Content

1. Cloning hurdle skirted to perfectly copy quantum state
2. Explained – Foreign Contribution (Regulation) Amendment Bill, 2026
3. The executive office without a limit
4. China’s Energy Security amid Iran Conflict
5. India–Iran Oil-Rice Barter & Sanctions Dynamics
6. Rising Wealth Inequality in India
7. Bengal Florican – “Last Dance” of Vanishing Grasslands

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‘Cloning’ hurdle skirted to perfectly copy quantum state

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Why in News ?

• New experimental breakthrough demonstrates “encrypted quantum cloning”, seemingly bypassing the no-cloning theorem.
• Opens pathway for quantum cloud storage, fault-tolerant quantum computing.

Relevance

GS III (Science & Technology)

• Breakthrough reinterprets no-cloning → controlled access vs duplication.
• Implications for quantum computing, cloud storage, error correction.
• Role of India in quantum tech race (National Quantum Mission).

GS III (Internal Security / Cybersecurity)

• Quantum cryptography → enhanced data security.
• Risks: quantum advantage over classical encryption (post-quantum threats).

Practice Question

“Recent advances in quantum computing challenge fundamental limits like the no-cloning theorem.”Discuss the implications of such breakthroughs for technology, security, and governance. (250 words)

Static Background

• No-Cloning Theorem (Quantum Mechanics)
  • States: Impossible to create an identical copy of an unknown quantum state.
  • Fundamental to quantum cryptography (security) and quantum computing limitations.
• Quantum Information Basics
  • Qubit: Superposition (0 & 1 simultaneously).
  • Entanglement: Correlated quantum states across particles.
  • Measurement collapse: Observing a qubit alters its state irreversibly.

Overview

1. Scientific Concept (What is the Breakthrough?)

• Researchers achieved perfect cloning with encryption constraint.
• Quantum state copied into multiple qubits but each clone appears as random noise (maximally mixed state).
• Noise qubits act as decryption key → required to retrieve original state.
• Only one successful recovery possible → preserves essence of no-cloning theorem.

2. How It Works (Mechanism Simplified)

• Original qubit interacts with quantum register → spreads information.
• Each clone = encrypted + unusable individually.
• Decryption:
  • Apply noise qubits (key) → retrieve original state perfectly.
  • Key gets destroyed → remaining clones permanently scrambled.

3. Experimental Validation

• Conducted on IBM Heron R2 processor (~156 qubits).
• Achievements:
  • Generated up to 729 encrypted clones.
  • Verified quantum nature (not classical copying).
  • Successfully cloned entangled GHZ states.

4. Conceptual Implication (Reinterpreting No-Cloning)

• The theorem still holds fundamentally:
  • Cannot freely access multiple identical copies simultaneously.
• New insight:
  • Information can be distributed, but access remains restricted.
• Shift from “no copying” → “controlled access to copies”.

5. Technological Dimension

• Quantum Cloud Computing
  • Enables backup of quantum data across servers.
  • Improves fault tolerance (if one server survives, data recoverable).
• Quantum Memory Systems
  • Enhances reliability of quantum storage and error correction.
• Secure Quantum Communication
  • Strengthens encryption paradigms using quantum noise keys.

6. Economic & Strategic Dimension

• Boosts quantum technology race (US, China, EU, IBM, Google).
• Potential applications in:
  • Finance (quantum simulations)
  • Drug discovery
  • Cybersecurity
• Strategic importance for digital sovereignty and next-gen computing dominance.

Challenges

• Requires large number of qubits (scalability issue).
• High sensitivity to quantum noise and decoherence.
• Complex hardware + error correction demands.
• Still in experimental stage (not commercial-ready).

Data & Evidence

• IBM Heron R2 processor: ~156 qubits used.
• Up to 729 clones generated experimentally.
• First demonstration of perfect (not approximate) quantum cloning under constraints.

Way Forward

• Develop scalable quantum architectures (1000+ qubits systems).
• Improve quantum error correction and noise management.
• Integrate with quantum internet and cloud infrastructure.
• Promote international collaboration in quantum research.

Prelims Pointers

• No-cloning theorem → prohibits exact duplication of unknown quantum state.
• Qubit → basic unit of quantum computing.
• GHZ state → multi-particle entanglement state.
• Quantum computing uses superposition + entanglement.

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Explained – Foreign Contribution (Regulation) Amendment Bill, 2026 

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Why in News ?

