UPSC CURRENT AFFAIRS – 30 October 2025

UPSC CURRENT AFFAIRS – 30 October 2025 covers important current affairs of the day, their backward linkages, their relevance for Prelims exam and MCQs on main articles

InstaLinks : Insta Links help you think beyond the current affairs issue and help you think multidimensionally to develop depth in your understanding of these issues. These linkages provided in this ‘hint’ format help you frame possible questions in your mind that might arise(or an examiner might imagine) from each current event. InstaLinks also connect every issue to their static or theoretical background.

Table of Contents

GS Paper 3 : (UPSC CURRENT AFFAIRS – 30 October (2025)

• UNEP Adaptation Gap Report 2025

UNEP Adaptation Gap Report 2025

• Employability in Crisis

Employability in Crisis

• Reimagining Manufacturing

Reimagining Manufacturing

Content for Mains Enrichment (CME):

• JAI Strategy

JAI Strategy

Facts for Prelims (FFP):

• Bharat Taxi – India’s First Cooperative Cab Service

Bharat Taxi – India’s First Cooperative Cab Service

• Special Intensive Revision 2025

Special Intensive Revision 2025

• KOYLA SHAKTI Dashboard

KOYLA SHAKTI Dashboard

• First-Ever Air Shipment of GI Tagged Indi and Puliyankudi Limes

First-Ever Air Shipment of GI Tagged Indi and Puliyankudi Limes

Mapping:

• Saranda Wildlife Sanctuary

Saranda Wildlife Sanctuary

UPSC CURRENT AFFAIRS – 30 October 2025

#### GS Paper 1:

UNEP Adaptation Gap Report 2025

Syllabus: Environment

Source: UNEP

Context: The UN Environment Programme (UNEP) released the Adaptation Gap Report 2025: “Running on Empty”, warning that the global finance gap for climate adaptation in developing countries has widened drastically.

About UNEP Adaptation Gap Report 2025:

• What It Is? An annual flagship publication of the United Nations Environment Programme (UNEP) that tracks global progress on climate adaptation planning, implementation, and finance, assessing how far the world is from achieving climate resilience goals.

• An annual flagship publication of the United Nations Environment Programme (UNEP) that tracks global progress on climate adaptation planning, implementation, and finance, assessing how far the world is from achieving climate resilience goals.

• Published By: UNEP–Copenhagen Climate Centre with contributions from multiple global institutions and experts.

• Aim: To evaluate whether nations—especially developing ones—are adapting fast enough to climate impacts, and to quantify the adaptation finance gap to support global negotiations under the UNFCCC and COP30

Key Trends and Summary:

• Massive Finance Gap: Developing countries require US$310–365 billion annually by 2035, while current adaptation finance stands at only US$26 billion (2023) — 12–14 times lower than the need.

• Falling Commitments: Adaptation finance declined from US$28 billion (2022), meaning the Glasgow Climate Pact target of doubling finance by 2025 will be missed.

• Rising Debt Concerns: 58% of adaptation finance is loan-based, including non-concessional debt, deepening inequality for vulnerable countries.

• Uneven Planning Progress: 172 countries have at least one national adaptation plan (NAP), but 36 are outdated, limiting real impact.

• Implementation Gaps: Over 1,600 adaptation actions were reported globally, mostly in biodiversity, agriculture, water, and infrastructure, yet few measure tangible outcomes.

• Private Sector Underperformance: The private sector contributes only ~US$5 billion, but could potentially invest up to US$50 billion annually with policy support.

• Baku–Belém Roadmap (2024): Envisions US$1.3 trillion per year by 2035 in total climate finance; calls for grants and non-debt instruments to prevent debt traps.

• COP30 Context: The report stresses a “global collective effort (mutirão global)” led by Brazil’s presidency to align climate finance, transparency, and adaptation goals.

India and the Adaptation Gap Report:

• India’s Significance: As a major developing nation, India’s NAPCC and State Action Plans align with UNEP’s call for mainstreamed adaptation in agriculture, water, and infrastructure.

• Regional Vulnerability: Frequent heatwaves, floods, and glacial melts highlight the urgency for adaptive investments.

