Thursday, 5 November 2026The Hindu
The Hindu – Important News Articles & Editorial
Today’s coverage: NavIC’s NVS-03, marine heat waves and swell surges, the Supreme Court on the two-child norm, the extension of Fast-Track Special Courts, the Amazon turning carbon emitter, and an editorial on the BRICS carbon market partnership.
NVS-03 reaches intended orbit
ISRO’s NVS-03, launched on 30 October 2026 aboard GSLV-F18, has reached its intended geosynchronous orbit after four successful orbit-raising manoeuvres, and its health is normal. It is the third satellite of the next-generation NavIC series and is key to restoring the weakened constellation.
Key Facts
- Launched on 30 October 2026; reached geosynchronous orbit after four manoeuvres.
- Carries an indigenous atomic clock along with procured clocks.
- Adds the L1 signal to the existing L5 and S-band signals; coverage over India and up to 1,500 km beyond its boundary.
- Significance: NVS-02 (2025) could not complete orbit-raising because of a valve malfunction, leaving the constellation short.
| System | Operated by | Coverage |
|---|---|---|
| NavIC (IRNSS) | India (ISRO) | Regional – India and about 1,500 km beyond |
| GPS | United States | Global |
| GLONASS | Russia | Global |
| Galileo | European Union | Global |
| BeiDou | China | Global |
Static Dimensions
- NavIC (IRNSS): India’s regional navigation system providing Positioning, Navigation and Timing (PNT). At least four satellites are needed for standalone positioning. Services: Standard Positioning Service (civil) and Restricted Service (strategic).
- Atomic clock: the core of timing accuracy; imported rubidium clocks on first-generation satellites failed.
- L1 signal: a GPS-compatible frequency that eases adoption in smartphones.
- Launcher: GSLV with an indigenous cryogenic stage; launched from Sriharikota.
- Uses: aviation, maritime navigation, disaster management, military operations and power-grid timing.
Analysis
- Strategic autonomy: reduces dependence on GPS, which the US can deny for military use.
- Technology indigenisation: the indigenous clock tackles the key failure point of earlier satellites.
- Civil adoption: L1 improves device compatibility and commercial uptake.
- Caution: one successful satellite does not fully restore the constellation, and orbit-raising failures show reliability concerns.
Challenges
- Restoring a minimum of four working satellites.
- Clock reliability and a low launch cadence.
- Limited device adoption.
Way Forward
- Launch the remaining NVS satellites on schedule.
- Mandate or promote NavIC chipsets in phones, vehicles and defence systems.
- Strengthen indigenous component and clock supply chains.
India Implications
- Defence: an assured national signal matters most during conflict, when access to a foreign system can be denied or degraded.
- Critical infrastructure: power grids, telecom networks and financial systems gain a domestic timing source.
- Digital economy: L1 makes it easier for phone makers and app developers to build NavIC into everyday services.
Himachal angle: In steep, cloud-prone terrain, reliable positioning supports search and rescue during landslides, cloudbursts and avalanches, and surveillance along the Kinnaur and Lahaul-Spiti border belt. Public transport vehicles fitted with AIS-140 tracking devices, which are required to support NavIC, also gain from a healthier constellation.
ConclusionNVS-03’s success is a step towards a reliable NavIC, but full navigational independence depends on completing the constellation and on wide adoption.
Prelims Practice
With reference to NavIC (Navigation with Indian Constellation), consider the following statements:
- NavIC was earlier known as the Indian Regional Navigation Satellite System (IRNSS).
- It provides Positioning, Navigation and Timing (PNT) services.
- It is designed to provide global navigation coverage similar to GPS.
Which of the statements given above are correct?
- (a) 1 and 2 only
- (b) 2 and 3 only
- (c) 1 and 3 only
- (d) 1, 2 and 3
Click to reveal answer
Answer: (a) – NavIC is the operational name of IRNSS and provides PNT services. It is a regional system covering India and about 1,500 km beyond, not a global one, so statement 3 is incorrect.