• FCRA Amendment Bill, 2026 introduced in Lok Sabha (March 25, 2026) but deferred after Opposition protests.
• Raises debate on state control vs civil society autonomy in foreign funding regulation.

Relevance

GS II (Polity & Governance)

• Article 19(1)(c) vs regulatory restrictions on NGOs.
• Centralisation vs federalism (state police powers curtailed).
• Executive discretion in cancellation, asset control.

GS III (Internal Security)

• Preventing terror financing, money laundering via foreign funds.

Practice Question

“The FCRA Amendment Bill, 2026 reflects the tension between national security concerns and the autonomy of civil society.”Critically analyse. (250 words)

Static Background

• Foreign Contribution (Regulation) Act (FCRA)
  • Enacted: 1976 → replaced by 2010 Act.
  • Objective: Regulate foreign funds to prevent threats to sovereignty, public order, national security.
• Administered by Ministry of Home Affairs (MHA).
• Registration valid for 5 years; mandatory renewal.
• ~14,965 NGOs active; ~₹22,000 crore annual inflow.
• 18,000 registrations cancelled since 2015 → tightening regulatory regime.

Overview

1. Governance & Regulatory Framework (How MHA Regulates FCRA)

• Mandatory registration/prior permission for receiving foreign funds.
• Funds must be used for specified purposes (social, cultural, educational, etc.).
• Strict compliance:
  • Designated FCRA bank account (SBI, New Delhi).
  • Annual returns, audit requirements.
• Powers: suspension, cancellation, freezing accounts.

2. Key Changes Proposed in FCRA Amendment Bill, 2026

• Asset Control Mechanism
  • Appointment of “designated authority” to manage/dispose NGO assets upon cancellation.
  • Authority has civil court powers → can transfer assets to govt/other bodies.
• Expanded Definition of ‘Key Functionary’
  • Includes trustees, partners, Karta (HUF), governing members.
  • Imposes vicarious liability unless due diligence proven.
• Centralisation of Investigations
  • States/law enforcement need prior Central approval to probe FCRA violations.
• Timelines for Fund Utilisation
  • Fixed timelines for ‘prior permission’ category funds (earlier open-ended).
• Reduced Penal Provisions
  • Maximum imprisonment reduced 5 years → 1 year (decriminalisation intent).
• Automatic Certificate Expiry
  • FCRA license ceases automatically if not renewed on time.

3. Constitutional / Legal Dimension

• Concerns of violating Article 19(1)(c) (freedom of association).
• Centralisation may impact federal structure (State police powers curtailed).
• Expansion of liability raises due process concerns (reverse burden of proof).

4. Governance & Administrative Concerns

• Concentration of powers with Centre → executive overreach risk.
• Asset takeover provision → state control over NGO infrastructure.
• Prior approval for investigations → delays, reduced enforcement autonomy of States.

5. Social / Civil Society Dimension

• NGOs critical for welfare delivery, rights advocacy, minority institutions.
• Concerns of targeting dissenting voices or minority groups.
• Fear of shrinking civic space and chilling effect on NGOs.

6. Economic Dimension

• NGOs receive ~₹22,000 crore annually → support health, education, relief sectors.
• Over-regulation may reduce foreign philanthropy inflows.
• However, regulation necessary to prevent money laundering, terror financing.

7. Political Dimension (Opposition Concerns)

• Allegations of misuse to control civil society and minority institutions (e.g., churches).
• States like Tamil Nadu, Kerala → concerns of asset seizure powers.
• Seen as tool for centralised political control over NGOs.

Data & Evidence

• ~16,000 registered associations; ~₹22,000 crore inflow annually.
• 18,000 NGOs lost FCRA registration since 2015.
• Active NGOs: ~14,965 (2026).

Challenges

• Balancing security vs freedom of association.
• Risk of over-centralisation undermining federalism.
• Lack of transparent criteria for cancellations/renewals.
• Potential misuse of asset takeover provisions.
• Reduced penalties may weaken deterrence.

Way Forward

• Ensure clear, objective criteria for suspension/cancellation.
• Introduce judicial/independent oversight for asset takeover decisions.
• Maintain federal balance by allowing State-level investigations with safeguards.
• Strengthen transparency and accountability mechanisms for NGOs.
• Promote ease of compliance while ensuring national security safeguards.

