Relevance: GS Paper III – Agriculture | Fertilizer Management | Sustainable Agriculture | Food Security | Digital Governance in Agriculture
For Prelims:
Urea, e-Panta, Neem-Coated Urea, N:P:K Ratio, Nutrient Use Efficiency (NUE), Soil Health Card, Fertilizer Subsidy, Non-standard Fertilizer, Section 6A, Integrated Nutrient Management
For Mains:
Balanced Fertilizer Use, Sustainable Agriculture, Fertilizer Governance, Nutrient Use Efficiency, Digital Agriculture, Soil Health, Fertilizer Subsidy Reform, Agricultural Productivity
Why in News?
- During the Rabi 2025–26 season, Andhra Pradesh recorded a major change in fertilizer use patterns as urea consumption remained almost stable despite a 36% increase in cropped area.
- While the total land under cultivation expanded significantly, urea availability increased by only 3%, leading to a sharp decline in per-hectare urea availability from 513 kg to 338 kg, a reduction of nearly 34%.
- This change was mainly driven by the expansion of the e-Panta system, stricter monitoring of fertilizer supply, and stronger enforcement against diversion and illegal transportation.
- The development indicates a shift from excessive fertilizer dependence toward more efficient and monitored fertilizer use.
Background of Fertilizer Use in Andhra Pradesh
- For many decades, fertilizer consumption in Indian agriculture, especially urea, followed a simple assumption that higher fertilizer application would automatically lead to higher crop yields.
- Farmers often used large quantities of nitrogen-based fertilizers, particularly urea, because it was cheaper due to heavy government subsidy and easily available.
- This created a pattern of overdependence on urea and imbalance in nutrient application.
- Andhra Pradesh was no exception, where increasing agricultural productivity often meant increasing fertilizer input rather than improving nutrient efficiency.
- The Rabi 2025–26 season marks an important departure from this traditional approach.
What Changed in Rabi 2025–26
- The total cultivated area in Andhra Pradesh increased by 36%, but urea availability increased by only 3%.
- This meant farmers had to manage larger crop areas with significantly lower fertilizer availability per hectare.
- Per-hectare availability of urea declined from 513 kg to 338 kg, reflecting a 34% reduction.
- Despite this, crop coverage remained high, showing that farmers were able to use fertilizer more efficiently instead of depending on excess application.
- This shift reflects a move toward controlled fertilizer distribution and improved nutrient management rather than unrestricted consumption.
- It represents an important policy change in agricultural governance.
Role of e-Panta in Fertilizer Regulation
- The major driver behind this change was the expansion of the e-Panta digital crop mapping system.
- Farmer participation increased from 17.56 lakh to 35.51 lakh.
- The mapped crop area increased from 46.07 lakh acres to 73.55 lakh acres, showing nearly 60% growth.
- Under e-Panta, fertilizer allocation became directly linked to digitally recorded crop area and crop type.
- This reduced the possibility of unaccounted purchases and prevented excess fertilizer access outside official records.
- The Agriculture Department was able to regulate supply based on real crop data rather than estimation.
- This created what officials described as “forced efficiency” in fertilizer use.
- It also strengthened transparency and reduced leakage in fertilizer distribution.
Urea Consumption and Nutrient Use Efficiency
- Urea is the most widely used fertilizer in India because it contains about 46% nitrogen and receives heavy subsidy support.
- However, only about 30–40% of applied nitrogen is actually absorbed by crops.
- The rest is lost through volatilization, leaching, and runoff.
- This makes excessive urea use economically inefficient and environmentally harmful.
- Nutrient Use Efficiency (NUE) refers to the crop output obtained per unit of nutrient applied.
- Higher NUE means better productivity with less wastage.
- The Andhra Pradesh experience shows that stable urea consumption with increased cropped area indicates improved NUE.
- This is an important indicator of sustainable agricultural practices.
Ideal N:P:K Ratio and India’s Fertilizer Imbalance
- For healthy crop growth and soil sustainability, the ideal nutrient application ratio is generally considered to be:
- 4 : 2 : 1
- Nitrogen : Phosphorus : Potassium
- In India, actual fertilizer use is heavily skewed toward nitrogen because urea is highly subsidized compared to phosphatic and potassic fertilizers.
- This leads to distorted nutrient balance and poor long-term soil health.
- Excess nitrogen creates short-term yield gains but damages long-term productivity.
- The Andhra Pradesh case shows a gradual correction in this imbalance by controlling unnecessary urea consumption and improving distribution efficiency.
- Balanced fertilization is essential for both productivity and sustainability.
Problems of Excess Urea Use
Soil Degradation
- Continuous overuse of nitrogen reduces soil microbial activity and causes depletion of important micronutrients such as zinc, boron, and iron.
- It also affects soil structure and causes acidification.
Water Pollution
- Excess nitrogen enters groundwater as nitrates and creates health risks such as Blue Baby Syndrome.
- It also causes eutrophication in lakes and water bodies.
