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(PRELIMS Focus)
Subject: Economy – International Trade; Bilateral FTA; India-New Zealand; Investment; Mobility; AYUSH.
Why in News?
- India and New Zealand signed a landmark Free Trade Agreement (FTA) on April 27, 2026 at Bharat Mandapam, New Delhi
Key Highlights
100% Duty-Free Access for Indian Exports
- All Indian goods exported to New Zealand will have zero duty from day one of implementation
- This covers textiles, apparel, leather, footwear, gems & jewellery, engineering goods, processed foods, automobiles, auto components
- Earlier, New Zealand had peak tariffs up to 10% on key Indian exports
$20 Billion Investment Commitment
- New Zealand has committed to facilitate $20 billion investment into India over 15 years
- Expected to flow into agriculture, manufacturing, renewable energy, infrastructure, startups, and emerging technologies
- Strengthens India’s manufacturing ecosystem including electric vehicles
Market Access Provisions
India’s Offer to New Zealand
- Tariff liberalisation on 70.03% of tariff lines covering 95% of bilateral trade value
- Exclusion category (29.97% of tariff lines) protects sensitive sectors: dairy, onions, sugar, edible oils, coffee, rubber, spices, gems & jewellery
Tariff Rate Quota (TRQ) System with Safeguards
- Apples: quota of 32,500 tonnes in first year, rising to 45,000 tonnes; linkage to Apple Action Plan
- Kiwifruit and Mānuka honey: TRQ with Minimum Import Price
- Phased elimination for wool, sheep meat (0% duty), wine (reduction over 10 years)
Services and Mobility (Major Win for India)
Student Mobility
- Indian students can work 20 hours per week while studying
- Post-study work visa: 3 years for STEM Bachelor & Master’s, 4 years for Doctorate (first such annex with any country)
Professional Pathways
- New Temporary Employment Entry (TEE) Visa with 5,000 visa quota for skilled Indians (IT, engineering, healthcare, education, construction)
- Also covers yoga instructors, Indian chefs, music teachers, AYUSH practitioners
Working Holiday Visa
- 1,000 young Indians annually can live and work in New Zealand for 12 months
AYUSH Goes Global (First Time)
- New Zealand has facilitated trade in Ayurveda, yoga, and other traditional medicine services for the first time in any FTA
- Promotes medical value travel and global recognition of India’s AYUSH systems
Agriculture Productivity Partnership
Focus Areas
- Action Plans for apples, kiwifruit, honey to boost productivity of Indian growers
- Establishment of Centres of Excellence, improved planting material, capacity building
- Cooperative research on horticulture, honey, forestry, livestock, fisheries, apiculture, and wine
Joint Agriculture Productivity Council (JAPC)
- Monitors TRQs and ensures delivery on Agricultural Productivity Action Plans
Textile and Apparel Sector Boost
- “Made-up textile articles” were the 4th largest import category from India into New Zealand (NZ$80.22 million in year ending Dec 2025)
- FTA provides duty-free access; expected to help reduce India’s dependence on select markets
- New Zealand’s premium wool imports will support high-end garment exports
Auto and EV Sector
- Zero duty on Indian automotive exports to New Zealand (earlier 5-10% tariff on select engineering goods)
- $20 billion investment expected to flow into electric vehicle (EV) components and high-technology manufacturing
Pharmaceutical Sector Gains
- Fast-track mechanism for regulatory approval of Indian pharma products in New Zealand
- Enhanced access for Indian generic medicines
Implementation Timeline
- FTA to be tabled in New Zealand Parliament on April 28, 2026
- Expected to enter into force by end of 2026 after ratification by both countries
Strategic Significance
India’s 7th FTA in 5 Years
- After agreements with Mauritius, UAE, Australia, EFTA (4 countries), UK, and Oman
- India now has trade pacts with all members of RCEP (Regional Comprehensive Economic Partnership) except China
Bilateral Trade Growth
- Merchandise exports to New Zealand: $711 million (2024-25) – 32% growth
- Bilateral trade target: **5billionby2030**(currently1.3 billion)
- Services exports to New Zealand: $634 million (13% growth)