Prelims Pointers

• FCRA 2010 → regulates foreign donations to NGOs.
• Registration valid 5 years.
• Administered by Ministry of Home Affairs.
• FCRA account must be in SBI, New Delhi (NDMB branch).

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The executive office without a limit

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Why in News ?

• Narendra Modi completed 8,931 days in elected office, surpassing Pawan Kumar Chamling.
• Raises constitutional question: Why no term limits for PM/CM despite prolonged incumbency risks?

Relevance

GS II (Polity & Governance)

• Parliamentary system → accountability via legislature, not term limits.
• Anti-defection law weakening legislative oversight.
• Debate on constitutional reform (term limits vs parliamentary sovereignty).

GS IV (Ethics)

• Concentration of power vs democratic choice.
• Institutional integrity vs majoritarian dominance.

Practice Question

“In the absence of term limits, institutional safeguards become crucial to prevent concentration of executive power.”Examine in the context of India’s parliamentary system. (250 words)

Static Background

• India follows Parliamentary System (Articles 74–75) → PM holds office as long as enjoys Lok Sabha confidence.
• No explicit term limits unlike Presidential systems (e.g., USA – 22nd Amendment).
• Framers’ logic (Ambedkar, 1948): “Daily accountability” > fixed tenure limits.

Overview 

1. Constitutional / Legal Dimension

• No term limit provision in Constitution for PM/CM → continuity allowed.
• Based on collective responsibility to Lok Sabha (Art 75(3)).
• Anti-defection law (Tenth Schedule, 1985) altered this design → reduced legislative autonomy.

2. Framers’ Rationale (Ambedkar’s Vision)

• Two checks on executive:
  • Daily accountability: Question Hour, adjournment motions, no-confidence motions.
  • Periodic accountability: Elections every 5 years.
• Assumption: Legislature can continuously discipline executive power → no need for term limits.

3. Structural Breakdown (Post-1985 Reality)

• Tenth Schedule (Anti-defection law)
  • Disqualifies MPs voting against party whip.
  • Converts legislature into “rubber stamp” in majority governments.
• Supreme Court in Kihoto Hollohan v Zachillhu upheld it, prioritising stability over dissent.
• Result: No-confidence motion ineffective when ruling party has majority.

4. Governance & Institutional Dimension

• Prolonged incumbency → institutional capture risks:
  • Appointments (EC, regulators, judiciary influence).
  • Control over policy cycles and administrative machinery.
• Weak intra-party democracy → leader dominance within party structures.

5. Democratic Theory & Comparative Dimension

• Presidential systems impose term limits (USA, Brazil, Indonesia).
• Parliamentary systems rely on internal party checks (UK model).
• India lacks both:
  • Weak legislative autonomy (Tenth Schedule).
  • Weak intra-party leadership challenges.

6. Electoral vs Structural Accountability

• Elections alone = periodic check, not continuous restraint.
• Long incumbency → “compounding advantages”:
  • Resource asymmetry.
  • Narrative control.
  • Policy timing for electoral gains.

7. Social / Ethical Dimension

• Debate: Term limits vs voter sovereignty.
  • Pro: Prevent concentration of power.
  • Con: Restricts democratic choice.
• Ethical issue: balancing popular mandate vs institutional safeguards.

8. Risks of Democratic Backsliding

• Scholars (Ginsburg, Huq): Democracies decline via incremental institutional erosion, not coups.
• Absence of term limits + weakened accountability → structural vulnerability.

Data & Evidence  

• No PM in India has faced intra-party removal (unlike UK examples).
• Presidential convention: No Indian President beyond 2 terms (constitutional convention test – Ivor Jennings).
• Contradiction: Ceremonial office limited by convention, real executive unrestricted.

Challenges

• Anti-defection law rigidity undermines legislative oversight.
• Lack of intra-party democracy mechanisms.
• Over-reliance on elections as sole accountability tool.
• Risk of centralisation and institutional weakening.

Way Forward

• Reform Tenth Schedule:
  • Exempt votes on no-confidence motions from disqualification.
• Introduce intra-party democracy laws (internal elections, leadership challenges).
• Debate constitutional amendment for term limits (e.g., 2 consecutive terms + cooling-off).
• Strengthen independent institutions (EC, judiciary, regulators).
• Enhance parliamentary oversight mechanisms.