Mains Practice
What is NavIC? Explain its major features and significance for India’s positioning, navigation and timing requirements. (10 Marks, 150 Words)
INCOIS warns of marine heat wave, issues swell surge alert for east and west coasts
The Indian National Centre for Ocean Information Services (INCOIS), under the Ministry of Earth Sciences, has issued a marine heat wave warning for the Arabian Sea, the Indian Ocean and the Bay of Bengal, along with a two-day swell surge alert for both coasts. The two events show how ocean warming and sea-state hazards affect ecosystems, fisheries and coastal safety.
Key Facts
- Marine heat wave (MHW) intensity is mostly in the “watch” and “alert” categories, with sea surface temperature anomalies up to 1°C above normal.
- The service covers six ocean basins (including the Persian Gulf, Red Sea, Southern Indian Ocean and South China Sea) and 14 sectors along the Indian coast.
- Risks: coral bleaching, lower marine productivity, impact on fisheries and biodiversity loss.
- Swell surge: waves of one metre or higher on the coasts of Gujarat, Goa, Maharashtra, Karnataka, Kerala, Odisha, Andhra Pradesh, Lakshadweep, Puducherry, Tamil Nadu and West Bengal. A danger alert has been issued for Car Nicobar.
| Aspect | Marine heat wave | Swell surge (“Kallakkadal”) |
|---|---|---|
| What it is | Sea surface temperature above the 90th percentile threshold for five or more days | Long-period waves that flood the coast |
| Driver | Ocean warming, intensified in El Niño years | Storms or winds far away; no local weather signs |
| Main impact | Coral bleaching, fisheries loss, biodiversity loss | Coastal flooding and erosion |
| Current alert | Arabian Sea, Indian Ocean and Bay of Bengal (watch/alert) | Both coasts for two days; danger alert for Car Nicobar |
Static Dimensions
- INCOIS: Hyderabad-based autonomous body set up in 1999 under the Ministry of Earth Sciences (MoES). It provides Potential Fishing Zone advisories, tsunami early warning (through the Indian Tsunami Early Warning Centre), and swell surge, high wave and ocean state forecasts.
- Marine heat wave: a period when sea surface temperature stays above the 90th percentile threshold for five or more days.
- Swell surge (“Kallakkadal”): long-period waves from distant storms or winds that cause coastal flooding without local weather signs.
- Concepts: coral bleaching (loss of symbiotic zooxanthellae), the El Niño link to ocean warming, climate change and ocean heat uptake.
- Related: Deep Ocean Mission, Mission Mausam, Sendai Framework and the Coastal Regulation Zone.
Analysis
- Climate signal: frequent heat waves reflect ocean warming, intensified in an El Niño year.
- Ecological and economic cost: reefs (Lakshadweep, Gulf of Mannar, Andaman) and fisheries livelihoods are exposed.
- Early warning value: timely advisories help fishers, ports and coastal communities.
- Compound risk: warm seas can also fuel stronger cyclones, relevant to cyclones Arnab and Murasu.
Challenges
- Reef degradation and shifting fish stocks.
- Last-mile delivery of warnings to fishers.
- Coastal erosion and flooding from swells.
Way Forward
- Strengthen ocean observation and forecasting.
- Promote reef monitoring and restoration.
- Spread advisories in local languages to fishing communities.
- Mainstream climate adaptation in coastal planning.
India Implications
- Livelihoods and food security: coastal fishing communities and India’s seafood exports depend on healthy, productive seas.
- Biodiversity: repeated bleaching threatens the reefs of Lakshadweep, the Gulf of Mannar and the Andaman and Nicobar Islands.
- Disaster preparedness: heat waves, swells and cyclones increasingly overlap, so warnings must be integrated rather than issued in silos.
