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Archives: News

  • Modern Indian History-Events and Personalities

    Babu Jagjivan Ram: 119th Birth Anniversary

    Why in News

    India paid tributes to Babu Jagjivan Ram on his 119th birth anniversary (5 April 2026) at Samta Sthal, New Delhi.

    About Babu Jagjivan Ram

    • Born: 5 April 1908, Chandwa, Bihar
    • Popularly known as: Babuji
    • Freedom fighter and social justice leader
    • Longest serving Union Cabinet Minister (35 years)
    • Served as Deputy Prime Minister (1979)

    Freedom Movement Contributions

    • Founded All India Depressed Classes League (1935)
    • Participated in Quit India Movement (1942)
    • Imprisoned by British
    • Youngest Minister in 1946 Interim Government
    • Held Labour portfolio

    Post Independence Contributions

    Green Revolution

    • Minister for Food & Agriculture (1967–70)
    • Helped India achieve food self sufficiency

    1971 War

    • Defence Minister during India Pakistan War 1971
    • Role in creation of Bangladesh

    Labour Reforms

    • Promoted:
      • Minimum wages
      • Workers welfare
      • Social security

    Political Career

    • Left Congress in 1977
    • Formed Congress for Democracy
    • Joined Janata Party
    • Deputy Prime Minister: 1979

    Death

    • Died: 6 July 1986
    • Memorial: Samta Sthal, New Delhi
    [2024] Consider the following pairs: Party : Its Leader 1 Bharatiya Jana Sangh : Dr. Shyama Prasad Mukherjee 2 Socialist Party : C. Rajagopalachari 3 Congress for Democracy : Jagjivan Ram 4 Swatantra Party : Acharya Narendra Dev How many of the above are correctly matched? (a) Only one (b) Only two (c) Only three (d) All four
  • Roads, Highways, Cargo, Air-Cargo and Logistics infrastructure – Bharatmala, LEEP, SetuBharatam, etc.

    BRO Project Chetak Completes 47 Years

    Why in News

    Project Chetak of the Border Roads Organisation (BRO) celebrated its 47th Raising Day on 4 April 2026 at Bikaner, Rajasthan.

    About Project Chetak

    • Launched: 1980
    • Implemented by: Border Roads Organisation (BRO)
    • Area: Western border region
      • Rajasthan
      • Punjab
      • Northern Gujarat

    Objectives

    • Strengthen border infrastructure
    • Ensure all weather connectivity
    • Support troop movement
    • Promote regional development

    Key Features

    • Maintains 4,000 km+ roads
    • 214 km Ditch Cum Bund (DCB) for: Border security and Flood control
    • Upgrading feeder roads to:
      • National Highway double lane standard

    About Border Roads Organisation (BRO)

    • The Border Roads Organisation (BRO), established on May 7, 1960, is a premier statutory construction force under India’s Ministry of Defence. 
    • It develops and maintains road networks, bridges, tunnels, and airfields in border regions and friendly neighboring countries. 
    • Primarily serving the armed forces, the BRO plays a critical role in enhancing national security and regional connectivity in challenging terrains.
    [2024] What are the duties of the Chief of Defence Staff (CDS) as Head of the Department of Military Affairs? 1 Permanent Chairman of Chiefs of Staff Committee. 2 Exercise military command over the three Service Chiefs. 3 Principal Military Advisor to Defence Minister on all tri-service matters. Select the correct answer using the code given below: (a) 1, 2, 3 (b) 1 and 2 only (c) 2 and 3 only (d) 1 and 3 only
  • Supreme Court Allows Kozhikode Wayanad Tunnel Project

    Why in the News?

    The Supreme Court refused to interfere with environmental clearance granted to the Kozhikode Wayanad twin tube tunnel project in Kerala’s Western Ghats.

    Supreme Court Observation

    • Project appears of national importance
    • Kerala faces:
      • Land scarcity
      • Road congestion
      • Transport bottlenecks
    • Court noted:
      • Tunnels common worldwide
      • Experts will handle safety concerns

    About Kozhikode Wayanad Tunnel Project

    • Twin tube tunnel corridor
    • Connects:
      • Kozhikode district
      • Wayanad district
    • Located in Western Ghats
    • Landslide prone region

    Concerns Raised

    Petitioner NGO argued:

    • Near Nilgiri Biosphere Reserve
    • Ecologically fragile Western Ghats
    • Landslide prone area
    • Risk from blasting and vibrations
    • Should receive Category A environmental clearance
    [2016] ‘Gadgil Committee Report’ and ‘Kasturirangan Committee Report’, sometimes seen in the news, are related to (a) constitutional reforms (b) Ganga Action Plan (c) linking of rivers (d) protection of Western Ghats
  • Climate Change Impact on India and World – International Reports, Key Observations, etc.