Prelims Pointers

• Tenth Schedule → Anti-defection law (52nd Amendment, 1985).
• Article 75 → PM holds office during pleasure of President + Lok Sabha confidence.
• No constitutional limit on PM/CM tenure.
• Kihoto Hollohan case upheld anti-defection law.

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Case Study : China’s Energy Security amid Iran Conflict 

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Why in News ?

• Despite West Asia tensions (Iran conflict, Hormuz disruptions), China shows no immediate energy panic unlike India.
• Raises questions on energy resilience strategies and diversification models.

Relevance

GS III (Economy & Energy)

• Energy security strategies: diversification, SPR, renewables.
• Demand-side management (EVs, efficiency).
• Comparison: India vs China energy resilience.

GS II (IR)

• Energy diplomacy (Russia, Central Asia, Africa).
• BRI as geoeconomic strategy.

Practice Question  

“China’s energy security strategy reflects a combination of diversification, technological transition, and strategic reserves.”Analyse its relevance for India. (250 words)

Static Background

• China: World’s largest energy consumer + largest oil importer + largest CO₂ emitter.
• Imports ~70% of crude oil demand, yet maintains high resilience.
• Key concept: “Malacca Dilemma” → dependence on vulnerable sea routes.

Overview

1. Why Iran War Has Not Affected China ?

• Strategic Petroleum Reserves (SPR)
  • China maintains ~120 days of oil reserves, among highest globally.
  • Enables short-term insulation from supply shocks (Hormuz disruption).
• Geographical Diversification (Pipeline Strategy)
  • ~20% oil imports via land pipelines (Russia, Central Asia).
  • Reduces reliance on Malacca Strait & Hormuz chokepoints.
• Stable Energy Diplomacy
  • Long-term contracts via state firms (Sinopec, CNPC, CNOOC) ensure supply continuity.
  • Active engagement in conflict-prone regions (Africa, Central Asia).
• Economic Slowdown Factor
  • Growth ~4.5% (2026) → reduced industrial demand.
  • Decline in construction → lower energy-intensive sector consumption.
• Diversified Import Basket
  • Reduced overdependence on Middle East → multi-source procurement strategy.

2. How China Strengthened Energy Security (Diversification Model) ?

• A. Supply-Side Diversification
  • Russia: ~900,000 barrels/day via pipelines.
  • Central Asia: Kazakhstan, Turkmenistan gas/oil pipelines.
  • Investments in Africa, Latin America → risk hedging.
• B. Infrastructure & Connectivity Strategy
  • Overland pipelines + Belt and Road Initiative (BRI) logistics networks.
  • Strategic bypass of maritime chokepoints (Malacca, Hormuz).
• C. Energy Mix Diversification
  • Massive expansion of renewables (solar, wind, hydro).
  • Growth in nuclear energy for baseload supply.
  • Continued but cleaner use of coal (CCS technologies).
• D. Technological Transformation
  • Benefited from US-China Energy Cooperation (2008) → tech transfer.
  • Leadership in solar manufacturing, EVs, battery storage.
• E. Demand-Side Management (Consumption Shift)
  • Electric Vehicles (EVs): World’s largest EV market → reduces oil demand.
  • Policy tools: subsidies, mandates, charging infrastructure.
  • Focus on energy efficiency, industrial restructuring.
• F. Institutional & Policy Framework
  • Centralised planning with time-bound targets (pollution control, energy intensity).
  • Bureaucratic restructuring → strong implementation capacity.

Comparative Insight: China vs India

• Storage: China ~120 days SPR vs India ~10–15 days → higher resilience.
• Infrastructure: China pipelines vs India’s maritime dependence (~85% oil imports).
• Energy Transition: China leads in EV + renewables scale, India still evolving.
• Diplomacy: China’s proactive resource diplomacy vs India’s price-sensitive approach.

Data & Evidence

• China imports ~70% crude oil, yet resilient due to diversification.
• ~20% imports via pipelines; rest diversified maritime routes.
• EV adoption significantly reduced oil demand growth in 2025.

Challenges 

• Continued dependence on imported hydrocarbons (~70%).
• Middle East instability still impacts supply indirectly.
• High coal reliance → climate commitments pressure.
• Strategic vulnerability in South China Sea & maritime routes persists.

Way Forward

• Expand Strategic Petroleum Reserves (SPR) capacity.
• Develop overland energy corridors (INSTC, pipelines).
• Accelerate EV adoption and renewable integration.
• Strengthen energy diplomacy and long-term supply contracts.
• Promote energy efficiency and demand-side management.

