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Current Affairs – September 12, 2025

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{GS2 – Polity – IC – Elections} Nationwide Special Intensive Revision (SIR) **

  • Context (DDN): Election Commission of India (ECI) assessed nationwide Special Intensive Revision (SIR) readiness during the third Conference of Chief Electoral Officers in New Delhi.

About Special Intensive Revision (SIR)

  • Special Intensive Revision (SIR) refers to ECI-directed voter roll updates in exceptional situations like mass errors, omissions, or political exigencies.
  • Objective: It aims to correct flawed rolls, address migrant duplication, and ensure inclusive, accurate enrolment in complex electoral environments.
  • Legal Basis: Section 21(3) of the Representation of the People Act, 1950, empowers ECI with discretionary powers to revise electoral rolls in any manner it deems fit.
  • Methodology: SIR typically uses house-to-house verification, involving physical enumeration to validate voter identity, address, and document authenticity at the door level.
  • Prior SIRs: SIRs were earlier conducted in 1952-2004 across multiple states. The 2025 exercise is India’s first such nationwide revision in 20 years.

Rationale for Nationwide SIR

  • Roll Synchronisation: A centralised revision cycle under Nationwide SIR ensures uniformity across States and UTs, reducing procedural inconsistencies.
  • Duplicate Removal: Nationwide SIR links voter details to updated residence patterns, helping prevent multiple enrolments across constituencies.
  • Migrant Mapping: By mapping internal migration, it helps prevent duplication and ensures voters are matched with the correct constituencies.
  • Booth Rationalisation: SIR allows capping polling stations at 1,200 voters, improving booth management & reducing travel distance in tribal & remote areas.
  • Digital Transparency: Using the ECINET platform to integrate over 40 electoral tools, SIR facilitates real-time updates and enhances public trust in electoral processes.

Operational and Inclusion Challenges

  • Document Exclusion: Voters lacking birth or citizenship documents are excluded earlier, even if they possess Aadhaar, ration cards, or voter ID.
  • Staff Constraints: Shortage of field officers delays verification cycles. ECI faces significant Booth Level Officer vacancies nationwide.
  • Digital Access: Portal-based verification may exclude rural voters who lack smartphones, internet access, or digital and functional literacy. Nearly 20% of rural households lack internet access.
  • Migrant Complexity: India’s ~400 million internal migrants complicate address mapping. This skews constituency-wise voter alignment and accuracy.
  • Awareness Deficit: Poor outreach on deadlines and procedures reduces timely enrolment, especially among rural migrants and illiterate citizens.

Way Forward

  • Proof Expansion: Include Aadhaar, ration cards, caste certificates, job cards, or employer verification letters as accepted proofs for migrant verification.
  • Field Reinforcement: Recruit additional BLOs and equip them with local language aides and transport support for remote and tribal coverage.
  • Mobile Booths: Set up mobile enrolment units at construction sites, industrial hubs, and railway stations where migrant density is high.
  • Awareness Outreach: Utilise vernacular radio, community WhatsApp groups, and NGO partnerships to keep citizens informed about deadlines, documents, and appeal mechanisms.
  • Population Registry: Adopt Sweden’s model, where electoral rolls auto-extract from civil databases ahead of elections, reducing manual duplication.

Read More > Special Intensive Revision

{GS2 – Social Sector – Education} Himachal Pradesh Declared “Fully Literate” State *

  • Context (IE): Himachal Pradesh has been declared the 5th ‘fully literate’ region of India following Ladakh, Goa, Mizoram & Tripura.
  • The ULLAS Scheme defines full literacy as 95%+ adult literacy among the 15+ population.

How a State Becomes Fully Literate

  • Door-to-door & other surveys enumerate non-literate adults for ULLAS implementation.
  • Volunteers teach Class 3-level reading, writing, and arithmetic to adults, ensuring readiness.
  • Foundational Literacy Numeracy Assessment Test (FLNAT) tests reading, writing, & numeracy skills.
  • National Institute of Open Schooling (NIOS) certifies passed candidates, recognising them as literate.

About Literacy in India

  • Census Definition: A person aged 7+ who can both read & write with understanding, in any language.
  • Functional literacy: Includes digital, financial, & health skills with reading & numeracy competency.
  • NIPUN Bharat: Mission targets Universal Grade 3 literacy by 2027, extending the earlier 2025 deadline.
  • NEP 2020: Targets 100% youth and adult literacy by 2030, supported by the ULLAS programme.

