PMKSY provides end-to-end solutions for water use efficiency in agriculture under the motto "Har Khet Ko Pani, More Crop Per Drop". Four components: AIBP (irrigation projects), PMKSY-HKKP (Har Khet Ko Pani), PMKSY-WDC (watershed), PMKSY-Microirrigation. Budget: ₹93,068 crore (2021-26). 22+ lakh hectares brought under new irrigation.
Target Beneficiaries: Farmers in rain-fed areas; irrigation beneficiaries; 22+ lakh ha new irrigated area
93068
Funding Ratio (Centre:State): 60:40 (General States), 90:10 (NE and Hilly States), 100% (UTs without legislature)
GS Paper: GS3
Syllabus Tags
Launched in 2015 by merging the Accelerated Irrigation Benefit Programme (MoJS), Integrated Watershed Management Programme (MoRD), and On Farm Water Management (MoA&FW).
Focuses on faster completion of major and medium irrigation projects.
Sub-components include Command Area Development and Groundwater development.
Metric
19 million hectares
Source: PIB/Ministry of Agriculture
Metric
2.5 million hectares
Source: Ministry of Jal Shakti
PMKSY marks a paradigm shift in Indian irrigation policy by moving away from a 'large-dam-centric' approach to a 'field-centric' decentralized water management model. Its core strength lies in the integration of various departments under the 'Har Khet Ko Pani' (HKKP) and 'More Crop Per Drop' (PDMC) pillars. However, the critical gap remains the 'last-mile connectivity' between the canal head and the farmer's field. While Micro-Irrigation (MI) has seen high adoption in states like Gujarat and Karnataka, the capital-intensive nature of drip systems remains a barrier for small and marginal farmers despite subsidies. The extension of the scheme (PMKSY 2.0) until 2026 emphasizes the completion of long-delayed Accelerated Irrigation Benefit Programme (AIBP) projects, which is vital for unlocking the irrigation potential created (IPC).
Analyze the role of PMKSY in addressing the spatial and temporal variability of water availability in Indian agriculture.
PMKSY is a critical tool for achieving 'Atmanirbhar Bharat' in agriculture by reducing monsoon dependency. It addresses the 'Nexus of Water-Energy-Food' by promoting micro-irrigation which saves 20-30% energy and 40-50% water. Use as a case study for 'Sustainable Water Management' and 'Climate Resilient Agriculture' in GS3 papers.