Decline in Long-Term Soil Fertility
- Imbalanced fertilizer use reduces natural soil regeneration and increases dependence on chemical inputs over time.
- Organic carbon content also declines.
Economic Losses
- Farmers spend more money on fertilizers without proportional productivity gains because much of the nitrogen is lost instead of being absorbed.
- The AP model aims to reduce these problems through controlled fertilizer use.
Monitoring, Enforcement and Regulatory Action
- The shift was supported by strong monitoring and enforcement measures.
- The Agriculture Department issued regular bulletins, press updates, SMS advisories, and conducted awareness programmes at the mandal level regarding fertilizer use and pricing.
- Special teams involving Vigilance, Police, and Revenue officials monitored fertilizer stock movement, illegal transportation, diversion, and stock availability.
- Inspection activity increased significantly.
- More than 18,500 fertilizer samples were collected during 2025–26, compared to around 15,000 in the previous year.
- Stocks worth over ₹58 crore were detained and illegal stocks worth more than ₹6 crore were seized.
- Licenses suspended increased sharply from 14 to 84, and criminal cases also rose significantly.
- This shows a stronger regulatory approach in fertilizer governance.
Significance for Andhra Pradesh Agriculture
- This development is important because it demonstrates that agricultural productivity does not always require increased fertilizer consumption.
- Efficient use of nutrients can improve sustainability without reducing cultivation.
- The e-Panta model shows how digital governance can improve agricultural input management.
- It supports long-term soil health, reduces environmental damage, and improves financial efficiency for farmers.
- It also reduces illegal diversion and strengthens trust in public distribution systems.
- For Andhra Pradesh, this model can become an example of sustainable fertilizer governance.
Challenges
- Many farmers still believe that higher urea use automatically means better yield.
- Awareness regarding balanced fertilization remains limited in several regions.
- Heavy subsidy on urea continues to distort nutrient choices.
- Precision farming and scientific nutrient management are still not widely adopted.
- Digital systems such as e-Panta require regular updating and strong local implementation.
- Monitoring must continue consistently to prevent diversion and illegal trade.
- Without long-term behavioural change, short-term enforcement alone may not be enough.
Way Forward
- Greater promotion of neem-coated urea can reduce nitrogen loss and improve fertilizer efficiency. Soil Health Card recommendations should be actively linked to fertilizer supply decisions. Precision farming and fertigation methods should be expanded.
- Integrated Nutrient Management combining organic and inorganic inputs must be encouraged. Digital platforms such as e-Panta should be further strengthened and integrated with farmer advisory systems.
- Fertilizer subsidy reforms should gradually support balanced nutrient use rather than excessive nitrogen dependence. Farmer awareness campaigns must remain continuous and practical.
Conclusion
The Andhra Pradesh experience during Rabi 2025–26 shows that agricultural efficiency can improve even without increasing fertilizer consumption.
Stable urea use despite a major rise in cropped area reflects better regulation, stronger monitoring, and improved Nutrient Use Efficiency.
The expansion of e-Panta and strict enforcement against illegal fertilizer practices show how digital governance can support sustainable agriculture.
This is an important step toward balanced fertilizer use, improved soil health, and long-term agricultural sustainability.
CARE MCQ
Q. With reference to fertilizer use in India, consider the following statements:
- Urea is the most widely used nitrogenous fertilizer because of high subsidy support.
- The ideal N:P:K ratio for balanced fertilization is 4:2:1.
- Excessive use of urea improves long-term soil fertility and reduces groundwater pollution.
Which of the statements given above are correct?
A. 1 and 2 only
B. 2 and 3 only
C. 1 and 3 onl
D. 1, 2 and 3
Ans: (a)
Explanation
Statement 1 is correct : urea receives heavy subsidy support and is the most widely used nitrogen fertilizer in India.
Statement 2 is correct : the ideal nutrient balance for sustainable agriculture is generally considered to be 4:2:1 for nitrogen, phosphorus, and potassium.
Statement 3 is incorrect : excessive urea causes soil degradation, groundwater pollution, and long-term fertility decline.
Therefore, the correct answer is A.
Q. With reference to fertilizers used in Indian agriculture, consider the following statements:
- Urea is the most widely used nitrogenous fertilizer in India.
- Di-Ammonium Phosphate (DAP) is a major source of both nitrogen and phosphorus.
- Muriate of Potash is commonly used as a phosphatic fertilizer.
Which of the statements given above are correct?
(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3
Ans: (a)
Explanation:
Statement 1 is correct: Urea is the most widely used nitrogenous fertilizer in India because of its high nitrogen content (46%) and relatively lower cost. It plays a major role in improving crop productivity, especially for cereals such as rice and wheat.
Statement 2 is correct: Di-Ammonium Phosphate (DAP) is one of the most important complex fertilizers used in Indian agriculture. It provides both nitrogen (N) and phosphorus (P), making it highly useful during the initial growth stages of crops when root development and early plant growth are critical.
