DAW 28th November 2025, Mains Answer Writting 2026

DAW 28th November 2025, Mains Answer Writting 2026

Question

What are the present challenges before crop diversification? How do emerging technologies provide opportunities for crop diversification? (250 Words, 15 Marks). 

Model Answer

Approach: Introduction:  

  • Define crop diversification + give relevance + add a sharp quote/example. 

Body: 

  • Explain methods (in-short for value addition). 

  • Outline core challenges. 

  • Present technology-driven opportunities with examples. 

Conclusion: 

  • Give a futuristic, constructive, reform-oriented closing aligned with Dalwai Committee’s vision. 

          

              Introduction: 

  • Crop diversification refers to the strategic shift from monoculture towards a balanced, multi-crop farming system that aligns with India’s agro-climatic diversity. It enhances nutritional security, strengthens climate resilience, reduces market vulnerability, and promotes sustainable agriculture- making it a vital pathway for doubling farmers’ income and ensuring long-term food system stability. 

For instance, farmers in Punjab shifting from paddy monoculture to a diversified system of pulses, oilseeds, and horticulture crops helps conserve groundwater, improves soil health, and stabilizes farm income.  " An ever-green revolution implies the enhancement of productivity in perpetuity without associated ecological harm." - MS Swaminathan. 

 Body: Crop Diversification Methods: 

  • Mixed Cropping: Grow multiple crops together to reduce risk from pests, diseases, or weather shocks. 

  • Crop Rotation: Change crops each season to maintain soil fertility and break pest/disease cycles. 

  • High-Value Crops: Shift to fruits, vegetables, spices, floriculture, medicinal plants for higher income. 

  • Crop–Livestock Integration: Combine farming with dairy/poultry for added income and natural manure. 

 Challenges Before Crop Diversification: 

  • Legacy of Green Revolution: 

  • Overemphasis on rice-wheat monoculture due to MSP-procurement bias has marginalized millets, pulses, and oilseeds. 

  • Results in soil nutrient imbalance, groundwater depletion, and regional crop concentration (Punjab–Haryana). 

  • High Dependence on Monsoon: 

  • Nearly 53% of India’s net sown area is rainfed, making farmers vulnerable to climate variability, dry spells, and delayed monsoons. 

  • Limits adoption of diversified crops that require assured irrigation. 

  • Fragmented and Small Landholdings: 

  • 86% of farmers are small and marginal, operating < 2 hectares. 

  • Fragmentation reduces economies of scale, restricts mechanization, and complicates integrated, multi-crop farming systems. 

  • Shift Toward Commercial Monoculture: 

  • Farmers in Deccan plateau prefer cotton, and those in Ganga–Godavari belts prefer sugarcane, driven by market demand and competitive policies. 

  • Leads to ecological stress and reduced crop diversity. 

  • Input-Related Constraints: 

  • Low Seed Replacement Rate (SRR) for pulses, oilseeds, and horticulture crops. 

  • Poor access to institutional credit and high capital requirement for shifting to horticulture and high-value crops. 

  • Lack of quality HYV seeds, improved planting material, and soil health management. 

  • Production-Related Challenges: 

  • Persistently low yields of pulses, oilseeds, and millets deter farmers from diversifying. 

  • Low cropping intensity in many regions due to inadequate irrigation and technology gaps. 

  • Frequent pest and disease attacks without robust crop protection systems. 

  • Marketing & Policy Barriers: 

  • Assured MSP procurement limited largely to rice and wheat → disincentivizes diversification. 

  • Restrictive APMC framework weakens direct market access for farmers. 

  • Price volatility in pulses and perishable crops (e.g., the cobweb phenomenon). 

  • Restrictive export policies (e.g., export bans, Minimum Export Price) reduce market confidence in alternative crops. 

  • Weak Infrastructure: 

  • Inadequate rural infrastructure: roads, power, cold chains, storage, and logistics. 

  • Insufficient post-harvest technology and processing capacity for perishable crops (fruits, vegetables, floriculture). 

