
Introduction:
India’s cropping pattern, which dictates the selection of crops in a given region, is intricately linked to agro-climatic zones determined by climate, soil, and topography. Unfortunately, approximately 85% of India’s cultivated area lacks alignment with these zones, leading to compromised agricultural productivity and sustainability.
Body:
The contradiction between Cropping Pattern and Agro-climatic Zones: The incongruity between cropping pattern and agro-climatic zones manifests in several ways:
- Water-Intensive Crops: Planting water-intensive crops such as rice and sugarcane in arid regions results in water stress. For example, in Maharashtra’s Marathwada, 80% of water is allocated to sugarcane, hindering other essential needs.
- Monocropping: Over-reliance on single crops, like wheat in Punjab, attracts pests and weakens climate resilience, increasing the risk of crop failure.
- Climate Incompatibility: Cultivating crops misaligned with the climate, such as cotton in water-scarce regions like Vidarbha, diminishes yields and triggers failures.
- Soil Degradation: Prolonged cultivation of unsuitable crops, as observed with water-intensive paddy in Punjab, depletes soil fertility.
Examples of Undesirable Outcomes:
- Punjab and Haryana: Dominance of rice-wheat cultivation led to intensive groundwater depletion, exacerbating water scarcity and energy expenses.
- Marathwada, Maharashtra: Growing water-intensive sugarcane worsened water stress for drinking and staple crop irrigation.
- Cotton in Northern India: Cotton’s vulnerability to bollworm infestation strained water resources in states already stressed by rice wheat.
Comprehensive Solutions:
- Crop Diversification: Encourage the cultivation of climate-resilient crops like finger millet in water-scarce regions to reduce water demand.
- Modern Farming Techniques: Implement advanced methods such as precision agriculture with drip irrigation systems to enhance water efficiency.
- Agro-climatic Zoning: Utilize tools like Kisan Call Centers and Kerala’s ‘Puncha software for area-specific crop recommendations.
- Price Mechanism: Provide price incentives to reshape cropping patterns, as seen in Madhya Pradesh’s MSP+50% scheme.
- Research and Extension Services: Adopt initiatives like Maharashtra’s ‘Baliraja Chetana Abhiyan’ to educate farmers on climate-resilient crops.
- Policy Alignment: Implement policies like Telangana’s ‘Rythu Bandhu’ scheme to offer financial aid per acre, encouraging diversification.
Conclusion:
The misalignment between India’s cropping pattern and agro-climatic zones poses threats to food security and environmental sustainability. Addressing this issue through comprehensive solutions can promote agricultural resilience and secure the well-being of India’s farming communities in the long run.

In case you still have your doubts, contact us on 9811333901.
For UPSC Prelims Resources, Click here
For Daily Updates and Study Material:
Join our Telegram Channel – Edukemy for IAS
- 1. Learn through Videos – here
- 2. Be Exam Ready by Practicing Daily MCQs – here
- 3. Daily Newsletter – Get all your Current Affairs Covered – here
- 4. Mains Answer Writing Practice – here