UPSC CURRENT AFFAIRS – 1 December 2025

UPSC CURRENT AFFAIRS – 1 December 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 – 1 December 2025)

1. Institutionalising Animal Representation

2. Energy Policy in the Age of AI and Climate Change

Content for Mains Enrichment (CME):

1. WHO Issues First Global Guideline on Infertility

Facts for Prelims (FFP):

1. India Re-elected to IMO Council

2. WorldSkills Asia Competition 2025

3. Ellora Caves

4. SIM Binding

5. Great Nicobar Crake

6. Aircraft Hansa-3 NG

Mapping:

1. Black Sea

UPSC CURRENT AFFAIRS – 1 December 2025

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GS Paper 3:

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Institutionalising Animal Representation

Source: TH

Context: A nationwide letter-petition movement urged the Supreme Court to strengthen animal protection laws and institutional representation.

About Institutionalising Animal Representation:

Status of the Human–Animal Divide:

• Modern democracy is built on an anthropocentric divide where only humans are political subjects, leaving animals reduced to property without any voice or representation.
• Democratic institutions view animals as non-rational and non-political beings, creating a structural vacuum where their welfare is ignored in policy and legal decisions.
• The PCA Act 1960 imposes fines as low as ten to fifty rupees for cruelty, revealing how the law treats animals as economic objects rather than sentient beings.
• Courts have recognised animal personhood in cases like Animal Welfare Board vs A Nagaraja (2014), yet statutory systems still categorise animals as “property” under IPC Sections 428 and 429.

Need for Democratic Representation of Animals

• Correcting the Human–Animal Power Imbalance: Animals have no electoral, economic or lobbying power, making their interests structurally invisible; representation ensures land use, food and infrastructure decisions do not default to human-only priorities.
• Addressing Legal Erasure and Weak Protections: Despite 51A(g) and the SC’s Nagaraja (2014) judgment, animals remain “property” under IPC 428–429 and PCA fines of ₹10–50 remain non-deterrent, requiring formal representation to fill this legal vacuum.
• Preventing Systemic Harm by Economic Sectors: Industrial farming, transport and urban projects routinely override welfare for profit; fiduciary bodies conducting ex-ante assessments can prevent institutionalised cruelty before harm occurs.
• Ensuring Independent, Science-Based Decisions: AWBI, SAWBs and SPCAs lack autonomy, budgets and enforcement; specialised institutions with veterinarians and welfare scientists ensure unbiased, evidence-led policy-making.

Key Challenges to Institutional Animal Representation:

• Outdated Welfare Laws: Fines for cruelty under Section 11 remain ₹10–₹50 (unchanged since 1960), allowing abuse to persist despite Supreme Court affirmations of animal dignity in Nagaraja vs Union of India (2014).
• Exploitation in Farming Systems: India’s 535.78 million livestock (20th Livestock Census) are governed by productivity norms, with 70–80% of hens confined in battery cages despite Law Commission Report 269 urging prohibition.
• Infrastructure and Urban Planning Gaps: Highways, rail lines and power projects rarely integrate wildlife corridors; between 2018–21, 330 elephants died from electrocution/train hits, fuelling conflict that caused 1,500+ human deaths (2019–22).
• Weak and Non-Independent Institution: AWBI functions under the same ministry promoting animal husbandry, causing conflict of interest, while many State Boards and District SPCAs exist only on paper with negligible funding or enforcement authority.
• Constitutional and Legal Contradictions: Though the Constitution mandates compassion (Art. 51A(g)), legal frameworks still treat animals as replaceable assets, undermining their welfare and enabling systemic exploitation across sectors.

Way Ahead:

• Create Independent Fiduciary Institutions: Establish constitutionally protected guardians for animals with fixed terms, multi-disciplinary expertise, power to review policies, and freedom from political or industrial capture.
• Mandate Animal-Impact Assessments (AIA): Integrate AIA into environmental clearances for roads, railways, mining and urban planning to protect corridors and reduce preventable deaths of elephants, leopards and urban animals.
• Amend and Modernise the PCA Act: Increase penalties to meaningful levels, redefine cruelty based on contemporary science, and recognise sentience to align with global welfare standards.
• Strengthen AWBI, SAWBs and SPCAs: Provide statutory independence, dedicated budgets, transparent appointments, and accountability systems including annual public audits and performance benchmarks
• Institutionalise Parliamentary and Executive Oversight: Create standing committees on animal protection to review legislation, scrutinise welfare impacts and ensure cross-sector alignment across agriculture, infrastructure and environment.
• Public Education and Participatory Accountability: Launch national campaigns on co-existence, responsible ownership, and humane practices, enabling citizens to monitor violations and demand institutional responsiveness.

