Current Affairs 09 June 2026

India at WTO Trade & Environment Week 2026 — Carbon Credit Trading Scheme and NDC Achievements

On World Environment Day (June 5, 2026), India organised "India's Carbon Credit Trading Scheme and Standardisation in Renewable Energy" at the WTO Trade and Environment Week 2026 in Geneva, coordinated by MoEFCC, BEE, Ministry of Power, and MNRE. On June 2, India and Japan held bilateral discussions on trade-restrictive climate measures — including the EU's CBAM — on the sidelines of the same event.

• Non-fossil fuel installed capacity: Reached 52.57% as of February 2026 (PIB cites 53.21% for March 2026) — surpassing the 50% NDC target nearly five years ahead of the 2030 deadline.
• Emissions intensity of GDP: Declined by 37.38% between 2005 and 2022 against the NDC target of 33–35% by 2030. Updated NDC 3.0 (2031–35) raises the target to 47% by 2035.
• Carbon sink: ~2.3 billion tonnes CO₂ equivalent added through forest cover by 2021; NDC 3.0 target raised to 4 billion tonnes by 2035.
• India reiterated adherence to CBDR-RC (Common but Differentiated Responsibilities and Respective Capabilities) and equity as its guiding UNFCCC principles.

The CCTS was notified by the Ministry of Power on June 28, 2023 under the Energy Conservation (Amendment) Act, 2022. It established the Indian Carbon Market (ICM) — an intensity-based baseline-and-credit system (not a pure cap-and-trade). Official ICM start date: January 1, 2025.

• Carbon Credit Certificates (CCCs): Each CCC = 1 tonne CO₂ equivalent reduced/avoided/removed; issued by BEE to entities that over-perform emission intensity targets.
• Compliance mechanism: ~740 obligated entities in nine energy-intensive sectors (refinery, petrochemicals, steel, cement, etc.) carry legally binding emission intensity targets for 2025–26 and 2026–27.
• Offset mechanism: Non-obligated entities may voluntarily register and earn CCCs.
• The CCTS is expected to cover over 700 million tonnes of CO₂e — among the world's largest emissions trading systems at full operation.

India presented progress under the National Green Hydrogen Mission — including notified emission thresholds and technical criteria for classifying hydrogen as "Green Hydrogen." Target: 5 MMT green hydrogen/year by 2030; outlay: ₹19,744 crore.

• Capacity vs. Generation Gap: Non-fossil installed capacity is ~52%, but actual renewable energy generation was only ~22% of total electricity in 2024–25 (CEA Annual Report) — intermittency and storage gaps are the culprit.
• No Coal Phase-Out Plan: India continues building new coal plants; NDC achievements in capacity do not automatically translate into deep decarbonisation.
• ICM Registry Delays: GCIL registry not fully operationalised as of mid-2025 — affects market credibility.
• CBAM Compliance Burden: The EU's Carbon Border Adjustment Mechanism imposes compliance costs on Indian exporters of steel, aluminium, and fertilisers.
• Ambition Gap: Climate Action Tracker notes India's NDC targets will be over-achieved under current policies — may not drive additional emissions reductions.

• Operationalise GCIL registry fully — ICM credibility depends on a robust, accessible, and transparent registry platform.
• Bridge the capacity–generation gap: Invest in battery storage, pumped hydro, and grid flexibility.
• Coal transition roadmap: Develop a credible, just transition plan for coal-dependent regions and workers.
• Multilateral engagement on CBAM: Build WTO/G20 coalitions against unilateral trade-restrictive climate measures that burden developing countries.
• Strengthen Article 6 engagement: Actively participate in Paris Agreement Article 6 mechanisms for international carbon credit trading.

E85 Fuel Launch — India's Flex-Fuel Transition

Union Minister for Petroleum and Natural Gas Hardeep Singh Puri launched E85 fuel at an IndianOil retail outlet in New Delhi on World Environment Day 2026 (June 5, 2026). The rollout commenced at 48 Public Sector OMC retail outlets (IndianOil, BPCL, HPCL). Only three FFV models are currently available in India at launch.