• Leadership Role: India’s initiatives under the International Solar Alliance, LiFE Mission, and G20 Presidency (2023) demonstrate global leadership in climate adaptation diplomacy.

• Finance Dependence: India also faces adaptation investment constraints, needing stronger global partnerships and concessional funding.

Success So Far:

• Widespread Policy Adoption: 172 countries now have at least one national adaptation framework, marking near-universal policy recognition of climate resilience as a development imperative.

• Enhanced Multilateral Funding: Climate funds under the UNFCCC — including GCF, GEF, and the Adaptation Fund — collectively disbursed US$920 million in 2024, reflecting an 86% rise over the previous five-year average.

• Mainstreaming Progress: Adaptation is increasingly integrated into national development and fiscal plans, especially across Small Island Developing States (SIDS) and Least Developed Countries (LDCs), aligning adaptation with poverty reduction and sustainability goals.

Limitations:

• Severe Finance Shortfall: The available adaptation finance—around US$26 billion annually—covers only one-twelfth of the actual requirement, creating a massive financial stress for developing nations.

• Debt-heavy Mechanisms: Over half of adaptation finance is in the form of loans, raising the danger of “adaptation debt traps” for already vulnerable economies.

• Low Private Sector Role: The private sector’s adaptation investment remains negligible, owing to high-risk perception and lack of blended-finance mechanisms to de-risk participation.

• Weak Tracking Systems: Many nations lack reliable Monitoring, Evaluation, and Learning (MEL) frameworks, preventing evidence-based tracking of adaptation results.

• Risk of Maladaptation: Poorly designed or isolated adaptation measures risk increasing vulnerability—especially in rural and low-income communities—rather than reducing it.

Recommended Way Ahead:

• Expand Grant-based Support: Shift from debt to grant-based or concessional finance, ensuring equitable access for developing nations through global climate funds.

• Mobilise Private Sector: Encourage blended finance, guarantees, and public-private partnerships to unlock up to US$50 billion annually in adaptation funding.

• Integrate Resilience Metrics: Embed climate resilience indicators within banking, insurance, and credit systems, incentivising risk-sensitive investment decisions.

• Update NAPs Regularly: Ensure national and sectoral adaptation plans are periodically updated to reflect new scientific evidence and climate realities.

• Strengthen Regional Cooperation: Foster South–South partnerships and technology transfers via initiatives like ISA and CDRI to enhance collective adaptation capacity

Conclusion:

The Adaptation Gap Report 2025 is a stark reminder that climate resilience cannot run on empty promises. Bridging the financial and policy divide is not charity but a strategic investment in collective survival. Only through equitable finance, innovation, and global solidarity can adaptation outpace acceleration of climate risk.

Employability in Crisis

Syllabus: Economics

Source: TH

Context: India faces an employability crisis, with only 42.6% of graduates deemed job-ready, exposing a widening gap between academic learning and industry needs.

About Employability in Crisis:

• Definition: Employability refers to a graduate’s ability to acquire, apply, and adapt knowledge, skills, and mindset to succeed in dynamic work environments.

• Employability refers to a graduate’s ability to acquire, apply, and adapt knowledge, skills, and mindset to succeed in dynamic work environments.

• Purpose: It ensures individuals are not only employable but sustainably productive, capable of continuous learning, unlearning, and relearning in fast-changing industries.

• Key Features:

• Holistic Skillset: Combines technical expertise with communication, teamwork, and problem-solving. Adaptability: Encourages flexibility in new technologies and workplace settings. Lifelong Learning: Promotes continuous upgrading of competencies. Value Creation: Ensures graduates contribute meaningfully to organizational goals.

• Holistic Skillset: Combines technical expertise with communication, teamwork, and problem-solving.

• Adaptability: Encourages flexibility in new technologies and workplace settings.

• Lifelong Learning: Promotes continuous upgrading of competencies.

• Value Creation: Ensures graduates contribute meaningfully to organizational goals.

Causes of Academia–Industry Divide:

• Academic Side:

• Outdated Curriculum: Most colleges teach content that fails to reflect evolving job roles, automation trends, and emerging technologies. Theory-Heavy Learning: Classroom teaching remains exam-focused, leaving little scope for hands-on projects or problem-solving exposure. Lack of Soft Skills Training: Students possess technical knowledge but lack confidence in communication, teamwork, and adaptability.