Literacy Trend in India

  • Overall Rise: National literacy increased to 80.9% from 74.04% in 2011, showing steady gains.
  • Gender Gap: Males at 87.2% outperformed females at 74.6%, highlighting equity challenges.
  • Regional Divide: Urban rate reached 88.9%, while rural lagged behind at 77.5%.
  • Top States: Mizoram, Lakshadweep, & Nagaland demonstrated sustained literacy gains.
  • Bottom States: Andhra Pradesh, Bihar, and Madhya Pradesh warrant urgent literacy efforts.
  • Adult Gains: ULLAS enrolled ~2.43 crore adults with a pass rate of ~90% in FLNAT.

About Understanding Lifelong Learning for All in Society (ULLAS) Scheme

  • It is a centrally sponsored scheme by the Ministry of Education under the New India Literacy Programme.
  • Target Group: ULLAS aims to educate adults aged 15 and above who lack formal education.
  • Objective: Operational from 2022 to 2027, it supports NEP’s goal of universal literacy by 2030.
  • Five pillars: Include foundational literacy, life skills, education, vocational skills, and continuing learning.
  • Civic Model: Based on Kartavya Bodh, it mobilises volunteers for outreach & learning delivery.
  • Learning Platform: DIKSHA portal, hosted by NCERT, provides structured e-content to learners.
  • Certification: Literacy is assessed through FLNAT, and NIOS issues certificates to the qualifiers.

{GS2 – IR – International Organisations} United Nations Human Rights Council *

  • The UNHRC is an intergovernmental body within the UN mandated to promote and protect universal human rights worldwide.
  • It was formed in 2006, replacing the UN Commission on Human Rights, & is headquartered in Geneva.
  • India’s Role: Served as a member for the 2019–2021 and 2022–2024 terms, engaging in key resolutions.

Structure and Membership

  • UNHRC has 47 seats divided regionally: 13 for Africa, 13 for Asia-Pacific, 8 for Latin America & the Caribbean, 7 for Western Europe & Others, and 6 for Eastern Europe.
  • The UN General Assembly elects members for three-year terms, with a limit of two consecutive terms.
  • A two-thirds vote in the General Assembly can suspend a member for gross human rights violations.
  • Non-members may attend Council sessions as observer states but do not have voting rights.

Working and Mechanisms

  • Universal Periodic Review: It evaluates the human rights situation in all UN member states through reports from states and stakeholders.
  • Advisory Committee: Serves as the Council’s think tank, offering insights on studies and expert advice.

{GS2 – IR – Issues} Israel’s Airstrike on Doha

  • Context (IE): Israeli jets struck Doha targeting Hamas leaders hosted by Qatar, marking the first direct Israeli attack on a Gulf Arab state.
  • Strategic Aim: Disrupt US-led ceasefire talks in Qatar, preventing any pause that could halt Israel’s offensive in Gaza.

Global and Regional Impact

  • Israel’s strike on Qatar, a US ally, shows its growing unilateral power in West Asia.
  • Arab states that earlier focused on balancing Iran may now see Israel as the main power to counter.
  • Compared to Israel’s June 2025 attack on Iran during US nuclear negotiations, Israel’s attack was direct, damaging, and involved higher risk.
  • International criticism is growing, with countries like Spain calling for sanctions against Israel.

Implications for India

  • Energy Security: Instability in Qatar, a major LNG supplier to India, could impact energy flows and prices.
  • Diaspora Concerns: Over 7 lakh Indians live and work in Qatar, escalations could affect their safety and remittances.
  • Diplomatic Balancing: India, which condemned the attack, must balance ties with Israel (defence partner), Qatar (energy partner), and the U.S. (strategic partner).

Read More > Israel-Palestine Conflict | India Qatar Relations

{GS3 – IE – Globalisation} De-Dollarisation **

  • Context (FE): Recent trends show a steady diversification of reserves, indicating a gradual de-dollarisation, even though U.S. Treasuries are considered the safest forex asset.
  • De-dollarisation is the deliberate reduction of dollar dominance in trade, finance, & reserve management.
  • Debt Shift: Foreign U.S. Treasury holdings decreased from 34% (2015) to 24.9% (2025), with domestic investors filling the gap.
  • Eroding Dollar Share: Dollar’s global reserve share fell from 65.5% (2016) to 57.7% (2025).
  • Rising Alternatives: Euro, pound, yen, and renminbi gained reserve space, signalling diversification.
  • Gold Surge: Central banks increased gold shares: India from 5.9% to 13.1%, China from 1.7% to 6.7%.