E85 consists of 80–85% ethanol + 14–19% petrol, designed exclusively for Flex-Fuel Vehicles (FFVs) — vehicles capable of running on any ethanol-petrol blend from E20 to E100. It is not compatible with standard petrol or E20 vehicles.

• Ethanol blending rose from 1.53% in 2014 to 20% in 2025 — original 2030 target achieved five years ahead of schedule.
• Substituted ~302 lakh metric tonnes of crude oil imports; saved over ₹1.84 lakh crore in foreign exchange.

• Price: ~₹20/litre cheaper than conventional petrol — economic benefit directly passed to consumers.
• Emissions: Lifecycle GHG emissions reduced by ~61% compared to conventional petrol vehicles.
• Air quality: Near-zero particulate matter emissions → improved urban air quality.
• Engine performance: Research Octane Number (RON) of ~108 (vs ~91–95 for regular petrol) → better knock resistance, higher compression ratios, more efficient combustion.
• Farmer income: Ethanol from sugarcane, maize, and agricultural feedstocks — farmers evolve from Annadatas (food providers) to Urjadatas (energy providers).

• Current: 48 OMC retail outlets  →  500 by December 2026  →  ~5,000 by December 2027
• Goal: Raise aggregate ethanol blending to ~26% by 2030–31

• Ethanol demand: 312 crore litres  |  Income to farmers: ₹12,403 crore
• Foreign exchange savings: ₹15,151 crore/year  |  CO₂ reduction: 66.4 lakh metric tonnes

Brazil has over 80% of its light vehicle fleet operating on flex-fuel technology — the global proof-of-concept for long-term viability of high-ethanol blends.

• Limited FFV availability: Only 3 models at launch; consumer adoption will lag until the auto industry scales up.
• Food vs. fuel tension: High ethanol demand could compete with food grain production; sugarcane and maize diversion risks driving up food prices.
• Water intensity: Sugarcane-based ethanol is water-intensive — a concern in water-scarce regions of Rajasthan, Maharashtra, and Karnataka.
• State taxation inconsistency: Differential state taxes on E85 and FFVs could create price distortions.

• Mandate FFV compatibility through revised BIS automotive norms for new vehicles above a certain engine size.
• 2G Ethanol push: Promote second-generation ethanol from agricultural residue (paddy straw, bagasse) to delink ethanol from food crops.
• Harmonise state taxation on E85 and FFVs to prevent price distortions.

Sambhar Lake Environmental Crisis — Ecology, Threats & Conservation

Sambhar Lake, Rajasthan — India's largest inland saline lake and a Ramsar-designated wetland of international importance.

Research reveals that the rapid expansion of industrial and illegal salt pans is severely damaging the hydrology and biodiversity of Sambhar Lake — India's largest inland saline wetland. Satellite analyses (1984–2023) show a drastic decline in wetland area, worsened by industrial brine extraction running year-round.

• Location: ~80 km southwest of Jaipur, Rajasthan; spans Jaipur, Nagaur, and Ajmer districts; within the Aravalli Range.
• Type: India's largest inland saline (saltwater) lake; size fluctuates between 190–230 sq km depending on monsoon.
• Fed by: Six monsoon-dependent rivers — Mentha (Mantha), Rupangarh, Khari, Khandela, Medtha, and Samod.
• Salt production: ~1,96,000 tonnes/year of clean salt — approximately 9% of India's total salt production.
• Ramsar Site: Designated in 1990 as a wetland of international importance.
• Key Biodiversity Area (KBA): Recognised in 2004.
• Avian significance: Vital wintering habitat for Northern Asian migratory birds; India's second-largest flamingo breeding ground.
• Ecological niche: Hypersaline ecosystem supporting halophilic microbes, spirulina, desert foxes, and saw-scaled vipers.

• Illegal units have consumed approximately 30% of the lake's original surface area.
• Wetland area plummeted from 30.7% to just 3.4% of the lake zone.
• Water catchment area fell from 53,000 sq km (1969) to 7,560 sq km (2004).

• A 2019 avian botulism outbreak (caused by Clostridium botulinum toxin in low-oxygen, high-temperature industrial conditions) killed over 20,000 birds.
• High-voltage industrial wires regularly electrocute migratory birds.