Statement 3 is incorrect: Muriate of Potash (MOP) is a potassic fertilizer, not a phosphatic fertilizer. It mainly supplies potassium (K), which is essential for disease resistance, water regulation, and overall plant strength. Phosphatic fertilizers include DAP and Single Super Phosphate (SSP), not MOP.
Q. Consider the following statements regarding balanced fertilizer use:
- Excessive use of nitrogenous fertilizers can lead to soil degradation and groundwater pollution.
- Potassic fertilizers help improve crop resistance to diseases and moisture stress.
- Phosphatic fertilizers primarily increase chlorophyll formation in leaves.
Which of the statements given above are correct?
(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3
Ans: (a)
Explanation:
Statement 1 is correct: Overuse of nitrogenous fertilizers such as urea can cause nutrient imbalance, soil health decline, nitrate leaching into groundwater, and environmental pollution. This is one of the major concerns in Indian agriculture due to subsidy-driven overconsumption.
Statement 2 is correct: Potassium plays an important role in strengthening plant tissues, improving resistance against pests and diseases, and helping crops tolerate drought and moisture stress. Hence, potassic fertilizers are crucial for plant resilience and quality.
Statement 3 is incorrect: Chlorophyll formation is mainly associated with nitrogen and magnesium, not phosphorus. Phosphorus is primarily responsible for root development, flowering, seed formation, and energy transfer within the plant. Therefore, linking phosphorus mainly with chlorophyll formation is incorrect
Q.With reference to biofertilizers and chemical fertilizers, consider the following statements:
- Biofertilizers help in increasing nutrient availability by using living microorganisms.
- Rhizobium is commonly used in leguminous crops for biological nitrogen fixation.
- Zinc sulphate is classified as a biofertilizer because it improves micronutrient availability in soil.
Which of the statements given above are correct?
(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3
Ans: (a)
Explanation:
Statement 1 is correct: Biofertilizers are substances containing living microorganisms that enhance nutrient availability to plants. They improve soil fertility by fixing atmospheric nitrogen, solubilizing phosphorus, or stimulating plant growth through biological processes rather than direct chemical nutrient supply.
Statement 2 is correct: Rhizobium is a well-known nitrogen-fixing bacterium associated with the root nodules of leguminous crops such as pulses. It converts atmospheric nitrogen into forms usable by plants, reducing the need for synthetic nitrogen fertilizers and improving soil health.
Statement 3 is incorrect: Zinc sulphate is not a biofertilizer; it is a micronutrient chemical fertilizer used to correct zinc deficiency in soils. Biofertilizers must contain living organisms, whereas zinc sulphate is an inorganic chemical input. Therefore, the classification is incorrect.
APPSC Mains Question
Q. Excessive dependence on urea threatens both agricultural sustainability and environmental health.
Discuss the significance of balanced fertilizer use and explain how digital systems like e-Panta can improve nutrient management in Andhra Pradesh.
(250 Words)
FAQs
Q1. Why is urea overused in Indian agriculture?
Ans: Because it is cheaper due to heavy subsidy support and farmers often associate higher use with better crop yields.
Q2. What is e-Panta?
Ans: It is a digital crop mapping system used in Andhra Pradesh to link fertilizer allocation with actual crop area and improve agricultural monitoring.
Q3. What is the ideal N:P:K ratio?
Ans: The ideal ratio is generally 4:2:1 for balanced and sustainable fertilization.
Q4. What is Nutrient Use Efficiency?
Ans: It refers to the amount of crop output produced per unit of nutrient applied.
Q5. How does neem-coated urea help?
Ans: It reduces nitrogen loss, improves absorption efficiency, and lowers environmental damage caused by excessive fertilizer use.
Relevance: GS Paper III – Agriculture | Horticulture | Rural Economy | Agricultural Diversification
For Prelims:
High-Value Crops (HVCs), Horticulture, MIDH, Coconut Development Board, Directorate of Cashewnut and Cocoa Development, Agarwood, CITES, Intercropping, Chilgoza, Gross Value Output (GVO), FPOs
For Mains:
crop diversification, horticulture-led growth, agro-processing, export-oriented agriculture, nutritional security, climate-resilient agriculture, regional specialization, post-harvest management, value chain development, rural livelihoods
Why in News?
The Union Budget 2026–27 has introduced a crop-specific and regionally differentiated strategy to accelerate diversification into high-value crops across India’s coastal regions, North Eastern States, and Himalayan areas.
The focus is on promoting crops such as coconut, cashew, cocoa, agarwood, walnuts, almonds, sandalwood, and pine nuts to improve farmer income and strengthen export-oriented agriculture.
This marks a shift from cereal-dominated farming toward horticulture-led rural development.
What are High-Value Crops?
- High-Value Crops (HVCs) mainly refer to horticultural crops such as fruits, vegetables, flowers, spices, plantation crops, medicinal plants, aromatic plants, and nuts
- It generates significantly higher income per unit of land compared to traditional crops like rice, wheat, and pulses.