    518 of 697 Lakes in Jammu and Kashmir Shrinking or Vanished: CAG

    Why in the News?

    According to CAG report, 518 out of 697 lakes (74%) in Jammu and Kashmir have either disappeared or shrunk, causing ecosystem degradation and climate risks.

    Key Findings

    • Total lakes assessed: 697
    • Lakes disappeared: 315 (45%)
    • Lakes shrunk: 203 (29%)
    • Total affected lakes: 518 (74%)
    • 63 lakes lost ≥50% water area

    Other Observations

    • 150 lakes (22%) increased in area
    • 29 lakes (4%) remained unchanged

    Major Causes

    • Encroachment and construction
    • Land use change
    • Aquatic vegetation growth
    • Lack of conservation plans
    • Anthropogenic pressure

    Flood Risk

    • Shrinking lakes contributed to 2014 Kashmir floods
    • Lakes act as natural flood buffers

    Governance Gaps

    • No conservation plans for 255 lakes
    • No detailed survey of 697 lakes
    • Poor coordination among departments

    Lakes with Conservation Programmes

    • Only 6 lakes have management plans: Dal Lake, Wular Lake, Hokersar, Manasbal Lake, Surinsar Lake, and Mansar Lake.
    [2023] Consider the following statements: 
    1 Jhelum River passes through Wular Lake. 
    2 Krishna River directly feeds Kolleru Lake. 
    3 Meandering of Gandak River formed Kanwar Lake. 
    How many of the statements given above are correct? (a) Only one (b) Only two (c) All three (d) None
  • Nuclear Energy

    [6th April 2026] The Hindu OpED: Transforming India’s nuclear power landscape 

    PYQ Relevance[UPSC 2018] With growing energy needs should India keep on expanding its nuclear energy programme? Discuss the facts and fears associated with nuclear energy.Linkage: The article directly addresses the expansion of nuclear energy to 100 GW by 2047, highlighting its role in energy security and net-zero goals. It also reflects the “facts vs fears” dimension through issues like high costs, liability concerns, and safety challenges alongside baseload advantages.

    Mentor’s Comment

    India’s nuclear power sector is at a decisive inflection point. The announcement of scaling nuclear capacity from 8,180 MW to 100 GW by 2047, along with the proposed SHANTI Act (2025), signals a structural shift from a state-controlled model to a mixed public-private framework. This marks a departure from decades of institutional rigidity and reflects the urgency of achieving energy security and net-zero commitments amid rising electricity demand.

    Why is nuclear energy critical for India’s energy transition?

    1. Baseload Stability: Ensures continuous electricity supply unlike renewables dependent on weather conditions; nuclear contributed 57 TWh vs thermal 1,363 TWh (2024-25)
    2. Net-Zero Alignment: Supports decarbonisation as coal remains inconsistent with climate goals
    3. Energy Demand Surge: Requires >2000 GW capacity for Viksit Bharat; renewables alone insufficient
    4. Low Carbon Intensity: Emits significantly lower CO₂ compared to fossil fuels

    What structural changes are proposed under the SHANTI Act, 2025?

    1. Private Sector Participation: Enables private companies to build, own, and operate nuclear plants
    2. Regulatory Autonomy: Grants statutory status to Atomic Energy Regulatory Board (AERB) ensuring oversight independence
    3. Liability Reform: Replaces Civil Liability for Nuclear Damage Act (CLNDA) of 2010 to attract foreign and domestic investment
    4. Legal Overhaul: Repeals Atomic Energy Act 1962, marking a systemic shift

    What are the major constraints in scaling nuclear power?

    1. High Capital Costs: Example: 700 MW PHWR costs ~$2 million per MW
    2. Project Delays: Example: Fleet mode reactors approved in 2017 yet not operational
    3. Financing Challenges: Requires $200+ billion investment over two decades
    4. Regulatory Complexity: Issues in tariffs, insurance, fuel ownership, and waste management
    5. Public Opposition: Safety concerns and land acquisition challenges

    How does nuclear compare with renewables in India’s energy mix?

