Concept and Origin
- The Krishul Model is an integrated, farmer-centric income augmentation framework developed through the Krishikul initiative of the Global Vikas Trust (GVT)
- It emerged in response to agrarian distress and drought conditions, particularly in Beed district of Maharashtra
- The model focuses on moving farmers away from low-value, risk-prone crops toward high-value, science-based horticulture combined with water security and institutional support
Core Philosophy
- Farmer prosperity as the foundation of rural and national economic growth
- Trust-building with farmers through continuous engagement and problem diagnosis
- Use of science, scale, and sustainability rather than short-term relief measures
- Income enhancement through structural transformation, not subsidies alone
Key Components of the Krishul Model
Crop Diversification and High-Density Plantation
- Shift from traditional rain-fed crops like soybean and cotton to high-value fruit crops such as papaya, pomegranate, guava, banana, custard apple, sweet lime, and mulberry
- Adoption of high-density plantation techniques to maximise yield per acre
- Focus on crops with better price stability and market demand
Quality Input Management
- Centralised procurement of high-quality saplings from multiple nurseries
- Bulk purchasing reduced sapling costs significantly
- Saplings supplied to farmers at subsidised rates using CSR funding
- Emphasis on uniformity, disease resistance, and productivity
Water Security and Groundwater Recharge
- Addressed extreme groundwater depletion through a multi-layered water strategy
- Construction of farm ponds and check dams
- Introduction of Global River Aquashafts, vertical recharge structures built in riverbeds
- These structures filtered silt and channelled excess surface water into aquifers
- Resulted in a dramatic rise in groundwater levels, enabling assured irrigation
Institutional and Financial Support
- Establishment of Krishikul as a demonstration, training, and research hub
- Extensive farmer training on crop management, pruning, irrigation, and pest control
- Partnership with banks to ensure access to credit
- Risk mitigation through a first-loss default guarantee mechanism, reducing lender hesitation
Economic Outcomes
- Per-acre farmer income increased more than tenfold within a short transition period
- Independent evaluation by validated income growth and livelihood impact
- Large-scale adoption across thousands of villages and tens of thousands of farm families
- Demonstrated that even drought-prone regions can become high-income agricultural zones
Social and Structural Impact
- Reduced farmer vulnerability to climate shocks and price volatility
- Improved rural employment and asset creation
- Strengthened farmer confidence in innovation-driven agriculture
- Demonstrated scalability potential similar to earlier cooperative-led agricultural revolutions
Lessons from the Krishul Model
- Income transformation requires simultaneous intervention in crops, water, credit, and knowledge
- CSR funding can be effectively leveraged for long-term productive assets
- Trust and local engagement are as critical as technology
- Proof-of-concept at district level is essential before large-scale replication
Next Phase and Expansion Needs
- Transition from production-focused model to full value-chain control
- Aggregation, grading, packaging, cold storage, and logistics infrastructure
- Direct access to domestic and global markets
- Aim to raise farmers’ share in the consumer price from around one-third to a majority share
- Requires coordinated participation of governments, financial institutions, private sector, and civil society
Broader Significance
- The Krishul Model demonstrates that farmer incomes can be multiplied, not merely doubled
- It provides a replicable blueprint for agrarian transformation in drought-prone and marginal regions
- Highlights the role of institutional innovation in achieving sustainable rural prosperity