Himachal angle: Though landlocked, Himachal feels ocean warming through the monsoon. Warmer seas add moisture to monsoon systems and raise the risk of extreme-rainfall events like those the State suffered in 2023 and 2025. The lesson about last-mile warnings for fishers applies equally to cloudburst and flash-flood alerts in Himachal’s valleys.
ConclusionMarine heat waves and swell surges highlight the vulnerability of India’s coasts. Early warning, ecosystem protection and community preparedness are central to resilience.
Prelims Practice
With reference to the Indian National Centre for Ocean Information Services (INCOIS), consider the following statements:
- It is an autonomous organisation under the Ministry of Earth Sciences.
- It was established in 1999.
- It is headquartered in Hyderabad.
Which of the statements given above are correct?
- (a) 1 and 2 only
- (b) 2 and 3 only
- (c) 1 and 3 only
- (d) 1, 2 and 3
Click to reveal answer
Answer: (d) – INCOIS is an autonomous body under MoES, set up in 1999 and based in Hyderabad. It also runs the Indian Tsunami Early Warning Centre.
Mains Practice
What are marine heat waves? Discuss their major causes and consequences for marine ecosystems and coastal communities. (10 Marks, 150 Words)
Falling fertility rate has made two-child norm outdated: SC
A Supreme Court Bench headed by Justice P.S. Narasimha has held that laws penalising persons with more than two children have lost relevance, because India’s Total Fertility Rate (TFR) has fallen below replacement level. It said the 2003 judgment in Javed v. State of Haryana, which upheld such laws, needs reconsideration by a larger Bench. The case arose from the disqualification of a Maharashtra sarpanch, Mangala Bhimrao Ingle.
Key Facts
- TFR has fallen from 3.02 to 1.9, below the replacement rate of 2.1.
- Court’s view: the fear of overpopulation underlying such laws “has crumbled”; the focus should shift to encouraging healthy population growth.
- Population aged 60+ rose from about 8.3% (2014) to 9.7% (2024), and is projected to be near 15% by 2036.
- Javed (2003) relied on China’s population measures as they stood in 2000.
- Justice Narasimha found that linking motherhood to political representation violates Article 21, as it forces a choice between bearing children and democratic participation, impinging on reproductive autonomy.
- The appellant continues as sarpanch; proceedings against her are stayed pending the larger Bench.
| Aspect | Javed v. State of Haryana (2003) | Present ruling (2026) |
|---|---|---|
| Bench | Three judges | Two judges – cannot overrule, so the question goes to a larger Bench |
| Demographic basis | Fear of overpopulation; relied on China’s measures as of 2000 | TFR at 1.9, below replacement level of 2.1 |
| Article 21 | Disqualification held not violative of Articles 14, 21 or 25 | Linking motherhood to political office impinges on reproductive autonomy |
| Outcome | Haryana Panchayati Raj Act disqualification upheld | Javed referred for reconsideration; proceedings against the sarpanch stayed |
Static Dimensions
- Javed v. State of Haryana (2003): upheld the Haryana Panchayati Raj Act’s two-child disqualification, holding it not violative of Articles 14, 21 or 25.
- States with such norms: Rajasthan, Haryana, Maharashtra, Andhra Pradesh, Telangana, Odisha and others, mostly in local-body laws; some have since been repealed.
- TFR and demography: NFHS-5 (2019-21) put TFR at 2.0. Related ideas: demographic transition, demographic dividend, ageing and the dependency ratio.
- Constitutional links: Article 21 (reproductive autonomy – Suchita Srivastava, 2009; Puttaswamy, 2017), Article 14, Article 243F (disqualification for panchayat membership) and Article 243V (municipalities).
- Policy: National Population Policy 2000, the 1994 ICPD (Cairo) consensus rejecting coercive population control, and the Emergency-era sterilisation excesses.
- Linked issue: delimitation, and southern States’ concern about being penalised for successful population control.