Context of Global Uncertainty
- New Zealand PM Christopher Luxon: “At a time of global uncertainty, this FTA is a clear commitment by both sides to stable, predictable, and rules-based trade”
Static-Dynamic Linkage
Static (Economy / International Relations Syllabus)
- RCEP (Regional Comprehensive Economic Partnership) – 15-member Asia-Pacific trade bloc
- EFTA (European Free Trade Association) – Iceland, Liechtenstein, Norway, Switzerland
- WTO Most Favoured Nation principle – Article I of GATT
- Tariff vs Non-Tariff Barriers – tariff concessions in FTA
Dynamic (Current Affairs – April 2026)
- Fastest negotiated FTA – 9 months (launched March 16, 2025)
- 100% duty-free access for Indian exports – unprecedented in India’s FTA history
- $20 billion investment commitment – largest from New Zealand
- AYUSH first-time inclusion – traditional medicine services in FTA
- Student work rights – 20 hours/week guaranteed even if NZ changes domestic policy
Source/Reference:
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2255990®=3&lang=1
Subject: Science & Tech – Cancer Research; Genetics; Precision Medicine; Drug Resistance; CDKN1B Gene.
Why in News?
- Researchers from University of Delhi, South Campus and Tata Memorial Hospital, Mumbai have identified a genetic reason why hormone receptor-positive (HR+) breast cancer patients become resistant to standard hormone therapies
- Findings published in the British Journal of Cancer
Key Statistics: Breast Cancer in India
- Annual cases: Approximately 2 lakh (200,000)
- HR+ breast cancer (hormone receptor-positive) accounts for nearly 70% of all cases in India
- Resistance rate: In about 40% of cases, standard drugs lose effectiveness within months to a few years → relapse and regrowth of cancerous cells
What is HR+ Breast Cancer?
- Cancer cells that grow in response to hormones like estrogen
- Treated with hormonal therapy using drugs like tamoxifen that block or reduce hormone effects
- Hormonal therapy is cost-effective and involves only oral medication
The Genetic Discovery: CDKN1B Gene
Gene Function
- CDKN1B gene is responsible for producing a protein called p27
- p27 protein slows down the growth of breast cancer cells
- p27 is essential for drugs like tamoxifen to work effectively
What Goes Wrong
- When CDKN1B gene is missing, damaged, or not performing optimally, p27 protein production is affected
- Loss-of-function mutations or deletions in CDKN1B were dramatically enriched in resistant tumors
The Solution: CDK4/6 Inhibitors
What are CDK4/6 Inhibitors?
- Another class of drugs (e.g., palbociclib) that target enzymes driving cell division
- These drugs work effectively even in the absence of p27 protein
Combination Therapy
- Mice models showed that combination of tamoxifen + palbociclib was more effective at killing cancerous cells
Clinical Implications (Precision Medicine)
Biomarker for Drug Resistance
- p27 protein levels can be measured in laboratory testing
- Patients with low p27 levels are at high risk of developing resistance to hormonal therapy
Early Intervention Strategy
- Patients with low p27 may benefit from addition of palbociclib at early stage of cancer itself, before resistance develops
Static-Dynamic Linkage
Static (Science & Technology / Biology Syllabus)
- Gene function: CDKN1B as tumor suppressor gene (regulates cell cycle)
- Protein synthesis: Central dogma – DNA → RNA → Protein
- Hormone receptors: Estrogen receptor (ER) and progesterone receptor (PR) in breast cancer
- Cell cycle regulation: CDK4/6 enzymes drive cell division; inhibition slows cancer growth
- Translational research: From laboratory discovery to clinical application
Dynamic (Current Affairs – 2026)
- Indian-led research – University of Delhi South Campus + Tata Memorial Hospital
- British Journal of Cancer publication – peer-reviewed international recognition
- 40% resistance rate – addressing major treatment failure cause
- Cost-effective solution – adding palbociclib early could prevent futile therapy
- p27 as biomarker – simple lab test for patient stratification
Source/Reference:
Subject: International Relations – SCO; Regional Security; Counter-terrorism; Defence Cooperation; India-Central Asia.
