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  • India-New Zealand FTA

    India-New Zealand FTA

    Why in the News?

    • The India-New Zealand Free Trade Agreement (FTA) will enter into force on 20 October 2026.
    • The agreement was signed on 27 April 2026 in New Delhi after completion of internal processes in both countries.

    Key Highlights

    • 100% of India’s exports to New Zealand will become duty-free from the first day.
    • New Zealand’s tariffs of up to 10% will be eliminated on Indian exports.
    • Major beneficiary sectors:
      • Textiles and apparel
      • Leather and footwear
      • Gems and jewellery
      • Engineering goods
      • Processed foods
    • Tariff-free access to inputs such as:
      • Wooden logs
      • Coking coal
      • Metal scrap
    • Bilateral merchandise trade was around USD 1.1 billion in 2025-26.
    • Strategic Partnership announced in July 2026, with an aspirational goal of doubling bilateral goods and services trade to NZ$7 billion by 2030.

    Agriculture and Farmers

    • Sensitive Indian products excluded from tariff concessions:
      • Dairy
      • Animal meat except sheep
      • Key agricultural commodities
      • Sugar
      • Edible oils
    • New Zealand’s apples, kiwifruit and Manuka honey receive calibrated access through:
      • Tariff Rate Quotas (TRQs)
      • Minimum Import Price
      • Seasonal import windows
    • Agriculture Productivity Partnership established to improve:
      • Productivity
      • Quality
      • Farmer incomes
    • Centres of Excellence will focus on orchard management, post-harvest practices, supply chains, food safety and sustainable beekeeping.

    Services, Investment and Mobility

    • New Zealand committed to facilitate USD 20 billion investment into India.
    • Indian services companies gain access across roughly 118 sectors.
    • Most-Favoured Nation (MFN) treatment locked in across about 139 sub-sectors.
    • Mobility provisions:
      • 5,000 Temporary Employment Entry visas for skilled Indians
      • 1,000 Working Holiday visas annually for young Indians
    • Student mobility:
      • Post-study work rights up to 3 years for STEM graduates
      • Up to 4 years for doctoral scholars

    Pharmaceuticals and Medical Devices

    • New Zealand will accept inspection approvals from regulators including:
      • US FDA
      • EMA
      • UK MHRA
      • Health Canada
    • Intended to reduce regulatory delays and facilitate faster market entry for Indian pharmaceutical and medical device exporters.

    Prelims Quick Revision

    • Entry into force: 20 October 2026
    • FTA signed: 27 April 2026, New Delhi
    • India’s exports to New Zealand: 100% duty-free from day one
    • Bilateral trade target: NZ$7 billion by 2030
    • New Zealand investment commitment: USD 20 billion
    • Skilled Indian mobility quota: 5,000 visas
    • Working Holiday visas: 1,000 annually
    • Trade in 2025-26: Around USD 1.1 billion

    UPSC Prelims Trap

    • FTA does not mean unrestricted agricultural imports: sensitive Indian products such as dairy, sugar and edible oils remain excluded from tariff concessions.
    • TRQ is not the same as complete tariff elimination: apples, kiwifruit and Manuka honey receive calibrated access under specified conditions.
    • MFN treatment applies to specified services sub-sectors, not automatically to all sectors.
    • 20 October 2026 is the date of entry into force, while 27 April 2026 is the date of signing.

  • Decoding the transition to alternative fuels

    Why in the News

    August 2026 recorded a historic fuel crossover in India’s passenger vehicle market. Data from the Federation of Automobile Dealers Associations (FADA), the apex body of vehicle dealers that compiles retail registration data, showed that the share of new vehicles in the alternative fuels category reached 41.95 per cent against petrol’s 40.85 per cent, the first time the former has overtaken the latter. The crossover follows a steady five year decline in the fossil fuel share of all registrations. The tension inside the number is that the alternative fuels category combines compressed natural gas, hybrid and electric vehicles, and in the car segment the shift has gone mainly to gas rather than to electricity.

    What counts as an alternative fuel in this data?

    1. FADA’s definition: The alternative fuels category combines compressed natural gas (CNG), hybrid and electric vehicles into a single share.
    2. Two of the three are still fossil fuels: CNG and liquefied petroleum gas (LPG) are fossil fuels, and their advantage over petrol and diesel is significantly lower emissions rather than zero emissions.
    3. Hybrids straddle the categories: A hybrid car runs on petrol combined with CNG or LNG, so a rise in its share moves a vehicle out of the petrol column without removing it from fossil fuel use.

    How far has the overall fuel mix actually shifted?

    1. Fossil fuels still dominate: Petrol and diesel accounted for 83.5 per cent of the roughly 82 lakh vehicles registered from January to March 2026.
    2. The five year fall: That is a drop of 11.5 percentage points from the same period in 2021, when petrol and diesel accounted for over 95 per cent of the 57 lakh vehicles then registered.
    3. Electric vehicles overall: Electric vehicles accounted for 10.6 per cent of total registrations.
    4. What the aggregate conceals: A granular reading of the sub categories shows that the headline electric share is driven by particular segments rather than by a uniform shift.

    Which segments are driving electric adoption?

    1. Two wheelers carry the volume: The two wheeler segment accounts for over 70 per cent of all new vehicles registered in the country, so its mix moves the national figure.
    2. A step change in two wheelers: The electric share in two wheelers jumped from 6.4 per cent in 2025 to 9.1 per cent in 2026 up to August, after only marginal year on year increases before that.
    3. A first for petrol two wheelers: This is the first time the share of two wheelers running on petrol has come down to the 90 per cent mark, and that fall pulled the all category petrol and diesel share well below 85 per cent this year.
    4. Three wheelers have already transitioned: Of the roughly 9.8 lakh three wheelers registered till August 2026, 60.5 per cent were electric, and the petrol and diesel share in the segment halved from nearly 30 per cent in 2021 to under 15 per cent in 2026.
    5. Gas is receding there too: The share of three wheelers using CNG or LPG has also come down this year, and the segment accounts for only 4 per cent of all vehicles sold.

    Why are cars the laggard in this transition?

    1. Cars are the second largest segment: Cars account for the second biggest share of vehicles after two wheelers, so the car mix decides how much the headline crossover means.
    2. The headline fall is real: The share of petrol and diesel cars dropped from 86 per cent in 2021 to 61.6 per cent in 2026.
    3. Gas, not electricity, replaced them: That decline is accounted for mainly by hybrid cars running on petrol with CNG or LNG rather than by electric cars.
    4. Hybrid share has plateaued: The share of hybrid electric vehicles has stayed fairly constant since 2023 at around eight per cent.
    5. Electric growth is slow here: Sale of electric cars is progressing, and it is much slower than the growth in vehicles using CNG or LPG.

    Challenges to electric vehicle adoption in India

    1. Charging density decides car buying: A car buyer without home charging or a reliable public network defaults to a fuel that can be refilled in minutes, which is why CNG is winning the switch. Eg. India’s public charging network remains concentrated in a handful of metropolitan corridors while CNG retail outlets are far more widely distributed.
      The Fix: Mandate charging provision in new building codes and tie highway charger density targets to national highway concession agreements.
    2. Battery inputs are imported: Cell manufacture depends on lithium, cobalt, nickel and graphite that India does not produce at scale, so the cost base sits outside the country. Eg. The lithium block identified at Reasi in Jammu and Kashmir has been put to auction and is far from production.
      The Fix: Run the National Critical Mineral Mission alongside overseas asset acquisition and mandatory battery recycling targets, so recovered material offsets imported feedstock.
    3. The emissions gain depends on the grid: An electric vehicle charged on a coal heavy grid shifts emissions from the tailpipe to the power plant rather than removing them. Eg. Coal remains the largest source of electricity generation in India by a wide margin.
      The Fix: Pair electric vehicle incentives with time of day tariffs that push charging into hours of high renewable generation.
    4. Resale value and financing are unresolved: Uncertainty about battery life depresses the second hand price of an electric car, and lenders price that uncertainty into the loan. Eg. Battery replacement cost can approach a large share of an older electric car’s residual value.
      The Fix: Mandate a standardised battery state of health certificate at resale, so the residual value rests on a measured figure rather than on a guess.
    5. Demand tracks the subsidy window: Electric two wheeler sales have moved with the opening and tapering of central purchase incentives rather than with underlying preference. Eg. Electric two wheeler volumes fell sharply after the subsidy rate under the second phase of the Faster Adoption and Manufacturing of Electric Vehicles scheme was reduced in 2023.
      The Fix: Shift support from purchase subsidies to permanent structural levers such as differential road tax, registration fee waivers and scrappage linked credits.