    1. Installed Capacity vs Output: Renewables ~50% capacity but only 22% generation
    2. Intermittency Issue: Solar and wind depend on time-of-day and climate variability
    3. Storage Limitation: Requires large investments in battery storage
    4. Baseload Advantage: Nuclear ensures stable supply unlike renewables

    What technological pathways are being explored?

    1. Pressurized Heavy-Water Reactor (PHWR) Expansion: Indigenous 220 MW PHWR (15 operational) scalable to 540 MW and 700 MW
    2. Small Modular Reactors (SMRs): Government allocated ₹20,000 crore for 5–200 MW designs by 2033
    3. Foreign Collaboration: Westinghouse, GE-Hitachi designs under consideration
    4. Advanced Fuels: Thorium with HALEU to leverage India’s reserves

    What is the three-front strategy for achieving 100 GW?

    1. Indigenisation: Reduces cost through domestic manufacturing (example: China’s $2 billion per MW benchmark)
    2. R&D Acceleration: Focus on SMRs and molten salt reactors
    3. Private Sector Integration: Enables financing and scaling through industry participation

    What role can private industry play in nuclear expansion?

    1. Captive Power Plants: Industries already operate 10-200 MW fossil-based plants (~90 GW capacity)
    2. Sectoral Demand: Steel, cement, data centres show interest in nuclear energy
    3. Economies of Scale: Modular construction reduces time from first pour to commissioning to ~40 months

    Conclusion

    India’s nuclear expansion marks a shift from state monopoly to a mixed ecosystem driven by reforms, private participation, and technological innovation. Achieving 100 GW by 2047 depends on aligning regulatory clarity, financial viability, and public trust while integrating nuclear energy into a broader low-carbon strategy.

  • Prime Minister’s Office : Important Updates

    The executive office without a limit 

    Why in the News?

    The present Prime Minister of India completed 8,931 days in elected office, surpassing the long-standing tenure of Pawan Kumar Chamling (The longest serving Chief Minister in India from the state of Sikkim). This milestone is not merely personal or political, it exposes a constitutional asymmetry: while India has developed an informal convention limiting presidential tenure, no constitutional restriction exists on the Prime Minister’s tenure. This becomes a major issue because, unlike earlier eras marked by leadership turnover, India is witnessing prolonged executive dominance under a single leader, raising concerns about institutional balance.

    What does the Constitution say about the Prime Minister’s appointment, tenure, and removal?

    1. Appointment (Article 75): Ensures selection of Prime Minister by the President based on majority support in the Lok Sabha; establishes parliamentary legitimacy of executive authority
    2. Council of Ministers: Facilitates collective responsibility to the Lok Sabha; requires Prime Minister to lead a team accountable to elected representatives
    3. Tenure (“Pleasure of the President”): Operates in practice as continuation based on Lok Sabha majority; ensures flexibility instead of fixed tenure limits
    4. No Fixed Term: Enables indefinite continuation in office subject to electoral and parliamentary support; distinguishes Indian system from presidential models
    5. Removal Mechanism: Ensures accountability through loss of majority in Lok Sabha; operationalized via no-confidence motion or defeat in key legislative votes
    6. Resignation Convention: Requires Prime Minister to resign if majority is lost; maintains constitutional morality and democratic norms
    7. Dissolution Power (Indirect): Allows Prime Minister to advise President to dissolve Lok Sabha; facilitates fresh mandate from electorate
    8. Judicial Position: Establishes that courts do not interfere in political confidence of House; preserves separation of powers and parliamentary supremacy.

    Why does India lack a formal term limit for the Prime Minister?

    1. Constitutional Design: Ensures executive continuity through parliamentary confidence rather than fixed tenure limits
    2. Assembly Rationale: Distinguished between “daily accountability” (via Parliament) and “periodic accountability” (via elections)
    3. Dr. B.R. Ambedkar’s View: Rejected term limits; emphasized no-confidence motion as a corrective mechanism
    4. Institutional Mechanism: Allows removal of PM through legislative majority rather than time-bound exit

    How has the Tenth Schedule altered executive accountability?