Prelims Pointers

• Malacca Strait → key global oil chokepoint.
• SPR → emergency oil stockpile mechanism.
• China largest producer of solar panels, EVs.
• BRI → includes energy corridors and pipelines.

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India–Iran Oil-Rice Barter & Sanctions Dynamics 

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Why in News ?

• Indian exporters urge revival of oil–rice barter mechanism with Iran amid sanctions uncertainty.
• Possible expiry of U.S. waivers on Iran oil and Chabahar Port
• West Asia tensions disrupting Hormuz Strait trade routes, affecting Indian exports.

Relevance

GS Paper II (IR)

• Strategic autonomy vs US sanctions pressure.
• India–Iran relations in West Asia geopolitics.

GS Paper III (Economy)

• Trade mechanisms (barter, rupee trade).
• Impact on farmers (Basmati exports).

Practice Question

“India’s engagement with Iran reflects a delicate balance between strategic autonomy and geopolitical constraints.”Discuss in the context of energy security and regional connectivity. (250 words)

Static Background

• India–Iran trade historically based on energy imports (oil) + agricultural exports (rice, pharma).
• Rupee Payment Mechanism (2012, UCO Bank) used to bypass sanctions.
• India stopped Iranian oil imports in 2019 due to U.S. sanctions (CAATSA-type pressure).
• Chabahar Port: India’s gateway to Central Asia, Afghanistan (bypassing Pakistan).

Overview 

Strategic & Geopolitical Dimension

• Iran critical for energy security + connectivity (Chabahar → INSTC corridor).
  • U.S. sanctions constrain India’s strategic autonomy in foreign policy.
  • West Asia instability + Hormuz chokepoint risks → 80% oil imports vulnerability.

Economic & Trade Dimension

• India’s Iran trade declined from $15.7 bn (2014) → $1.6 bn (2024) due to sanctions.
  • 80% of Basmati exports go to West Asia → trade disruption impacts farmers/exporters.
  • Barter system reduces dollar dependence, forex outflow pressures.

Energy Security Dimension

• Oil prices > $110/barrel → inflationary pressure on Indian economy.
  • Iranian crude suitable but requires refinery adjustments and pricing viability.
  • Diversification strategy: Russia, Middle East, U.S., but Iran remains cost-effective long-term option.

Governance & Policy Dimension

• Balancing act: U.S. strategic partnership vs Iran energy needs.
  • Use of waivers and rupee trade mechanisms shows adaptive policy response.
  • Policy uncertainty affects private sector planning and investment decisions.

Legal / International Relations Dimension

• U.S. sanctions (secondary sanctions) challenge sovereignty of third countries’ trade decisions.
  • WTO principles vs unilateral sanctions → global trade governance tension.
  • India adopts strategic hedging (engagement with both U.S. and Iran).

Infrastructure & Connectivity Dimension

• Chabahar Port enables access to Afghanistan, Central Asia, INSTC corridor.
  • Withdrawal of Indian staff (2025) weakens regional connectivity ambitions.
  • Sanctions waiver expiry threatens long-term geoeconomic strategy.

Agriculture & Domestic Impact

• Barter (oil for rice) supports Indian farmers, especially Punjab/Haryana Basmati producers.
  • Export disruptions → inventory pile-up, price crash risk.

Data & Evidence

• Iran trade: $15.7 bn (2014) → $1.6 bn (2024).
• 80% Basmati exports → West Asia.
• Oil price > $110/barrel → macroeconomic stress.
• India imports ~85% of crude oil demand.

Challenges

• Sanctions Risk: Exposure to U.S. secondary sanctions and tariff threats.
• Payment Mechanisms: Limited scalability of rupee trade systems.
• Geopolitical Volatility: West Asia conflict disrupting supply chains.
• Refinery Constraints: Technical challenges in processing Iranian crude.
• Strategic Trade-offs: Balancing QUAD/U.S. ties vs Iran engagement.

Way Forward

• Strengthen rupee-based and alternative payment systems (BRICS/local currency trade).
• Diversify energy basket while retaining strategic flexibility with Iran.
• Push for long-term waiver diplomacy with U.S..
• Revive and fast-track Chabahar + INSTC integration.
• Develop strategic petroleum reserves to cushion supply shocks.
• Promote energy transition (renewables, green hydrogen) to reduce import dependence.