Why in News?
- Rajnath Singh attended the SCO Defence Ministers’ Meeting in Bishkek (April 2026) amid rising West Asia tensions.
Key Agenda of the Meeting
Core Deliberations
- Key regional and global security challenges
- International peace and stability
- Counter-terrorism efforts
- Enhancing defence collaboration within the grouping
- Measures to mitigate the impact of West Asia conflict on regional stability
India’s Stance (Expected)
- Reiterate commitment to global peace and stability
- Underscore policy of zero tolerance towards terrorism and extremism
Bilateral Meetings on Sidelines
- Rajnath Singh expected to hold bilateral meetings with counterparts from:
- Belarus
- Kazakhstan
- Kyrgyzstan
- Other participating nations
- Aim: Strengthening defence cooperation and expanding strategic ties
About the Shanghai Cooperation Organisation (SCO)
Establishment
- Founded: June 15, 2001 in Shanghai, China
- Predecessor: Shanghai Five (China, Russia, Kazakhstan, Kyrgyzstan, Tajikistan) – established 1996
Current Members (10)
- India, Russia, China, Kazakhstan, Kyrgyzstan, Pakistan, Tajikistan, Uzbekistan, Iran, Belarus (joined 2024)
India’s SCO Journey
- Became full member in 2017 (along with Pakistan)
- Assumed rotating chairmanship in 2023
Observer States
- Afghanistan, Belarus (was observer before full membership), Mongolia
Dialogue Partners
- Armenia, Azerbaijan, Cambodia, Nepal, Sri Lanka, Turkey, Qatar (2023)
Objectives of SCO
Main Goals
- Strengthening mutual trust and neighbourly relations
- Promoting effective cooperation in politics, trade, economy, science, technology, culture, education, energy, transport, tourism, environmental protection
- Joint efforts to maintain and ensure peace, security, and stability in the region
- Establishment of a democratic, fair, and rational new international political and economic order
Areas of Cooperation
- Security (counter-terrorism, separatism, extremism – the “three evils”)
- Defence and military cooperation
- Economic integration and connectivity
- Cultural and people-to-people exchanges
Key Institutional Framework
Highest Decision-Making Body
- Council of Heads of State (CHS) – meets annually
Other Councils
- Council of Heads of Government (CHG)
- Council of Ministers of Foreign Affairs (CMFA)
- Council of National Coordinators (CNC)
SCO Bodies
- Regional Anti-Terrorist Structure (RATS) – headquartered in Tashkent, Uzbekistan
- SCO Secretariat – headquartered in Beijing, China
India’s Engagement with SCO
Strategic Significance
- Only SCO member that shares borders with both Pakistan and China
- Platform to engage with Central Asian republics (Kazakhstan, Kyrgyzstan, Tajikistan, Uzbekistan)
- Connectivity projects: International North-South Transport Corridor (INSTSC), Chabahar Port
India’s Priorities
- Counter-terrorism cooperation through RATS
- Enhancing economic connectivity with Central Asia
- Balancing influence of China and Pakistan within the grouping
Static-Dynamic Linkage
Static (International Relations / Polity Syllabus)
- UNSC Permanent Five: China and Russia are SCO members
- Nuclear powers in SCO: India, China, Russia, Pakistan
- India’s Central Asia policy: Connect Central Asia (2023) – first India-Central Asia summit
- INSTSC: Alternative trade route to Europe via Iran, Central Asia, Russia
Dynamic (Current Affairs – April 2026)
- Defence Ministers’ Meeting in Bishkek – key platform for regional security coordination
- West Asia crisis context – discussions on mitigating impact on regional stability
- India’s zero tolerance to terrorism – consistent stance reiterated
- Bilateral meetings – Rajnath Singh with Belarus, Kazakhstan, Kyrgyzstan (strengthening defence ties)
- Belarus as newest member – joined SCO in 2024 (first meeting after full membership)
Source/Reference:
Subject: Science & Tech – Cloud Computing; Polity – Data Sovereignty; Economy – Digital Infrastructure; International Relations – Sanctions Impact.