Key Drivers of the De-Dollarisation

  • Sanctions Risk: Financial sanctions and SWIFT exclusions raised sovereign concerns over dollar reliance.
  • Fiscal Strains: Repeated U.S. debt-ceiling standoffs undermined Treasuries’ absolute safe-haven image.
  • Trade Shifts: Tariff disputes and U.S. interventions pushed diversification away from dollar assets.
  • Gold Demand: The pandemic and wars have boosted central banks’ preference for gold reserves.
  • Alternatives: Regional blocs and payment networks like BRICS Pay emerged as substitutes to SWIFT.

Read in Depth > De-dollarisation

{GS3 – Infra – Transportation} India’s Shipbuilding Vision **

  • Context (TH): India aims to move from its current 16th rank to be among the top 5 shipbuilding nations by 2047 under the Maritime India Vision.

Key Targets

  • 2030 Goal: Enter the top 10 maritime nations.
  • 2047 Goal: Secure position among the top 5 shipbuilding nations.
  • GDP Contribution: Raise the maritime sector’s share from 4% to 12% of India’s GDP.
  • Global Workforce: Increase Indian seafarers’ share in the global workforce from 12% to 25%.

Government Initiatives for the Blue Economy

  • Financial Support: Shipbuilding Finance Assistance Scheme and Maritime Development Fund ($3 billion), with 45% for shipbuilding and repair.
  • Mission Framework:
    • National Shipbuilding Mission: Long-term strategic push.
    • Shipbreaking Credit Note Scheme: Incentivising recycling and sustainability.
    • Upfront Subsidies: Up to 30% for building non-conventional/green ships.
  • Policy Reforms: 100% FDI under the automatic route in shipping and shipbuilding.
  • Infrastructure Expansion: $82 billion investment plan by 2035 to expand port capacity.

Challenges in India’s Shipbuilding Growth

  • Low Share: India holds less than 1% of the global shipbuilding market, demanding rapid scale-up.
  • Key Hurdles: High capital costs, tech gaps, and strong competition from China, South Korea, and Japan.
  • R&D Need: Push for domestic green shipping research and stronger private sector participation.

Read More> Recent Maritime Initiatives

{GS3 – Envi – Conservation} Rising Tiger Count in Chhattisgarh

  • Context (TOI): Chhattisgarh’s tiger count doubled from 17 in 2022 to 35 in 2025, indicating recovery.
  • Achanakmar Tiger Reserve hosts the highest tiger population among Chhattisgarh’s four reserves.
  • Guru Ghasidas-Tamor Pingla, declared the 56th tiger reserve in 2024, is the 3rd largest reserve in India.
  • Translocation: NTCA recently approved the tiger relocation from Madhya Pradesh to revive populations in Udanti-Sitanadi and Guru Ghasidas tiger reserves.
  • Hill Myna is the State bird of Chhattisgarh & is monitored via the volunteer-based “Myna Mitra” app.

Read More > Chhattisgarh Protected Areas

{GS3 – Envi – Species} Designer Clownfish *

  • Context (TH): Scientists at the National Bureau of Fish Genetic Resources (NBFGR) developed designer clownfish through cross-breeding for the ornamental trade and community aquaculture.

About Clownfish

  • Clownfish, also called anemonefish, are small marine fish with bright orange-white stripes.
  • Habitat: Inhabit shallow coral reefs across the tropical Pacific and Indian Oceans.
  • Global Distribution: Extends from the Red Sea to French Polynesia via Japan & Australia.
    • India Range: Found in the Andaman-Nicobar, Lakshadweep, and Gulf of Mannar-Palk Bay regions.
  • Symbiosis: They form symbiosis with sea anemones, gaining shelter while defending the anemones.
  • Hermaphroditism: All clownfish are born male; dominant males hormonally transform into females.
  • Social Order: Groups follow a strict hierarchy led by a dominant female and breeding male.
  • Threats: The aquarium trade and coral bleaching pose significant threats to local populations.
  • Heatwave Adaptation: Adults can adjust body size, enabling survival during marine heatwaves.
  • Ecological Role: Recycle nutrients and deter predators, thereby sustaining reef resilience.
    • Link Species: Act as link species, bridging fishes and invertebrates in food webs.
  • Conservation Status: IUCN: Least Concern.

Clownfish

Source: IUCN

{GS3 – Envi – RE} India’s Solar Energy Indigenisation Push **

  • Context (PIB): India is moving towards a fully Swadeshi solar value chain, aiming for indigenous solar cell manufacturing by 2028 as announced by the Union Minister for New and Renewable Energy.

