Current Affairs – January 07, 2026

{GS2 – Polity} Special Intensive Revision (SIR) Accused of Being a ‘Parallel NRC’

• Context (TH): Amid the deletion of nearly 19% voters in Uttar Pradesh, the Election Commission defended Special Intensive Revision (SIR) against accusations of conducting a ‘parallel NRC’.

Arguments in Favour of SIR being a ‘Parallel NRC’

• Burden Shift: SIR shifts the burden of proof by forcing citizens to re-verify their status, similar to NRC’s “guilty until proven citizen” approach.
• Citizenship Audit: Granular verification requires citizenship documents beyond residence proof, turning voter revision into a citizenship verification audit.
• Deletion Scale: The sheer volume of deletions, like the 19% rate in Uttar Pradesh, appears unusual for standard death and migration corrections.
• Document Rigour: Scrutiny or rejection of standard documents such as Aadhaar or ration cards reflects the evidentiary criteria applied in Assam NRC’s List-A and List-B.
• Stateless Risk: Without a voter ID, individuals risk losing welfare access, creating a class of doubtful citizens akin to Assam’s D-Voter group.

Arguments Against SIR being a ‘Parallel NRC’

• Constitutional Duty: Article 324 empowers the EC to ensure that electoral rolls are free of ineligible voters, distinct from the maintenance of the citizenship register under the Citizenship Act, 1955.
• Limited Scope: Unlike the NRC’s universal coverage, electoral rolls only list citizens who are eighteen or older and of sound mind.
• No Citizenship Loss: Removal from electoral rolls only bars voting rights and does not terminate or question legal citizenship status.
• Ghost Removal: A high deletion rate reflects past inefficiencies in electoral roll maintenance rather than targeted disenfranchisement.
• Reversibility Clause: Unlike permanent NRC exclusion, electoral roll deletions remain reversible at any time through Form-6 reapplication procedures.

Way Forward

• Uniform SOPs: Codify uniform Intensive Revision procedures to prevent arbitrary voter deletions by booth-level officers.
• Judicial Oversight: Establish a limited judicial monitoring mechanism to supervise large-scale claims and objections during intensive roll revisions.
• Mandatory Notice: Mandate digital or postal notices for each deletion, explicitly stating the specific legal and factual reasons.
• CRS Integration: Integrate electoral rolls with the Civil Registration System to automate voter enrolment and removal using birth and death data.
• Data Transparency: Share anonymised SIR datasets with political parties to demonstrate demographic neutrality and foster institutional trust.

Read More > Special Intensive Revision of Electoral Rolls

{GS2 – IR} Renewed U.S. Interest in Acquiring Greenland *

• Context (IE | TOI): Following recent U.S. military operations in Venezuela, President Donald Trump reiterated his interest in bringing Greenland under U.S. control.

Significance of Greenland for the United States

• Arctic Rivalry: Global warming is opening Arctic shipping routes, positioning Greenland at the centre of U.S.–Russia–China rivalry for access to the Arctic region.
• GIUK Gap: Greenland is part of the Greenland–Iceland–UK Gap, a strategic chokepoint for monitoring naval movements in the North Atlantic.
• Military infrastructure: The U.S. operates the Pituffik Space Base in northern Greenland, supporting missile warning systems against Russia, China, and North Korea
• Critical Minerals: Greenland hosts some of the world’s largest untapped deposits of Rare Earth Elements (REE), vital for EVs, electronics, and defence supply chains.

Read More > US Interest in Greenland

{GS3 – IE} Government Creates Three-Year PPP Project Pipeline

• Context (IE | BS): The Ministry of Finance has created a three-year Public-Private Partnership (PPP) project pipeline (FY26–FY28), in line with the Union Budget 2025-26 announcement.

• It is a roadmap prepared by the Department of Economic Affairs (DEA) listing 852 infrastructure projects across the Centre and the States.
• Objective: Provide early visibility into potential projects for global and domestic investors, enabling long-term planning and bridging infrastructure financing gaps.
• Sectoral Focus: Includes transport, energy, railways, water, and sanitation; state projects also cover social and commercial infrastructure.
• Integration: Project planning is integrated with the PM Gati Shakti portal for data-driven execution; states can seek financial assistance from the India Infrastructure Project Development Fund (IIPDF).