• Outdated Curriculum: Most colleges teach content that fails to reflect evolving job roles, automation trends, and emerging technologies.

• Theory-Heavy Learning: Classroom teaching remains exam-focused, leaving little scope for hands-on projects or problem-solving exposure.

• Lack of Soft Skills Training: Students possess technical knowledge but lack confidence in communication, teamwork, and adaptability.

• Industry Side:

• Expectation Mismatch: Companies demand “plug-and-play” graduates but rarely invest in structured onboarding or mentorship. Rapid Technological Shifts: Skill requirements change faster than academic syllabi can adapt, creating a persistent skill lag. Weak Engagement: Firms often view academia as outdated, leading to minimal collaboration in research, training, or course design. Short-term Focus: Corporates prioritise recruitment drives over long-term partnerships for sustainable skill ecosystem building.

• Expectation Mismatch: Companies demand “plug-and-play” graduates but rarely invest in structured onboarding or mentorship.

• Rapid Technological Shifts: Skill requirements change faster than academic syllabi can adapt, creating a persistent skill lag.

• Weak Engagement: Firms often view academia as outdated, leading to minimal collaboration in research, training, or course design.

• Short-term Focus: Corporates prioritise recruitment drives over long-term partnerships for sustainable skill ecosystem building.

Initiatives Taken:

• NEP 2020: Promotes flexibility, experiential learning, and stronger academia–industry integration for holistic education reform.

• AICTE Internship Policy: Mandates industrial exposure to enhance practical understanding and employability of engineering students.

• Skill India Mission: Strengthens vocational training through sectoral skill councils aligned with market demands.

• NASSCOM FutureSkills PRIME: Upskills youth in digital domains like AI, cybersecurity, and data analytics through certified programs.

Challenges Associated:

• Curriculum Inertia: Bureaucratic delays prevent quick updates in response to new-age skill requirements.

• Fragmented Ecosystem: Weak coordination between academia, government, and industry limits policy coherence.

• Limited Faculty Training: Educators often lack exposure to corporate trends, new technologies, and pedagogical innovation.

• Urban–Rural Divide: Rural and smaller institutions struggle with poor infrastructure and minimal corporate interface.

• Underinvestment by Industry: Private sector spends little on institutional collaboration or human capital development.

Way Ahead:

• Curriculum Co-Design: Regularly update syllabi with joint input from employers, universities, and policymakers.

• Dual-Learning Model: Integrate apprenticeships and live corporate projects into higher education frameworks.

• Faculty Immersion: Facilitate faculty internships and sabbaticals in industry for updated skill transfer.

• Soft Skills & Ethics Labs: Set up dedicated labs for communication, emotional intelligence, and workplace ethics training.

• Data-Driven Tracking: Monitor alumni career outcomes and skill growth to evaluate employability effectiveness.

Conclusion:

India’s employability challenge is not a crisis of talent but of alignment. Bridging academia and industry through innovation, adaptability, and shared accountability can turn education into an engine of growth. True employability will emerge when learning mirrors life — dynamic, ethical, and ever-evolving.

Reimagining Manufacturing

Source: BW

Context: NITI Aayog’s Frontier Tech Hub released the roadmap “Reimagining Manufacturing: India’s Roadmap to Global Leadership in Advanced Manufacturing”, outlining how frontier technologies like AI, Robotics, and Digital Twins can make India a top-three global manufacturing hub by 2035

About Reimagining Manufacturing:

• Published by: NITI Aayog’s Frontier Tech Hub, in collaboration with CII and Deloitte.

• Purpose: To chart India’s strategic pathway to advanced manufacturing leadership through technology integration, sectoral focus, and institutional reforms.

• Scope: Covers 13 high-impact sectors under five clusters and a 10-year roadmap (2026–2035) to integrate frontier technologies into production ecosystems.

Current Status of Manufacturing in India:

• Manufacturing currently contributes 15–17% to GDP, below East Asian peers like China (25%) and South Korea (27%).

• India aims to raise this to 25% by 2035, generating 100+ million skilled jobs and 6.5% global export share.