    Conclusion

    The crossover is real, and its composition is the substantive finding. India is moving off petrol and diesel fastest in the segments where the vehicle is cheap, the daily range is short and the duty cycle is predictable, which is why three wheelers are past 60 per cent electric and cars are not. For cars the transition so far is a substitution within the fossil fuel family rather than an electrification. The measure to watch is the electric share of car registrations, which will move only once charging infrastructure is dense enough to remove the range calculation from the purchase decision.

    Back2Basics: Vahan portal

    1. What it is: Vahan is the national vehicle registration database of the Ministry of Road Transport and Highways, developed with the National Informatics Centre.
    2. Coverage: It consolidates registration records filed by Regional Transport Offices across States and Union Territories onto a single platform.
    3. Why it is used as data: Its public dashboard reports registrations by fuel type, vehicle category and State, which makes it the standard source for fuel mix analysis.
    4. Its limit: It records registrations rather than sales, so unregistered vehicles and jurisdictions outside its coverage fall outside the count.

    Matching Previous Year Question

    “[2025] Consider the following types of vehicles: I. Full battery electric vehicles II. Hydrogen fuel cell vehicles III. Fuel cell electric hybrid vehicles How many of the above are considered as alternative (powertrain) vehicles? (a) Only one (b) Only two (c) All the three (d) None Answer: (c)”

  • Why scientists are rethinking the chemical ‘arms race’ against fungi

    Why in the News

    A study in Nature Communications has characterised the Indian clinical isolates of Candida auris and traced how the pathogen defeats two of the three main antifungal classes. It was carried out by researchers at the Jawaharlal Nehru Centre for Advanced Scientific Research (JNCASR), Bengaluru, with collaborators at the Indian Institute of Science Education and Research, Thiruvananthapuram, using isolates from the repository of the Postgraduate Institute of Medical Education and Research (PGIMER), Chandigarh. Earlier work on resistance had been done largely in model systems, and this study established its findings in patient samples. The finding that matters clinically is that the resistance ceiling used to test one of those drugs sits far below the concentration the pathogen can already survive. What follows from it is a rejection of the chemical arms race approach itself, in favour of drugs that disarm a pathogen rather than trying to kill it outright.

    What is Candida auris?

    1. Type of organism: It is a yeast, meaning a single oval shaped fungal cell, as distinct from molds such as the dermatophytes that grow in long strands.
    2. Clinical course: It enters the bloodstream and causes severe infections, most of which are untreatable with the available antifungals.
    3. Severity: Those infected suffer a mortality rate of 30 to 40 per cent.
    4. Recency: It has become a menace only in the last two decades, with the first report in Japan in 2009, and it is now rapidly emerging as a multidrug resistant pathogen in intensive care units.

    Why are fungal infections rising at all?

    1. The temperature barrier: Fungi grow best in damp places below 30 degrees Celsius, so bloodstream infections in humans were rare because the pathogens could not survive the body’s 37 degrees Celsius.
    2. The warming hypothesis: Global warming places selective pressure on fungi so that only the more heat tolerant survive, and those survivors can also survive inside human bodies once they gain access, which is called the fungal infection mammalian selection hypothesis.
    3. Evidence from cold blooded hosts: Fungal infections are common in cold blooded animals with lower body temperatures, which is the comparison the hypothesis rests on.
    4. Scale in Indian hospitals: Roughly 20 per cent of infections reported in hospitals are fungal in nature, and most hospitals in India lack the capability and infrastructure to identify fungal pathogens.
    5. Why the repository exists: PGIMER began storing fungal pathogens some 25 years ago and now holds 15,000 clinical fungal isolates from across India, helping other centres identify and culture them free of cost.

    What did the study find about resistance in Indian isolates?

    1. Azole resistance is near universal: More than 90 per cent of clinical isolates of C. auris are resistant to common azole based antifungals such as fluconazole.
    2. Polyene resistance is substantial: About 30 per cent of the isolates are resistant to the polyene class, leaving the echinocandins as the class they mostly still respond to.
    3. What the drugs target: Azoles and polyenes target ergosterol, a fat enriched in the fungal cell membrane, while echinocandins target the cell wall outside it.
    4. Gene amplification defeats azoles: Grown in the presence of fluconazole, the pathogen makes extra copies of the Erg1 gene, which raises ergosterol production and cancels the drug’s effect, and the study located genome regions carrying those additional copies.
    5. Mutation defeats echinocandins: With echinocandin drugs such as caspofungin, the team found mutations in the Fks1 gene that allow the pathogen to resist the drug’s action, along with genetic changes promoting higher tolerance.

    Why do current susceptibility tests understate the problem?

    1. The survival ceiling is higher than the test: Fks1 mutations can enable C. auris to survive caspofungin doses up to 16 micrograms per millilitre, so a patient carrying such a pathogen needs a concentration above that.
    2. The test stops well short: Clinicians test the pathogen’s ability to survive only up to 2 micrograms per millilitre of caspofungin, as defined by the U.S. Centers for Disease Control and Prevention and followed globally.
    3. The clinician cannot see the resistance: A pathogen surviving eight times the tested concentration is reported as manageable, so the dose chosen is set by a number the organism has already passed.
    4. Why genotyping is not the practical answer: Looking for mutations such as those in Fks1 is the logical route, and the associated costs make raising the susceptibility test ceiling above 16 micrograms per millilitre the workable step.

    Why does a higher dose sometimes fail outright?

    1. The paradox: C. auris carrying no specific gene mutation or duplication still dies at lower concentrations of caspofungin and survives at exceptionally high ones.
    2. Compensatory pathways switch on: Caspofungin at high doses activates compensatory pathways in the fungus rather than killing it.
    3. Chitin rebuilds the wall: The fungus starts producing chitin, the raw material of the fungal cell wall, in large quantities, so damage the drug causes to the wall is compensated and the wall stays intact.
    4. The named phenomenon: Such cases of paradoxical growth are called the Eagle effect, after the U.S. pathologist Harry Eagle.

    Why are scientists rethinking the arms race approach?

    1. Evolution answers every lethal target: Targeting a molecule without which an organism cannot live guarantees that its population survives with a changed molecule, which is the mechanism the arms race keeps re running.
    2. Disarm rather than kill: The alternative is to target less critical molecular pathways whose inhibition lets the pathogen survive without causing disease, which removes the selective pressure driving resistance.
    3. Combination therapy in the interim: Combining therapies to target cellular compensatory pathways would keep the major antifungals effective against drug tolerant species.
    4. Testing has to change first: The findings make more nuanced susceptibility testing the precondition for setting any antifungal dose correctly.
    5. Two routes to protection, not one: Fungi are protected from antifungals by genetic mutations and by making more copies of protective genes, so a strategy built against mutation alone is incomplete.

    Challenges to controlling antifungal resistance in India

    1. The drug arsenal is narrow: Only three classes are in wide clinical use, so resistance in one class removes a third of the available treatment at once. Eg. Isolates resistant to azoles and polyenes leave the echinocandins as effectively the only remaining option.
      The Fix: Fund antifungal discovery through the push and pull incentive model used for new antibiotics, since the commercial return alone will not carry it.
    2. Agricultural fungicide use drives clinical resistance: Fungicides chemically related to clinical azoles are applied to crops, selecting for resistance in the environment before any patient is treated. Eg. Azole resistant Aspergillus fumigatus in Europe has been traced to agricultural azole fungicide use.
      The Fix: Adopt a One Health framework linking crop fungicide approvals to clinical resistance surveillance, so an agricultural licence accounts for its medical cost.
    3. Surveillance is built around bacteria: National antimicrobial resistance monitoring covers bacterial pathogens far more completely than fungal ones, so fungal resistance trends stay invisible to policy. Eg. India’s National Action Plan on Antimicrobial Resistance and the surveillance networks under it report predominantly bacterial isolates.
      The Fix: Make a laboratory confirmed C. auris finding notifiable, with mandatory reporting into the national resistance surveillance network.
    4. The pathogen persists in hospital environments: C. auris survives on surfaces, bedding and medical devices and resists several routine disinfectants, so an intensive care unit reinfects itself. Eg. The U.S. Centers for Disease Control and Prevention classifies C. auris as an urgent threat requiring specific disinfection protocols.
      The Fix: Mandate contact precautions, dedicated decontamination protocols and patient cohorting in intensive care units wherever the pathogen is confirmed.

    Conclusion

    The study’s practical output is narrow and immediately actionable. Raising the caspofungin susceptibility ceiling used in Indian laboratories costs almost nothing and would stop clinicians prescribing against a number the pathogen has already outgrown. The larger claim is harder, because abandoning the arms race means accepting drugs that leave the pathogen alive and only stop it causing disease, which is a different standard of success from the one antimicrobial development has used so far. Whether Indian laboratories revise their testing ceilings is the near term marker of whether the finding changes practice.