Significance of the PPP Project Pipeline

• Growth Engine: As public spending nears fiscal limits, the pipeline mobilises private capital to sustain India’s goal of a $5 trillion to $7 trillion economy.
• Investor Confidence: Early visibility into bankable projects reduces perceived risks, enabling long-term allocations by global and domestic investors.
• Asset Recycling: Working with the National Monetisation Pipeline (NMP), it channels brownfield proceeds into new greenfield projects identified in this 3-year PPP pipeline.
• Balanced Risks: It promotes the adoption of modern PPP models such as HAM and DBFOT, which equitably share construction and revenue risks.
• Contract Standardisation: Bulk project planning promotes the adoption of Model Concession Agreements (MCAs), lowering disputes and transaction costs.
• Global Competitiveness: It helps reduce logistics costs through over 200 transport projects, thereby enhancing the competitiveness of Indian exports.
• Multiplier Effect: According to RBI estimates, every ₹1 invested in infrastructure yields ₹2.5–₹3 in GDP, implying strong medium-term real GDP growth from the pipeline.

Read More > PPP Model Significance & Challenges

{GS3 – Infra} Railway Electrification in India **

• Context (NOA | PIB): Indian Railways has electrified ~99.2% of its 70,001 route-km Broad Gauge network, becoming the world’s largest electrified rail system.

Technological Innovations in Railways

• Mechanised Foundations: Cylindrical auger-based foundations replaced manual excavation, significantly cutting time and labour intensity.
• Automatic Wiring Trains: Enabled simultaneous catenary and contact wire installation with precision tensioning, accelerating project delivery.
• Standardisation: Uniform electrification standards improved safety, quality control, and interoperability. E.g., pan-India adoption of 25 kV AC electrification standards ensures seamless locomotive movement

Strategic Significance of Railway Electrification

• Energy Security: Electrification has reduced diesel dependence, cutting exposure to imported fuel price shocks; electric traction is ~70% cheaper than diesel per km.
• Cost Efficiency: Indian Railways saves ₹2,000–2,500 crore annually in fuel costs due to a large-scale shift from diesel to electric locomotives, improving operating ratios.
• Emission Reduction: Full electrification is estimated to cut ~60 million tonnes of CO₂ annually by replacing diesel traction, supporting India’s Net-Zero 2070 pathway.
• Renewable Integration: With 898 MW solar capacity (Nov 2025) up from 3.68 MW in 2014, about 70% (629 MW) directly supports traction, lowering grid and fossil reliance.
• Operational Efficiency: Electric locomotives offer 20–25% higher hauling capacity and better acceleration, enabling faster freight turnaround and higher line capacity utilisation.
• Global Leadership: At 99.2% electrification, India now exceeds China (82%), Japan (64%), and the UK (39%), positioning itself among the world’s top electrified rail networks.

{GS3 – Envi} Indore Water Crisis

• Context (DTE): Recent 15 deaths in Indore due to contaminated water have triggered outrage, but audit data reveal that Bhopal has faced a far deeper, long-running waterborne disease burden.

Reasons Behind the MPs’ Water Crisis

Testing–Disease Contradiction

• Sampling Paradox: Bhopal tested ~3 lakh water samples (2013–18) with relatively fewer failures, yet showed much higher disease incidence, indicating gaps in testing reliability or follow-up.
• Indore’s Failure Rate: In Indore, ~4,000 samples failed standards out of ~10,500 tested, a far higher proportion despite fewer tests.
• State Lab Findings: Joint samples tested by the State Research Laboratory (2018) found faecal coliform (30–60 counts vs BIS norm of zero) but were denied by both municipal corporations.

Key Structural Issues

• Infrastructure Decay: In urban India, ~40% of water is lost as Non-Revenue Water, and ageing pipelines with sewage overlap are a leading cause of faecal contamination in cities like Bhopal.
• Accountability Vacuum: Between 2013–18, ₹1,371 crore remained unspent by Bhopal and Indore municipal bodies, showing failure of financial accountability despite high disease burden.

Way Forward

• Pipeline Integrity: Prioritise replacement of ageing water lines and sewage-water separation; E.g., Chennai’s pressure-managed zones cut contamination complaints by ~30%.
• Risk-Based Surveillance: Link water testing to disease hotspots rather than routine sampling; E.g., Surat’s post-plague model reduced waterborne outbreaks despite rapid urban growth.
• Community Monitoring: Enable ward-level water safety committees and rapid testing kits; E.g., Kerala’s Jalanidhi project improved rural-urban water safety through community oversight.