Analysis
- Changed factual foundation: courts revisit precedent when social facts change; a TFR below replacement undermines the rationale.
- Rights-based reasoning: extending Article 21 to reproductive autonomy and political participation widens the right to contest office.
- Demographic caution: ageing, a shrinking workforce share and regional variation (Bihar and UP have higher TFR than southern States) mean national averages need care.
- Disproportionate impact: such norms often hurt women and poorer or marginalised groups, through coercion or abandonment of children.
- Judicial process: a two-judge Bench cannot overrule a three-judge Bench, hence the reference to a larger Bench.
Challenges
- An ageing population, with rising pension and healthcare burden.
- Uneven fertility across States.
- Coercive population provisions persisting in State laws.
- Balancing demographic policy with individual rights.
Way Forward
- A larger Bench to settle the question; States to repeal penal two-child provisions.
- Shift to voluntary measures: health, education, women’s empowerment and access to contraception.
- Plan for ageing: social security, elder care and skilling the workforce.
India Implications
- Rights over coercion: signals the end of penal population control in local-body law, in line with the ICPD consensus and the National Population Policy 2000.
- Ageing and fiscal planning: the policy focus moves from limiting births to pensions, health care and productivity.
- Federal balance: diverging fertility across States feeds directly into the delimitation debate.
Himachal angle: Himachal once had a two-child condition for panchayat candidates but later withdrew it. With a TFR of about 1.7 (NFHS-5), well below replacement, and a relatively large elderly population, the State’s priority is planning for ageing – elder care, pensions and health services in remote areas – rather than population control.
ConclusionThe ruling recognises that population policy must follow demographic reality and rights. Penal two-child norms are giving way to a focus on voluntary choice and preparing for an ageing society.
Prelims Practice
With reference to the Total Fertility Rate (TFR), consider the following statements:
- TFR represents the average number of children a woman would bear during her reproductive years, assuming current age-specific fertility rates continue.
- The replacement-level fertility rate is generally considered to be around 2.1 children per woman.
- A TFR below the replacement level necessarily results in an immediate decline in the total population.
Which of the statements given above are correct?
- (a) 1 and 2 only
- (b) 2 and 3 only
- (c) 1 and 3 only
- (d) 1, 2 and 3
Click to reveal answer
Answer: (a) – Statements 1 and 2 are correct. Because of population momentum (a large share of people in the reproductive age group), a population can keep growing for decades after TFR falls below replacement, so statement 3 is incorrect.
Mains Practice
What is Total Fertility Rate (TFR)? Discuss the implications of India’s declining fertility rate for its demographic structure. (10 Marks, 150 Words)
Fast-track special courts scheme extended till 2031
The Union Cabinet has approved a five-year extension (1 April 2026 to 31 March 2031) of the Centrally Sponsored Scheme for Fast-Track Special Courts (FTSCs), including exclusive POCSO courts. The scheme targets quick disposal of rape and POCSO cases and addresses pendency in crimes against women and children.
Key Facts
- Operational since October 2019; first launched for one year, then extended to 31 March 2026.
- Outlay: ₹3,788.04 crore – Centre ₹2,353.15 crore from the Nirbhaya Fund; States/UTs ₹1,434.89 crore.
- Currently 779 functional FTSCs, including 399 exclusive POCSO courts; 4,02,457 cases disposed since inception.
- Plan: operationalise 850 FTSCs, allocated according to case pendency data.
- Each court gets a dedicated Judicial Officer, a Special Public Prosecutor and six support staff.