• Sectors such as automotive, electronics, textiles, pharmaceuticals, and renewable energy remain central to this goal.

Potential of the Manufacturing Sector:

• Global Hub Vision: By leveraging frontier technologies like AI, robotics, and digital twins, India can position itself among the top three global manufacturing hubs by 2035.

• Economic Gains: Advanced manufacturing integration could add $270 billion to GDP by 2035 and $1 trillion by 2047, driving high-value industrial growth.

• Job Creation: Expansion of high-tech clusters can generate over 100 million skilled jobs, fostering inclusive and sustainable employment.

• Export Boost: India’s merchandise exports are projected to rise from 2% to 6.5% of global trade, boosting foreign exchange reserves and competitiveness.

• Innovation Drive: Embedding AI, advanced materials, and robotics will enhance production precision, resilience, and global sustainability credentials.

Key Challenges:

• Low R&D Investment: With R&D spending below 1% of GDP, India lags in innovation capacity, patents, and high-tech product development.

• Fragmented Supply Chains: MSMEs face weak integration with global value chains due to limited digital connectivity and logistics bottlenecks.

• Skilling Deficit: A large workforce remains untrained in automation and AI tools, leading to slow adoption of advanced manufacturing processes.

• Infrastructure Gaps: Absence of smart industrial parks, 5G networks, and reliable energy constrains global-scale production.

• Regulatory Lag: Lack of unified data governance and technology standards delays industry-wide digitisation and interoperability.

Initiatives Taken So Far:

• National Manufacturing Mission (NMM): Coordinates frontier tech adoption, R&D funding, and policy convergence across priority sectors.

• PLI Schemes: Provide performance-linked incentives to boost domestic manufacturing in sunrise sectors like electronics and semiconductors.

• Industrial Corridors: Initiatives like Gati Shakti and PM MITRA enhance logistics, connectivity, and cluster-based competitiveness.

• Make in India & Digital India: Encourage self-reliant production ecosystems and integrate digital tools into manufacturing processes.

• Skill India & AICTE Initiatives: Drive industry-linked training programs and promote modular skilling aligned with Industry 4.0 needs.

Key Recommendations from the Report:

• Global Frontier Technology Institute (GFTI): Establish a Centre of Excellence for advanced R&D, testing, and certification to promote innovation.

• Plug & Play Frontier Industrial Parks: Develop 20 tech-enabled industrial zones with ready infrastructure, 5G, and simulation facilities.

• Technology Access Platforms: Build shared digital infrastructure to help MSMEs access AI, robotics, and automation tools affordably.

• Champion-Based Model: Large industries should mentor MSMEs through cluster-led innovation and technology demonstration programs.

• Servicification of Manufacturing: Shift focus from product output to integrated service solutions powered by AI and IoT for value creation.

• National Digital Backbone: Create a real-time industrial IoT network for seamless data exchange and predictive efficiency in production.

• Skilling Missions: Launch state-specific frontier tech missions like robotics in Tamil Nadu or green mobility in Maharashtra to localize expertise.

Conclusion:

India stands on the cusp of a manufacturing revolution where technology, talent, and transformation converge. By embracing frontier technologies, India can leap from cost efficiency to global excellence. The roadmap envisions not just “Make in India”, but “Innovate in India” — redefining the nation’s industrial destiny by 2047.

#### UPSC CURRENT AFFAIRS – 30 October 2025 Content for Mains Enrichment (CME)

JAI Strategy

Context: The Southern Command of the Indian Army has initiated the implementation of the Prime Minister’s “JAI Strategy” — Jointness, Atmanirbharta, and Innovation, aligning defence preparedness with the upcoming Tri-Services Exercise ‘Ex Trishul’.

About JAI Strategy:

What It Is?

• The JAI Strategy stands for Jointness, Atmanirbharta, and Innovation — a visionary framework introduced by Prime Minister to transform India’s defence ecosystem into a cohesive, self-reliant, and future-ready force.

Aim: To integrate all three branches of the Armed Forces for seamless operational synergy, strengthen indigenous defence production, and embed innovation and technology into India’s military doctrine.

Importance:

• Promotes tri-services coordination for faster decision-making and combined warfare readiness.