    The 10th Schedule of the Indian Constitution, known as the Anti-Defection Law, was added by the 52nd Amendment Act of 1985 to curb political defections and ensure government stability. It outlines provisions for disqualifying members of Parliament or State Legislatures who defect to another party or disobey party whips

    1. Anti-Defection Law: Enforces party discipline; restricts independent voting by legislators
    2. Reduced Legislative Oversight: Weakens no-confidence motions as effective accountability tools
    3. Shift in Loyalty: Transfers allegiance from electorate to party leadership
    4. Outcome: Converts parliamentary system into leadership-centric structure

    What does comparative global evidence suggest about term limits?

    1. United States: 22nd Amendment limits President to two terms
    2. Brazil and Colombia: Constitutional term limits for executive offices
    3. Scholarly Findings (Elkins, Ginsburg, Huq): Leaders often extend tenure through constitutional manipulation
    4. Inference: Term limits are not foolproof; require strong institutional backing

    What structural factors enable prolonged executive dominance in India?

    1. Electoral Advantage: Incumbency benefits from visibility and resource access
    2. Institutional Influence: Control over regulatory bodies, Election Commission, and policy narrative
    3. Weak Checks: Parliament weakened by anti-defection; judiciary and media face indirect pressures
    4. Information Control: Ability to shape public discourse and electoral outcomes

    Why is the ‘presidential irony’ significant in India?

    1. Constitutional Convention: Informal restriction on Presidential tenure (max two terms)
    2. Nature of Office: President is ceremonial; PM holds real executive power
    3. Irony: Greater restriction on nominal executive; none on real executive authority
    4. Implication: Reflects imbalance in constitutional evolution and political practice

    What reforms can address the issue of executive overreach?

    1. Tenth Schedule Reform: Exempts no-confidence motions from disqualification provisions
    2. Term Limit Proposal: Introduces cap on consecutive PM or CM terms
    3. Return Provision: Allows re-entry after a cooling-off period
    4. Federal Extension: Applies similar limits at state level
    5. System Strengthening: Restores Parliament’s centrality in accountability 

    Conclusion

    India’s constitutional framework relies on parliamentary accountability rather than term limits. However, structural changes have weakened this mechanism. Reforming accountability tools is essential to maintain democratic balance.

    PYQ Relevance

    [UPSC 2021] To what extent, in your view, the Parliament is able to ensure accountability of the executive in India?

    Linkage: The PYQ highlights weakening of parliamentary accountability due to anti-defection law and executive dominance, directly linking to absence of term limits for Prime Minister. It connects to debate on concentration of executive power and effectiveness of constitutional checks in India’s parliamentary system.

  • The Crisis In The Middle East

    Iran war and the looming prospect of stagflation

    Why in the News?

    The ongoing Iran-linked geopolitical tensions have revived fears of stagflation, a rare but severe macroeconomic condition combining high inflation with low growth. The escalation of the Iran-related conflict has triggered energy supply disruptions and price shocks, reminiscent of the 1970s oil crisis, one of the rare historical episodes of stagflation. Unlike recent crises (2008 financial crisis or 2022 Russia-Ukraine war), the current situation combines both price shock and physical supply constraints, making it more severe.

    What explains the concept of stagflation in economic theory?

    1. Stagflation Definition:
      1. Stagflation refers to a macroeconomic condition characterized by simultaneous high inflation, low or negative growth, and high unemployment, typically triggered by negative supply shocks, especially in energy markets.
      2. Combines inflation + stagnation, contradicting traditional Phillips Curve trade-off.
    2. Historical Origin: Coined by Iain Macleod during the 1970s oil crisis.
    3. Empirical Evidence: US GDP growth fell to -0.5% (1974) and -0.2% (1975) with inflation at 11% and 9.1% respectively. (1973-74 Oil Shock triggered by the OPEC oil embargo following the Yom Kippur War (1973)).
    4. UK Case: Inflation reached 24.2% (1975) with stagnant growth.
    5. Key Insight: Demonstrates breakdown of conventional demand-management tools.

    How do negative supply shocks trigger stagflation?