Conclusion:

India’s democracy cannot be complete while millions of sentient beings remain unrepresented and structurally invisible. Institutionalising animal representation is essential to bridge constitutional morality with governance practice. A rights-based, expert-driven framework is the only way to ensure justice and dignity for those who cannot speak for themselves.

 

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Energy Policy in the Age of AI and Climate Change

Source: IE

Subject: Environment

Context: India’s energy policy is facing unprecedented challenges as rapid AI expansion and accelerating climate change reshape electricity demand, supply chains and governance needs.

About Energy Policy in the Age of AI and Climate Change:

Trends in Energy Policy in the Age of AI and Climate Change:

• India’s energy policy is shifting from access–affordability–security to a broader framework emphasising decarbonisation, climate resilience, digital-era energy demand, and supply-chain diversification.
• Rapid growth of AI data centres, each requiring gigawatt-scale electricity, is reshaping national and state-level planning for renewable capacity, grid upgradation and storage infrastructure.
• Climate change pressures are pushing policymakers to decouple GDP growth from carbon-intensive energy, necessitating long-term structural reforms in efficiency, green hydrogen, electrified transport and distributed renewables.
• Global green transition trends — such as critical mineral dependence, friend-shoring, and renewable manufacturing consolidation — are redefining India’s industrial and strategic energy choices.
• India’s energy governance is moving from a resource-centred model to a systemic, multi-sectoral model integrating climate, technology, industrial policy and geopolitics.

Key Emerging Trade-Offs in India’s New Energy Landscape:

1. Coal Economy vs Clean Energy Transition:

1. • Coal mining directly employs 3.5 lakh workers, supports state revenues in Jharkhand, Odisha, Chhattisgarh, and underpins rail freight earnings.
   • However, India hosts 6 of the world’s 10 most polluted cities (2024 report) and must align with its 2070 Net Zero commitment, creating a tension between livelihood security and climate obligations.

2. China-Dominated Green Supply Chains vs Strategic Autonomy:

1. • China accounts for 80% of global solar module output, 95% of polysilicon and wafers, and 80% of lithium-ion processing.
   • Importing from China accelerates renewable deployment at the lowest cost, but increases India’s strategic vulnerability, tariff exposure, and supply-chain risk, especially during geopolitical tensions.

3. AI Data Centres vs Renewable Infrastructure Limitations:

1. • Upcoming hubs by Google, Reliance, Amazon require massive round-the-clock clean power, stressing an already thin grid.
   • India’s storage capacity, pumped hydro deployment, and inter-state transmission corridors remain insufficient, forcing states to extend thermal plant life to meet AI electricity loads — contradicting decarbonisation goals.

Structural Governance Problems:

• Energy governance is fragmented across 7+ ministries (MNRE, MoP, MoPNG, Coal, Mines, Commerce, MEA) without a unified national authority.
• Lack of an integrated energy policy results in policy incoherence, e.g., industrial incentives pushing data-centre expansion while grid reforms lag.
• Centre–state divergence on coal, land acquisition, renewable corridors, and tariffs slows capacity addition.
• PSE-led models are insufficient for new sectors (battery storage, offshore wind, green hydrogen) requiring high R&D and private capital.
• Siloed functioning prevents alignment between climate commitments, industrial policy (PLI schemes), and technology goals (AI, semiconductor mission).

Implications for India:

• Risk of new energy insecurity if renewable and battery supply chains remain heavily import-dependent.
• AI-driven electricity loads may push states toward higher fossil-fuel reliance, undermining India’s NDCs under the Paris Agreement.
• Slow grid and storage expansion may reduce India’s attractiveness for AI, semiconductor, EV and aerospace investments.
• Poorly managed coal transition could trigger regional unemployment, fiscal stress in coal states, and political pushback.
• Fragmented governance may delay India’s ambition to become a top-three aviation & AI hub, as energy availability becomes a binding constraint.