    Matching Previous Year Question

    “[2019] Which of the following are the reasons for the occurrence of multi-drug resistance in microbial pathogens in India? 1. Genetic predisposition of some people 2. Taking incorrect doses of antibiotics to cure diseases 3. Using antibiotics in livestock farming 4. Multiple chronic diseases in some people Select the correct answer using the code given below. (a) 1 and 2 (b) 2 and 3 only (c) e) 1, 3 and 4 (d) 2, 3 and 4 Answer: (b)”

  • CCTV at medical stores: Why govt wants them, but chemists don’t

    Why in the News

    The Union Health Ministry has proposed mandatory closed circuit television (CCTV) surveillance at medical stores, with recordings retained for three months. The stated purpose is stricter control over prescription medicines, and the draft notification frames it as addressing “unauthorised access to and sale of Schedule H, H1 and X drugs” under the Drugs and Cosmetics Rules, 1945. The measure was first proposed in 2021 to prevent the abuse of drugs by children, and the Drugs Consultative Committee of the Central Drugs Standard Control Organisation (CDSCO) cleared it this year alongside an application based system. The All India Organisation of Chemists and Druggists has objected on cost, on rural power and connectivity, and on patient privacy. What is contested is whether a camera at the counter reaches the behaviour the rule is aimed at, or only records the transaction while leaving the prescription itself unverified.

    What do Schedules H, H1 and X cover?

    1. Schedule H: These medicines cannot be sold without a prescription from a registered medical practitioner, and they include many antibiotics and steroids.
    2. Schedule H1: These are subject to additional record keeping requirements and include certain antibiotics and anti tuberculosis medicines.
    3. Schedule X: This is the more tightly controlled category carrying additional requirements, and it includes some psychotropic medicines.

    Why has the government proposed camera surveillance?

    1. The original trigger: The measure was first proposed in 2021 to prevent the abuse of drugs by children.
    2. Deterrence is the stated mechanism: Round the clock surveillance is intended to create apprehension among medical store owners and pharmacists, so they are not inclined to sell these medicines to children without a prescription.
    3. What the footage is meant to establish: It is meant mainly to verify whether a sale was made to a minor without a prescription, and not all sales can be verified this way.
    4. Retrieval rather than inspection: Routine inspection every three months is difficult, so the data is to be retrieved when a complaint is received.
    5. Paired with a digital system: The Drugs Consultative Committee decided earlier this year to implement the application based system alongside the CCTV plan.

    How common is prescription drug addiction among children?

    1. Opioid use ranks second: Opioid use, covering heroin, opium and pharmaceutical opioids found in strong painkillers, is the second most common form of addiction among children and affects nearly 1.8 per cent of them.
    2. Cannabis leads: Cannabis use affects 19 per cent of children, according to one of the most comprehensive studies of drug use in India, conducted by the All India Institute of Medical Sciences (AIIMS) and published in 2019.
    3. Alcohol and inhalants: Alcohol use affects 1.3 per cent and inhalant use 1.17 per cent of children, and inhalant use is the only form of addiction more common in children than in adults.
    4. Where pharmaceutical opioids sit: Of an estimated 2.3 crore opioid users of all ages, 25 lakh are dependent on pharmaceutical opioids while the largest group of 63 lakh is dependent on heroin.

    What do chemists object to?

    1. Capital cost against turnover: A store may have to spend nearly Rs 1 lakh to put the system in place, which is not viable for a store with daily sales of Rs 5,000 to Rs 10,000.
    2. Rural power and connectivity: Power failures and connectivity problems in rural areas make continuous recording and retention impractical.
    3. Patient privacy: Recording every purchase captures identifiable patients buying identifiable medicines, which the organisation treats as its most important objection.

    Challenges to CCTV surveillance at medical stores

    1. The prescription itself stays unverified: A camera records who bought a medicine and not whether the prescription produced at the counter was genuine or valid. Eg. Most retail prescriptions in India remain handwritten and are not checked against any prescriber registry at the point of sale.
      The Fix: Mandate electronic prescriptions linked to a verified practitioner registry, so validity is checked at dispensing rather than reconstructed from footage afterwards.
    2. Enforcement capacity is the binding constraint: A rule generating three months of footage at every store needs inspectors and laboratories that the drug regulatory system does not have. Eg. The Mashelkar Committee report of 2003 flagged severe shortages of drug inspectors and testing laboratory capacity.
      The Fix: Fill sanctioned drug inspector posts and tie retail licence renewal to a documented compliance record rather than to a periodic fee.
    3. Surveillance without a data protection scaffold: Footage of a patient buying a specific medicine is sensitive personal data, and the draft names a retention period without naming who may access it or for what. Eg. The Digital Personal Data Protection Act, 2023 requires purpose limitation and security safeguards for personal data held by any entity.
      The Fix: Specify in the notification the authority empowered to demand footage, the permitted purpose, and a mandatory access audit log.
    4. Sales migrate to unmonitored channels: A rule that binds the physical counter pushes unprescribed demand toward online and unlicensed sellers that no store camera reaches. Eg. Draft rules to regulate e pharmacies have been under consideration since 2018 without final notification.
      The Fix: Apply the same prescription verification and record keeping obligations to online dispensing before the retail rule takes effect.

    Conclusion

    The proposal is at the draft notification stage and has cleared the Drugs Consultative Committee, so the next step is the final notification and the compliance window given to retailers. The dispute it exposes is narrower than it appears. The state is regulating the place of sale because the prescription behind the sale is not yet auditable, and until it is, a camera records evidence of a transaction rather than evidence of a violation.

    Back2Basics: Central Drugs Standard Control Organisation (CDSCO)

    1. Status: It is India’s national drug regulatory authority, functioning under the Ministry of Health and Family Welfare and headed by the Drugs Controller General of India.
    2. Statutory basis: It operates under the Drugs and Cosmetics Act, 1940 and the Drugs and Cosmetics Rules, 1945.
    3. Functions: It approves new drugs and clinical trials, lays down standards for drugs, and licenses notified categories such as vaccines and blood products.
    4. Drugs Consultative Committee: This is a statutory advisory body under the Act that advises the Centre and the States on securing uniformity in the administration of the Act.

    Matching Previous Year Question

    “[2014, GS3, 12.5 marks] Can overuse and the availability of antibiotics without doctor’s prescription, the contributors to the emergence of drug-resistant diseases in India? What are the available mechanisms for monitoring and control? Critically discuss the various issues involved.”

  • Unsafe space: deployment of weapons calls for multilateral governance in space

    Why in the News

    The United States has confirmed that it has deployed on orbit space control weapons to defend against what it terms hostile adversary action. The disclosure was made on September 14 by the U.S. Air Force Secretary and confirmed by the chief of the U.S. Space Force, and it converts a doctrinal possibility into a declared deployment. United States military doctrine had already been openly considering offensive and defensive space control by 2025, so the admission closes the gap between stated doctrine and acknowledged capability. The weapon has been described as defensive, and the same doctrine defines space control as covering offensive operations too. What is contested is that the governing legal regime, built around the Outer Space Treaty and the Liability Convention, has become too coarse to define thresholds of action or to assign accountability for an autonomous, dual use orbital asset.

    What is “space control” in United States military doctrine?

    1. Scope of the term: Space control in United States doctrine covers both offensive and defensive operations, so a system fielded under it is not confined to defence by definition.
    2. Stated purpose of the deployment: The declared function is defence against hostile adversary action in orbit.
    3. What remains undisclosed: What constitutes hostile action, and what the weapon is actually able to do, have not been specified.
    4. Why the gap matters: A weapon whose capability and triggering conditions are unspecified cannot be assessed by other operators, which is the condition under which miscalculation becomes likely.

    Why has earth orbit become a contested military domain?

    1. Civilian dependence on satellites: Satellite systems increasingly underpin communications, energy and financial networks, so an attack in orbit propagates into infrastructure on the ground.
    2. Counter space capability is widespread: The United States, Russia, China and India, among others, have been developing counter space capabilities and have shaped the environment that makes earth orbit the next major battlefield.
    3. India’s own demonstration: India demonstrated a direct ascent anti satellite capability in Mission Shakti in March 2019, conducted at a low altitude chosen to limit persistent debris.
    4. Commercial systems carry military traffic: Many commercial systems serve civilian and military users at once, and their rising military use can endanger the protections they enjoy under international humanitarian law.

    Where does the existing legal regime fall short?