    1. Supply Shock Mechanism: Refers to a leftward shift of the aggregate supply curve (AS) in macroeconomics, or the market supply curve (S) in microeconomics.
      1. Aggregate Supply (AS): In economy-wide analysis, a negative shock (e.g., rise in crude oil prices) shifts Short-Run Aggregate Supply (SRAS) leftward, leading to higher general price level (inflation) and lower real GDP (output contraction)
      2. Market Supply Curve (S): At the commodity level, higher input costs or disrupted production shift the supply curve (S₀ to S₁ leftward), raising equilibrium price (P₀ to P₁) and reducing quantity (Q₀ to Q₁).
      3. Core Outcome: Simultaneous price rise + output fall, which forms the basis of stagflation. 
    2. About the Graph:
      1. Initial Equilibrium: Intersection of D (demand) and S₀ (original supply) at (P₀, Q₀)
      2. Negative Supply Shock: Supply curve shifts leftward (S₀ to S₁) due to higher input costs (e.g., oil)
      3. New Equilibrium:
        1. Price rises: (P₀ to P₁)
        2. Quantity/output falls: (Q₀ to Q₁)
        3. Macro Interpretation: In AS-AD framework, SRAS shifts left leading to inflation + lower GDP = stagflation
    1. Energy Disruptions: Wars, pandemics, and shipping chokepoint closures (e.g., Strait of Hormuz) reduce supply.
    2. Non-linear Effects: Small supply disruptions cause disproportionate economic impact.
    3. Example: COVID disruptions showed difficulty in restoring production chains.

    Why is the current Iran conflict more alarming than past crises?

    1. Dual Shock Nature: Combines price shock + supply disruption, unlike 2008 (demand collapse) or 2022 (primarily price-driven).
    2. Energy Availability Risk: Not just cost, but availability of oil and gas is uncertain.
    3. Global Integration: Higher dependence on energy-intensive production and petrochemicals.
    4. Supply Chain Sensitivity: Disruptions propagate across industries (plastics, fertilizers, transport).
    5. Expert Assessment: Identified as more pernicious than 2022 or 2008 crises.

    How has structural transformation increased vulnerability to energy shocks?

    1. Agricultural Transition: Shift from organic inputs to urea and DAP fertilizers.
    2. Household Energy Shift: Replacement of biomass fuels with LPG (near-universal coverage).
    3. Industrial Dependence: Petrochemicals used in plastics, fibers, pipes, cables.
    4. Economic Complexity: Modern economies have higher input-output interlinkages.
    5. Result: Greater exposure to energy supply disruptions across sectors.

    Why are traditional policy tools inadequate against stagflation?

    1. Monetary Policy Limitation:
      1. Interest Rate Hikes: Controls inflation but worsens growth and unemployment.
      2. Money Tightening: Reduces demand but does not fix supply shortages.
    2. Fiscal Policy Limitation: Expansionary Spending: Boosts demand but fuels inflation when supply is constrained.
    3. Policy Trade-off: Cannot simultaneously address inflation and stagnation effectively.
    4. Structural Nature: Stagflation is primarily a supply-side problem, unlike demand-driven recessions.

    Can the world avoid a repeat of 1970s stagflation?

    1. Duration Factor: Short-lived shocks may allow quick supply restoration (S₁ to S₀).
    2. Geopolitical Resolution: Early end to Iran conflict reduces long-term impact.
    3. Adaptive Capacity: Modern economies have better logistics and diversification, but vulnerabilities remain.
    4. Risk Condition: Prolonged disruptions lead to high probability of stagflation. 

    Conclusion

    The current Iran-linked crisis represents a classical negative supply shock with modern complexities, making stagflation a tangible risk. Unlike past crises, the combination of energy dependence, global integration, and supply rigidity amplifies its impact. Addressing it requires structural supply-side interventions, not merely demand management.

    PYQ Relevance

    [UPSC 2024] What are the causes of persistent high food inflation in India? Comment on the effectiveness of the monetary policy of the RBI to control this type of inflation.

    Linkage: It highlights supply-side inflation (cost-push) similar to energy shocks causing stagflation. It demonstrates limitations of monetary policy in addressing supply disruptions, thne core issue in stagflation.

  • Renewable Energy – Wind, Tidal, Geothermal, etc.

    CERC Delays Stricter Grid Rules for Wind and Solar Generators

    Why in the News?

    The Central Electricity Regulatory Commission (CERC) has delayed stricter grid stability rules for wind and solar generators by one year, giving renewable energy companies more time to adapt.

    About the Central Electricity Regulatory Commission (CERC)

    • Central Electricity Regulatory Commission, a key regulator of the power sector in India, is a statutory body functioning with quasi-judicial status under sec – 76 of the Electricity Act 2003.