- Support for Vulnerable Witness Deposition Centres and child-friendly court spaces.
| Item | Detail |
|---|---|
| Extended period | 1 April 2026 – 31 March 2031 |
| Total outlay | ₹3,788.04 crore |
| Central share | ₹2,353.15 crore (Nirbhaya Fund) |
| State/UT share | ₹1,434.89 crore |
| Functional courts | 779, of which 399 are exclusive POCSO courts |
| Target | 850 FTSCs, allocated by case pendency |
| Cases disposed | 4,02,457 since inception |
| Staff per court | 1 Judicial Officer, 1 Special Public Prosecutor, 6 support staff |
Static Dimensions
- POCSO Act, 2012: gender-neutral law on child sexual offences; requires special courts, child-friendly procedure, in-camera trial and completion of trial within one year (Section 35).
- Nirbhaya Fund: set up in 2013 after the 2012 Delhi gang rape, under the Ministry of Finance.
- Legal reforms: Criminal Law (Amendment) Acts of 2013 and 2018 (tougher punishment, a two-month trial target for rape), and the BNS and BNSS, 2023.
- Constitutional links: Article 21 (speedy trial – Hussainara Khatoon), Article 39(e)-(f) and Article 15(3).
- Judicial background: the Supreme Court’s suo motu direction on POCSO cases (2019) to set up special courts in districts with more than 100 pending cases.
- Nodal departments: Department of Justice (scheme) and the Ministry of Women and Child Development.
Analysis
- Dedicated capacity: exclusive courts with their own staff reduce delay and prioritise vulnerable victims.
- Data-driven expansion: allocation by pendency improves targeting.
- Victim-sensitive justice: deposition centres reduce secondary trauma.
- Limits: speed depends on investigation quality, forensic labs, prosecutors and witness protection; “fast-track” can compromise fairness if rushed. Many States have not fully set up the promised courts, and trials still often exceed statutory timelines.
Challenges
- Persisting pendency and vacancies of judges and prosecutors.
- Weak forensic and investigative capacity.
- Uneven State implementation and co-funding.
- Gaps in victim support and rehabilitation.
Way Forward
- Fill vacancies and monitor timelines through regular audits.
- Strengthen forensic labs, police training and victim compensation.
- Expand child-friendly infrastructure to all districts.
- Ensure due process alongside speed.
India Implications
- Pendency and deterrence: quicker verdicts in rape and POCSO cases strengthen deterrence and public trust in the justice system.
- Use of the Nirbhaya Fund: the scheme is one of the clearest channels for a fund often criticised for under-utilisation.
- Cooperative federalism: outcomes depend on States providing their share, judges and infrastructure on time.
Himachal angle: In a hill State, long journeys to district courts deter child victims and witnesses, so Vulnerable Witness Deposition Centres and video-linked testimony matter even more. Quick forensic reports from the State Forensic Science Laboratory at Junga and its regional labs are essential to meet POCSO’s one-year trial timeline.
ConclusionThe extension gives continuity to a key tool for justice in sexual offence cases. Its impact will depend on investigation quality, State implementation and victim-centred procedures.
Prelims Practice
With reference to the Fast-Track Special Courts (FTSC) scheme, consider the following statements:
- It is a Centrally Sponsored Scheme, with the Central share funded from the Nirbhaya Fund.
- It covers only exclusive POCSO courts and not courts for rape cases.
- It has been extended till 31 March 2031.
Which of the statements given above are correct?
- (a) 1 and 2 only
- (b) 2 and 3 only
- (c) 1 and 3 only
- (d) 1, 2 and 3
Click to reveal answer
Answer: (c) – The FTSC scheme is centrally sponsored, with the Central share drawn from the Nirbhaya Fund, and it now runs till 31 March 2031. It covers both rape and POCSO cases – exclusive POCSO courts are only one part of it – so statement 2 is incorrect.
Mains Practice
The Fast-Track Special Courts scheme has been extended till 2031. Examine its role in ensuring speedy justice in rape and POCSO cases, and suggest measures to improve its effectiveness. (10 Marks, 150 Words)
The Amazon is no longer a carbon sink, it is an emitter
A study in Nature, using aircraft measurements of CO₂ at four Amazonian sites (2010-2024), finds that the Amazon now releases more carbon than it absorbs. Deforestation, fires and climate stress have turned the “lungs of the planet” into a net carbon source, with major implications for global climate goals.