• Irreversible collapse risk: Over two-thirds of wetland area lost — without intervention, damage may be permanent.
• Regulatory failure: Overlapping jurisdiction among state forest department, district administration, and Rajasthan Salt Department enables continued illegal expansion.
• Climate vulnerability: Reduced catchment area makes the lake increasingly vulnerable to drought and erratic rainfall.
• RAMSAR obligations: India has international obligations under the Ramsar Convention (1971) to protect designated wetlands — chronic degradation violates this commitment.

• Demarcate and fence the core wetland area; phase out illegal borewells; mandate seasonal extraction with environmental clearances.
• Ecological restoration: Remove illegal embankments and revive natural river channels.
• Unified governance: Create a dedicated Sambhar Lake Authority with clear, non-overlapping jurisdiction.
• Alternative livelihoods: Develop eco-tourism and flamingo-watching circuits for affected communities.

India's 7th Regional Meteorological Centre at Jammu

Union Minister for Science & Technology and Earth Sciences Dr. Jitendra Singh inaugurated India's 7th Regional Meteorological Centre (RMC) at Jammu on June 5, 2026. He also announced that a similar centre would soon be established in Lucknow — India's proposed 8th RMC — as part of a restructuring of the India Meteorological Department (IMD)'s regional operations.

IMD previously operated through six RMCs at: Mumbai, Chennai, New Delhi, Kolkata, Nagpur, and Guwahati. RMC Delhi covered an unwieldy area including J&K, Ladakh, HP, Uttarakhand, Punjab, Haryana, UP, and Rajasthan simultaneously.

• District-level forecasts, mountain weather forecasts, tourist and city-specific advisories.
• Early warnings for: flash floods, cloudbursts, avalanches, heavy snowfall, thunderstorms, and landslides.
• Pilgrimage safety advisories for Amarnath and Vaishno Devi yatra.
• Support for farmers, transport operators, hydropower projects, security forces, and disaster management agencies.

The Srinagar Meteorological Observatory (over 100 years old) has been recognised by the World Meteorological Organization (WMO) as a Centennial Observing Station. Seismic stations in J&K upgraded to digital systems; new observatory proposed at Kishtwar. Five seismic stations transmit near real-time data to the National Centre for Seismology (NCS).

• Spatial variability challenge: High-altitude Himalayan terrain shows extreme weather variation over short distances — dense radar networks cannot fully resolve this.
• Last-mile communication gap: Lead time for flash floods/cloudbursts is extremely short; community-level early warning dissemination remains a bottleneck.
• Inter-agency silos: Weather (IMD), seismology (NCS), and disaster management (NDMA) data managed separately — better integration needed for compound events.

• Complete the five proposed DWRs under Mission Mausam for Anantnag, Rajouri, Baramulla, Kishtwar, and Doda.
• Integrate IMD forecasts with NDMA's Common Alert Protocol for automated last-mile warnings.
• Extend AWS network to all Himalayan pilgrimage and border routes.

NFHS-6: What Was Lost and What Was Gained

The Ministry of Health and Family Welfare (MoHFW) released the fact sheets of NFHS-6 on May 29, 2026, covering data from 2023–24 from approximately 6.8 lakh households across all States and UTs except Manipur. The survey sparked significant controversy over the net reduction of 30 indicators — including removal of anaemia, child mortality, sex ratio at birth, sanitation, and clean cooking fuel data.

• Commissioned by: Ministry of Health and Family Welfare (MoHFW). Conducted by: International Institute for Population Sciences (IIPS), Mumbai.
• Frequency: Every ~5 years; conducted since 1992–93 (NFHS-1). Used by UNICEF, UNFPA, USAID, and multilateral agencies for policy planning.

• Mothers receiving at least 4 antenatal check-ups: up ~7 percentage points.
• Spousal violence: Declined from 29.3% (NFHS-5) to 22.3%.
• Stunting in children under 5: Fell by over 6 percentage points.
• Health insurance coverage: Largest rise in West Bengal (33.7% → 88.2%); women's Internet use largest jump in Andhra Pradesh (21% → 63.6%).