    1. The Outer Space Treaty does not ban weapons outright: Article IV prohibits nuclear weapons and other weapons of mass destruction in orbit, and it does not prohibit weapons in orbit as such.
    2. A fluid line: The distinction is unstable given the centrality of satellite based networks to contemporary society and the ability of conventional weapons to cause damage at scale.
    3. The general obligation: Article III requires space activities to comply with international law, which states a standard without defining the thresholds it applies to.
    4. Accountability cannot be assigned: Where an autonomous, dual use orbital asset operated by a commercial entity initiates an unwanted defensive strike, the Liability Convention and the rest of the existing rules cannot be applied straightforwardly to determine responsibility.
    5. Humanitarian law is unprepared: International humanitarian law is underprepared for satellites that are highly interconnected and often dual use.

    Why do poorly specified weapons create instability?

    1. Ambiguity of intent between satellites: Two steerable satellites approaching each other without understanding the other’s intentions is a confusion that the absence of policy detail compounds.
    2. Autonomy removes the human check: Future autonomous satellites running artificial intelligence models onboard would act on that ambiguity without a person in the decision loop.
    3. Justification cuts both ways: The same details that justify a need for orbital defence systems also make a poorly specified weapon a potential cause of instability.
    4. Erosion of the wider order: The rules have become too coarse for what contemporary technologies and the declining esteem for a rules based world order together demand.

    Challenges to multilateral governance of space weapons

    1. No verification mechanism exists: No party can independently confirm what another state has placed in orbit or what it can do, so any commitment rests on self declaration. Eg. The deployment became known through a voluntary statement rather than through any reporting obligation.
      The Fix: Build a registry requiring declaration of manoeuvre capable and armed payloads, verified through shared space situational awareness data.
    2. Dual use design defeats category bans: Any satellite with rendezvous and proximity capability can inspect, repair or disable another, so the same hardware is servicing equipment and a weapon. Eg. On orbit inspector and servicing satellites operated by several states perform close approach manoeuvres indistinguishable from an attack run.
      The Fix: Regulate behaviour rather than hardware, by requiring advance notification and minimum separation distances for proximity manoeuvres.
    3. Debris outlasts the conflict: A destructive strike in orbit creates fragments that threaten every operator for decades, including the attacker’s own assets. Eg. Russia’s 2021 anti satellite test against the Cosmos 1408 satellite generated more than 1,500 trackable debris fragments.
      The Fix: Convert the voluntary moratorium on destructive direct ascent anti satellite missile testing into a binding instrument with stated altitude and debris thresholds.
    4. Consensus fora are deadlocked: Disarmament negotiation on outer space runs by consensus, so a single objection blocks any text. Eg. The prevention of an arms race in outer space has been on the United Nations disarmament agenda since 1981 without an agreed treaty text.
      The Fix: Route substantive drafting through a General Assembly mandated working group operating on majority procedural rules, keeping consensus only for adoption.
    5. Private operators sit between regimes: States are internationally responsible for national activities in space including those of non governmental entities, and national licensing standards differ sharply. Eg. A commercial constellation operator can hold launch and operating licences in one jurisdiction while serving military users in several others.
      The Fix: Agree a minimum common licensing standard covering armed and manoeuvre capable payloads, applied as a condition of launch authorisation.

    Conclusion

    An acknowledged deployment is harder to reverse than a doctrine. The immediate requirement is disclosure of the particulars of what has been placed in orbit, followed by a multilateral arrangement that states exact thresholds of action and escalation rather than restating a general duty to comply with international law. The forum able to take this up is the United Nations Open Ended Working Group on the Prevention of an Arms Race in Outer Space, and whether it puts the disclosure on its agenda is the near term thing to watch.

    Back2Basics: UN Open Ended Working Group on the Prevention of an Arms Race in Outer Space

    1. Mandate: It considers and makes recommendations on substantial elements of an international legally binding instrument to prevent an arms race in outer space.
    2. Parent body: It was established by the United Nations General Assembly and reports through the First Committee, which handles disarmament and international security.
    3. Participation: It is open ended, meaning every United Nations member state may take part, and it meets in Geneva.
    4. Background: The prevention of an arms race in outer space has been a standing item on the United Nations disarmament agenda since 1981.

    Matching Previous Year Question

    “No direct PYQ traced in the provided files. Closest microtheme: Space ProgramsXIntl”

  • For student well-being, rethink the campus, not just the student

    Why in the News

    Recent deaths of students at the Indian Institute of Technology (IIT) Delhi and IIT Bombay have reopened the question of what an educational institution owes students beyond teaching and evaluation. IIT Delhi has constituted an external inquiry committee. The IIT Bombay director has said a committee would examine the death and students’ concerns about representation and support services. Campus well being is treated as a clinical matter outsourced to counsellors and therapists, while the rules, hierarchies, evaluation systems and grievance procedures that shape daily campus life stay unexamined. The World Health Organization (WHO) places mental health inside social, economic and physical environments, and the 2026 interim report of India’s National Task Force on Student Mental Health and Suicide Prevention ties student well being to academic pressure, discrimination, financial hardship, institutional culture, distrust and faculty preparedness. What is contested is whether universities are willing to examine the conditions they themselves create.

    Why does a counselling first and skills first model fall short?

    1. Limits of the medical analogy: A medicine acts on a biological process while the surrounding social situation stays unchanged, so the analogy cannot carry a complete theory of well being.
    2. Distress relocated inside the student: Once professional services become the institution’s primary measure of well being, the university presents itself as a neutral background to the student’s private difficulty.
    3. Counselling cannot remove the pressure: Students negotiate academic overload, discrimination, poor hostel infrastructure, career anxiety and unresponsive administration, and counselling helps a student respond to these rather than removing them.
    4. Well being reframed as a personal skill: Time management, emotion regulation, sleep, exercise and resilience are presented as capacities students must acquire on their own.
    5. Where the skills stop working: Time management cannot solve an impossible workload, mindfulness cannot make an opaque grading system transparent, and positive thinking cannot make a compromised grievance process trustworthy.

    What institutional conditions actually shape student well-being?

    1. The ordinary machinery of the campus: Rules, hierarchies, classrooms, hostels, evaluation systems, grievance procedures and the everyday exercise of authority determine how people live on a campus.
    2. Discipline as the organising idea: Educational experience remains shaped by discipline and steep hierarchies rather than by freedom, equity, trust and empathy.
    3. Dissent read as misconduct: A student who dissents is liable to be labelled as indiscipline, political activism or disrespect.
    4. The decisions that settle the question: Whether a student can question a grade, disagree with a supervisor, express dissent, protest, or take part in decision making is what an institution’s well being claim rests on.
    5. Faculty and administrators hold the lever: Ensuring student well being is a shared responsibility of faculty and administrators, and it is routinely overlooked in practice.

    How do authoritative frameworks locate the causes of student distress?

    1. WHO framing: Mental health sits within social, economic and physical environments, and prevention must address individual, social and structural determinants together.
    2. National Task Force finding: The 2026 interim report connects student well being with academic pressure, discrimination, financial hardship, institutional culture, distrust and faculty preparedness.
    3. Convergence of the two: Both place the causes outside the individual student, which is the opposite of where campus practice places them.
    4. Existing guidance is already sufficient: Indian higher education carries enough guidelines to know that student well being cannot be separated from academic pressure and institutional culture.

    Where does the university’s model of authority contradict itself?

    1. Adults for obligation, children for voice: Students are treated as adults when fees, performance and responsibility are demanded, and as children when autonomy, voice or due process become inconvenient.
    2. Care language over paternal authority: The deeper problem appears where universities speak the language of care while retaining a paternal model of authority.
    3. Harshness defended as formation: Harshness is justified as character building, and obedience is conflated with respect.
    4. Asymmetric reciprocity: The vocabulary of the guru shishya relationship is misused once reciprocity disappears, so respect moves upward while correction and anger move downward.
    5. Forms the distress takes: Public shaming, arbitrary penalties, exclusion from opportunities, hostile communication and the use of evaluation to settle interpersonal conflict make the educational experience itself distressing.

    What would a well-being test for the classroom look like?

    1. Teaching is not outside the policy: Administrators and faculty commonly assume well being policy begins outside the classroom, as though teaching and evaluation do not bear on it.
    2. The operative test: A classroom passes where students are empowered to ask for reasons, admit uncertainty, make a mistake and disagree with a teacher.
    3. Protection after speaking: The same test requires that students can criticise or protest the administration and report unfair treatment without expecting retaliation.
    4. Scope of the claim: Universities cannot eliminate every source of suffering, students are not always right, and academic standards are not abandoned whenever conflict appears.

    What institutional redesign is proposed?