Way Ahead:

• Create a National Energy Council under the PMO integrating energy, climate, digital infrastructure and industrial policy for unified decision-making.
• Expand PLI schemes for solar modules, Li-ion cells, electrolyzers, and rare-earth processing to reduce import dependence on China.
• Fast-track the Green Energy Corridors, interstate transmission upgrades, and grid-scale battery storage, including viability-gap funding.
• Develop Just Transition Plans for coal states with ₹10,000+ crore reskilling funds, renewable industrial parks, and diversification of state revenue bases.
• Build strategic reserves of critical minerals (lithium, cobalt, nickel, REEs) through investments in Australia, South America and Africa.
• Use AI for predictive maintenance, grid balancing, demand forecasting, and climate risk modelling to optimise the emerging energy system.
• Promote coordinated Centre–State–Industry platforms to address cross-sectoral impacts of AI, energy demand, climate risks and supply chains.

Conclusion:

India’s energy policy now stands at the intersection of economic ambition, climate imperatives and AI-driven electricity demand. The decisions taken today will shape whether the nation builds genuine energy sovereignty or locks itself into new vulnerabilities. Only a coordinated, future-ready governance framework can secure sustainable growth in this emerging era.

 

 

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UPSC CURRENT AFFAIRS – 1 December 2025 Content for Mains Enrichment (CME)

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WHO Issues First Global Guideline on Infertility

Context: WHO has released its first-ever global guideline on infertility, calling for safer, fairer and affordable fertility care worldwide.

• It aims to help countries integrate infertility prevention, diagnosis and treatment into public health systems as infertility affects 1 in 6 people globally.

About WHO Issues First Global Guideline on Infertility:

What the Guideline Is?

• WHO’s first global framework to standardise prevention, diagnosis and treatment of infertility.
• Seeks to make fertility care accessible, equitable and evidence-based, especially in countries where treatment is unaffordable and fragmented.

Key Features of the Guideline:

• 40 recommendations covering prevention, early diagnosis, counselling and advanced treatment options.
• Focus on cost-effective infertility care integrated into national health strategies and UHC frameworks.
• Encourages fertility awareness in schools, primary health centres and reproductive health facilities.
• Addresses risk factors such as untreated STIs, tobacco use, poor lifestyle habits.
• Recommends lifestyle interventions—healthy diet, exercise, tobacco cessation—for individuals trying to conceive.
• Provides clinical pathways for diagnosing infertility in both men and women using evidence-based protocols.
• Strong emphasis on psychosocial support, recognising the emotional stress, stigma and mental health burdens linked to infertility.
• Urges countries to adopt a rights-based, gender-equal reproductive health framework.

Relevance in UPSC Exam:

• GS-1 Society & Social Issues:

• • Infertility as a public health and social issue affecting families, marriage, gender dynamics.
  • Stigma, mental health, and societal pressure surrounding infertility.

• GS-2 Health, Governance & Policies:

• • WHO guidelines as part of global health governance and India’s commitments.
  • Role of public health systems, need for universal access, reducing catastrophic health expenditure.
  • Integrating infertility care under National Health Mission, reproductive health rights, SDG 3 (Good Health).

• GS-4 Ethics & Human Values:

• • Ethical issues around equity, access, and reproductive rights.
  • Avoiding exploitation in the infertility industry; upholding dignity and autonomy of couples.

 

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UPSC CURRENT AFFAIRS – 1 December 2025 Facts for Prelims (FFP)

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India Re-elected to IMO Council

Source: PIB

Subject: International Relations

Context: India has been re-elected to the IMO Council in Category B with the highest votes (154/169) for the 2026–27 term. This marks India’s second consecutive highest vote tally, reinforcing its rising maritime influence.

About India Re-elected to IMO Council:

• What is the IMO Council?
  • The Council is the executive body of the International Maritime Organization, responsible for supervising its work between Assembly sessions and making policy decisions on maritime governance.
• Formation & Role:

• • The Council is constituted under the IMO Convention (1958) and elected every two years by the Assembly.
  • Category B includes 10 nations with the largest interest in international seaborne trade.