{GS3 – S&T} Biomaterials **

• Context (TH): With the global shift toward low-carbon, circular production systems, biomaterials are emerging as a critical alternative to fossil-based plastics, textiles, and industrial materials.

Significance of Biomaterials for India

• Environmental Sustainability: Plastics contribute ~3.4% of global GHG emissions; India generates ~4.1 million tonnes of plastic waste annually, making bio-alternatives crucial.
• Industrial Competitiveness: The Global bioplastics market is projected to reach USD 39–45 billion by 2030, requiring India to align with low-carbon trade norms.
• Farmer Income Diversification: Biomaterials can valorise over 350 million tonnes of Agri-residue annually, reducing stubble burning and boosting rural incomes.
• Import Substitution: India imports ~85% of its petrochemical feedstocks, exposing industry to shocks.

Key Challenges for India

• Feedstock Competition: Sugarcane and maize already account for ~70% of India’s freshwater use, raising concerns about the food–fuel–material trade-off.
• Environmental Stress: Agriculture accounts for ~80% of freshwater withdrawals, increasing the risk of soil degradation if biomass demand rises unchecked.
• Waste-Management Gaps: Only ~30% of India’s plastic waste is effectively recycled, undermining the end-of-life benefits of compostable biomaterials.
• Technology Dependence: Over 60% of advanced biopolymer processing and fermentation technologies are sourced from abroad, raising strategic vulnerability in scaling India’s biomaterials industry.

Way Forward

• Manufacturing Scale-Up: Rapidly expand domestic fermentation and polymerisation capacity to reduce import dependence; E.g., UAE’s Emirates Biotech PLA plant shows how scale lowers costs.
• Procurement Push: Leverage government purchasing power to create assured demand for biomaterials; E.g., the U.S. USDA BioPreferred Programme mandates bio-based products in federal procurement.
• Regulatory Clarity: Establish uniform definitions, labelling standards and clear end-of-life pathways to build industry confidence; E.g., the EU’s Packaging & Packaging Waste Regulation.

{Prelims – A&C} Somnath Swabhiman Parv

• Context (NIE): Somnath Swabhiman Parv has been launched to honour civilisational resilience, marking 1,000 years since Mahmud of Ghazni’s attack on the Somnath Temple.

About Somnath Temple

• The Somnath Temple is revered as the first among the twelve Jyotirlingas of Lord Shiva.
• It is located at Prabhas Patan, Gujarat, at the confluence of the Kapila, Hiran, and Saraswati rivers, where they meet the Arabian Sea.
• Mythic Origins: Tradition attributes phased construction — first in gold by the Moon God, Somraj; then in silver by Ravana; and later in wood by Lord Krishna.
• Reconstruction: Bhimdev I rebuilt it in stone after Mahmud of Ghazni’s attack in 1026 CE. It was renovated by Kumarapala (Chalukya) and later by Mahipala I after Alauddin Khalji’s attack in 1299.
  • Maratha queen Ahilyabai Holkar built a small temple (“Old Somnath”) next to the ruins in 1783 CE.
• Architectural Style: The structure follows the Māru-Gurjara (Chaulukya) style featuring a Garbhagriha, Sabha Mandapa, and Nritya Mandapa.
• Baan Stambh: The arrow pillar on the sea wall marks an unobstructed sea route to the South Pole.
• Shrine Eternal: The temple was destroyed and rebuilt several times due to repeated attacks by Muslim invaders and the Portuguese; the present structure was completed in 1951.

{Prelims – Geo} Desilting of Salal Project

• Context (TH): The Union Minister of Power directed sediment removal at the Salal Power Project to maximise water utilisation as the Indus Waters Treaty remains in abeyance.

About Salal Hydroelectric Project

• The Salal Project is a run-of-the-river hydroelectric project on the Chenab River in Jammu & Kashmir.
• It has a 690 MW capacity developed in two stages of 345 MW each.
• The project is owned and operated by National Hydroelectric Power Corporation (NHPC).
• It combines a concrete gravity dam and a rockfill dam to manage Chenab’s heavy silt load.
• It was the first hydroelectric project built by India in the region under the Indus Waters Treaty (IWT).
• Beneficiary States: J&K, Punjab, Haryana, Delhi, Himachal Pradesh, Rajasthan, and Uttar Pradesh.