    1. Students as rights bearing adults: Students should be active participants in institutional governance rather than being confined to ornamental roles.
    2. Governance membership: Alumni and students should be part of the governance framework through board membership.
    3. Role specific training: Faculty and student affairs teams need training to recognise distress, protect confidentiality, respond without humiliating, understand bias and follow crisis protocols, and to accept that differences of opinion are students’ rights.
    4. Disciplinary process redesigned: A high stress disciplinary encounter should open with a humane conversation setting out the institutional support available, followed by further conversations rather than a single performative step.
    5. An annual well being audit: Universities must be willing to undergo an annual student well being audit, and a few principles matter more than a long list of initiatives.

    Challenges to institutional reform on student well-being

    1. Professional capacity is missing: An institutional model still needs trained counsellors at the point of crisis, and the national supply is far below requirement. Eg. India has about 0.75 psychiatrists per 100,000 people against the WHO norm of 3 per 100,000.
      The Fix: Tie a fixed counsellor to student ratio and an in house student wellness team to accreditation, so capacity is a condition of approval rather than a discretionary spend.
    2. Grievance machinery exists without trust: A redress body that students do not believe in produces silence rather than complaints, and silence is read by the institution as the absence of a problem. Eg. The University Grants Commission (Redressal of Grievances of Students) Regulations, 2023 require every higher educational institution to appoint an ombudsperson.
      The Fix: Publish anonymised annual data on grievances filed, timelines and outcomes, so disposal is visible rather than asserted.
    3. Discrimination is embedded in supervision and hostel life: Bias in supervision, allocation and everyday campus life falls on specific groups and shows up as dropout rather than as a complaint. Eg. High dropout at postgraduate and doctoral levels has been attributed to institutional bias, as argued after the Rohith Vemula case at the University of Hyderabad.
      The Fix: Give equal opportunity cells a reporting line to the governing board rather than to the administration they are meant to examine.
    4. Evaluation doubles as an instrument of authority: Discretionary grading and supervisory control over a thesis timeline give a single individual decisive power over a student’s future. Eg. Doctoral progression in most Indian universities rests on a single supervisor’s recommendation with no standing appeal route.
      The Fix: Mandate published grading rubrics and a second examiner appeal route for both coursework and doctoral progress reviews.
    5. Well being carries no measurable accountability: Nothing currently attaches an institutional consequence to a campus that produces distress, so reform stays voluntary. Eg. The Supreme Court in the Sukdeb Saha case recognised mental health as part of the right to life under Article 21.
      The Fix: Fold the annual well being audit score into National Assessment and Accreditation Council grading, so the audit carries a funding and reputational consequence.

    Conclusion

    Indian higher education has never lacked the diagnosis. What it lacks is any willingness to accept that the conditions producing student distress are its own design choices about authority, evaluation and voice. Treating counselling as the answer keeps those choices out of scrutiny at the exact point they are most visible. The marker to watch is whether the National Task Force’s final report converts its findings into audited institutional obligations rather than another set of advisory guidelines.

    Student mental health in India

    1. Scale of the system: India runs the world’s second largest higher education system, with total enrolment estimated at 4.65 crore in 2026 against 3.42 crore in 2014-15.
    2. Suicide burden: India accounts for nearly one third of global suicides, and suicide is the leading cause of death in the 15 to 29 age group.
    3. Treatment gap: The treatment gap for common mental disorders runs between 70 and 90 per cent, and under 1.5 per cent of the health budget goes to mental health.
    4. Statutory footing: The Mental Healthcare Act, 2017 replaced the 1987 law, created a right to mental healthcare and decriminalised attempted suicide.

    Government Initiatives on student and youth mental health

    1. Manodarpan: A Ministry of Education initiative carrying advisory guidelines for students, teachers and faculty, a national database of counsellors, a toll free helpline and a handbook on psychosocial support.
    2. Tele MANAS and Kiran: Tele MANAS provides a round the clock tele mental health service through State cells, and Kiran is a toll free helpline for people in psychological distress.
    3. National Suicide Prevention Strategy, 2022: The first national strategy of its kind, targeting a 10 per cent reduction in suicide mortality by 2030.
    4. District Mental Health Programme: Operating under the National Mental Health Programme, it delivers counselling, outpatient care, suicide prevention and ten bedded inpatient facilities at the district level.

    Back2Basics: National Task Force on Student Mental Health and Suicide Prevention

    1. Origin: It was constituted by the Supreme Court in 2025 to examine the causes of student suicides in higher educational institutions.
    2. Composition: It is chaired by a former judge of the Supreme Court and includes mental health professionals and academic administrators.
    3. Mandate: It is required to identify gaps in the mental health support available on campuses and recommend preventive and remedial measures.
    4. Status: It released an interim report in 2026, and its recommendations are to inform binding directions to higher educational institutions.

    Matching Previous Year Question

    “[2014, GS2, 12.5 marks] Should the premier institutes like IITs/IIMs be allowed to retain premier status, allowed more academic independence in designing courses and also decide mode/criteria of selection of students. Discuss in light of the growing challenges.”

  • Research team documents 3,261 flowering plant species in Agasthyamalai reserve

    Why in the News

    A research team at the Jawaharlal Nehru Tropical Botanic Garden and Research Institute (JNTBGRI), Thiruvananthapuram, has compiled the first comprehensive checklist of the flowering plants of the Agasthyamalai Biosphere Reserve (ABR). The checklist records 3,261 species, 26 sub species and 28 varieties. It has been published in the journal Plant Science Today. The work reaffirms the global significance of the Western Ghats as a biodiversity hotspot. It also states a claim that follows from the data, that protection of the range requires focussed, region specific strategies rather than a uniform one.

    What does the checklist actually record?

    1. Taxa documented: The team documented 3,261 species, 26 sub species and 28 varieties in the Agasthyamalai Biosphere Reserve.
    2. Taxonomic spread: Those taxa belong to 1,139 genera across 190 families.
    3. Standing claim it supports: The scale of the reserve’s floral wealth upholds its position as one of the most significant centres of angiosperm diversity and endemism in the Indian subcontinent.
    4. Publication: The checklist has been published in Plant Science Today as the Comprehensive checklist of the flowering plants of the Agasthyamalai Biosphere Reserve, South India.

    Which families dominate the reserve’s flora?

    1. Fabaceae leads: The legume family Fabaceae is the most species rich in the reserve with 349 taxa.
    2. Rubiaceae: The coffee family Rubiaceae follows with 194 taxa.
    3. Poaceae: The grass family Poaceae records 193 taxa.
    4. Orchidaceae: The orchid family Orchidaceae records 168 taxa, and Paphiopedilum druryi, an orchid endemic to Agasthyamalai, sits within it.

    What does the endemism pattern show?

    1. Share endemic to India: A remarkably high level of endemism was recorded, with 1,018 taxa, or 31.2 per cent of the total, endemic to India.
    2. Narrow range endemics: That figure includes 245 steno endemic taxa, meaning taxa confined to highly specialised habitats within a very small range.
    3. What narrow endemism implies: A taxon restricted to one specialised habitat cannot relocate when that habitat is altered, so the loss of a single slope or stream margin can remove it entirely.

    What do the shared taxa say about the reserve’s biogeography?

    1. Affinity with Sri Lanka: The flora shows a strong biogeographic affinity with Sri Lanka, with the two regions sharing 347 taxa.
    2. Explanations offered: The reasons range from historical land connections during periods of lower sea level, to a shared Gondwanan history, to long term climatic similarities.
    3. A transatlantic element: 102 taxa display affinity with tropical American flora.
    4. How that is explained: That pattern possibly reflects long distance dispersal events, or naturalisation after introduction by humans.

    Why does a region specific checklist matter for conservation?

    1. Baseline for protection: A complete inventory establishes what exists before change is measured, which is the precondition for any claim that a species has been lost.
    2. Fragility of the landscape: The hill systems and vegetation of the reserve constitute a biologically unique yet ecologically fragile landscape.
    3. Administrative spread: The reserve is spread over Keralam and Tamil Nadu, so any protection strategy has to work across two State administrations.
    4. Position among reserves: The ABR is one of four biosphere reserves in south India, which places the checklist within a comparable set rather than as an isolated record.