• India’s Position:

• • India secured 154/169 votes, highest in Category B.

• Category B Member States: Australia, Brazil, Canada, France, Germany, India, Netherlands, Spain, Sweden and the United Arab Emirates (UAE).
• Functions of the IMO Council:

• • Coordinates IMO’s administrative & financial functioning.
  • Prepares agenda, work programmes, and strategic plans.
  • Supervises implementation of maritime conventions.
  • Facilitates cooperation on maritime safety, environmental regulation, digitalisation, security, etc.

About the International Maritime Organization (IMO):

• History:

• • Established by a UN Convention in 1948, came into force in 1958.
  • First session held in 1959, marking the beginning of global maritime regulatory cooperation.

• Headquarters: London, UK.
• Aim: To ensure safe, secure, efficient and environmentally responsible shipping, while maintaining uniform global maritime standards to prevent unfair advantage.
• Major Functions:

• • Formulates & updates global maritime conventions: SOLAS, MARPOL, STCW, etc.
  • Regulates ship design, construction, operation & disposal.
  • Develops rules to prevent marine and air pollution from ships.
  • Oversees global norms on seafarer training and certification.
  • Promotes sustainable maritime transport aligned with SDG-14 (Life Below Water).

 

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WorldSkills Asia Competition 2025

Source: News on Air

Subject: Miscellaneous

Context: India secured 8th rank in its first-ever participation at the WorldSkills Asia Competition (WSAC) 2025, winning 1 Silver, 2 Bronze, and 3 Medallions for Excellence.

About WorldSkills Asia Competition 2025:

• What is WorldSkills Asia Competition (WSAC)?
  • A premier continental skill competition under the WorldSkills movement, promoting excellence in technical and vocational education (TVET) across Asia. It brings together youth to compete in diverse trades—traditional, digital, and emerging.
• History:

• • WorldSkills Asia (WSA) was established to organize regional contests within Asia.
  • First WSAC: 2018, Kuala Lumpur (Malaysia).

• India debuted in 2025 at Chinese Taipei.

• Key Features of WSAC 2025:

• • Asia’s largest regional TVET competition under the WorldSkills framework.
  • Competitions held across 44 high-demand skills including robotics, industrial design, web tech, software development, electrical installations.
  • Focus on:
    • Future-ready skills (AI, automation, web tech, robotics).
    • Traditional trades (painting, electrical, design).
    • Youth employment, TVET reforms, industry-global partnerships.
  • Facilitates trainer development, international cooperation, and bridging the education–employment gap.

• India’s Performance:
  • Rank: 8th overall among 29 nations.

• • Team: 23 competitors in 21 skills, supported by 21 experts
    • Led by MSDE & NSDC.
  • Medals:
    • Silver – Painting & Decorating: Muskan
    • Bronze – Industrial Design Tech: Komal Panda
    • Bronze – Robot System Integration: Shivam Singh & Dinesh R

 

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Ellora Caves

Source: TH

Subject: Art and Culture

Context: Scottish historian urged the Maharashtra government to spotlight the neglected yet significant heritage sites around the Ellora Caves, such as Malik Ambar’s tomb, the first Peshwa’s tomb, and the empty tomb of the last Ottoman Caliph.

About Ellora Caves:

What it is?

• Ellora Caves are a UNESCO World Heritage Site comprising 34 monumental rock-cut temples and monasteries representing Buddhist, Hindu, and Jain traditions. They form one of the largest rock-cut cave complexes in the world.

Location: Situated in Chhatrapati Sambhajinagar (Aurangabad), Maharashtra.

History:

• Constructed between 600 CE to 1000 CE.

• 12 Buddhist caves (caves 1–12): ~200 BCE to 600 CE: Early monastic caves with viharas, meditation cells and chaitya halls, marking the shift from simple rock shelters to more structured prayer and learning spaces.
• 17 Hindu caves (caves 13–29): ~500 CE to 900 CE: Rashtrakuta-era caves with bold iconography, massive pillars and grand sculptures, culminating in the Kailasa temple—the finest example of Indian rock-cut engineering.
• 5 Jain caves (caves 30–34): ~800 CE to 1000 CE: Later additions marked by intricate carvings, ornate pillars and themes of asceticism, showcasing Ellora’s spirit of multi-religious coexistence and artistic refinement.