About Indus Waters Treaty

• The Indus Waters Treaty is a water-sharing agreement signed in 1960 between India and Pakistan, brokered by the World Bank.
• River Allocation: The Treaty allocates the Ravi–Beas–Sutlej to India for full use, while the Indus–Jhelum–Chenab go to Pakistan, with limited non-consumptive Indian uses.
• Permanent Body: It established the Permanent Indus Commission (PIC), with one Commissioner from each country, to meet annually and exchange hydrological data.

Read More > Indus Water Treaty

{Prelims – Eco} NITI Aayog’s Trade Watch Quarterly Report *

• Context (IE): NITI Aayog released the fifth Trade Watch Quarterly report, covering Quarter 1 of FY 2025-26, with a thematic focus on India’s automotive sector.

Key Insights from the Report

• Trade Value: India’s combined merchandise and services trade reached $439 billion, with 3.5% year-on-year growth and a $21 billion deficit.
• Service Growth: Services exports rose 10% year-on-year to $91 billion, generating a $48 billion surplus, led by IT and BPO services.
• Merchandise Decline: Goods exports fell 2.1% to $112 billion while imports increased about 5% to $181 billion.
• Deficit Driver: A 32% drop in petroleum exports drove an export decline, while imports of gold, silver, and electronics increased.
• FTA Imbalance: The trade deficit with Free Trade Agreement (FTA) partners increased by 59.2%, while exports to the ASEAN region fell 16.9%.
• Market Shift: India’s trade orientation is shifting from Western markets toward East Asia and the Middle East, with subdued demand in the US and Europe.

Insights for the Automotive Sector

• Global Share: India holds about 1% of the $2.2 trillion global automotive market and a 9% share in the two-wheeler segment.
• Export Gap: It has a negligible presence in the passenger vehicle segment and a rapidly expanding electric vehicle trade.
• Report Recommendation: Lower import tariffs on automotive components to boost India’s integration into global value chains and prioritise passenger vehicle exports.

Read More > India’s Trade Deficit Surge

{Prelims – Envi} Two New Standard Certification Facilities Launched in CSIR-NPL

• Context (PIB): The world’s second “National Environmental Standard Laboratory” and the world’s fifth “National Primary Standard Facility for Solar Cell Calibration” were inaugurated at the CSIR–NPL.

National Environmental Standard Laboratory (NESL)

• Facility Status: National Environmental Standard Laboratory (NESL) at CSIR–NPL is Asia’s first and the world’s second such certification facility, after the UK.
• Testing Role: The laboratory tests and certifies air pollution monitoring equipment under Indian temperature, humidity, and dust conditions.
• Economic Impact: It will reduce dependence on foreign certification agencies, save foreign exchange, and support domestic instrument manufacturing.

National Primary Standard Facility for Solar Cell Calibration

• Facility Status: The National Primary Standard Facility at CSIR-NPL is India’s apex primary standard laboratory for solar photovoltaic metrology.
• Global Standing: India becomes the fifth country, after the USA, Germany, China, and Japan, to have primary photovoltaic calibration standards.
• Domestic Certification: The facility will enable Indian manufacturers to test and certify solar cells and modules within India.
• Calibration Method: It uses a laser-based Differential Spectral Responsivity (L-DSR) system co-developed with Germany’s PTB.
• Measurement Accuracy: With just 0.35% measurement uncertainty, it has the highest precision for reference solar cell calibration.

{Prelims – Species} Newly Discovered Reed Snake ‘Calamaria mizoramensis’ *

• Context (HT): Researchers identified a new reed snake species, Calamaria mizoramensis, in Mizoram.

About Calamaria mizoramensis

• Calamaria mizoramensis, commonly called the Mizoram reed snake, is a recently identified non-venomous snake species native to Mizoram.
• Physical Traits: It is a small, slender, dark brown snake with faint longitudinal stripes and a distinct yellow underside.
• Behaviour: The species is nocturnal and semi-fossorial, living partly underground or under leaf litter.
• Habitat Preference: It inhabits montane evergreen forests and humid hill regions at elevations between 670 and 1,295 metres.
• Distribution: The snake is currently confirmed only in Mizoram.