course is designed for:
Organizations sending participants to this course will benefit through:
• More climate-resilient agricultural programmes reducing the risk of climate-related project failure
• Stronger institutional capacity to access climate finance and green investment for agricultural development
• Improved MRV systems enabling evidence-based reporting on CSA outcomes to donors and governments
• Greater alignment between organisational agricultural programmes and national climate adaptation strategies
• Enhanced contribution to long-term food security and agricultural sector resilience in target communities
Participants attending this course will gain:
• Deep practical understanding of CSA principles, frameworks, and evidence applicable immediately in professional roles
• Enhanced ability to design, implement, and evaluate climate-smart agricultural programmes and projects
• Stronger capacity to integrate climate information services into extension advisory systems
• Improved ability to engage with climate finance mechanisms and align agricultural programmes with NDC commitments
• Greater professional credibility in CSA, climate adaptation, and sustainable agricultural development
• The science of climate change: greenhouse gas emissions, global warming trajectories, and IPCC AR6 findings for African agriculture
• Climate change impact pathways: temperature stress, rainfall variability, drought, flooding, and sea level rise on crop and livestock systems
• Vulnerability and exposure: mapping climate risk across agro-ecological zones, farming systems, and livelihood categories
• Gender and climate change: disproportionate impacts on women farmers and implications for CSA programme design
• Food system resilience: understanding the connections between climate shocks, market disruptions, and nutrition outcomes
• Current climate trends in Africa: evidence from national meteorological services and CCAFS research in specific sub-regions
• The climate-development nexus: how climate change undermines SDG progress and what CSA can do to reverse it
• The FAO Climate-Smart Agriculture framework: three pillars (productivity, adaptation, mitigation) and five pathways to food security
• CSA vs conventional agriculture: what is genuinely climate-smart and what is business-as-usual rebranding
• CSA practice typology: soil management, water management, crop management, livestock management, and landscape management
• Conservation agriculture: minimum tillage, permanent soil cover, and crop rotation — evidence, adoption, and barriers
• Drought-tolerant and heat-tolerant crop varieties: CIMMYT, IITA, and national programme innovations for African farmers
• Integrated Soil Fertility Management (ISFM): combining organic and inorganic inputs for climate-resilient productivity
• CSA practice prioritisation: using the CSA Prioritisation Framework to identify highest-value interventions for specific contexts
• Climate information services (CIS) for agriculture: types of climate information, sources, and end-user relevance
• Seasonal climate forecasting: how forecasts are produced, communicated, and used in agricultural planning
• Translating climate information to farm management decisions: planting dates, variety selection, and input management
• Digital delivery of agricultural climate information: SMS alerts, radio, IVR systems, and mobile apps
• Index-based weather insurance: design, pricing, basis risk, and role in CSA risk management
• Community-based agro-meteorological learning (CAML): participatory approaches to climate literacy and adaptation
• Building last-mile climate information systems: partnerships between meteorological services, extension, and farmer organisations
• Climate impacts on livestock: heat stress, feed availability, water stress, and disease burden under climate change
• Climate-smart livestock management: breed selection, feeding strategies, herd management, and manure use
• Rangeland management: rotational grazing, destocking, and pasture restoration for climate resilience
• Agricultural water management under climate stress: rainwater harvesting, soil water conservation, and supplemental irrigation
• Agroforestry systems as CSA practice: shading, nitrogen fixation, microclimate regulation, and diversified income
• Farmer-Managed Natural Regeneration (FMNR): low-cost landscape restoration for climate adaptation and mitigation
• Integrated crop-livestock systems: combining crop residue management, manure use, and rotational grazing for system-level resilience
• Agricultural greenhouse gas emissions: methane from livestock and rice, nitrous oxide from fertilisers, and land use change CO₂
• Carbon sequestration in agriculture: soil organic carbon, agroforestry carbon, and rangeland carbon stocks
• Measurement, Reporting, and Verification (MRV) for agricultural mitigation: methodologies, data requirements, and tools
• Nationally Determined Contributions (NDCs) and agriculture: aligning CSA programmes with national climate commitments
• CSA in national agricultural investment plans: mainstreaming, financing, and institutional coordination
• Financing CSA: Green Climate Fund, Climate Investment Funds, IFAD, bilateral donors, and private sector finance
• Capstone: Participants design a comprehensive CSA programme for a defined agro-ecological zone including practice selection, climate information integration, MRV framework, and financing strategy
At Strategic Revenue Africa, our certification goes beyond proof of attendance—it represents practical competence and measurable capability. Upon successful completion of our training programs, participants are awarded a Certificate of Completion from Strategic Revenue Africa, recognizing their ability to apply acquired knowledge in real-world settings. As an organization focused on architecting sustainable revenue and strengthening organizational performance, our certifications signal that participants are equipped with skills that drive results, not just theory.
Schedule & Investment
Frequently Asked Questions
Climate-smart agriculture rests on three linked goals: sustainably increasing productivity and incomes, adapting and building resilience to climate change, and reducing or removing greenhouse-gas emissions where possible. The course teaches you to assess and design farming systems against all three rather than chasing yield alone, because a practice that lifts output but collapses under drought is not climate-smart.
You work through selecting drought-tolerant and early-maturing varieties matched to local conditions, and the conservation-agriculture principles of minimum soil disturbance, permanent soil cover and crop rotation, which together protect yields under erratic rainfall and rising temperatures.
The course covers rainwater harvesting, efficient irrigation such as drip, and soil and moisture management including building soil organic matter and soil carbon, since water and soil health are the limiting factors for most African farming under climate stress.
You learn the practices that lower the emissions intensity of farming, including efficient fertiliser and manure management, agroforestry, and improved livestock and land management, so the climate benefit comes with, not instead of, productivity.
The course shows how to use seasonal forecasts and climate information to time decisions, and how risk tools such as index-based insurance and early-warning systems help farmers and institutions manage an increasingly unpredictable climate.
It links farm and landscape practice to national climate commitments and to the climate and carbon finance increasingly available for agriculture, so participants can position projects to attract that funding.
It suits agronomists and extension officers, farm and cooperative managers, agribusiness and value-chain staff, and public-sector, non-governmental and development professionals promoting climate-smart agriculture.
You will be able to apply climate-smart practices, select resilient crops and soil and water techniques, reduce emissions, and design farming systems that improve productivity, resilience and incomes. It runs as a live online cohort and in person in cities such as Nairobi, Nakuru, Kampala, Kigali and Accra, with a Certificate of Completion and post-training support, and can be delivered in-house for agricultural teams across Africa.
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From
$700