Why in News?
- Government is considering requiring companies in critical sectors (energy, telecom, banking) to use ‘Made in India’ sovereign cloud systems
- Move prompted by Microsoft’s sudden blocking of Nayara Energy from its IT services in July 2025
- Aim: Reduce dependence on foreign cloud providers and strengthen data security
What Triggered the Move?
Nayara Energy Incident (July 2025)
- Microsoft suspended tech support to Nayara Energy following EU sanctions (Russian oil giant Rosneft holds 49.13% in Nayara)
- Block affected employees’ Outlook and Teams accounts
- Nayara lost access to its own data, proprietary tools, and products – despite fully paid-up licenses
What are Cloud Systems?
Definition
- On-demand, internet-based services delivering computing resources (servers, data storage, databases, software) hosted in remote data centres
- Businesses rent resources instead of purchasing expensive in-house IT infrastructure
Benefits
- Scalability (instantly scale up/down to meet demand)
- Cost efficiency (no heavy capital investment)
- Core to modern business operations
The Sovereign Cloud Proposal
What is Being Discussed
- Companies in critical sectors (energy, telecom, banking) may be required to host digital infrastructure only on sovereign cloud
- Would ensure no sudden disruptions and insure against geopolitical risks
Challenge
- Indian-made products are not at the same level as foreign counterparts yet
- Industry consensus: domestic cloud systems cannot yet rival US-based options
- Push needed to produce such systems in India
Static-Dynamic Linkage
Static (Polity / Economy / Science & Technology Syllabus)
- Data Protection Framework: Digital Personal Data Protection Act, 2023
- National Cyber Security Strategy – under formulation
- Critical Information Infrastructure (CII) – under Section 70 of IT Act, 2000
- MeitY: Nodal ministry for IT policy and cyber security
Dynamic (Current Affairs – 2026)
- Nayara Energy incident (July 2025) – wake-up call for digital sovereignty
- Microsoft’s automated sanctions enforcement – flaw acknowledged and rectified
- Government push for ‘Made in India’ cloud – reducing foreign dependency
- Challenge: domestic cloud systems need to match global standards
- Geopolitical context: rising US-China, Russia-West tensions affecting Indian companies
Source/Reference:
Subject: Geography – Atacama Desert; Science & Tech – Astronomy; Environment – Light Pollution; Extremely Large Telescope (ELT).
Why in News?
- Chile’s Atacama Desert – considered the driest place on Earth – faces growing threat from light pollution due to urban sprawl, industrial development, mining, and wind farms
- An energy firm’s proposal to build a green power complex just kilometres from the Paranal Observatory (later cancelled) exposed that existing sky preservation laws are outdated and unclear
Atacama Desert: An Astronomical Paradise
Unique Conditions
- Driest non-polar desert in the world
- Over 300 clear nights per year (no clouds, no rain)
- High altitude (3,000+ metres)
- Isolation from urban light pollution
- Area: over 105,000 sq km
Why It’s Ideal for Astronomy
- Rare combination of dry climate, high altitude, and darkness makes it an unrivalled hub for world-class astronomy
- Home to the world’s largest ground-based astronomical projects
Major Observatories and Telescopes
European Southern Observatory (ESO)
- Operates several facilities in Atacama, including Paranal Observatory
Extremely Large Telescope (ELT)
- $1.5 billion endeavour by ESO
- Scheduled for completion in 2030
- 798 mirrors with light-gathering area of nearly 1,000 square metres
- Will be 20 times more powerful than today’s leading telescopes
- Will be 15 times sharper than NASA’s Hubble Space Telescope
Other Observatories
- Atacama Large Millimeter/submillimeter Array (ALMA)
- Several international projects in the “Photon Valley” corridor
The Threat: Light Pollution
What is Light Pollution?
