Strengthening Farmer-Led Strategies Against Groundwater Depletion in India's Climate-Vulnerable Farming Regions of Punjab.

Abstract

Punjab, India's breadbasket, faces a dire groundwater crisis, with 78% of blocks classified as over-exploited due to the water-thirsty rice-wheat monoculture that consumes 80-90% of irrigation needs (Central Ground Water Board, 2024). Annual water table declines of 0.16 meters exacerbate climate vulnerabilities, including erratic monsoons, heightened greenhouse gas emissions from energy-intensive pumping, and threats to food security (Sharma et al., 2026). Excluded from national schemes like Atal Bhujal Yojana, Punjab requires urgent, farmer-led interventions to foster climate-resilient water management (Ministry of Jal Shakti, 2020).​This study proposes a targeted Capacity Building Program to empower Punjab's 1.5 million farmers through multi-tiered training in Climate-Smart Agriculture (CSA). Drawing from proven models like MARVI (International Water Management Institute, 2021) and APFAMGS (Food and Agriculture Organization, 2024), the program emphasizes participatory groundwater monitoring, crop diversification to low-water millets, Direct Seeded Rice (DSR), micro-irrigation, Managed Aquifer Recharge (MAR), and regulated solar pumps with grid integration (Jadeja et al., 2018). Successful implementation of these initiatives involves phase-wise integration of various state partners like Punjab Agricultural University (PAU), CGWB, and NGOs such as TERI, alongside World Bank pilots (The Energy and Resources Institute, 2019). A 36-month timeline structure is proposed where Phase 1 (Months 1-3) for baseline surveys in hotspots like Jalandhar and Hoshiarpur will be initiated; Phase 2 (4-12) rolls out workshops for 10,000 farmers across 100 villages, with field demos shifting 20-30% cropping to resilient varieties; Phase 3 (13-24) scales cooperatives and app-based tracking; and Phase 4 (25-36) evaluates via audits, targeting 30% over-extraction cuts and sustained aquifer recharge (CEEW, 2023).Expected outcomes include bolstered resilience, reduced emissions, and economic viability through power sales and yield stability. By centering farmers as stewards, this program can be instrumental in transforming Punjab's depletion trajectory into a model for climate-adaptive agriculture nationwide, aligning with SDGs on zero hunger and climate action (Sharma et al., 2026).