Rationale for Solar Energy Indigenisation

  • Import Resilience: China supplies 60% of solar modules and cells, posing energy security risks.
  • Financial Stability: Domestic production mitigates $30 billion annual solar equipment import bill.
  • Employment Impact: The PLI scheme created about 12,000 jobs, strengthening India’s skilled workforce.
  • Commitments: Indigenisation aids India’s 2030 goal of 500 GW renewable energy and net-zero by 2070.
  • Rising Energy Demand: Projected at 73 exajoules by 2050, necessitates solar expansion.

Achievements in Solar Expansion

  • India crossed 100 GW solar capacity in 2025, boosting its global standing.
  • According to IRENA RE Statistics 2025, India now ranks third globally in solar energy generation.
  • India’s non-fossil capacity exceeded 50%, meeting COP26 goal five years ahead of schedule.
  • Rajasthan hosts the world’s largest solar park, reinforcing India’s solar leadership.
  • Establishing a 2 GW ingot-wafer facility marked progress in manufacturing self-reliance.

Bottlenecks in Solar Development

  • Land Trade-offs: Solar expansion requires vast land, raising food security and environmental concerns.
  • Grid Deficit: Transmission losses at 16.4% persist, with costly storage hindering integration.
  • Manufacturing Gaps: Limited R&D and infrastructure constrain local production, increasing imports.
  • Cost Barriers: Rooftop solar costs ₹2.2–3.5 lakh, restricting household adoption.
  • Mineral Burden: Lithium, cobalt, and nickel mining impose ecological and carbon costs.
  • Waste Challenge: Absence of solar recycling norms risks mounting future environmental burden.

Strategic Pathways for Reform

  • Value Chain Expansion: Build polysilicon, wafer, and ingot capacity to strengthen the ecosystem.
  • Storage Roadmap: Launch National Storage Policy to scale battery and hydro capacity.
  • Grid Upgrades: Invest in smart grids and transmission modernisation for renewable integration.
  • Global Partnerships: Leverage the International Solar Alliance for finance, technology, and cooperation.
  • Technological Innovation: Promote agrivoltaics and perovskite R&D, enhancing land use and efficiency.

Flagship Government Schemes and Policy Interventions

  • PM-KUSUM (2019): Aims to solarise 34,800 MW agricultural pumps by 2026; 16 lakh pumps installed.
  • PLI Scheme (2021): Launched to boost high-efficiency solar module production.
  • PM Surya Ghar (2024): Aims to supply rooftop solar to 1 crore households; 20 lakh homes benefited.
  • Solar Parks (2014–26): Launched for 40 GW solar capacity; 13,896 MW operational across 53 parks.
  • Floating Solar (2024): Initiated with Omkareshwar in MP, Asia’s largest 600 MW floating solar park.

{GS3 – S&T – ISRO} ISRO Technology Transfer

  • Context (TH): ISRO signed a technology transfer agreement with HAL for production of the SSLV, marking the 100th transfer facilitated by the INSPACe.
  • The agreement between ISRO, NSIL, INSPACe, and HAL involves a 24-month technology transfer, after which HAL will independently produce SSLVs for domestic and international markets.
  • Significance: The partnership enhances industry participation, promotes Atmanirbhar Bharat, and aids India’s goal to become a global hub for affordable, reliable launch services.
  • SSLV: Small Satellite Launch Vehicle is a three-stage rocket that can carry 10-500 kg payload to low Earth orbit.

{GS3 – S&T – Defence} India-France Joint Project for Jet Engines *

  • Context (HT): Indian Govt. may soon approve the joint project by French firm Safran and the DRDO to develop and produce 120-140 kilo-Newton jet engines.
  • The proposed engines will power India’s upcoming twin-engine Advanced Medium Combat Aircraft (AMCA) stealth fighter.
  • Engines will be developed under Indian IPR with 100% French technology transfer, including that of advanced single-crystal blade systems.
    • Single-Crystal Blade: Built from a single super-alloy crystal, it can withstand extreme heat & stress.
  • With this capability, India will join the US, Russia, UK, and France as the fifth jet engine-producing nation.

About Jet Engines

  • A jet engine is a reaction engine that expels high-speed exhaust gases to produce forward thrust, which propels the aircraft.
    • Air-Breathing: It uses atmospheric oxygen for combustion, preventing scope in the outer space.
  • Advantages: High thrust-to-weight ratio allows faster speeds, longer ranges, and heavier payloads.
  • Types: Turbojets, turbofans, and turboprops for conventional aviation; ramjets, scramjets, and pulsejets for supersonic performances.

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