• Encourages Atmanirbharta (self-reliance) by increasing the use of indigenous weapons, systems, and technologies.

• Stimulates innovation-led transformation, blending AI, cyber, and ISR (Intelligence-Surveillance-Reconnaissance) capabilities for next-gen warfare.

• Aligns India’s defence posture with emerging global threats and the changing character of modern conflict.

Relevance in UPSC Exam Syllabus:

• GS Paper 2 – Governance & Policy: Reflects institutional reforms and strategic policy for national security.

• Reflects institutional reforms and strategic policy for national security.

• GS Paper 3 – Economy: Enhancing jointness in armed forces, indigenisation of defence production, and technological modernisation. Boosts domestic defence manufacturing and make in India initiative.

• Enhancing jointness in armed forces, indigenisation of defence production, and technological modernisation.

• Boosts domestic defence manufacturing and make in India initiative.

#### UPSC CURRENT AFFAIRS – 30 October 2025 Facts for Prelims (FFP)

Bharat Taxi – India’s First Cooperative Cab Service

Source: DH

Context: India is set to launch ‘Bharat Taxi’, the country’s first cooperative cab service, in November 2025 in Delhi under the aegis of the Ministry of Cooperation and National e-Governance Division (NeGD)

About Bharat Taxi – India’s First Cooperative Cab Service:

What it is?

• Bharat Taxi is a government-backed cooperative ride-hailing platform that empowers cab drivers as members and shareholders, ensuring collective ownership, transparency, and equitable income distribution — a departure from the corporate aggregator model.

Ministry:

• Implemented by the Union Ministry of Cooperation in collaboration with the National e-Governance Division (NeGD).

Aim: To establish a fair, transparent, and sustainable cab ecosystem that ensures driver welfare, eliminates exploitative commissions, provides affordable rides for passengers, and integrates seamlessly with India’s digital governance ecosystem.

Key Features:

• Cooperative Model: Managed by Sahakar Taxi Cooperative Ltd. with an initial capital of ₹300 crore and backed by cooperatives like Amul, IFFCO, NAFED, KRIBHCO, NABARD, and NCDC.

• Driver Ownership: Drivers, called “Saarthis”, are shareholders rather than contract workers, retaining 100% of fare earnings.

• Digital Integration: Linked with DigiLocker, UMANG, and API Setu for secure identity verification and service access.

• No Surge Pricing or Hidden Costs: Fares are regulated and transparent, ensuring affordability for commuters.

• Phased Rollout: Launch with 650 driver-owners in Delhi (Nov 2025); expansion to 20 cities by 2026 and 1 lakh cabs nationwide by 2030.

Significance:

• Promotes the cooperative entrepreneurship model in India’s digital economy.

• Ensures income security and dignity for drivers while addressing urban mobility challenges.

• Reduces dependence on private aggregators, encouraging fair competition and local ownership.

Special Intensive Revision 2025

Source: IE

Context: The Election Commission of India (ECI) will launch the Special Intensive Revision (SIR) 2025, requiring voters across 12 States and Union Territories.

About Special Intensive Revision 2025:

What it is?

• The Special Intensive Revision (SIR) 2025 is a large-scale, document-based voter verification exercise conducted by the Election Commission of India to update, authenticate, and purify electoral rolls after nearly two decades.

• It ensures that only eligible Indian citizens remain registered voters, aligning with the provisions of the Representation of the People Act, 1950.

Organisation:

• The drive is implemented by the Election Commission of India (ECI) under the supervision of Chief Election Commissioner Gyanesh Kumar.

• To ensure a clean, error-free, and verified electoral roll before upcoming elections.

• To verify citizenship, age, and address details of voters through linkage with historic rolls or supporting documents.

• To enhance transparency, inclusivity, and credibility in India’s electoral process.

Key Functionaries Involved in SIR:

• Booth Level Officer (BLO): The person responsible for one polling booth (around 1,000 voters). Distributes and collects the Enumeration Form (EF) from each voter’s household. Helps link each voter’s name with past voter lists and identifies shifted or deceased voters.

• The person responsible for one polling booth (around 1,000 voters).

• Distributes and collects the Enumeration Form (EF) from each voter’s household.