• Designated UNESCO World Heritage Site in 1983.

Key Features:

• Kailasa Temple (Cave 16):

• • Largest single monolithic rock excavation in the world.
  • Carved from top to bottom, removing 1,50,000–2,00,000 tonnes of rock.
  • Chariot-shaped monument dedicated to Lord Shiva.
• Notable carvings: Nandi Mandapa, Life-size elephants, Ravana shaking Mount Kailasa, and Narasimha slaying the demon.

• Multi-Religious Harmony:

• • Rare archaeological site exhibiting Hindu–Buddhist–Jain coexistence across centuries.

• Architectural Excellence:

• • Complex includes: Elaborate facades, multi-story halls, Sculptures, pillars, windows and stairways carved from solid basalt.

• Nearby Heritage Cluster:

• • Khultabad: Naga veneration sites, Sufi shrines.
  • Malik Ambar’s tomb, First Peshwa’s tomb, Empty tomb of the last Ottoman Caliph.

 

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SIM Binding

Source: TOI

Context: The Union Government has directed messaging apps like WhatsApp, Telegram, Signal and others to mandatorily link their services to the SIM card used during registration.

About SIM Binding:

What is SIM Binding?

• SIM binding is a security mechanism that permanently links a user’s messaging or authentication service to the physical SIM card used during registration. The app stops working if the original SIM is not present in the device, acting as a hardware token for identity verification.

Ministry:

• Department of Telecommunications (DoT)
• Under the Telecommunication Cybersecurity Amendment Rules, 2025.
• Introduced the concept of Telecommunication Identifier User Entity (TIUE) to regulate digital communications more securely.

New Government Order Mandates:

• Messaging apps must ensure their services remain continuously linked to the SIM used during sign-up.
• App must block access if the registered SIM is not physically present in the device.
• Web versions (like WhatsApp Web) must auto-logout every six hours.
• Platforms have 90 days to comply.

SIM Binding Works:

• SIM binding is a security process that links a user’s digital identity to the unique identifiers stored inside a physical SIM card. Every SIM contains hardware-level data such as:

• • IMSI (International Mobile Subscriber Identity)
  • ICCID (Integrated Circuit Card Identifier)
  • Ki (authentication key stored in SIM hardware)

• When an app implements SIM binding, it continuously checks these SIM identifiers inside the device.
• If the app does not detect the same IMSI/ICCID/Ki that were present during registration, it concludes the identity mismatch and automatically blocks access.

Need for SIM Binding Rules:

• Several fraudsters use messaging apps without the original SIM, especially from outside India.
• Prevents impersonation, spoofing, OTP bypass attacks and cross-border cyber fraud.
• Ensures device–SIM–account linkage, making account misuse harder.
• Enhances national cyber security by reducing anonymity on messaging platforms.

 

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Great Nicobar Crake

Source: TH

Subject: Species in News

Context: A newly photographed Great Nicobar Crake, possibly a new species of the Rallina genus, has been reported from Great Nicobar Island—only the third photographic record in over a decade.

About Great Nicobar Crake:

What it is?

• The Great Nicobar Crake is a medium-sized, potentially new Water Crake species (Genus: Rallina) found only in Great Nicobar Island. It may be endemic to the Andaman & Nicobar region and shows several morphological features not seen in known Rallina species.

Habitat:

• Lives in dense tropical rainforest undergrowth, including bamboo, vines, and cane thickets.
• Usually found near wetlands, streams, and forest-floor vegetation.
• Exhibits shy, elusive behaviour, making sightings extremely rare.

IUCN Status: Not yet officially assessed, but scientists suggest it may qualify as Data Deficient or Endemic–Near Threatened, following patterns seen in other Rallina crakes.

Characteristics:

• Physical Features:

• • Plumage: Rich reddish-brown (rufescent), browner back.
  • Underparts: Bold black-and-white barring on belly and wing-coverts.
  • Bill: Stout, pale green, uniformly deep, reddish tip.

• Social & Behavioural Traits:

• • Shy, ground-dwelling and fast-running; rarely flies.
  • Moves silently through undergrowth; forages on insects and small invertebrates.