Key Facts
- Wildfires caused net emissions of about 1.17 billion tonnes of carbon.
- Forest loss cuts rainfall, raises temperature and lengthens the dry season: dry-season (August-October) rainfall fell 17% and annual temperature rose 0.9°C (1979-2018).
- Peak emissions came in 2024, a strong El Niño year; 38% of deforestation that year was fire-driven, and most fires are deliberately set.
- Deforestation accelerated sharply in 2019-22.
- The Amazon: about 5 million sq km across nine countries; about 10% of known species; 30 million people; roughly 100 billion tonnes of carbon stored.
- The authors recommend zero deforestation, tighter control of biomass burning and forest restoration.
| Land use | Change in area |
|---|---|
| Mining | +272% |
| Soybean | +193% |
| Pasture | +19% |
| Aspect | Amazon (Nature) | India (Environmental Research: Climate) |
|---|---|---|
| Finding | Now a net carbon source | Vegetation carbon could rise up to 97% by 2100 |
| Main driver | Deforestation, fire and drought | CO₂ fertilisation under a high-emission scenario |
| Hotspots | Peak emissions in the 2024 El Niño year | Largest gains in Rajasthan, Gujarat and Madhya Pradesh |
| Caution | Signals a possible tipping point | A projection, not a policy goal – forest quality, fire and diversion still matter |
Static Dimensions
- Carbon sink vs source: forests absorb CO₂ through photosynthesis; degradation, fire and drought reverse this. The tipping-point idea refers to dieback and savannisation of the Amazon.
- Frameworks: Paris Agreement (Article 5 on forests), REDD+, the Glasgow Leaders’ Declaration on Forests (2021), the Tropical Forest Forever Facility (COP30, Belém) and the Amazon Cooperation Treaty Organisation.
- India: India State of Forest Report; NDC target of an additional carbon sink of 2.5-3 billion tonnes CO₂e by 2030; Green India Mission; CAMPA.
- Concepts: the El Niño-drought-fire link, CO₂ fertilisation and carbon stock.
Analysis
- Human-driven shift: the cause is land-use choice (cattle, soy, mining), not natural change alone.
- Feedback loop: deforestation reduces rain, which makes forests more flammable and drives more loss.
- Global consequence: the global carbon budget assumes forest sinks, so losing them makes mitigation harder.
- India’s caution: projected carbon gains rest on high-emission scenarios and CO₂ fertilisation, so they are not a policy goal or a reason for complacency.
Challenges
- Agribusiness and mining pressure, with weak enforcement.
- Drought and intensifying El Niño events.
- Financing forest protection.
Way Forward
- Enforce zero deforestation and control fires.
- Payments for standing forests (REDD+, TFFF) and Indigenous land rights.
- Restoration programmes and supply-chain traceability.
- India: protect natural forests, manage fire, and avoid substituting compensatory plantations for old-growth forest.
India Implications
- Tighter carbon budget: losing the Amazon sink raises pressure on every country’s NDC, including India’s additional sink target.
- Forest quality over area: plantation-led gains cannot replace the carbon and biodiversity of natural forests.
- Climate finance: India can back mechanisms such as the TFFF that pay for keeping forests standing.
Himachal angle: The chir pine belt in Himachal’s lower hills sees frequent summer forest fires – the same fire-carbon loop on a smaller scale. Himachal was among the first States in India to earn carbon credits, through the World Bank’s BioCarbon Fund under the Mid-Himalayan Watershed Development Project, showing that protected and restored forests can be paid for.
ConclusionThe Amazon’s flip to a net source shows that tipping-point risks are real. Protecting standing forests is among the cheapest climate solutions.
Prelims Practice
Consider the following statements:
- A forest acts as a net carbon sink when it absorbs more carbon dioxide than it releases.