• Helps link each voter’s name with past voter lists and identifies shifted or deceased voters.

• District Magistrate (DM): Hears first appeals if anyone disagrees with the ERO’s decision.

• Chief Electoral Officer (CEO): Hears second appeals and oversees the process at the state or UT level.

• Booth Level Agents (BLAs): Representatives of recognised political parties trained by ECI. They help collect forms and verify voters to ensure transparency.

• Representatives of recognised political parties trained by ECI.

• They help collect forms and verify voters to ensure transparency.

Key Processes of the Special Intensive Revision

• Preparation of Enumeration Forms (EFs): Each voter will get a pre-printed form with their details (name, EPIC number, address, etc.) based on the current list. Forms are generated from the EC’s database as of 27 October 2025.

• Each voter will get a pre-printed form with their details (name, EPIC number, address, etc.) based on the current list.

• Forms are generated from the EC’s database as of 27 October 2025.

• Distribution by BLOs: BLOs will visit every home up to three times to deliver and collect the forms. Voters can also fill the form online on voters.eci.gov.in.

• BLOs will visit every home up to three times to deliver and collect the forms.

• Voters can also fill the form online on voters.eci.gov.in.

• Linking with Past Electoral Rolls: Every voter must trace their or a relative’s name in the old 2002–2004 rolls (available online). This helps the EC confirm that the voter (or family) existed in earlier verified lists.

• Every voter must trace their or a relative’s name in the old 2002–2004 rolls (available online).

• This helps the EC confirm that the voter (or family) existed in earlier verified lists.

• Filling and Submission of Forms: Voters fill missing details (like parents’ names, date of birth, Aadhaar, etc.) and submit to BLO or online. No supporting document is needed initially.

• Voters fill missing details (like parents’ names, date of birth, Aadhaar, etc.) and submit to BLO or online.

• No supporting document is needed initially.

• Verification by ERO/AERO: Forms are checked. If a voter couldn’t find a link to old rolls, they’ll later need to show documents proving age and citizenship.

• Forms are checked. If a voter couldn’t find a link to old rolls, they’ll later need to show documents proving age and citizenship.

• Appeals: If your name is wrongly deleted, you can appeal first to the DM, then to the CEO of your state.

• If your name is wrongly deleted, you can appeal first to the DM, then to the CEO of your state.

KOYLA SHAKTI Dashboard

Source: PIB

Context: The Union Minister of Coal and Mines, launched two major digital platforms — the KOYLA SHAKTI Dashboard and the Coal Land Acquisition, Management, and Payment (CLAMP) Portal.

About KOYLA SHAKTI Dashboard:

What it is?

• A Smart Coal Analytics Dashboard (SCAD) developed by the Ministry of Coal as a unified digital platform integrating the entire coal value chain — from mine to market.

Organisation: Developed and maintained by the Ministry of Coal.

Aim: To act as the digital backbone of India’s coal ecosystem by enabling real-time monitoring, data integration, and evidence-based policy formulation for improved operational efficiency.

Key Features:

• Unified Visibility: Integrates data from coal production, logistics, and consumption into a single interface.

• Real-Time Monitoring: Tracks coal movement through rail, road, and multimodal systems with live analytics.

• Data-Driven Governance: Enables predictive analytics for demand forecasting and resource allocation.

• Incident Response System: Provides alerts for operational disruptions and supports rapid redressal.

• Transparency & Accountability: Displays KPIs for all stakeholders to ensure open and fair monitoring.

About CLAMP Portal:

What it is?

• The Coal Land Acquisition, Management, and Payment (CLAMP) Portal is a centralized digital solution for managing land acquisition, compensation, and R&R processes in coal-bearing areas.

Aim: To ensure time-bound, transparent, and equitable land management by digitizing records, payments, and inter-agency coordination.

Key Features:

• End-to-End Digital Workflow: From uploading land records to final compensation payment.

• Central Repository: Maintains updated land ownership and compensation details.

• Transparency & Accountability: Reduces human discretion and procedural delays.

• Integration Across PSUs: Links coal PSUs, State departments, and district authorities.

• Citizen-Centric Governance: Ensures fair and prompt rehabilitation and resettlement.