- They are called high-value because they provide better returns, higher employment opportunities, stronger export potential, and improved nutritional security.
- Examples include coconut, cashew, cocoa, spices, medicinal herbs, floriculture crops, walnuts, almonds, and agarwood.
- These crops are generally labour-intensive and support agro-processing industries, making them important for rural transformation.
Why Crop Diversification is Necessary?
- Indian agriculture has remained heavily dependent on cereals, especially rice and wheat, leading to regional imbalance, groundwater depletion, and declining profitability for farmers.
- Excessive cereal cultivation has created environmental stress, particularly in Punjab, Haryana, and western Uttar Pradesh where groundwater extraction is severe.
- Diversification toward horticulture and plantation crops improves farm profitability while reducing ecological pressure.
- High-value crops also create resilience against market shocks because farmers are not dependent on a single crop.
- They strengthen nutrition security by increasing the supply of fruits, vegetables, nuts, and other nutrient-rich produce.
Horticulture as a Driver of Agricultural Growth
- Horticulture has become one of the fastest-growing segments of Indian agriculture.
- It contributes nearly 37% of the Gross Value Output (GVO) of the agricultural crops sub-sector despite occupying less land compared to cereals.
- India’s total horticultural production reached 370.74 million tonnes in 2024–25, reflecting strong productivity growth.
- The sector has grown at approximately 4.45% over the last decade, which is higher than the growth rate of traditional field crops.
- India is the world’s largest producer of onions and shallots and ranks second globally in vegetables, fruits, and potatoes.
- This shows that horticulture is now a major engine of agricultural income and rural employment.
Region-Specific High-Value Crop Strategy
Coastal Regions
- The coastal states are being promoted for coconut, cashew, cocoa, and sandalwood cultivation.
- India ranks second globally in coconut production with around 22.44% of world output and supports nearly 30 million livelihoods through the coconut economy.
- The policy focus is on replacing old and low-yielding coconut trees with high-yielding varieties and promoting Indian cashew as a premium export brand.
- Cocoa is being promoted as an intercrop in coconut and arecanut plantations because partial sunlight conditions are suitable for cocoa cultivation.
- This intercropping model provides additional income without requiring extra land.
North Eastern Region
- The North East is being positioned as a major centre for agarwood cultivation.
- India has nearly 150 million agarwood trees, and about 90% are concentrated in Tripura and Assam.
- Agarwood is used in the global Oud perfume industry and has very high export value.
- Tripura alone has the potential for nearly ₹2,000 crore annual turnover through sustainable agarwood cultivation and regulated exports aligned with CITES norms.
- This creates strong opportunities for tribal livelihoods and export earnings.
Himalayan and Hilly Regions
- Jammu and Kashmir, Himachal Pradesh, and other hill regions are being promoted for walnuts, almonds, and Chilgoza pine nuts.
- These crops are highly suitable for cold climates and offer significantly higher income than conventional farming.
- High-density plantation models are being promoted to improve productivity and maximize land efficiency.
- This supports tribal incomes and reduces migration from hilly areas.
Institutional Support for Diversification
Mission for Integrated Development of Horticulture (MIDH)
- MIDH is a centrally sponsored scheme for the holistic development of horticulture.
- It supports nursery development, protected cultivation, organic farming, post-harvest management, and cold-chain infrastructure.
- It is the main policy instrument for strengthening horticulture diversification.
Coconut Development Board
- It works for the integrated development of coconut cultivation and industry across India.
- It supports productivity improvement, processing, marketing, and value addition such as virgin coconut oil and coconut-based products.
Directorate of Cashewnut and Cocoa Development
- This institution supports research, nursery modernization, and farmer training related to cashew and cocoa production.
- It helps improve export competitiveness and productivity.
Farmer Producer Organizations (FPOs)
- FPOs are being promoted to organize small farmers engaged in coconut, cashew, cocoa, and other horticultural crops.
- They improve bargaining power, processing capacity, and market access.
Challenges in High-Value Crop Diversification
- High-value perennial crops such as sandalwood and agarwood require high initial investment and have long gestation periods, making adoption difficult for small farmers.
- Unlike cereals, horticultural crops are highly perishable and require strong cold-chain and post-harvest infrastructure. Without this, farmers face major losses.
- Climate change affects crops such as walnuts and almonds because changing snowfall patterns and temperature increases directly reduce productivity.
- Small and fragmented landholdings make it difficult to achieve economies of scale in processing and exports.
- Meeting international phytosanitary and quality standards remains a major challenge for accessing premium global markets such as the EU and USA.
- Weak branding and limited value addition reduce export competitiveness.
Significance for India
- High-value crop diversification improves farmer income and supports the national goal of doubling farmers’ income through better profitability.
- It strengthens export-oriented agriculture and reduces dependence on low-value cereal production.
- Labour-intensive horticulture creates more rural employment, especially for women and tribal communities.
- It promotes agro-processing industries such as food processing, essential oils, nut processing, and plantation-based industries.
