Walanga Investments

Overview of the Innovation: Drought-Resistant Crops and Vegetables in Eswatini

The innovation involves the cultivation and promotion of drought-resistant crops and vegetables using climate-smart agricultural practices to address the challenges of recurring droughts, water scarcity, and food insecurity in Eswatini. The initiative focuses on growing crops and vegetables that require less water, can withstand high temperatures, and continue producing good yields under harsh climatic conditions.

Examples of drought-resistant crops include sorghum, millet, cowpeas, sweet potatoes, cassava, and drought-tolerant vegetable varieties. The innovation may also incorporate water-efficient irrigation systems, rainwater harvesting, mulching, greenhouse production, and improved seed technologies to maximize productivity while conserving water.

Purpose of the Innovation

1. Enhance Food Security
   • Ensure a reliable supply of nutritious food throughout the year, even during periods of low rainfall.
2. Increase Farmer Resilience
   • Help farmers adapt to climate change and reduce crop losses caused by drought and unpredictable weather patterns.
3. Improve Household Incomes
   • Create sustainable income opportunities through the sale of drought-resistant crops and vegetables in local and regional markets.
4. Promote Sustainable Agriculture
   • Encourage efficient use of natural resources, especially water, while protecting soil health and the environment.
5. Support National Development Goals
   • Contribute to Eswatini's efforts to reduce poverty, strengthen rural livelihoods, and build climate-resilient agricultural systems.

Target Beneficiaries

• Smallholder farmers
• Rural households
• Women's farming groups
• Youth agripreneurs
• Schools, hospitals, and local markets requiring a consistent supply of fresh produce

Expected Impact

• Reduced vulnerability to drought and climate shocks.
• Increased agricultural productivity and profitability.
• Improved nutrition through access to diverse vegetables and crops.
• Job creation in farming, processing, transportation, and marketing.
• Stronger and more resilient rural communities in Eswatini.

This innovation provides a practical and sustainable solution to one of Eswatini's most pressing challenges—ensuring food production and economic growth despite increasing climate variability.

Problem Statement

Eswatini is increasingly affected by climate change, characterized by prolonged droughts, erratic rainfall patterns, and rising temperatures. These conditions have significantly reduced agricultural productivity, particularly among smallholder farmers who depend on rain-fed agriculture for their livelihoods. Traditional crop varieties often fail during drought periods, leading to poor harvests, food shortages, loss of income, and increased poverty in rural communities.

The country continues to face challenges related to food insecurity, malnutrition, unemployment, and limited access to climate-resilient agricultural technologies. Water scarcity further constrains crop production, while the high cost of agricultural inputs and inadequate adaptation strategies leave farmers vulnerable to climate shocks.

There is a critical need for innovative and sustainable agricultural solutions that can withstand harsh environmental conditions, improve productivity, conserve water resources, and ensure a stable supply of nutritious food. The cultivation of drought-resistant crops and vegetables offers a practical response to these challenges by enabling farmers to maintain production, improve household incomes, and strengthen food security despite changing climatic conditions.

By promoting climate-smart agriculture and drought-tolerant crop varieties, this initiative seeks to build resilient farming communities and contribute to sustainable economic development in Eswatini.

How the Innovation Addresses These Challenges

Our innovation addresses the challenges of drought, food insecurity, low agricultural productivity, and declining farmer incomes by promoting the cultivation of drought-resistant crops and vegetables using climate-smart agricultural practices. By combining improved crop varieties with efficient water management techniques and sustainable farming methods, farmers can continue producing food even under harsh climatic conditions.

The innovation reduces the dependence on unpredictable rainfall, improves crop survival rates during dry spells, and ensures a more reliable supply of food and income throughout the year. It also helps farmers adapt to climate change while protecting natural resources for future generations.

What Makes the Crops Drought-Resistant?