- Excessive, misdirected, or obtrusive artificial light
- Disrupts astronomical observations by creating “skyglow” that washes out faint celestial objects
Sources of Threat in Atacama
- Urban sprawl (growing cities near observatories)
- Industrial development
- Mining operations
- Wind farms (proposed green power complex near Paranal)
Static-Dynamic Linkage
Static (Geography / Science & Technology Syllabus)
- Atacama Desert: Rain shadow effect caused by Andes Mountains; driest non-polar desert; rich in copper and lithium
- Electromagnetic spectrum: Optical astronomy (visible light) vs. radio astronomy (radio waves)
- Why deserts are good for astronomy: Clear skies, low humidity, minimal atmospheric distortion, no cloud cover
- Hubble vs. ground telescopes: Space telescopes avoid atmospheric distortion; ground telescopes can be larger and cheaper
Dynamic (Current Affairs – 2026)
- Light pollution emerging threat – even in remote Atacama
- Renewable energy vs. astronomy conflict – green power complex cancelled after scientific appeal
- Outdated preservation laws – Chile reviewing environmental regulations
- ELT completion 2030 – world’s most powerful optical telescope at risk
- Global lessons – balancing development and preservation of dark sky sites
Source/Reference:
Subject: History – Portuguese in India; Art & Culture – Goa’s Religious Heritage; Current Affairs – Religious Sensitivities.
Why in News?
- YouTuber Gautam Khattar was arrested from Himachal Pradesh and brought to Goa on transit remand on April 26, 2026
- He made derogatory remarks against St Francis Xavier on April 18, 2026 at an event organised by Sanatan Dharma Raksha Samiti Mormugao in Vasco, South Goa
- Remarks led to widespread protests across Goa, with protestors demanding immediate arrest for hurting religious sentiments and disturbing communal harmony
Who is St Francis Xavier?
Basic Profile
- Spanish Jesuit missionary (1506-1552)
- Founding member of The Society of Jesus (Jesuits)
- Revered as “Goencho Saib” (Lord of Goa) – patron saint of Goa
- Arrived in Goa in 1542 (Portuguese colony at the time)
“Incorruptible” Remains
- Died in 1552 on Shangchuan Island (off China’s coast)
- Body exhumed in 1553; transported to Malacca (present-day Malaysia)
- Shipped to Goa in 1554; kept at St Paul’s College, Old Goa
- Transferred to Basilica of Bom Jesus in 1624
- Remains found “well preserved” – minimal signs of decay despite being exhumed; considered a “miracle” by the faithful
Exposition of Sacred Relics
- Held once every decade in Goa
- Four-century-old silver glass casket holding relics is lowered from mausoleum and placed at Se Cathedral
- Remains kept for public veneration for 45 days
- Pilgrims of all faiths, especially Catholics, visit to pay homage
The Controversy
What Happened
- Khattar spoke at ‘Bhagwan Parshuram Janmotsav’ event in Vasco, South Goa
- Made derogatory remarks against St Francis Xavier
- Speech went viral on social media, triggering criticism
Static-Dynamic Linkage
Static (History / Art & Culture Syllabus)
- Portuguese in India: Arrived 1498 (Vasco da Gama); Goa captured 1510 (Afonso de Albuquerque)
- Goa Inquisition (1560-1812): Established by Portuguese to suppress heresy; abolished in 1812
- Jesuits in India: St Francis Xavier; educational institutions (St Xavier’s colleges)
- UNESCO World Heritage Sites in Goa: Churches and Convents of Goa (including Basilica of Bom Jesus) – inscribed 1986
Dynamic (Current Affairs – April 2026)
- Gautam Khattar’s arrest – derogatory remarks against St Francis Xavier
- Protests across Goa – demand for immediate arrest
- Political condemnation – cross-party consensus
- CM Sawant’s statement – communal harmony cannot be disturbed by outsiders
- Previous Velingkar controversy (2024) – DNA test demand; Goa Inquisition reference
Source/Reference:
(MAINS Focus)
GS Paper II – Governance (Education) | GS Paper III – Science & Technology
School Curriculum; AI Literacy; Computational Thinking; NEP 2020; Digital Safety
Introduction
CBSE will introduce a CT–AI curriculum for classes 3–8 from 2026–27, focusing on core skills like abstraction and algorithmic thinking, along with ethics and digital safety. While aligned with global practices, concerns remain about age-appropriate understanding, shift away from rote learning, and risks like anthropomorphising AI.