  • Institutional & Governance Gaps: 

  • Defective land tenure systems, tenancy insecurity → leads to fallow land and risk aversion. 

  • Poor research-extension-farmer linkages limit adoption of climate-smart and diversified crops. 

  • Weak data systems for horticulture and non-cereal crops hinder planning and policy decisions. 

  • Human & Socioeconomic Constraints: 

  • Continued subsistence farming, low farmer literacy, and inadequate skilling in modern agriculture. 

  • Limited awareness of market trends, crop suitability, and risk management. 

  • Declining public and private investment in agriculture further restricts diversification efforts. 

Opportunities for Crop Diversification Through Emerging Technologies: 

  • IT Revolution & Digital Market Linkages: 

  • Farm-to-Fork Platforms (e.g., BigBasket, BlinkIt, Ninjacart) connect farmers directly with consumers. 

  • Encourages cultivation of high-value perishable crops (fruits, vegetables, mushrooms, exotic greens). 

  • Digital marketplaces (e-NAM, ONDC) widen access and improve price discovery. 

  • ICT Tools & Digital Advisory Systems: 

  • Apps like KISAN Suvidha, AGMARKNET, CHC Farm Machinery App provide weather alerts, price signals, input availability, and custom-hiring services. 

  • Reduces information asymmetry, enabling farmers to diversify into high-value and market-driven crops. 

  • Financial Inclusion & Digitisation: 

  • Direct Benefit Transfer (DBT), Jan-Dhan, UPI, and SHG digital credit improve access to timely, affordable credit. 

  • Empowers small farmers and women SHGs to invest in new crops, quality seeds, horticulture, and allied activities. 

  • Precision Farming Technologies: 

  • AI, IoT, Remote Sensing, GPS, and Big Data support precise decision-making on irrigation, nutrients, pest control, and sowing time. 

  • Micro-irrigation (drip, sprinkler) under PM Krishi Sinchai Yojana (“Per Drop More Crop”) promotes water-efficient diversification into horticultural and commercial crops. 

  • Examples: AI Sowing App, Simply Fresh hydroponic farms. 

  • Smart Drones & Automation: 

  • Drones enable real-time monitoring of crop health, nutrient status, and pest incidence. 

  • Facilitates shift to sensitive diversified crops like vegetables, spices, medicinal plants. 

  • Controlled Environment Farming: 

  • Aquaponics, Hydroponics, Vertical Farming, Urban Farming enable year-round production of leafy greens, herbs, exotic vegetables, meeting rising urban demand. 

  • Strengthens diversification into high-value, low-land crops. 

  • Biotechnology & Improved Genetic Material: 

  • Development of HYV, drought-tolerant, pest-resistant, biofortified varieties promotes diversification in pulses, oilseeds, millets, horticulture. 

  • Reduces risk and increases productivity of non-cereal crops. 

  • Dry land & Arid Agriculture Innovations: 

  • Under the Indo-Israel Agriculture Project, techniques like Urea Deep Placement (UDP), Poly-Bag Nursery, protected cultivation have enabled new crops in arid zones. 

  • Rajasthan now grows olives, strawberries, dates, pomegranates- a major diversification success. 

  • Soil Health & Resource Management Technologies 

  • Soil Health Card, GIS-based soil mapping, and soil sensors ensure balanced fertilization and crop-specific nutrient management. 

  • Encourages choosing crops suited to local soil profiles (pulses, oilseeds, horticulture). 

  • Accurate Weather Forecasting Systems 

  • Big Data + AI-based forecasting reduces vulnerability to climate extremes. 

  • Helps farmers confidently diversify into climate-sensitive but high-return crops.   

Conclusion: 

  • Going forward, India must harness emerging technologies to build a resilient, market-linked and diversified agriculture, in line with the Dalwai Committee’s vision. Tools like agri-tourism, U-Pick farms, CRISPR-based gene editing, and regenerative practices- including cover crops and no-till farming-can drive a constructive disruption. Together, they can fast-track sustainable crop diversification and secure long-term farmer prosperity.