- Diversification also improves climate resilience by reducing overdependence on water-intensive crops.
- It contributes to better national nutrition through increased availability of fruits, vegetables, nuts, and spices.
Way Forward
- Post-harvest management must be strengthened through cold storage, grading, packaging, and food processing infrastructure under MIDH.
- Indian products such as sandalwood, Indian cocoa, and premium cashew should be developed as global brands by 2030 to command higher international prices.
- More FPOs should be promoted in fragmented sectors like coconut and cashew for collective marketing and better price realization.
- Geospatial mapping and digital monitoring should be expanded for crops like agarwood and nut orchards to improve yield estimation and policy targeting.
Conclusion
High-value crop diversification represents a major structural transformation in Indian agriculture from subsistence farming to a market-linked, export-driven, and income-oriented system.
The Union Budget 2026–27 reflects a strategic move toward region-specific horticulture development based on agro-climatic strengths.
If supported by infrastructure, branding, institutions, and farmer participation, high-value crops can become the foundation of a more prosperous and resilient rural economy.
CARE MCQ
Q. With reference to High-Value Crop Diversification in India, consider the following statements:
- High-value crops generate higher net returns per unit of land compared to cereals.
- Cocoa is promoted as an intercrop in coconut plantations due to suitable shade conditions.
- Agarwood cultivation in India is mainly concentrated in the Himalayan region.
Which of the statements given above are correct?
A. 1 and 2 only
B. 2 and 3 only
C. 1 and 3 only
D. 1, 2 and 3
Ans: (a)
Explanation
Statement 1 is correct : high-value crops such as fruits, nuts, spices, and plantation crops provide significantly higher returns than staple cereals.
Statement 2 is correct: cocoa grows well under partial shade and is widely promoted as an intercrop in coconut and arecanut plantations.
Statement 3 is incorrect : agarwood cultivation is mainly concentrated in the North Eastern States, especially Tripura and Assam, not in the Himalayan region.
2.Consider the following statements:
Statement-I: Kharif crops are sown in the months of March to April.
Statement-II: Kharif crops require abundant rainfall and are harvested after the monsoon.
Which one of the following is correct in respect of the above statements?
(a) Both Statement-I and Statement-II are correct and Statement-II explains Statement-I
(b) Both Statement-I and Statement-II are correct, but Statement-II does not explain Statement-I
(c) Statement-I is correct, but Statement-II is incorrect
(d) Statement-I is incorrect, but Statement-II is correct
Ans: (d)
Explanation:
Statement-I is incorrect: Kharif crops are generally sown with the onset of the Southwest Monsoon, usually during the months of June to July, and not in March–April. These crops depend heavily on monsoon rainfall for their growth and are therefore closely linked with the rainy season. Crops such as rice, maize, cotton, soybean, groundnut, and millets are major Kharif crops.
March–April is typically associated with the harvesting period of many Rabi crops or the sowing of short-duration Zaid crops, not Kharif crops. Hence, the statement is factually incorrect.
Statement-II is correct: Kharif crops require high temperature, humidity, and abundant rainfall during their growing season. Since they are sown at the beginning of the monsoon, they grow during the rainy months and are generally harvested after the monsoon ends, usually between September and October. Their dependence on rainfall makes monsoon performance extremely important for agricultural output and food security in India.
Thus, this statement correctly describes both the climatic requirement and harvesting pattern.
Q.Consider the following crops and their primary growing seasons in India:
- Wheat is primarily grown in the Rabi season.
- Rice is primarily grown in the Kharif season.
- Mustard is primarily grown in the Zaid season.
- Cotton is primarily grown in the Kharif season.
How many of the above statements are correct?
(a) Only one
(b) Only two
(c) Only three
(d) All four
Ans: (c)
Explanation:
Statement 1 is correct: Wheat is one of the most important Rabi crops in India. It is sown during the winter months, usually from October to December, and harvested in spring, generally between March and April. It requires cool weather during growth and bright sunshine during ripening.
Statement 2 is correct: Rice is primarily a Kharif crop in India. It is sown during the monsoon season and harvested after the rains. It requires high temperature, high humidity, and abundant water supply, making it ideal for cultivation during the rainy season. Though rice is also grown as a Rabi crop in some southern states, its primary season remains Kharif.
Statement 3 is incorrect: Mustard is mainly a Rabi crop, not a Zaid crop. It is sown in winter after the monsoon and harvested before summer. Zaid crops are short-duration summer crops grown between Rabi and Kharif seasons, such as watermelon, cucumber, and some vegetables. Therefore, associating mustard with the Zaid season is incorrect.
Statement 4 is correct: Cotton is primarily a Kharif crop. It requires high temperature, light rainfall, and a long frost-free period. It is sown with the onset of the monsoon and harvested later in the year. Black soil regions of Maharashtra, Gujarat, and Telangana are major cotton-growing areas.
Q. With reference to pulse cultivation in India, consider the following statements:
- Pulses improve soil fertility by fixing atmospheric nitrogen through symbiotic bacteria in their root nodules.