Main Body
Global Precedents: Aligning with International Frameworks
OECD and European Commission’s AI Literacy Framework:
- Identifies CT as a precursor to AI learning
- Recommends CT competencies across age bands beginning from early primary school
AI4K12 Initiative (United States):
- Places CT-related competencies at the base of its “Five Big Ideas in AI”
- CT-competencies progression plan spans K-2, 3-5, 6-8, and 9-12 grade bands
UNESCO Recommendations:
- Identifies topics such as “What is AI?”, “Foundations of computing”, and “Data literacy” as necessary for school students
- Learners need to cultivate logical thinking from early stages and gradually build problem-solving skills
CBSE’s Alignment:
- Sequencing broadly aligns with these comparative curricular architectures
- Designed independently in line with NEP 2020 and National Curriculum Framework for School Education (NCF-SE), 2023
The Feasibility Question: Can Middle Schoolers Engage?
Empirical Evidence (US Middle Schools):
- Learners in the 11-13 age group can engage with AI ideas when supported by structured pedagogical interventions
- Introducing ethical dimensions of AI at this stage is pedagogically feasible
Research on AI in K-12 Education:
- School-age participants as young as 10-12 years can work with fundamental AI concepts
- Introducing concepts such as supervised learning or predictive modelling is viable for learners in 11-14 age group
No-Code Tools:
- Many international initiatives encourage no-code tools for introductory AI learning
- CBSE’s expectation that Class 8 students can solve real-world problems using no-code tools is supported by multiple empirical studies
The Verdict:
- CBSE’s CT-AI framework appears compatible with learning capacities observed in this age group
Addressing Inherent Risks: Anthropomorphism and Misconceptions
The Risk:
- Children may start attributing human-like traits or capabilities to AI tools that do not actually possess them
- AI systems are pattern-matchers, not thinkers; children may not understand this distinction
CBSE’s Response:
- Curriculum contains topics discussing ethical use, fairness, and responsible digital behaviour
- Such discussions can help reduce children’s misconceptions about AI
- Modules can support better understanding and prudent use of AI systems
AI4K12 Guidelines (for Comparison):
- Recognising when AI systems may mislead
- Identifying bias in datasets
- Distinguishing between AI and human capabilities across all age groups
The Gap:
- Does CBSE explicitly teach children that AI is not human-like?
- Does it address the “black box” problem (AI systems that cannot explain their reasoning)?