    Challenges to conserving the Agasthyamalai Biosphere Reserve

    1. Fragmentation of the habitat: Plantation estates, roads and reservoirs cut continuous forest into blocks and isolate the populations of narrow range plants. Eg. Tea and cardamom estates in the Agasthyamalai landscape sit between the protected blocks of the reserve.
      The Fix: Notify and restore the identified corridor stretches between the reserve’s blocks as eco restoration zones under the State forest working plans.
    2. Invasive species displacement: Introduced plants colonise disturbed ground and crowd out the endemic understorey that the checklist records. Eg. Lantana camara and Mikania micrantha have spread widely through Western Ghats forest margins.
      The Fix: Fund a scheduled removal and native replanting cycle at forest edges, with monitoring keyed to the checklist’s endemic taxa.
    3. Collection pressure on high value taxa: Orchids and medicinal plants with narrow ranges face extraction for horticulture and for the herbal trade. Eg. Paphiopedilum druryi, endemic to Agasthyamalai, has been depleted by collection from the wild.
      The Fix: Place the steno endemic taxa on the State’s restricted collection list and pair it with nursery propagation at JNTBGRI to supply legitimate demand.
    4. Split administration across two States: A single ecological unit managed by two State forest departments produces divergent rules on the same slope. Eg. The reserve is spread over Keralam and Tamil Nadu with separate working plans on each side.
      The Fix: Constitute a standing joint management committee for the reserve with a common monitoring protocol and a shared annual report.
    5. Climate driven upslope shift: Warming pushes montane species upward, and taxa already at the summit ranges have nowhere to move. Eg. Shola grassland systems in the higher Western Ghats are already recording shifts in species composition.
      The Fix: Establish permanent altitudinal monitoring plots along the reserve’s elevation gradient, so range shifts are detected against the new baseline rather than inferred later.

    Conclusion

    The reserve now has a documented floristic baseline where it previously had none. The value of that baseline is that endemism can be located precisely, down to taxa confined to single specialised habitats, which is what makes uniform protection inadequate for this landscape. The finding the checklist leaves unresolved is how two State administrations manage one ecological unit against a single standard. What follows is whether the endemic taxa the list identifies are translated into a protected species schedule and a monitoring cycle.

    Back2Basics: Agasthyamalai Biosphere Reserve

    1. Designation: It was designated a biosphere reserve in 2001 and was added to the UNESCO World Network of Biosphere Reserves in 2016.
    2. Location: It lies in the southern Western Ghats across Keralam and Tamil Nadu, and takes its name from the Agasthyamalai peak.
    3. Constituent protected areas: It includes Neyyar, Peppara and Shendurney Wildlife Sanctuaries and the Kalakad Mundanthurai Tiger Reserve.
    4. Cultural association: The Kani tribal community inhabits the landscape and its knowledge of the plant Trichopus zeylanicus produced India’s first benefit sharing arrangement for traditional knowledge.

    Matching Previous Year Question

    “[2019] Which of the following are in Agasthyamala Biosphere Reserve? (a) Neyyar, Peppara and Shendurney Wildlife Sanctuaries; and Kalakad Mundanthurai Tiger Reserve (b) Mudumalai, Sathyamangalam and Wayanad Wildlife Sanctuaries; and Silent Valley National Park (c) Kaundinya, Gundla Brahme-swaram and Papikonda Wildlife Sanctuaries; and Mukurthi National Park (d) Kawal and Sri Venkateswara Wildlife Sanctuaries; and Nagarjunasagar-Srisailam Tiger Reserve | Answer: (a)”

  • Kasturirangan report on Western Ghats threatens livelihoods: Karnataka CM

    Why in the News

    The Karnataka Chief Minister has told the Legislative Assembly that implementing the Kasturirangan Committee report could threaten the livelihoods of people in 10 districts of the State. He reaffirmed the State government’s commitment to protecting the livelihoods of farmers and residents of the Western Ghats. The statement comes against a Union government instruction that Karnataka convey its decision on the report by September 27. The tension the State has placed on record is between a central conservation instrument covering an identified ecologically sensitive area and the settled land use of the villages inside it.

    What is the Kasturirangan Committee report?

    1. What it is: It is the report of the High Level Working Group on the Western Ghats, submitted in 2013, which reviewed the earlier Western Ghats Ecology Expert Panel report.
    2. Core recommendation: It recommended that about 37 per cent of the Western Ghats be designated an Ecologically Sensitive Area (ESA), in place of the earlier panel’s proposal to treat the entire range as ecologically sensitive in three graded zones.
    3. What designation does: Within a notified ESA, activities such as mining, quarrying, thermal power plants and large construction are prohibited or tightly restricted.

    What is the scale of the footprint in Karnataka?

    1. Area identified: The report identifies 20,668 sq km of Karnataka’s Western Ghats region as ecologically sensitive.
    2. Settlements covered: That area covers 1,449 villages across the State.
    3. Districts affected: The Chief Minister placed the livelihood risk across 10 districts of Karnataka.
    4. Hydrological stake: More than six rivers originate in and flow through the Western Ghats, which is the basis on which the State argues the ecology cannot be treated as a local matter alone.

    What is the State government’s stated position?

    1. Livelihood commitment: The State government has reaffirmed its commitment to protecting the livelihoods of farmers and residents of the Western Ghats.
    2. Effect on the ground: The report’s recommendations have created an atmosphere of fear among farmers, as recorded on the floor of the Assembly.
    3. Objection to method: The State’s stated objection is that the proposal of unscientific measures has caused widespread anxiety regarding people’s livelihoods.
    4. Consultation before the debate: The Chief Minister toured the coastal and Malnad regions that the report would affect, and held meetings with people there before the Assembly session.

    What are the affected residents demanding?

    1. Rejection of the report: Farmers have sought outright rejection of the Kasturirangan report rather than modification of its boundaries.
    2. A fresh review: They have demanded that a new committee be constituted to examine the question afresh.
    3. Removal of the classification: They have urged that the Ecologically Sensitive Zone classification be scrapped for the affected areas.
    4. An alternative template: They have asked that the Keralam model be adopted in place of the classification the report proposes.

    Challenges to implementing the Kasturirangan report in Karnataka

    1. Village level exclusion, not plot level: The report works on whole village boundaries, so an entire revenue village enters the restricted category even where only part of it is ecologically sensitive. Eg. 1,449 villages in Karnataka fall inside the identified area on this basis.
      The Fix: Move the notification to a cadastral survey of actual land use within each village, so restrictions attach to the sensitive parcels rather than to the administrative unit.
    2. Repeated draft notifications with no closure: The Union government has issued successive draft ESA notifications without finalising one, which leaves both conservation and land transactions in suspension. Eg. The draft Western Ghats ESA notification has been reissued several times since 2013 without a final notification.
      The Fix: Fix a statutory outer date for finalisation after which the last draft takes effect, so the uncertainty itself stops being the operative regime.
    3. States hold differing positions on the same range: The Western Ghats run through six States, and a notification any one State refuses leaves the ecosystem regulated in fragments. Eg. Karnataka is being asked to convey a decision while farmers ask that the Keralam model be adopted instead.
      The Fix: Settle the boundary through the Western Ghats Ecology Authority route with a binding inter State mechanism, rather than State by State consent to a central draft.
    4. Existing extractive activity is already entrenched: Mining and quarrying leases predating any notification create vested interests that resist designation and continue operating through litigation. Eg. Illegal iron ore mining in Bellary and quarrying across the Malnad belt has run through prolonged litigation.
      The Fix: Publish a lease wise inventory inside the identified area with a dated phase out schedule and a rehabilitation package for the workforce.
    5. No compensation for restricted land use: A household whose permitted land use narrows receives nothing, so conservation is financed by the people least able to bear it. Eg. Plantation and areca growing households across the coastal and Malnad districts face restrictions on construction and land conversion.
      The Fix: Route a payment for ecosystem services transfer to gram panchayats inside the ESA, funded from the Compensatory Afforestation Fund, so protection carries an income rather than only a prohibition.

    Conclusion

    Karnataka has placed a livelihood objection on the record while the Union government waits for a formal decision from the State. The disagreement is not about whether the Western Ghats need protection but about whether a boundary drawn on village units can be reconciled with the land use of the people inside it. Nothing in the State’s position offers an alternative conservation instrument, and nothing in the report offers the residents a compensating entitlement. The next milestone is the decision Karnataka conveys to the Centre and the Union government’s response to a refusal.

    Back2Basics: Western Ghats

    1. Designation: The Western Ghats are recognised as one of the world’s biodiversity hotspots and 39 sites across the range were inscribed on the UNESCO World Heritage List in 2012.
    2. Extent: The range runs about 1,600 km along the western edge of peninsular India through Gujarat, Maharashtra, Goa, Karnataka, Kerala and Tamil Nadu.
    3. Hydrological role: It is the catchment for the major peninsular river systems, including the Godavari, Krishna and Kaveri.
    4. Expert review history: The Western Ghats Ecology Expert Panel, chaired by Madhav Gadgil, reported in 2011, and the High Level Working Group chaired by K. Kasturirangan reviewed it in 2013.