- Gram is predominantly cultivated during the kharif season under high rainfall conditions.
Which of the statements given above is/are correct?
(a) 1 only
(b) 2 only
(c) Both 1 and 2
(d) Neither 1 nor 2
Ans: (a)
Explanation:
Statement 1 is correct: Pulses belong to the leguminous family and have the special ability to fix atmospheric nitrogen with the help of Rhizobium bacteria present in their root nodules. This improves soil fertility and reduces dependence on chemical fertilizers, making pulses important in sustainable agriculture and crop rotation systems.
Statement 2 is incorrect: Gram (chickpea) is primarily a rabi crop, not a kharif crop. It is generally sown after the monsoon and requires relatively low rainfall and cool climatic conditions for growth. It thrives best in areas with moderate temperature and well-drained loamy soils. Therefore, linking gram mainly with the kharif season is incorrect.
TSPSC MAINS QUESTION
Q.“High-Value Crop Diversification is essential for transforming Indian agriculture from subsistence-oriented farming to income-oriented farming.” Discuss in the context of regional crop planning, farmers’ income enhancement, and sustainable agricultural development in India. [250 WORDS]
FAQs
Q1. What are High-Value Crops?
They are crops such as fruits, vegetables, flowers, spices, plantation crops, nuts, and medicinal plants that provide higher income per unit of land than traditional crops like rice and wheat.
Q2. Which scheme supports horticulture diversification in India?
The Mission for Integrated Development of Horticulture (MIDH) is the main scheme supporting horticulture development
Q3. Why is crop diversification important?
It improves farmer income, reduces ecological pressure from cereal monoculture, strengthens nutrition security, and supports export-oriented agriculture.
Q4. Why is agarwood important?
Agarwood has very high export value due to its use in perfumes and luxury fragrance industries, especially in the global Oud market
Q5. What is intercropping in horticulture?
It is the cultivation of one crop along with another, such as cocoa with coconut, to improve land productivity and provide additional income.
Relevance: GS Paper III – Agriculture | Food Security | Fertilizer Subsidy | Energy Security
For Prelims:
Urea, DAP, LNG, Strait of Hormuz, GCC, Ammonia, Sulphur, Single Super Phosphate (SSP), Triple Super Phosphate (TSP), Nano Urea, Nano DAP, Indian Potash Limited (IPL), Fertilizer Subsidy
For Mains:
fertilizer security, food security, supply chain disruption, input inflation, maritime chokepoints, nutrient imbalance, subsidy burden, agricultural resilience, import dependence, strategic diversification
Why in News?
The ongoing US–Israel vs. Iran conflict and the closure of the Strait of Hormuz since February 2026 have triggered a major disruption in global fertilizer trade.
India, which depends heavily on imports of urea, DAP, ammonia, sulphur, and LNG from the Gulf region, is facing a serious supply shock ahead of the Kharif sowing season.
Fertilizer prices have surged sharply, domestic production has slowed, and concerns are rising over the availability of fertilizers for both Kharif 2026 and the upcoming Rabi season.
What is the Fertilizer Challenge?
- The fertilizer challenge refers to India’s vulnerability to disruptions in fertilizer imports and energy supplies caused by geopolitical tensions in West Asia.
- The Persian Gulf is the main route for finished fertilizers as well as Liquefied Natural Gas (LNG), which is used as feedstock for domestic urea production.
- When maritime routes such as the Strait of Hormuz are disrupted, India faces both higher import prices and reduced domestic production.
- This directly affects agricultural productivity, food prices, and government subsidy expenditure.
India’s Dependence on Fertilizers
- India annually consumes nearly 39–40 million tonnes of urea, making it the most important fertilizer for Indian agriculture.
- Urea is critical for staple crops such as rice, wheat, maize, and sugarcane because it provides nitrogen, which is essential for plant growth.
- The Green Revolution model of Indian agriculture is highly fertilizer-intensive, and any disruption in fertilizer supply directly affects crop yields and food security.
- India also imports large quantities of DAP (Di-Ammonium Phosphate), MOP (Muriate of Potash), sulphur, and ammonia for balanced nutrient supply.
- Heavy subsidy support for urea has led to overuse of nitrogen and an unhealthy NPK imbalance, making the agricultural system excessively dependent on cheap urea.
How the Iran War Affects India’s Fertilizer Supply
Strait of Hormuz as a Critical Chokepoint
- The Strait of Hormuz is about 33 km wide at its narrowest point, with shipping lanes only ~3 km wide in each direction.
- It carries around 17–20 million barrels of oil per day, nearly one-fifth of global petroleum consumption.
- Major exporters using this route include Saudi Arabia, Iraq, United Arab Emirates, Kuwait, and Iran.
- It is the only sea passage connecting the Persian Gulf with the open ocean through the Gulf of Oman.
- It is bordered by Iran to the north and Oman (Musandam Peninsula) to the south.
- A significant share of global LNG exports, especially from Qatar, also passes through this strait.