- Deforestation, forest fires and drought can turn a forest from a carbon sink into a carbon source.
- REDD+ is a mechanism under the Clean Development Mechanism of the Kyoto Protocol.
Which of the statements given above are correct?
- (a) 1 and 2 only
- (b) 2 and 3 only
- (c) 1 and 3 only
- (d) 1, 2 and 3
Click to reveal answer
Answer: (a) – Statements 1 and 2 are correct; the Amazon study shows exactly this shift. REDD+ was developed under the UNFCCC and is recognised in Article 5 of the Paris Agreement; it is not part of the Kyoto Protocol’s Clean Development Mechanism, so statement 3 is incorrect.
Mains Practice
What is a carbon sink? Explain the role of tropical rainforests in maintaining the global carbon cycle. (10 Marks, 150 Words)
Editorial: What the BRICS carbon market partnership needs
At the 18th BRICS Summit in New Delhi (12 September 2026), the New Delhi Declaration reaffirmed the MoU on the BRICS Carbon Markets Partnership, first acknowledged at the 2025 Rio summit. The commitment is modest – capacity-building and experience-sharing, with no trading framework, targets or timeline. The author argues that, as India’s BRICS presidency enters its final quarter, the partnership needs not a common trading platform but a common rulebook, beginning with shared measurement, reporting and verification (MRV).
Key Facts
- Eight BRICS members reportedly run voluntary carbon markets. Brazil, China, India and Indonesia host over a third of registered carbon-credit projects worldwide.
- Compliance markets now exist in China, India and Brazil, but none is linked to another (see the table below).
- BRICS’s 2025 Principles for Fair, Inclusive and Transparent Carbon Accounting (peer comparison, granular default values, interoperable systems) were not carried forward in the Declaration, which does commit to interoperable standards for low-emission hydrogen.
- External pressure: the EU’s CBAM entered its definitive phase in January 2026; the UK’s follows in January 2027. Both credit carbon prices paid at origin only with verified evidence.
- The UK unilaterally recognised India’s CCTS in August 2026, with relief dependent on an ISO 14065-accredited verifier. Exporters without verified data face punitive default values. The Declaration calls CBAM unilateral, punitive and discriminatory.
| Aspect | China | India | Brazil |
|---|---|---|---|
| Market | National ETS; added steel, cement and aluminium (2024-25 allocation plan) | CCTS; intensity targets notified for 490 entities across nine sectors; offset mechanism opened | SBCE, a cap-and-trade system created by a 2024 law |
| Design | Output-based intensity benchmarks | Output-based intensity benchmarks | Absolute cap (being built) |
| Offsets admitted | Only CCER credits | Only projects begun after 1 January 2025; exclusivity required | Methodologies accredited by a body not yet constituted |
| Legal status of units | – | Trade on power exchanges under CERC regulations | Overseen by the securities regulator |
The result: the same tonne of carbon is a different legal instrument in each jurisdiction, so units cannot simply be traded across borders.
The Author’s Proposals
- A BRICS rulebook: common monitoring rules consistent with ISO 14064 for CBAM-exposed sectors, mutual recognition of verifiers accredited by national bodies, and harmonised registry data fields.
- A small Article 6.2 pilot: two or three members mutually recognise methodologies and count a capped volume of partner-registry units within domestic offset limits. India already has a Joint Crediting Mechanism with Japan.
- The New Development Bank: host a shared registry data facility or purchasing facility, with a share of proceeds for adaptation, as under Article 6.4.