Prelims Pointers

• Chabahar Port → India’s access to Afghanistan/Central Asia bypassing Pakistan.
• Hormuz Strait → critical global oil chokepoint.
• Rupee Payment Mechanism via UCO Bank.
• INSTC → International North-South Transport Corridor.

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Rising Wealth Inequality in India 

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Why in News ?

• Study by Centre for Financial Accountability highlights sharp rise in billionaire wealth (2019–2025).
• Top 1% now controls ~40% of wealth, raising concerns of structural inequality and redistributive policy gaps.

Relevance

GS III (Economy)

• Wealth concentration → K-shaped recovery.
• Impact on demand, growth sustainability.
• Debate on wealth tax, redistribution.

GS II (Governance)

• Fiscal policy: indirect vs direct taxation.
• Welfare vs redistribution gap.

Practice Question  

“Rising wealth inequality in India poses both economic and ethical challenges.”Critically analyse and suggest policy measures. (250 words)

Static Background

• Inequality measured via Gini coefficient, wealth shares, income distribution.
• Constitutional basis: Article 38, 39 (DPSP) → reduce inequalities, equitable distribution of resources.
• India moved from socialist planning → liberalised market economy (post-1991) → rising inequality trend.

Overview

Economic Dimension

• Billionaire count ↑ 77% (2019–2025); wealth ↑ 227% (₹31 lakh crore → ₹88 lakh crore).
  • Top 5 families’ wealth ↑ 400% → concentration of capital in few conglomerates.
  • Reflects K-shaped recovery: capital-intensive sectors booming vs stagnant informal sector.

Inequality & Distributional Dimension

• Top 1% holds ~40% wealth; bottom 50% only ~6–15% income/wealth share.
  • Top 10% captures ~60% national income → severe income concentration.
  • Comparable to colonial-era inequality patterns (as per study).

Governance & Policy Dimension

• Limited use of progressive taxation (wealth, inheritance tax absent).
  • Heavy reliance on indirect taxes (GST) → regressive impact on poorer sections.
  • Welfare schemes exist (DBT, subsidies) but redistribution insufficient to offset inequality.

Social & Ethical Dimension

• Wealth concentration linked to social stratification (upper caste dominance ~90%).
  • Inequality impacts access to education, health, mobility → intergenerational inequality trap.
  • Ethical issue: imbalance between economic growth vs distributive justice.

Developmental Dimension

• High inequality reduces aggregate demand → growth sustainability risk (Keynesian view).
  • Impacts human capital formation (nutrition, education gaps).
  • Risks social unrest, erosion of democratic legitimacy.

Global Comparison & Trends

• Similar trend globally (Oxfam reports): top 1% wealth surge post-pandemic.
  • India among fastest-growing billionaire populations (358 billionaires by 2025 vs 1 in 1991).

Fiscal Policy Debate (Wealth Tax)

• Proposal: 2–6% wealth tax + inheritance tax on ultra-rich.
  • Potential revenue: ~₹10.63 lakh crore annually → fund welfare (health, education, gender schemes).
  • Trade-off: risk of capital flight, reduced investment incentives.

Data & Evidence

• ₹166 lakh crore wealth held by 1,688 ultra-rich (~50% of GDP).
• Ambani wealth ↑ 153%, Adani ↑ 625% (2019–2025).
• Bottom 50% wealth share stagnates at ~6.4%.

Challenges

• Tax Structure Bias: High indirect taxes vs low direct taxes.
• Data Limitations: Lack of official granular wealth inequality data.
• Policy Trade-offs: Redistribution vs investment climate concerns.
• Crony Capitalism Risks: Wealth concentration linked with state–business nexus.
• Weak Social Mobility: Structural barriers (education, caste, geography).

Way Forward

• Strengthen progressive direct taxation (inheritance/wealth tax debate with safeguards).
• Increase public investment in health, education, nutrition.
• Promote inclusive growth via MSMEs, labour-intensive sectors.
• Improve data transparency on wealth and income distribution.
• Strengthen competition law and anti-monopoly frameworks.
• Expand social security nets (urban employment guarantee, universal basic services).

Prelims Pointers

• Inequality measured using Gini Index (0–1 scale).
• Wealth ≠ Income (stock vs flow concept).
• DPSPs (Art 38, 39) → reduce inequality.
• India abolished wealth tax in 2015.