LNG Supply Disruption
- India’s domestic urea plants use natural gas as the main feedstock, and much of this LNG comes from Gulf countries such as Qatar and Oman.
- Because LNG shipments were disrupted, domestic urea production dropped from the normal 2.5 million tonnes per month to nearly 1.5 million tonnes in March 2026.
- This means India is facing both import shortages and reduced domestic production simultaneously.
Raw Material Shortage
- India also depends on Gulf countries for raw materials such as ammonia and sulphur used in DAP and other fertilizer manufacturing.
- Their prices have sharply increased, with ammonia and sulphur crossing $900 per tonne.
- This raises production costs even when final fertilizers are produced domestically.
Fertilizer Import Dependence and Supply Shock
- The Gulf Cooperation Council (GCC) countries including Oman, Qatar, Saudi Arabia, UAE, and Bahrain account for nearly 40% of India’s urea imports and over 60% of its LNG imports.
- For Kharif 2026, India requires nearly 19.4 million tonnes of urea, but opening stocks were only 5.5 million tonnes.
- Urea import bids increased dramatically from $510 per tonne in February to nearly $950 per tonne in April 2026 due to the Hormuz blockade.
- This sharp rise reflects panic buying, shipping risks, and severe supply uncertainty.
- Even if Kharif requirements are somehow managed, the Rabi season remains highly vulnerable if supply lines are not restored.
Government Response and Immediate Measures
Emergency Tendering
- Indian Potash Limited (IPL) issued a large tender for 2.5 million tonnes of urea in April 2026 to secure supplies before peak sowing begins.
- This is aimed at preventing shortages during Kharif operations.
Diversification of Import Sources
- India has started shifting procurement of ammonia and DAP toward countries such as Morocco, Jordan, Indonesia, and Malaysia to reduce excessive Gulf dependence.
- This diversification helps reduce strategic vulnerability.
Extension of Import Timelines
- The government extended loading deadlines for fertilizer imports because many vessels were delayed near conflict zones and maritime chokepoints.
- This prevents cancellation of import contracts.
Promoting Alternatives
- Farmers are being encouraged to use Single Super Phosphate (SSP) and Triple Super Phosphate (TSP) as substitutes for scarce DAP.
- This helps reduce pressure on imported phosphatic fertilizers.
Major Challenges Associated with the Crisis
- The biggest challenge is that the Strait of Hormuz is a physical maritime chokepoint, and ships cannot move if the route remains blocked.
- Even high prices cannot solve this problem immediately.
- The sharp increase in fertilizer prices creates a massive rise in the fertilizer subsidy burden for the Government of India, putting pressure on fiscal stability.
- War-related insurance premiums and freight costs have increased sharply, and many shipping companies are reluctant to enter the region.
- Domestic fertilizer plants are operating only at partial capacity because LNG shortages reduce production efficiency.
- Shortages also create risks of hoarding, black marketing, and unequal access, especially harming small and marginal farmers.
Significance for Indian Agriculture
- Fertilizer availability directly determines crop productivity, especially for food grains such as rice and wheat.
- Any shortage during sowing seasons can reduce yields, create food inflation, and weaken national food security.
- The crisis also highlights how India’s food security is closely linked to global energy security because fertilizers depend heavily on imported gas and raw materials.
- The issue affects fiscal management because fertilizer subsidies are one of the largest agricultural support expenditures of the Union Government.
- This crisis is therefore not only an agricultural issue but also a strategic and economic challenge.
Way Forward
Fertilizer fortification should be expanded by coating urea and DAP with micronutrients such as zinc and boron so that less fertilizer produces better yields.
Nano Urea and Nano DAP should be rapidly scaled up because foliar spray reduces dependence on bulk fertilizer imports and improves nutrient-use efficiency.
Biostimulants such as microbial inputs and seaweed extracts should be promoted to reduce chemical fertilizer dependency.
Phosphate Solubilizing Bacteria should be used to unlock phosphorus already present in the soil and reduce immediate DAP demand.
Conclusion
The Iran war has exposed the fragile connection between India’s energy security and food security.
A conflict in West Asia can directly influence fertilizer availability for Indian farmers and therefore determine crop output and food prices.
While emergency imports may help manage the Kharif season, the real long-term solution lies in nutrient-efficient fertilizers, domestic resilience, and strategic diversification.
Ensuring fertilizer security is essential for protecting both farmers and national food stability.
CARE MCQ
Q. With reference to India’s fertilizer security, consider the following statements:
- Domestic urea production in India depends significantly on LNG as feedstock.
- The Strait of Hormuz is a critical route for fertilizer imports from Gulf countries.
- Single Super Phosphate is a substitute for potash fertilizers.
Which of the statements given above are correct?
A. 1 and 2 only
B. 2 and 3 only
C. 1 and 3 only
D. 1, 2 and 3
Ans: (a)
Explanation
Statement 1 is correct : domestic urea production depends heavily on natural gas and LNG as feedstock.