Drought-resistant crops possess characteristics that enable them to survive and produce yields under limited water conditions. These characteristics include:

• Deep root systems that access moisture from deeper soil layers.
• Improved water-use efficiency, allowing plants to produce more with less water.
• Ability to withstand high temperatures and prolonged dry periods.
• Faster maturity periods, enabling crops to reach harvest before severe drought conditions occur.
• Enhanced tolerance to water stress through improved seed varieties and breeding techniques.

Examples include sorghum, millet, cowpeas, sweet potatoes, cassava, and drought-tolerant vegetable varieties.

How the Production Model Improves Resilience

The production model improves resilience by:

• Diversifying crop production to reduce the risk of total crop failure.
• Growing drought-resistant crops that perform well under changing climatic conditions.
• Integrating vegetable production with field crops to ensure year-round food and income generation.
• Encouraging market-oriented production to strengthen farmers' financial stability.
• Reducing dependence on a single rainfall season through irrigation and water harvesting systems.

This approach enables farmers to better withstand climate shocks, maintain production levels, and recover more quickly from adverse weather events.

Climate-Smart Farming Practices Implemented

The innovation incorporates several climate-smart agricultural practices, including:

1. Conservation Agriculture
   • Minimum soil disturbance.
   • Reduced tillage.
   • Permanent soil cover using crop residues or mulch.
2. Crop Rotation
   • Alternating crops to improve soil fertility and reduce pest and disease pressure.
3. Intercropping
   • Growing complementary crops together to maximize land productivity and improve soil health.
4. Organic Soil Improvement
   • Use of compost and manure to enhance soil structure and water retention.
5. Agroforestry
   • Integrating trees into farming systems to reduce soil erosion and improve microclimates.
6. Use of Improved Seed Varieties
   • Planting certified drought-tolerant and climate-resilient seeds.

Efficient Water Management Strategies

Water efficiency is achieved through:

Rainwater Harvesting

• Collection and storage of rainwater from rooftops and catchment systems for irrigation during dry periods.

Drip Irrigation

• Delivering water directly to plant roots, minimizing evaporation and reducing water wastage.

Mulching

• Covering the soil with organic materials to reduce evaporation, regulate soil temperature, and conserve moisture.

Soil Moisture Conservation

• Improving soil organic matter content to increase water-holding capacity.

Water Storage Infrastructure

• Construction of tanks, reservoirs, and farm ponds to store water for use during drought periods.

Smart Irrigation Scheduling

• Applying water only when needed based on crop growth stages and soil moisture levels.

Expected Outcome

Through the integration of drought-resistant crops, climate-smart farming techniques, and efficient water management systems, the innovation will increase agricultural productivity, strengthen food security, improve farmer incomes, and build long-term climate resilience for farming communities across Eswatini. This sustainable approach ensures that farmers can continue producing food and generating income despite increasing climate variability and water scarcity.

Beneficiaries of the Drought-Resistant Crops and Vegetables Innovation

The innovation is designed to benefit a wide range of stakeholders within Eswatini's agricultural value chain, particularly those most vulnerable to the effects of climate change and food insecurity.

Primary Beneficiaries

1. Smallholder Farmers

• Gain access to drought-resistant crop varieties and climate-smart farming technologies.
• Experience increased crop yields and reduced losses during drought periods.
• Improve household incomes through increased agricultural productivity and market access.

2. Women Farmers and Women's Groups

• Benefit from sustainable income-generating opportunities.
• Improve household food security and nutrition.
• Strengthen economic empowerment through participation in agricultural enterprises.

3. Youth Agripreneurs

• Access opportunities for employment and entrepreneurship in crop production, irrigation management, transportation, and agricultural marketing.
• Develop skills in modern, climate-resilient farming practices.

4. Rural Households

• Benefit from improved availability of nutritious food throughout the year.
• Reduce vulnerability to food shortages caused by drought and climate-related shocks.

Secondary Beneficiaries

5. Local Communities

• Gain increased access to affordable and nutritious vegetables and staple crops.
• Benefit from improved community food security and economic activity.