First-Ever Air Shipment of GI Tagged Indi and Puliyankudi Limes

Source: LM

Context: The Agricultural and Processed Food Products Export Development Authority (APEDA) facilitated the first-ever air shipment of GI-tagged Indi Lime (Karnataka) and Puliyankudi Lime (Tamil Nadu) to the United Kingdom.

About First-Ever Air Shipment of GI Tagged Indi and Puliyankudi Limes:

• What is GI Tag? A Geographical Indication (GI) is a form of Intellectual Property Right (IPR) that identifies goods as originating from a specific geographical region, where their quality, reputation, or other characteristics are essentially linked to that origin. GI tags are registered under the Geographical Indications of Goods (Registration and Protection) Act, 1999.

• A Geographical Indication (GI) is a form of Intellectual Property Right (IPR) that identifies goods as originating from a specific geographical region, where their quality, reputation, or other characteristics are essentially linked to that origin.

• GI tags are registered under the Geographical Indications of Goods (Registration and Protection) Act, 1999.

• Issued by: the Geographical Indication Registry, Chennai, under the Department for Promotion of Industry and Internal Trade (DPIIT), Ministry of Commerce and Industry.

• Aim: To protect regional products, promote authenticity, enhance market value, and ensure economic benefits for local producers by preventing unauthorised use of registered names.

About Indi Lime (Karnataka):

• Region: Cultivated mainly in Vijayapura district, Karnataka.

• Distinct Features: Known for high juice yield, zesty aroma, and balanced acidity.

• Special Attributes: Valued in culinary, traditional medicine, and cultural practices, reflecting Karnataka’s deep-rooted agrarian heritage.

About Puliyankudi Lime (Tamil Nadu):

• Region: Grown extensively in Tenkasi district, known as the “Lemon City of Tamil Nadu.”

• Variety: Especially the Kadayam Lime, prized for its thin peel, strong acidity, and high juice content (≈55%).

• Nutritional Value: Contains 34.3 mg/100g of ascorbic acid, rich in Vitamin C and antioxidants, aiding immunity and digestion.

• Recognition: Received GI tag in April 2025, acknowledging its regional uniqueness and superior quality.

#### UPSC CURRENT AFFAIRS – 30 October 2025 Mapping:

Saranda Wildlife Sanctuary

Source: TOI

Context: The Supreme Court of India has reserved its verdict on the Jharkhand government’s plea to reduce the proposed Saranda Wildlife Sanctuary area from 310 sq km to 250 sq km, citing the need to protect tribal habitation and community rights.

About Saranda Wildlife Sanctuary:

What It Is?

• The Saranda Sanctuary is a proposed wildlife sanctuary in West Singhbhum district of Jharkhand, located within the Saranda Forest Division, known as one of Asia’s largest Sal (Shorea robusta) forests and a key biodiversity hotspot at the Jharkhand–Odisha border.

Location:

• Situated in southern Jharkhand, the Saranda region—meaning “land of seven hundred hills”—covers about 856 sq km, of which 816 sq km is reserved forest.

• It lies within the Singhbhum Elephant Reserve, forming a vital ecological corridor between Jharkhand, Odisha, and Chhattisgarh.

History:

• Declared a game reserve in 1968 under the Bihar Forest Act.

• The National Green Tribunal (2022) directed Jharkhand to notify it as a sanctuary under the Wildlife Protection Act, 1972.

Key Features:

• Flora: Dense cover of Sal, Kusum, Mahua, and rare orchids.

• Fauna: Habitat for Asian elephants, four-horned antelope, sloth bears, flying lizards, and migratory birds.

• Communities: Home to Ho, Munda, Oraon, and PVTGs, reliant on forest produce like mahua and resin.

• Mineral Wealth: Contains nearly 26% of India’s iron ore reserves, making it a major mining zone for SAIL and private operators.

Significance:

• Ecological Hotspot: Forms a vital carbon sink and biodiversity reserve in eastern India.

• Elephant Corridors: Maintains wildlife connectivity between Saranda, Similipal, and Sundargarh forests.

• Tribal Livelihood & Rights: Balances conservation with protection of tribal forest rights under FRA, 2006.

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