• Exclusive breastfeeding (infants under 6 months): Down ~8 percentage points; steepest fall in Haryana (69.5% → 41.2%).
• Modern contraceptive use: Down from 56.4% to 52.7%. Overweight/obesity among women increased in every state.

• Official position: The capillary (finger-prick) method used earlier overstated anaemia prevalence; anaemia will now be tracked via the Diet and Biomarkers Survey in India (launched December 2022 at ICMR-National Institute of Nutrition, Hyderabad) using venous blood sampling.
• Critical view: NFHS-5 showed worsening anaemia across 28 States/UTs despite the Anaemia Mukt Bharat campaign (2018); IIPS director Prof. K.S. James was reportedly suspended in July 2023 after refusing to revise unflattering data, and resigned in August 2023. The Lancet (April 2024 cover) asked: "Why is the Government so afraid of showing the real state of health?"

• Data accountability gap: No single survey now provides district-level, socio-economically disaggregated data on IMR, U5MR, anaemia, or sanitation — SRS provides national/state mortality data but lacks this granularity.
• Programme accountability void: Key flagship scheme outcome indicators (Ujjwala, Swachh Bharat, Anaemia Mukt Bharat) are absent from India's most credible health survey.
• Statistical independence: The IIPS director controversy raises serious questions about institutional independence of India's health data architecture.
• SDG reporting gap: India's SDG reporting to the UN on child health, nutrition, and sanitation is weakened by these omissions.

• Restore dropped indicators in the full NFHS-6 national report (not just the preliminary fact sheet).
• Strengthen IIPS autonomy — insulate the institute from political pressure on data methodology and publication.
• Accelerate release of Diet and Biomarkers Survey results to avoid any anaemia tracking continuity gap.
• Parliamentary Standing Committee on Health should examine the rationale for indicator removal.

SIPRI Yearbook 2026 — India's Nuclear Arsenal and Military Expenditure

The Stockholm International Peace Research Institute (SIPRI) Yearbook 2026, released on June 8, 2026, estimated India's nuclear arsenal has grown to approximately 190 warheads by early 2026 (up from ~180 in 2025). The report described Operation Sindoor (May 2025) as an "unusually severe military crisis" and noted the first-ever integration of cyber operations into an active India-Pakistan military conflict.

• Estimated warheads (early 2026): ~190 (up from ~180 in 2025).
• Modernisation increasingly focused on long-range weapons capable of reaching targets throughout China, while also addressing Pakistan-specific deterrence.
• India and Israel primarily produce plutonium (not highly enriched uranium) for their nuclear weapons programmes.

SIPRI's key finding: All nine nuclear-armed states are "increasingly relying on nuclear weapons as instruments of national power" — reversing decades of disarmament efforts.

• Described as an "unusually severe military crisis" between India and Pakistan.
• India struck Pakistani air and missile bases likely to have nuclear-related roles.
• Both countries took measures to prevent further escalation despite heightened tensions.
• First-ever integration of cyber operations into active India-Pakistan military conflict — a new and dangerous escalation dimension.

• 2025 military expenditure: $92.1 billion — increase of 8.9%; India ranked 5th globally (behind US, China, Russia, Germany).
• India was the world's second-largest importer of major arms during 2021–25, accounting for 8.2% of global arms imports.
• Five largest importers (2021–25): Ukraine, India, Saudi Arabia, Qatar, Pakistan — collectively ~35% of global imports.

• No-First-Use (NFU): India will not be the first to use nuclear weapons.
• Massive retaliation: Any nuclear attack — including a tactical one — will be met with a massive nuclear counter-strike (NOT proportional/limited response).
• Credible minimum deterrence: India does not seek numerical parity; maintains only what is sufficient to deter.
• Civilian command: Nuclear Command Authority (NCA) — Political Council chaired by the Prime Minister; Executive Council chaired by the National Security Advisor (NSA).