    Key Decision

    • Stricter deviation norms postponed
    • Earlier implementation: April 2026
    • New implementation: April 2027

    What Are Deviation Norms

    • Power generators must: Declare electricity supply in advance
    • If actual generation differs:
      • Grid stability disturbed
      • Operators impose deviation charges (penalties)

    Why Renewable Energy Gets Relaxation

    • Wind and solar power:
      • Depend on weather
      • Hard to predict output
      • More variability
    • Hence: Relaxed deviation norms

    Deviation Limits 

    Deviation band = Allowed variation between scheduled power and actual generation without penalty.

    Solar & Hybrid Projects

    • Earlier: ±10%
    • Now: ±5%
      • Must generate closer to committed power
    • Example:
      • Scheduled 100 MW
      • Earlier allowed: 90 to 110 MW
      • Now allowed: 95 to 105 MW

    Wind Projects

    • Earlier: ±15%
    • Now: ±10%
    • Example:
      • Scheduled 100 MW
      • Earlier: 85 to 115 MW
      • Now: 90 to 110 MW
    [2018] With reference to solar power production in India, consider the following statements: 1 India is the third largest in the world in the manufacture of silicon wafers used in photovoltaic units. 2 The solar power tariffs are determined by the Solar Energy Corporation of India. 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
  • Climate Change Impact on India and World – International Reports, Key Observations, etc.

    Climate Change Threatens Kashmir Willow Cricket Bat Industry

    Why in the News?

    Climate change, declining snowfall, and shrinking willow plantations are threatening Kashmir’s traditional cricket bat industry, which supports over 1.5 lakh livelihoods.

    Kashmir Cricket Bat Industry:  

    • Over 100 years old industry
    • Around 3 million cricket bats produced annually
    • About 150 bat manufacturing units in Sangam (South Kashmir)
    • 1.5 lakh people dependent on the industry
    • Kashmir willow bats are supplied to: Domestic markets and International markets

    Main Raw Material: Kashmir Willow

    • Scientific name: Salix alba (White Willow)
    • Grows near rivers and wetlands
    • Requires:
      • High moisture
      • Moderate temperature
      • Saturated soil
    • Around 80% of bat wood comes from riparian zones (riverbanks and wetlands).
    [2023] Consider the following statements: 1 Jhelum River passes through Wular Lake. 2 Krishna River directly feeds Kolleru Lake. 3 Meandering of Gandak River formed Kanwar Lake. How many of the statements given above are correct? (a) Only one (b) Only two (c) All three (d) None
  • Wildlife Conservation Efforts

    Bengal Florican: The Last Dance in Shrinking Grasslands

    Why in the News?

    The Bengal Florican, a rare grassland bird, is facing severe population decline, with fewer than 1,000 individuals remaining worldwide due to shrinking floodplain grasslands.

    About Bengal Florican

    • Scientific Name: Houbaropsis bengalensis
    • Type: Bustard species
    • Habitat:
      • Alluvial floodplain grasslands
      • Gangetic Brahmaputra plains

    Grass species in habitat:

    • Imperata cylindrica
    • Saccharum spontaneum
    • Saccharum bengalense
    • Desmostachya bipinnata

    Unique Behaviour

    • Male performs vertical jumps
    • Displays wing movements and vocal calls
    • Known as Lekking behaviour
      • Multiple males display together
      • Attract females

    Local Names:

    • Assamese: Ulu mora
    • Bodo: Daotriling

    Distribution

    India

    Major strongholds:

    • Dudhwa National Park (Uttar Pradesh)
    • Manas National Park (Assam)
    • Kaziranga National Park
    • Orang National Park
    • Dibru Saikhowa National Park
    • Majuli river islands
    • Arunachal Pradesh grasslands

    Outside India

    • Nepal
    • Cambodia (Tonle Sap floodplain)

    Why Bengal Florican is Important

    • Indicator species for grassland ecosystem
    • Flagship species for South Asian grasslands
    • Helps maintain ecological balance
    [2020] With reference to India’s Desert National Park, which of the following statements are correct? 1 It is spread over two districts. 2 There is no human habitation inside the Park. 3 It is one of the natural habitats of Great Indian Bustard. Select the correct answer using the code given below: (a) 1 and 2 only (b) 2 and 3 only (c) 1 and 3 only (d) 1, 2 and 3

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