6. Schools, Hospitals, and Institutions

• Access a reliable supply of fresh produce for feeding programs and nutrition initiatives.

7. Agricultural Cooperatives and Farmer Associations

• Strengthen their production capacity and market competitiveness through collective farming and marketing.

8. Local Markets and Retailers

• Benefit from a more consistent supply of agricultural products throughout the year.

Estimated Reach

Over the first three years, the project aims to directly benefit:

• 500–1,000 smallholder farmers,
• 300 women and youth participants,
• More than 5,000 household members through improved food security and income generation.

Indirectly, the project is expected to benefit thousands of consumers and community members through increased food availability, job creation, and enhanced resilience to climate change.

Long-Term Impact on Beneficiaries

• Improved food and nutrition security.
• Increased household incomes and reduced poverty.
• Greater resilience to drought and climate-related disasters.
• Enhanced agricultural knowledge and adoption of sustainable farming practices.
• Creation of sustainable livelihoods and economic opportunities in rural Eswatini.
• Impact and Scalability
• Expected Impact

• The drought-resistant crops and vegetables initiative will deliver significant social, economic, and environmental benefits to communities across Eswatini.

  1. Improved Food Security

• Increased production of nutritious crops and vegetables throughout the year.
• Reduced vulnerability of households to drought-induced food shortages.

• Improved dietary diversity and nutrition for rural communities.

  2. Increased Farmer Incomes

• Higher and more stable crop yields despite erratic rainfall.
• Greater access to local and regional markets.

• Increased profitability through year-round production and reduced crop losses.

  3. Climate Resilience

• Strengthened ability of farmers to adapt to climate change and prolonged dry periods.
• Reduced dependence on rain-fed agriculture through efficient irrigation and water harvesting systems.

• Improved capacity to withstand climate-related shocks.

  4. Job Creation and Economic Growth

• Creation of employment opportunities in farming, transportation, processing, packaging, and marketing.
• Increased participation of women and youth in agribusiness activities.

• Contribution to rural economic development and poverty reduction.

  5. Environmental Sustainability

• Improved soil health through conservation agriculture and organic soil management.
• More efficient use of water resources.
• Reduced land degradation and enhanced biodiversity through climate-smart farming practices.
• Scalability Strategy

• The innovation has strong potential for expansion across Eswatini due to its adaptability, affordability, and relevance to local climatic conditions.

  Phase 1: Pilot and Demonstration (Year 1)

• Establish demonstration plots and irrigation systems.
• Train farmers on drought-resistant crop production and climate-smart agriculture.

• Reach an initial group of farmers within the target community.

  Phase 2: Expansion to Additional Communities (Years 2–3)

• Increase the number of participating farmers through farmer groups and cooperatives.
• Expand cultivated land and production capacity.

• Develop partnerships with government agencies, NGOs, and agricultural support organizations.

  Phase 3: Regional Scaling and Commercialization (Years 4–5)

• Supply larger institutional and commercial markets.
• Introduce value addition through processing, packaging, and storage.

• Replicate the model in other drought-prone regions of Eswatini and neighboring countries.

  Factors Supporting Scalability

• Availability of drought-resistant crop varieties suitable for local conditions.
• Increasing demand for climate-resilient agricultural solutions.
• Relatively low-cost technologies such as drip irrigation, mulching, and rainwater harvesting.
• Strong alignment with national climate adaptation and food security priorities.

• Potential partnerships with government, development agencies, farmer cooperatives, and private-sector buyers.

  Long-Term Vision

• Within five years, the initiative aims to become a leading climate-smart agribusiness in Eswatini, directly supporting over 1,000 farmers, improving food security for more than 5,000 households, and serving as a replicable model for sustainable agriculture in drought-prone regions. Through continuous innovation, farmer training, and market expansion, the project will contribute to a more resilient, productive, and sustainable agricultural sector.