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Bengal Florican – “Last Dance” of Vanishing Grasslands

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Why in News ?

• Reports indicate <1,000 Bengal Floricans globally, signalling imminent extinction risk.
• Decline linked to shrinking alluvial grasslands in Gangetic–Brahmaputra floodplains.
• Highlights failure of grassland ecosystem conservation in India’s policy framework.

Relevance

GS III (Environment)

• Grassland ecosystem neglect in India.
• Habitat loss, fragmentation, invasive species.
• Indicator species → ecosystem health.

GS III (Biodiversity Conservation)

• Limits of protected-area approach.
• Need for landscape-level conservation.

Practice Question

“The decline of Bengal Florican highlights systemic gaps in India’s grassland conservation strategy.”Discuss with suitable measures. (250 words)

Static Background

• Species: Bengal Florican (Bustard family).
• IUCN Status: Critically Endangered.
• Legal Protection (India): Schedule I, Wildlife (Protection) Act, 1972.
• CMS (Convention on Migratory Species): Appendix I species → highest protection.
• Indicator species of tropical alluvial grasslands (Terai–Brahmaputra ecosystem).

Overview 

Ecological Dimension

• Found in seasonally flooded tall grasslands (Imperata, Saccharum species).
  • Performs “lekking” behaviour → requires open grassland mosaics for breeding.
  • Acts as flagship + indicator species of healthy floodplain ecosystems.

Distribution & Habitat

• India strongholds: Manas National Park, Kaziranga National Park, Dudhwa National Park.
  • Also in Nepal Terai and Cambodia (Tonle Sap floodplains – second subspecies).
  • Prefers riverine islands, floodplains, and grassland–agriculture interfaces.

Environmental & Biodiversity Significance

• Represents grassland biome, one of India’s most neglected ecosystems.
  • Grasslands support high biodiversity (rhinos, elephants, swamp deer).
  • Loss of florican indicates collapse of floodplain ecological processes.

Governance & Policy Dimension

• Grasslands historically misclassified as “wastelands” → policy neglect.
  • Protected Areas insufficient; many habitats lie outside PAs (agricultural edges).
  • Included under Species Recovery Programme (MoEFCC) but limited landscape approach.

Social & Community Dimension

• Community conservation in Assam (e.g., Kokilabari) reduces hunting and egg collection.
  • Indigenous practices (Idu Mishmi) promote informal conservation ethics.
  • Dependence on human-shaped landscapes → coexistence model essential.

Economic & Developmental Dimension

• Grasslands converted for agriculture (rice, sugarcane), infrastructure, settlements.
  • Development projects (roads, power lines) → habitat fragmentation and mortality risks.
  • Trade-off between food security vs biodiversity conservation.

Threat Analysis

• Habitat Loss: Conversion to agriculture, plantations.
  • Fire Mismanagement: Burning during breeding season destroys nests.
  • Overgrazing: Alters grassland structure.
  • Invasive Species: Mimosa, woody encroachment.
  • Hydrological Changes: River course shifts, dams affecting flood cycles.

Scientific & Conservation Challenges

• Small, fragmented populations → genetic bottlenecks.
  • Lack of long-term population monitoring data.
  • Conservation requires landscape-level floodplain management, not site-based protection.

Data & Evidence

• Global population: <1,000 individuals.
• Restricted to few fragmented habitats across India, Nepal, Cambodia.
• Grasslands among least protected ecosystems in India (<5% under PAs) (approx trend).

Challenges 

• Policy Bias: Forest-centric conservation ignores grasslands.
• Fragmentation: Infrastructure and agriculture divide habitats.
• Weak Enforcement: Inadequate protection outside protected areas.
• Climate Change: Alters flood regimes critical for grassland renewal.
• Institutional Gap: Lack of dedicated National Grassland Policy.

Way Forward

• Recognise grasslands as distinct ecological category (not wastelands).
• Develop National Grassland Conservation Mission.
• Promote community-based conservation + incentive mechanisms.
• Implement scientific fire and grazing management regimes.
• Integrate conservation into river basin and floodplain planning.
• Strengthen transboundary cooperation (India–Nepal–Cambodia).

Prelims Pointers

• Bengal Florican → only bustard species in wet grasslands (others in arid/semi-arid).
• Exhibits lekking behaviour (rare in birds).
• Found in Terai and Brahmaputra floodplains.
• CMS Appendix I species.

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