    Matching Previous Year Question

    “[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 | Answer: (d)”

  • Conservation, compensation: Tackling Himachal monkey menace

    Why in the News

    A 63 year old woman in Shimla has died of injuries, including spinal damage, sustained when a pack of rhesus macaques attacked her on the roof of her house. The death has returned attention to the legal position of the species. The Wild Life (Protection) Act, 1972 had listed the rhesus macaque as a protected species under Part I of Schedule II. The Wild Life (Protection) Amendment Act, 2022 removed it from that listing. The contest now is that responsibility has passed from State forest departments to urban local bodies without the funds, the trained staff or the compensation cover moving with it.

    What changed for the rhesus macaque after the 2022 amendment?

    1. Loss of protected status: The 2022 amendment removed the rhesus macaque from Part I of Schedule II of the parent Act, ending its treatment as a protected species.
    2. Transfer of responsibility: The Chief Wildlife Warden of Himachal Pradesh has stated that State forest departments are no longer responsible for the monkey menace.
    3. Reclassification in practice: A monkey is now treated like a stray animal, which places it within the purview of civic bodies rather than of the wildlife administration.
    4. Central funding stopped: State forest departments earlier received funds from the Centre to control the monkey menace, and that flow ended once the species ceased to be protected.

    Why are urban local bodies not equipped to take this on?

    1. Absence of funds: A senior Indian Forest Service officer has identified the lack of funds as the first reason urban local bodies such as the Shimla Municipal Corporation are not fully competent to handle the task independently.
    2. No trained manpower: The second stated reason is the absence of expertise and trained manpower to capture monkeys and to sterilise the captured animals.
    3. Capacity is still being built: The Shimla Municipal Commissioner has stated that the corporation is in the process of training its manpower on how to capture monkeys, and takes the assistance of the forest department when a situation arises.
    4. Assistance is now priced: The forest department continues to intervene largely in and around forest areas and charges urban local bodies for capture and sterilisation, at a cost of Rs 700 per monkey sterilised.

    What do the population and incidence numbers show?

    1. A falling population: Official numbers show Himachal Pradesh’s estimated rhesus macaque population fell from 3,17,512 in 2004 to 2,26,086 in 2013, and then to 1,36,443 in 2019 to 2020.
    2. Sterilisation as the stated cause: The State forest department attributes much of that decline to sustained sterilisation, having sterilised 1,86,448 monkeys between 2006 and March 2024.
    3. Conflict has not fallen with numbers: Shimla Municipal Corporation officials record 50 to 55 cases of monkey attack every month in the city.

    Why has compensation become the sharper grievance?

    1. Existing entitlements: Under the Himachal Pradesh wildlife compensation policy cited by officials, severe monkey attack injuries attract Rs 75,000, permanent disability Rs 1 lakh and death Rs 4 lakh.
    2. Delisting closes the door: Since the rhesus macaque is no longer covered by the Act, officials have indicated that the deceased woman’s family is unlikely to qualify under this framework.
    3. The demand on the ground: A Shimla based non governmental organisation has protested outside the Municipal Commissioner’s office demanding compensation of Rs 5 lakh for the deceased woman.
    4. A parallel demand on behaviour: The same protest demanded stricter action against those found feeding monkeys in Shimla.

    Why is the vermin versus protected species question still unsettled?

    1. Opinion is divided: A wildlife expert has recorded that opinion remains split on whether monkeys should be treated as vermin or as a protected animal, despite rapid population growth.
    2. Human behaviour drives the conflict: Public feeding of wild animals, including monkeys, forces animals out of the forest in search of easy food, which locates the cause of conflict outside the species itself.
    3. Delisting answers only the legal question: Removing protection settles who is liable and does not settle whether culling, sterilisation or behaviour control is the correct instrument.

    Challenges to managing human macaque conflict after delisting

    1. Mismatch between mandate and capacity: Responsibility now sits with municipal bodies that have neither wildlife budgets nor trained handlers, while the expertise stays in a department that is no longer accountable for the outcome. Eg. Shimla Municipal Corporation must pay the forest department Rs 700 an animal for a service it cannot perform itself.
      The Fix: Fund a standing joint capture and sterilisation cell staffed by the forest department and paid for from the municipal budget, so the mandate and the skill sit in one unit.
    2. Compensation vanishes with protected status: A State compensation policy keyed to species listed under the Act leaves victims of a delisted species with no claim, even where the injury is identical. Eg. The Shimla family faces a death under a schedule that no longer covers the animal responsible.
      The Fix: Rewrite the State compensation policy to key entitlement to the injury and the location rather than to the schedule the animal sits in.
    3. Sterilisation without an exit point: A programme that runs for two decades without a stated target population becomes a permanent budget line rather than a solution. Eg. 1,86,448 monkeys were sterilised between 2006 and March 2024 while attack incidence in Shimla stayed at 50 to 55 cases a month.
      The Fix: Set a district level target population with published annual monitoring, so the programme is measured against conflict incidence rather than against animals processed.
    4. Food subsidy from human waste: Open garbage and religious and recreational feeding supply a reliable calorie source that sustains urban troop numbers regardless of sterilisation. Eg. Shimla’s hill slope waste collection points and temple precincts draw troops into residential areas.
      The Fix: Enforce monkey proof waste containment along the affected wards and prosecute feeding under municipal bye laws with a stated penalty.
    5. Vermin declarations are politically fraught and short lived: Section 62 of the parent Act allows the Centre to declare a species vermin for a limited period in a specified area, and such notifications draw litigation and lapse without resolving the problem. Eg. Himachal Pradesh’s earlier vermin notification for rhesus macaques was repeatedly renewed and then allowed to lapse.
      The Fix: Replace episodic vermin notifications with a standing conflict management plan that fixes responsibility, funding and compensation irrespective of the species’ schedule.

    Conclusion

    The 2022 delisting shifted the rhesus macaque from a conservation problem to a municipal nuisance without shifting the money, the staff or the compensation cover to match. The result is a hill town recording 50 to 55 attacks a month with no department fully answerable for either prevention or redress. The status question that remains open is whether responsibility is returned to the forest department with funding, or left with civic bodies and financed properly. The next marker is whether Himachal Pradesh amends its wildlife compensation policy to cover injuries caused by species the Act no longer lists.

    Back2Basics: Wild Life (Protection) Act, 1972

    1. Purpose: It is the central law providing for the protection of wild animals and plants and for the establishment of protected areas such as national parks and wildlife sanctuaries.
    2. Schedule structure after 2022: The 2022 amendment reduced the schedules, with Schedule I covering species receiving the highest protection, Schedule II covering species with lesser protection, Schedule III covering plants and Schedule IV listing species regulated under CITES.
    3. Vermin provision: Section 62 allows the Centre to declare a wild animal other than one in Schedule I to be vermin for a specified area and period, which removes protection for that duration.
    4. Administration: Each State has a Chief Wildlife Warden who exercises the Act’s powers over hunting permissions, captivity and the management of protected areas.

    Matching Previous Year Question

    “[2024] Consider the following statements: Statement-I: The Indian Flying Fox is placed under the “vermin” category in the Wild Life (Protection) Act, 1972. Statement-II: The Indian Flying Fox feeds on the blood of other animals. 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) Staement- I is correct , but Statement II is incorrect* (d) Statement-I is incorrect, but Statement-II is correct”

  • Nepal’s climate call is a test for India

    Why in the News

    Nepal has moved from seeking relief after disaster to claiming climate justice and financial liability following catastrophic flash floods. Kathmandu has appealed to the UN backed Fund for Responding to Loss and Damage and called on developed countries to deliver compensation and concessional climate finance. It has separately pressed regional neighbours, including China and India, for cooperation on preparedness, data sharing and resilience. Nepal has clarified that it is not seeking damages from any single country, and its Prime Minister will take the case to the UN General Assembly on September 24. The tension for India is that accepting liability invites identical claims against it, while refusing outright cedes ground in the Himalayas to China.

    What is the Fund for Responding to Loss and Damage?

    1. Purpose: It is a dedicated climate finance fund created to address irreparable climate impacts that neither mitigation nor adaptation can prevent.
    2. What loss and damage covers: It covers harm that has already occurred and cannot be reversed, such as land lost to sea level rise or settlements destroyed by a flood, as distinct from the cost of cutting emissions or of building defences in advance.
    3. Standing limitation: Its capital reserves remain a small fraction of actual reconstruction costs in affected countries.

    What has changed in Nepal’s ask?