Significance:

• Indicates exceptionally rich biodiversity and high endemism of Great Nicobar Island (24% endemism in some faunal groups).
• Highlights ecological sensitivity of the area facing mega infrastructure development.
• Emphasises the need for strict conservation, long-term monitoring, and careful environmental assessments.

 

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Aircraft Hansa-3 NG

Source: DD News

Subject: Defence

Context: The Union Minister for Science & Technology launched India’s first indigenous production-version pilot trainer aircraft Hansa-3 NG at CSIR-NAL, Bengaluru.

About Aircraft Hansa-3 NG:

What it is?

• Hansa-3 NG is a two-seater, next-generation, all-composite trainer aircraft designed for Private Pilot Licence (PPL) and Commercial Pilot Licence (CPL) training.
• It is the first fully indigenous trainer aircraft ready for serial production in India’s civil aviation ecosystem.

Developed by: Designed and developed by CSIR–National Aerospace Laboratories (NAL), Bengaluru.

Key Features of Hansa-3 NG:

• Aircraft Design & Performance:
  • Built with a lightweight composite airframe, making the aircraft durable, fuel-efficient and easier to maintain.
  • Features a bubble canopy and wide cockpit, giving excellent visibility and comfortable seating for trainee pilots.
  • Designed for stable low-speed handling, making take-offs, landings and training manoeuvres safer for beginners.
• Avionics:
  • Comes with a modern glass cockpit that displays all flight information digitally for better situational awareness.
  • Integrated navigation, communication and safety systems (GPS, ILS-ready, transponder, radio).
  • Equipped with Emergency Locator Transmitter (ELT) for safety compliance.
• Powerplant:
  • Powered by a fuel-efficient Rotax engine, widely used worldwide for flight-training aircraft.
  • Easy-to-maintain engine setup with quick-access panels, helping reduce servicing time and cost.
• Safety & Durability:
  • Airframe treated with lightning protection for safe all-weather flying.
  • Strong landing gear designed to handle frequent training landings on different types of runways.

Significance:

• Critical to India’s requirement of 30,000 pilots over the next 15–20 years.
• Reduces dependence on foreign trainer aircraft and saves foreign exchange.
• Enables Atmanirbhar Bharat in aviation manufacturing and boosts MSME participation.

 

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UPSC CURRENT AFFAIRS – 1 December 2025 Mapping:

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Black Sea

Source: LM

Subject: Mapping

Context: Ukraine struck two Russian civilian oil tankers — Kairos and Virat — in the Black Sea using sea drones, causing major damage to vessels believed to be transporting sanctioned Russian oil.

About Black Sea:

What it is?

• The Black Sea is a large inland sea connected to the Mediterranean through a chain of straits. It is known for its unique stratified water system, where deep layers lack oxygen and are filled with hydrogen sulfide, creating a biologically “dead zone.”

Location: Situated at the southeastern extremity of Europe, the Black Sea lies between Eastern Europe, the South Caucasus, and Anatolia.

Neighbouring Nations: It is bordered by Ukraine, Russia, Georgia, Turkey, Bulgaria and Romania.

Key Features:

• Shape & Size: Roughly oval-shaped basin; area ~163,000 sq. miles (422,000 sq. km).
• Connection: Linked to the Mediterranean via the Bosporus to Sea of Marmara to Dardanelles to Aegean Sea.
• Depth: Maximum depth exceeds 7,250 feet (2,210 m).
• Stratified waters:
  • Upper layers: oxygenated, biologically productive.
  • Below ~150–200 m: anoxic (no oxygen), filled with hydrogen sulfide, supporting only anaerobic bacteria.
• Geology: Remnant of the ancient Tethys Sea, transformed over millions of years by tectonic uplift.
• Climate: Northern parts experience cold steppe climate; southern coasts more humid and subtropical.

Significance:

• Key geopolitical flashpoint involving NATO, Russia, Ukraine, and Turkey; crucial maritime route for oil, grain, and military logistics.
• Supports commercial fisheries, shipping lanes, tourism, and provides access to global trade routes.
• Hosts rich biodiversity in upper layers, while deep anoxic layers preserve ancient shipwrecks in near-perfect condition.

 

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