• Escalation risk: Operation Sindoor showed conventional conflict near nuclear thresholds is increasingly feasible — India-Pakistan crisis management mechanisms remain critically weak.
• Cyber-nuclear nexus: First documented cyber integration into a nuclear-risk conflict — no clear international norms govern this escalation pathway.
• Two-front deterrence gap: India's shift toward China-focused longer-range systems reflects recognition that Pakistan-centric deterrence alone is insufficient.
• Import dependence: India remains the world's second-largest arms importer despite Atmanirbhar Bharat in defence.

• Revive the 1988 Agreement on Non-Attack on Nuclear Installations and restore India-Pakistan direct hotline communications.
• Push for bilateral/multilateral norms on non-use of cyberattacks against nuclear command-and-control infrastructure.
• Accelerate Atmanirbhar Bharat in defence to reduce strategic import dependence.

IMI-Resistant Mustard Hybrids — Solving Orobanche, Creating New Risks

From the Rabi 2026–27 season, Indian farmers are set to begin wide-scale cultivation of imidazolinone (IMI)-resistant mustard hybrids, commercially introduced through the Clearfield® Production System by BASF India in partnership with Corteva Agriscience India (launched February 2026, Jaipur). These non-GMO hybrids address the Orobanche parasitic weed problem. However, geneticist Prof. Deepak Pental (University of Delhi) has cautioned in Current Science against over-reliance on a single herbicide mode of action.

• Scientific names: Orobanche aegyptiaca (also reclassified as Phelipanche).
• Type: Obligate root holoparasite — attaches to mustard roots underground via haustoria; siphons water, nutrients, and carbon from the host plant.
• Why manual weeding fails: The parasite is underground and most damaging before it becomes visible above ground.
• Severity: Yields in affected Haryana fields fell from 9–12 quintals/acre to ~6 quintals/acre; up to 50% yield loss in severe cases.
• Seed persistence: Each plant produces thousands of seeds viable in soil for up to 20 years.
• Affected regions: Primarily Rajasthan, Haryana, Madhya Pradesh.

India imported ~16 million tonnes of edible oils in 2024–25 at approximately ₹1.6 lakh crore — the second-largest import bill after crude oil. Mustard is India's most vital domestically produced oilseed; Orobanche suppression directly contributes to this import vulnerability.

• Developed through mutation breeding — selecting naturally occurring beneficial genetic mutations — not transgenic/GM technology.
• Key enzyme: ALS (acetolactate synthase) — essential for plant amino acid synthesis and growth.
• Normal mustard is killed by IMI herbicides because IMI inhibits ALS. In the new hybrids, a single DNA mutation renders the ALS enzyme resistant — allowing IMI to be sprayed over the entire field, killing Orobanche while the crop is unharmed. The herbicide moves through the soil and plant into the parasite.

• Hybrid: Pioneer-45S42CL (Corteva); herbicide: Kifix® (BASF — imazapyr + imazapic); single spray after 25 days of sowing.

• Year-after-year IMI use creates strong directional selection pressure — gradually favouring Orobanche plants with natural resistance mutations.
• This leads to: (1) emergence of resistant weed populations; (2) erosion of herbicide efficacy; (3) strategic failure of the entire production system.
• "A single herbicide mode of action cannot be the foundation of a sustainable weed management strategy in any agriculture." — Prof. Pental.

• Crop rotation with non-host crops to starve Orobanche seeds in soil.
• Herbicide rotation — alternate IMI with other modes of action to prevent resistance buildup.
• Manual weeding as backup to remove herbicide-tolerant survivors.
• GM mustard options: Glyphosate-resistant GM mustard lines developed by researchers — offering multiple chemical options; pending regulatory approval.

Quantum Randomness Amplification — A Breakthrough in Digital Security

Researchers at ETH Zürich published a landmark study in Nature demonstrating randomness amplification for the first time — using quantum entanglement and a Bell test to convert weakly random (biased) data into certified perfectly random numbers. This addresses the foundational weakness of modern digital security: even the best random number generators retain subtle, predictable biases.

• All modern cryptographic systems use random numbers to generate encryption keys. Even a small bias allows sophisticated attackers to dramatically reduce the guesses needed to crack a key.
• Even quantum-mechanical random number generators are not entirely immune to systematic bias from heat, noise, and hardware imperfections.