    1. From relief to liability: For decades India acted as a friendly first responder when cloudbursts, landslides or flash floods struck Nepal, and that ad hoc relief paradigm has been replaced by a framework of climate justice and financial liability.
    2. Claim on the developed world: Kathmandu has asked developed countries to deliver compensation and concessional climate finance for the damage recorded.
    3. Ask directed at neighbours: It has pressed regional neighbours on preparedness, data sharing and resilience rather than on cash transfers.
    4. No named respondent: Nepal has stated it is not seeking damages from any single country, and the expectation placed on its neighbours is nonetheless unmistakable.
    5. Escalation to a global forum: The Nepalese Prime Minister will carry the case to the UN General Assembly on September 24, which moves a bilateral question into a multilateral setting.

    Why do existing global mechanisms fail a fast moving disaster?

    1. Approval cycles outrun the hazard: A $49.9 million project designed to protect vulnerable Nepalese communities from glacial lake outburst floods, meaning sudden floods released when a lake dammed by ice or moraine breaches, sat in the Green Climate Fund (GCF) pipeline for over seven years, and the waters had already broken by the time bureaucratic approvals cleared.
    2. Capital is not to scale: The Loss and Damage Fund’s reserves are a drop in the ocean against the actual costs of the damage it is meant to address.
    3. Reconstruction bill for Nepal: Nepal faces a reconstruction bill of nearly 10 per cent of its GDP, which no existing multilateral window is sized to meet.
    4. Design mismatch: Global climate finance mechanisms are built for planned projects and are unsuited to fast moving, compounding ecological disasters.

    Why is Nepal’s claim an uncomfortable precedent for India?

    1. India’s own emissions position: India’s per capita emissions remain low and its historical contribution to global warming is minimal compared with the West.
    2. India is itself a victim: India is a climate change affected country in its own right, which is the basis of its negotiating position against the Global North.
    3. Liability is reciprocal: Accepting direct liability or paying explicit climate damages would expose India to similar claims from other countries.
    4. Loss of leverage: The same admission would weaken India’s leverage in demanding finance from the Global North, since it would concede the principle it has used against developed countries.
    5. CBDR turned inward: Downstream and mountain nations are applying the Common But Differentiated Responsibilities principle locally, arguing that adjacent high emitting economic engines share an immediate physical footprint in their backyard.

    What does India lose by refusing?

    1. Geopolitical cost of an evasive reply: Rejecting Kathmandu’s appeals carries a geopolitical cost that no amount of disaster relief offsets.
    2. Chinese climate outreach: China is stepping up its climate and green outreach across the Himalayas, so a vacuum is filled rather than left open.
    3. Public opinion in Nepal: An evasive response could turn Nepal’s people away from India and give Beijing more room to operate.
    4. Exposure through infrastructure: India’s emissions footprint and its infrastructure investments are tied to the fragile ecology of the Third Pole, so it cannot rely on global support alone.

    What would a regional alternative look like?

    1. South Asian Resilience and Insurance Facility: India should champion a facility that delivers the substance of loss and damage funding without the fault based compensation terminology that triggers liability claims.
    2. Payout on a trigger, not on a finding: Operating as a rapid payout insurance pool, it would release funds upon satellite detection of threshold climate triggers, bypassing diplomatic wrangling and producing predictable finance for both Nepalese reconstruction and annual Indian disaster allocations.
    3. Existing institutional routes: The facility can be built through the New Development Bank, the Asian Infrastructure Investment Bank (AIIB), BIMSTEC or a proposed Third Pole Compact rather than through a new treaty.
    4. Resilience first project design: Part of the funds for joint infrastructure projects should be directed to an adaptation fund for climate proof local works, safer slopes and mountain livelihoods.
    5. Early warning as a shared asset: India’s space capabilities should be used to create a real time, open access early warning system for the Himalayan belt.
    6. Co owned monitoring data: Sharing glacial lake outburst flood monitoring and lake volume tracking with Nepalese agencies converts tactical intelligence into a shared regional security asset.

    Challenges to a South Asian Resilience and Insurance Facility

    1. Basis risk in trigger based payouts: A payout fired by a satellite measured threshold can miss real damage that falls below the trigger, leaving the worst hit unpaid. Eg. Under India’s own Pradhan Mantri Fasal Bima Yojana, weather index based settlements have repeatedly diverged from assessed crop loss on the ground.
      The Fix: Pair the index trigger with a rapid ground verification window that releases a supplementary tranche where measured damage exceeds the index payout.
    2. Capitalisation depends on one contributor: A regional pool in which India is the dominant underwriter becomes an aid programme in insurance clothing and carries the same political weight it was meant to avoid. Eg. The SAARC Development Fund has remained thinly capitalised and largely inactive for the same reason.
      The Fix: Anchor the corpus in the New Development Bank and the AIIB with graduated member premiums, so no single state’s contribution determines solvency.
    3. Regional bodies are blocked by politics: A facility housed in a South Asian institution inherits that institution’s paralysis. Eg. No SAARC summit has been held since the 2014 Kathmandu summit.
      The Fix: Build it under BIMSTEC, which excludes the bilateral dispute that has frozen SAARC, and keep membership open to later accession.
    4. Data sharing is treated as strategic: Hydrological and glacial data in the Himalayas is handled as security information rather than as a public good, which defeats early warning. Eg. China suspended hydrological data sharing with India on the Brahmaputra during the 2017 Doklam standoff.
      The Fix: Route Himalayan lake and river data through an open access civilian platform with automatic publication, so supply does not turn on the state of relations.
    5. Insurance does not fund what is already lost: A payout pool covers future events and leaves the existing reconstruction bill untouched. Eg. Nepal’s current bill of nearly 10 per cent of GDP arises from floods that have already occurred.
      The Fix: Add a concessional reconstruction window alongside the insurance pool, so past damage and future risk are financed through separate instruments.

    Conclusion

    Nepal has converted a relief relationship into a claim of entitlement, and that reframing will not be withdrawn. India’s interest lies in supplying the money and the warning systems while refusing the vocabulary of fault, because the vocabulary is what travels to the next claimant. Whether New Delhi can build that distinction into an institution rather than assert it in a speech is the open question. The immediate marker is the position India takes when the Nepalese case reaches the UN General Assembly on September 24.

    What is climate finance under the UNFCCC?

    1. About: Climate finance is the flow of funds from public and private sources to developing countries to meet the costs of responding to climate change under the United Nations Framework Convention on Climate Change (UNFCCC).
    2. Rationale: It exists because the states least responsible for accumulated emissions face the largest relative costs, which is the operating logic of the Common But Differentiated Responsibilities principle.
    3. The three streams it is divided into: Mitigation finance pays to cut emissions, adaptation finance pays to build defences against impacts that are coming, and loss and damage finance pays for harm that has already occurred and cannot be reversed.
    4. Current headline commitments: COP30 called for tripling adaptation finance to US$120 billion annually by 2035 within a broader US$1.3 trillion climate finance pathway, and adopted the Baku to Belem Roadmap for 2026 to 2028 to expand grants and non debt finance for vulnerable countries.

    Key Concerns Regarding Climate Finance

    1. Delivery lags pledges: Headline sums announced at negotiations are not matched by disbursement, and the gap is widest for adaptation.
    2. Debt rather than grants: A large share arrives as loans, which adds to the debt burden of the very countries the finance is meant to protect.
    3. Scale against need: The pledged global goal of about $300 billion a year from developed nations is far below assessed requirements, with NITI Aayog alone estimating that India needs $5.2 trillion by 2050.
    4. Definitional looseness: There is no agreed accounting standard for what counts as climate finance, so existing development aid is relabelled and counted twice.

    Government Initiatives on Climate Finance and Resilience

    1. National Adaptation Fund for Climate Change (NAFCC): It funds climate resilient projects in agriculture, water, forestry and coastal management for States facing adaptation costs.
    2. State Action Plans on Climate Change (SAPCC): 34 States and Union Territories have prepared these plans, which align local development planning with national climate goals under the National Action Plan on Climate Change (NAPCC).
    3. Sovereign Green Bonds: The Union government issues these to diversify climate finance sources and lower the cost of capital for long gestation green projects.
    4. National Disaster Response Fund and State Disaster Response Fund: These carry the domestic fiscal response to disaster relief and recovery, which is the channel any regional facility would have to work alongside.

    Matching Previous Year Question

    “[2015] Which of the following statements regarding ‘Green Climate Fund’ is/are correct? (1) It is intended to assist the developing countries in adaptation and mitigation practices to counter climate change. (2) It is founded under the aegis of UNEP, OECD, Asian Development Bank and World Bank. Select the correct answer using the code given below. (a) 1 only (b) 2 only (c) Both 1 and 2 (d) Neither 1 nor 2 | Answer: (a)”

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