- Constraints: China’s scale would make it the price-setter, sanctions complicate settlement, and several members compete in steel and aluminium exports. Full linkage is neither likely nor desirable now.
| Provision | What it does |
|---|---|
| Article 6.2 | Bilateral cooperative approaches; internationally transferred mitigation outcomes (ITMOs) with corresponding adjustments |
| Article 6.4 | UN-supervised crediting mechanism, with a share of proceeds for adaptation |
| Article 6.8 | Non-market approaches |
Static Dimensions
- BRICS: founded in 2009 (as BRIC); South Africa joined in 2010; expanded in 2024 (Egypt, Ethiopia, Iran, UAE), with Indonesia joining later. India chairs in 2026. Institutions: New Development Bank (Shanghai, 2015) and the Contingent Reserve Arrangement.
- Indian framework: Energy Conservation (Amendment) Act 2022; CCTS (2023), administered by BEE with CERC regulating trading; Green Credit Programme; NDC of 45% emission-intensity reduction by 2030; net zero by 2070.
- CBAM: covers iron and steel, aluminium, cement, fertiliser, electricity and hydrogen; India’s steel and aluminium exports to the EU are the most exposed.
- Concepts: MRV, interoperability, double counting, corresponding adjustment, cap-and-trade versus intensity-based trading, CBDR-RC and climate clubs.
Analysis
- Rulebook before market: linking markets requires comparable accounting. Without aligned MRV, units are not fungible and cannot be recognised abroad.
- Collective leverage: each exporter now negotiates CBAM relief alone (as India did with the UK). Common verification standards give BRICS a joint reference point and make opposition to CBAM more credible than rhetoric.
- Low-cost, autonomy-preserving steps: MRV harmonisation and methodology-level pilots keep regulatory sovereignty intact, unlike full market linkage.
- Pilot as a diagnostic tool: its value lies in surfacing frictions (corresponding adjustments, capital-account rules, legal classification of units, registry double-issuance) and assigning each to an institutional owner.
- Internal contradictions: members’ competing export interests, China’s dominance and sanctions limit depth; Brazil’s absolute cap and India’s intensity targets are structurally different.
- Equity dimension: an adaptation share gives members with limited mitigation potential a stake.
- Perspective: the piece is a policy proposal from a market-oriented researcher. It assumes BRICS consensus is achievable among very different economies, while the dropping of the 2025 principles signals limited political appetite.
Challenges
- Divergent market designs and legal treatment of credits.
- Geopolitical differences and sanctions-related settlement problems.
- China’s scale and potential price dominance.
- Members competing as steel and aluminium exporters.
- Risk of double counting without registry integration.
- Verifier capacity and accreditation quality.
Way Forward
- Make common MRV, aligned with ISO 14064 and 14065, the first deliverable.
- Mutually recognise accredited verifiers and harmonise registry data.
- Run a small Article 6.2 pilot among two or three members, with capped volumes.
- Use the NDB for registry or purchasing facilities, and the BRICS Payment Task Force for settlement issues.
- Reserve a share of transfers for adaptation.
- Coordinate positions on CBAM, backed by verified data.
India Implications
- Export competitiveness: verified emissions data is now the price of avoiding punitive CBAM default values for Indian steel and aluminium.
- Credibility of the CCTS: the UK’s recognition shows that accredited verification, not market size, earns acceptance abroad.
- Leadership moment: the final quarter of India’s BRICS presidency is a window to make common MRV a concrete deliverable.
Himachal angle: Cement is a CCTS sector and a CBAM product, so robust plant-level MRV matters for the State’s large cement plants at Darlaghat, Barmana and Bagga. Himachal’s hydropower also makes it a natural base for green hydrogen – an area where the Declaration commits BRICS to interoperable standards.
ConclusionA memorandum limited to capacity-building is a fair start, but without a common rulebook the partnership will remain declaratory. Harmonised MRV and a modest pilot can protect exporters from border carbon measures and strengthen domestic carbon markets while preserving national autonomy.
Mains Practice
Evaluate the potential of India’s Carbon Credit Trading Scheme in facilitating the country’s transition towards a low-carbon economy. What institutional and regulatory reforms are required to improve its effectiveness? (15 Marks, 250 Words)
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