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It is also important to ensure that the irrigation system is properly maintained and that the water is reaching the roots of the p... Krishi Jagran Zaid - Agriculture Notes - Prepp MCQs * 1. What is the main cropping season for Zaid agriculture in India? * 2. Which of the following crops is commonly grown duri... Prepp Show all Input Costs: Zaid crops are fast-growing and nutrient-intensive, requiring high fertilizer inputs. Market Risks: Zaid vegetables and fruits (like watermelons) are highly perishable. Farmers often face market volatility and low prices if they cannot transport goods quickly to market. Rising Costs: As of early 2026, potential shortages in fertilizers—due to geopolitical issues in West Asia affecting imports—could increase input costs for farmers. 4. Fragmented Land and Labor Constraints Smallholder Challenges: Most Indian farmers hold less than 2 acres of land. This fragmentation makes it difficult for them to invest in necessary water-saving technology or to grow high-value Zaid crops commercially. Labor Shortage: As a short-duration crop cycle, Zaid requires intensive, timely labor for planting and harvesting, which is becoming increasingly costly and scarce. Why Does It Still Matter? Despite these challenges, Zaid is crucial because it keeps the soil productive when it would otherwise lie fallow and provides essential income. The shift towards pulses like moong dal is positive as they improve soil health, but overcoming the water-energy nexus remains critical for the long-term sustainability of this fast-paced season. AI can make mistakes, so double-check responses Copy Creating a public link... You can now share this thread with others Good response Bad response 15 sites Summer Monsoon Drying Accelerates India's Groundwater ... Aug 6, 2024 —
The Zaid cropping season —the short window between the harvest of Rabi (winter) and the sowing of Kharif (monsoon) crops—is a vital yet increasingly vulnerable period for Indian agriculture . While it offers a strategic opportunity to boost farmer income and soil health, growers face a unique set of challenges that threaten the stability of this "make-or-break" season. 1. Severe Water Scarcity and Groundwater Depletion Unlike the monsoon-dependent Kharif, Zaid crops (March to June) rely almost entirely on controlled irrigation . Declining Water Tables: Farmers in states like Punjab, Haryana, and Rajasthan often have to dig deeper—sometimes over 300 feet—to reach water. High Pumping Costs: Groundwater extraction requires expensive electricity or diesel, and the lack of efficient Irrigation Systems often leads to wastage. Drought Vulnerability: Regions like Bundelkhand and Marathwada frequently experience heat-induced droughts that can lead to total crop failure during these peak summer months. 2. Climate Change and Extreme Heat Zaid crops are naturally heat-tolerant, but the recent trend of unseasonal weather is disrupting traditional patterns.
Paper Title: Agrarian Challenges in Zaid Cropping Season: A Study of India’s Summer Agricultural Vulnerabilities Author: Agricultural Policy Analysis Desk Date: April 2026 1. Introduction In India, the agricultural year is traditionally divided into Kharif (monsoon) and Rabi (winter) seasons. However, a short but critical third season exists: Zaid (summer cropping, roughly April–June). Zaid crops are sown between Rabi harvest and Kharif sowing, bridging the food supply gap. Common Zaid crops include watermelon, muskmelon, cucumber, fodder, sesame, and some short-duration pulses and vegetables. Despite its high value and quick returns, Zaid farming faces severe, unique challenges due to extreme climatic conditions, resource scarcity, and market constraints. 2. Key Challenges in Zaid Farming 2.1 Extreme Heat & Heat Stress
Temperature: Zaid season coincides with India’s hottest months (35–48°C). Many crops suffer from reduced germination, flower drop, and sunscald (fruit damage). Evapotranspiration: High heat increases water loss from soil and plants, requiring frequent irrigation—often unavailable. zaid farming challenges in india
2.2 Acute Water Scarcity
Depleted water tables: Most of India’s groundwater is exhausted by Rabi irrigation. Borewells and canals run dry by April–May. No monsoon support: Unlike Kharif, Zaid relies entirely on irrigation. Over 60% of Zaid farmers in rainfed districts cannot cultivate at all. Energy crisis: Frequent power cuts for electric pumps during peak summer increase reliance on costly diesel.
2.3 Soil Degradation & Nutrient Depletion It is also important to ensure that the
Residual fertility: After two intense cropping seasons (Kharif + Rabi), soils are often depleted of organic carbon and micronutrients. Crusting & cracking: High temperatures harden soil surface, reducing seedling emergence and root penetration.
2.4 Pest & Disease Explosion
Unseasonal pest cycles: Heat-loving pests (mites, thrips, whiteflies, fruit borers) multiply rapidly. For example, cucurbit fruit fly can destroy 70–90% of Zaid melon crops. Viral diseases: High temperatures increase vector activity (aphids, jassids), leading to leaf curl and mosaic viruses. Market Risks: Zaid vegetables and fruits (like watermelons)
2.5 Market & Price Instability
Glut risk: Zaid crops mature quickly (45–60 days). Many farmers sow simultaneously, causing a sudden market oversupply and price crash (e.g., watermelon dropping from ₹20 to ₹3/kg). Short shelf life: High heat accelerates spoilage. Without cold chain access, farmers face 30–40% post-harvest loss within 48 hours. Lack of MSP (Minimum Support Price): Unlike paddy/wheat, most Zaid vegetables/fruits have no government procurement, leaving farmers vulnerable to traders’ cartels.