Statement 2 is correct : a major share of fertilizer and LNG imports from Gulf countries passes through the Strait of Hormuz.
Statement 3 is incorrect : Single Super Phosphate is a phosphatic fertilizer, not a potash fertilizer.
Q. Consider the following statements regarding the geopolitical significance of West Asia:
- West Asia holds more than 60% of the world’s proven oil reserves, making it the primary global source for hydrocarbon fuels.
- The Suez Canal, a critical maritime trade route, is located entirely within Egypt and serves as a major chokepoint for trade between Asia and Europe.
- The ongoing conflicts and geopolitical rivalries in West Asia are primarily driven by the region’s abundant freshwater resources and disputes over water sharing.
- The region’s strategic location at the crossroads of Asia, Africa, and Europe facilitates major air and sea trade routes, influencing global commerce.
How many of the statements given above are correct?
(a) Only one
(b) Only two
(c) Only three
(d) None
Ans: (b)
Explanation:
Statement 1 is incorrect: West Asia is one of the most important hydrocarbon-rich regions in the world and plays a central role in global energy security. However, the claim that it holds more than 60% of the world’s proven oil reserves is not accurate. The region accounts for roughly 48–50% of global proven oil reserves, although exact figures may vary with estimates. Countries such as Saudi Arabia, Iraq, Iran, Kuwait, and the UAE dominate global petroleum reserves, but the figure does not exceed 60 percent. Therefore, the statement is factually incorrect due to exaggeration.
Statement 2 is correct: The Suez Canal is an artificial sea-level waterway located entirely within the sovereign territory of Egypt. It connects the Mediterranean Sea with the Red Sea, providing the shortest maritime route between Europe and Asia without requiring ships to travel around the Cape of Good Hope. It is one of the world’s most important maritime chokepoints and handles a significant portion of global trade, particularly oil, LNG, and container shipping. Its strategic significance makes it central to global trade and geopolitics.
Statement 3 is incorrect: West Asia is actually a region of water scarcity, not abundant freshwater resources. While disputes over rivers such as the Tigris, Euphrates, and Jordan do exist, the primary drivers of geopolitical rivalry in the region are factors such as oil and gas resources, sectarian tensions (especially Sunni–Shia rivalry), strategic location, historical conflicts, external intervention, and regional power competition. Freshwater issues are important but are not the principal cause of most major conflicts across West Asia. Hence, the statement is incorrect both in describing the region as water-abundant and in identifying water as the primary driver of conflict.
Statement 4 is correct: West Asia occupies a highly strategic position at the junction of Asia, Africa, and Europe, making it a geopolitical crossroads. This location controls major trade routes, including the Suez Canal, Strait of Hormuz, and Bab-el-Mandeb Strait, all of which are crucial for the movement of goods and energy supplies. It also serves as an important aviation and logistics hub linking Europe with Asia and Africa. Because of this central location, developments in West Asia have a direct impact on global trade, shipping costs, and international commerce.
Q. With reference to Nano Urea, consider the following statements:
- Nano Urea is a liquid fertilizer developed to improve nitrogen use efficiency in crops.
- It helps reduce the dependence on conventional urea by improving nutrient absorption.
- Nano Urea provides nitrogen to crops in the same quantity and manner as conventional granular urea.
Which of the statements given above are correct?
(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3
Ans: (a)
Explanation:
Statement 1 is correct: Nano Urea is a liquid fertilizer developed using nanotechnology to improve nitrogen delivery to plants. Its nano-sized particles enhance absorption efficiency and reduce nutrient losses, making fertilizer application more precise and effective compared to conventional methods.
Statement 2 is correct: Nano Urea improves nitrogen use efficiency and helps reduce excessive dependence on conventional urea. Since traditional urea often leads to nitrogen loss through volatilization, runoff, and leaching, Nano Urea supports better nutrient uptake and contributes to lower fertilizer consumption and environmental stress.
Statement 3 is incorrect: Nano Urea does not provide nitrogen in the same quantity and through the same mechanism as conventional granular urea. It works through targeted absorption and higher efficiency rather than bulk nutrient application. It is designed to supplement fertilizer use through improved efficiency, not by matching conventional urea in identical form and quantity.
FAQs
Q1. Why is urea so important for Indian agriculture?
Urea provides nitrogen, which is essential for plant growth and is critical for staple crops such as rice and wheat.
Q2. Why is the Strait of Hormuz important for India?
It is a major maritime route through which a large share of India’s crude oil, LNG, and fertilizer imports from the Gulf pass.
Q3. What is Nano Urea?
Nano Urea is a liquid fertilizer that delivers nitrogen more efficiently through foliar spray and reduces dependence on bulk imported urea.
Q4. Why is DAP important?
DAP provides phosphorus and nitrogen and is essential for root development and balanced crop nutrition.
Q5. What is the major long-term solution to fertilizer vulnerability?
Reducing excessive dependence on imports through nutrient-efficient farming, domestic alternatives, diversification of suppliers, and biological fertilizers.