Moving Away from Rote Learning
The Indian Problem:
- Habit of rote learning is deeply entrenched
- Students memorise without understanding; reproduce without reasoning
CT and AI Potential:
- CT and AI learning have the potential to encourage inquiry-driven, reflective learning
- Emphasises practical modelling, reflection, and ethical reasoning
- Can contribute to ongoing efforts to move classroom practices away from rote-based methods
Cross-Disciplinary Design:
- CBSE curriculum follows cross-disciplinary design by integrating CT into Mathematics and ‘The World Around Us’ course for Classes 3-5
- Global experiences with cross-disciplinary instructional models reported improvements in students’ reasoning and problem-solving
The Challenge:
- Curriculum design alone cannot change rote culture
- Teacher training, assessment reform, and classroom practices must align
Way Forward: Recommendations
Teacher Training:
- National mission for teacher upskilling in CT and AI
- Pre-service and in-service training modules
- Certification pathways for AI literacy educators
Infrastructure:
- Bridge digital divide (devices, internet, electricity in schools)
- No-code tools pre-installed and tested
- Offline alternatives for schools without reliable connectivity
Assessment Reform:
- Move away from rote-based examinations
- Project-based assessment (build, test, reflect)
- Portfolios and peer review, not just pen-and-paper tests
Curriculum Support:
- Develop age-appropriate local examples (Indian contexts, not just Western)
- Explicit modules on AI anthropomorphism (AI is not human)
- Parental awareness campaigns to reinforce learning at home
Pilot and Scale:
- Pilot in select schools before nationwide rollout
- Gather Indian empirical evidence on learning outcomes
- Iterate based on classroom feedback
Conclusion
CBSE’s CT-AI curriculum for classes 3–8 aligns with global frameworks and National Education Policy 2020, and can foster early AI literacy and ethical awareness through activity-based learning. However, its success hinges on robust teacher training, adequate infrastructure, and assessment reforms. Without these, and without addressing risks like anthropomorphising AI, it may remain a token addition rather than transforming rote-based learning.
UPSC Mains Practice Question
- Evaluate the feasibility of introducing AI literacy for classes 3–8 in India, highlighting key challenges in teacher capacity, infrastructure, and assessment. (250 words, 15 marks)
https://www.thehindu.com/opinion/op-ed/can-middle-school-students-engage-with-ai/article70913678.ece
GS Paper III – Economy (Agriculture; Food Security) | GS Paper III – Environment
Monsoon Forecast; Fertiliser Crisis; Subsidy Reform; Direct Income Support
Introduction
The 2026–27 farm season may face a “perfect storm” of a below-normal monsoon (El Niño risk) and a severe fertiliser supply shock due to the West Asia conflict. Disruptions in gas and key inputs, along with curbs by major exporters, expose India’s heavy import dependence. The crisis highlights urgent vulnerabilities—and the need for long-pending reforms rather than continued policy delays.
Main Body
The Monsoon: Below Normal, But Not the Primary Concern
IMD Forecast:
- “Below normal” southwest monsoon (June-September)
- 92% of long period average (LPA)
- Anticipated El Niño may impact both kharif (planting in one month) and rabi (2026-27 winter crop)
The Mitigating Factor:
- Improved irrigation coverage over the years has made Indian agriculture relatively resilient against subnormal rains
- Water is not the primary concern
The Real Concern:
- Plant nutrients (fertilisers)
- Supply shock, not just price shock
The Fertiliser Crisis: Supply Shock, Not Price Shock
Historical Context:
- 2008 global food crisis: price shock
- 2021-22 post-Russia-Ukraine war: price shock
- Current crisis (2026): supply shock
What makes the current crisis different:
- Prices haven’t yet surged to 2008 or 2021-22 highs
- But availability itself is in question
- Extends beyond finished fertilisers to key raw materials:
- Natural gas
- Ammonia
- Sulphur
The Strait of Hormuz Factor:
- Effective closure has affected around one-third of the world’s seaborne fertiliser trade
- 90% of India’s LPG imports and significant fertiliser imports transit this corridor
Other Supply Constraints:
- Russia (one-fifth share of global fertiliser trade) prioritising domestic availability
- China (India’s biggest urea and DAP supplier until 2023-24) restricting exports
India’s Vulnerability:
- Hardly any domestic reserves of: natural gas, rock phosphate, potash, mineable sulphur
- Predominantly import-dependent in plant nutrients
The Failure of the Current Subsidy Regime
What the Current Regime Does:
- Product-wise subsidy on urea, DAP, and other fertilisers
- Artificially underprices fertilisers to keep farmer costs low
Why It Fails During a Supply Shock:
- Subsidies boost demand (farmers pay less, use more)
- But supply is constrained (imports blocked, domestic production limited)
- Result: shortages, black markets, diversion
The Perverse Incentives:
- Urea subsidy encourages overuse (imbalanced soil health)
- Subsidies benefit fertiliser companies as much as farmers
- No incentive for efficient use or alternative nutrient sources
The Fiscal Burden:
- Fertiliser subsidy bill already huge
- During supply shock, either subsidies skyrocket (if imports available) or shortages worsen (if imports not available)
The Way Forward: Deregulation and Direct Income Support
The Proposal:
- Deregulate retail prices of urea, DAP, and all other fertilisers
- Replace product-wise subsidy regime with a flat per-acre payment
- Example: Rs 5,000 per acre for all cultivating farmers
- Redirect and repurpose funds from both fertiliser subsidy and PM-Kisan into a genuinely pro-farmer direct income support scheme
Why This Works:
- Farmers get cash, not subsidised inputs
- Farmers decide what to buy (fertilisers, seeds, water, labour) based on their needs
- Removes distortion from fertiliser overuse
- Market prices for fertilisers reflect genuine scarcity (rationing by price, not by shortage)
- Reduces fiscal burden (subsidy becomes capped per-acre payment, not open-ended import bill)
Potential Objections and Responses:
| Objection | Response |
|---|---|
| Farmers will face higher fertiliser costs | Cash transfer compensates; farmers can choose cheaper alternatives (bio-fertilisers, organic manure) |
| Deregulation will lead to price gouging | Competitive markets; government can monitor anti-competitive practices |
| Small farmers will lose out | Per-acre payment benefits small farmers proportionally more (higher subsidy per acre) |
| Administrative challenge of identifying cultivating farmers | PM-Kisan database already exists; can be expanded |
Alternative Nutrient Sources: Augmenting Availability
Beyond Urea and DAP:
- Bio-fertilisers (rhizobium, azotobacter, phosphate solubilising bacteria)
- Organic manure (crop residues, animal dung, compost)
- Nano-fertilisers (emerging technology)
- Treated municipal waste (phosphorus recovery)
The Biomethane Opportunity:
- India’s cattle and poultry manure can generate over 55 billion cubic metres of biomethane annually
- Biomethane can replace natural gas as fertiliser feedstock
- Reduces import dependence
Government’s Role:
- Focus on augmenting availability, not artificial underpricing
- Support alternative nutrient sources through R&D and infrastructure
- Create markets for bio-fertilisers and organic manure
The Political Economy of Reform
Why Reform Has Been Delayed:
- Fertiliser subsidy is politically sensitive (farmers vote)
- Industry lobby (fertiliser companies benefit from product-wise subsidy)
- Bureaucratic inertia (existing system, however flawed, is familiar)
Why Reform Is Now Possible:
- Supply shock makes existing system unworkable (you cannot subsidise what is not available)
- Perfect storm creates political cover for hard choices
- PM-Kisan provides existing direct income transfer infrastructure
The Opportunity:
- 2026-27 could be a perfect storm for Indian agriculture
- Also an opportunity for reforms where “kicking the can down the road” is no longer an option
- There are limits to subsidising products whose supply is itself in question
Conclusion
The 2026–27 agricultural season may face a dual shock: weak monsoon and severe fertiliser supply disruptions due to the West Asia conflict. With India heavily import-dependent, the crisis exposes the limits of the current product-based subsidy regime, which worsens shortages by underpricing scarce inputs. The situation calls for bold reform—deregulating fertiliser prices and shifting to a flat per-acre direct income support by rationalising fertiliser subsidies and PM-Kisan.
UPSC Mains Practice Question
- India’s fertiliser crisis is driven by supply constraints rather than prices. Examine the challenges for agriculture in 2026–27 and suggest reforms in fertiliser pricing and subsidy delivery to balance farmer welfare with fiscal sustainability. (250 words, 15 marks)