Computer scientists Miklós Santha and Umesh Vazirani proved in 1986 that classical computers cannot eliminate bias from a weakly random source — no amount of post-processing can remove predictability if the input has even a small bias. This was the theoretical barrier quantum physics needed to break.

• A Bell test proves quantum entanglement — two particles so linked that measuring one instantly determines the other, regardless of distance.
• Measuring an entangled particle creates new information that did not exist before the measurement — the universe didn't "know" the answer until the moment of measurement; outcomes are fundamentally unpredictable.

• Two particles entangled and placed 30 metres apart. Bell violation score: 2.271 — above the classical limit of 2.0; proves quantum physics governs the randomness.
• Biased bits and Bell test outcomes combined using a two-source extractor — designed so an attacker with any advantage predicting either string has zero advantage predicting the combined output.
• Scale: 5.3 billion biased bits + 2.6 billion Bell test bits → 1.3 billion trials → 45 million certified perfectly random bits. Failure probability: 1 in a trillion.
• Protocol is device-independent — quality guaranteed without trusting the hardware manufacturer.

Important caveat: Better randomness will NOT protect against future quantum computer attacks on current encryption. That requires post-quantum cryptography — migration to quantum-resistant algorithms like CRYSTALS-Kyber and CRYSTALS-Dilithium (standardised by NIST, USA in 2024).

• India's National Quantum Mission (NQM) — launched 2023, ₹6,003 crore over 8 years — makes quantum cryptography directly relevant to India's digital security agenda.
• Dr. Urbasi Sinha (Raman Research Institute, Bengaluru) leads India's Quantum Information and Computing lab and commented on the ETH Zürich study — underscoring Indian research linkages.

Philippines 7.8 Magnitude Earthquake — Places in the News

General Santos City, Mindanao, Philippines — collapsed structures in the aftermath of the 7.8-magnitude earthquake of June 8, 2026.

A powerful 7.8-magnitude earthquake struck approximately 20 km off the coast of Sarangani province in southern Mindanao, Philippines, on June 8, 2026, at 7:37 AM local time. The quake — the strongest to hit the Philippines in 2026 — killed at least 35 people and injured over 200. It triggered tsunami warnings across the Philippines, Indonesia, Palau, Taiwan, Papua New Guinea, and southern Japan. Waves up to 1 metre (3 feet) hit coastal areas; all warnings cancelled after six+ hours.

• Magnitude: 7.8 (initially 7.0 by PHIVOLCS; rapidly upgraded). Epicentre: ~20 km off Sarangani province; depth ~33 km.
• Most affected: General Santos City — Notre Dame of Dadiangas University and other buildings collapsed; casualties in South Cotabato and Davao Occidental.
• Landslide: Deadly landslide in Sarangani province killed 13 villagers.
• Possible seismic source: Cotabato Trench (under PHIVOLCS investigation).
• Response: President Ferdinand Marcos Jr. ordered immediate disaster response; NDRRMC and military mobilised.

• The Philippines lies on the Pacific Ring of Fire — ~40,000 km arc around the Pacific Ocean; accounts for ~90% of the world's earthquakes and ~75% of its volcanoes.
• Sits at the convergence of the Philippine Plate, Eurasian Plate, and Pacific Plate.
• The country has 7,641 islands; largest island: Luzon; second largest: Mindanao.

• India's Andaman & Nicobar Islands also lie on the Ring of Fire and face similar earthquake-tsunami compound risks.
• The Indian Tsunami Early Warning Centre (ITEWC) — operated by INCOIS (Indian National Centre for Ocean Information Services) under MoES, Hyderabad — issued relevant Indian Ocean alerts.
• India-Philippines relations fall under India's Act East Policy; both are Indo-Pacific partners.

• Urban vulnerability: Significant building collapses in General Santos City raise questions about building code enforcement in seismically active zones.
• Communication blackout: Power outages cut off affected communities from disaster coordination channels immediately — a universal last-mile challenge.
• School timing: The quake struck on the first day of classes — significantly increasing civilian exposure, especially children.