UPSC CURRENT AFFAIRS – 19 November 2025
Kartavya Desk Staff
UPSC CURRENT AFFAIRS – 19 November 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 – 19 November (2025)
• SC Recalls Ban On Ex-Post Facto Green Clearances
SC Recalls Ban On Ex-Post Facto Green Clearances
• Global Methane Status Report 2025
Global Methane Status Report 2025
Content for Mains Enrichment (CME):
• China’s Strategy to Counter Air Pollution
China’s Strategy to Counter Air Pollution
Facts for Prelims (FFP):
• National Industrial Classification (NIC) 2025
National Industrial Classification (NIC) 2025
• Sentinel-6B Satellite
Sentinel-6B Satellite
• Blackbuck
Blackbuck
• India Re-Elected to Codex Executive Committee
India Re-Elected to Codex Executive Committee
• YUVA AI for ALL Initiative
YUVA AI for ALL Initiative
• India Launches National Action Plan On Antimicrobial Resistance 2.0 (NAP-AMR 2.0)
India Launches National Action Plan On Antimicrobial Resistance 2.0 (NAP-AMR 2.0)
Mapping:
• Brazil creates new Indigenous territories
Brazil creates new Indigenous territories
UPSC CURRENT AFFAIRS – 19 November 2025
#### GS Paper 3:
SC Recalls Ban On Ex-Post Facto Green Clearances
Source: TH
Subject: Environment
Context: The Supreme Court has recalled its May 16, 2025 Vanashakti judgment that banned the granting of ex post facto (retrospective) environmental clearances (ECs).
About SC Recalls Ban On Ex-Post Facto Green Clearances:
What Was the Vanashakti Ruling (May 16, 2025)?
• The two-judge Bench (Justice A.S. Oka & Justice Ujjal Bhuyan) held that granting retrospective environmental clearances violates the precautionary principle, which requires environmental harm to be prevented before it occurs.
• It struck down the 2017 MoEFCC notification and 2021 OMs, noting that they enabled regularisation of illegal projects that had bypassed prior environmental approvals.
• The Court said the Centre used “crafty drafting” to sanitise violations, allowing industries to construct first and seek legal cover later, undermining environmental governance.
• It directed the government not to issue any future notifications or circulars permitting ex post facto ECs, ensuring strict enforcement of the Environment Protection Act.
• The verdict emphasised that retrospective ECs are a “gross illegality” and an “anathema to environmental jurisprudence”, weakening constitutional environmental protections.
What Are Ex Post Facto Green Clearances?
• Meaning:
• These are after-the-fact environmental approvals granted to projects that began construction, expansion, or operation without acquiring the mandatory prior EC under EIA 2006 rules.
• These are after-the-fact environmental approvals granted to projects that began construction, expansion, or operation without acquiring the mandatory prior EC under EIA 2006 rules.
• Key Features:
• They regularise projects already in violation of environmental norms, effectively converting an illegal act into a legal one after paying compensatory charges. Such approvals involve penalty-based compliance, including fines and restoration measures, which serve as corrective—not preventive—mechanisms. Intended for rare, exceptional situations, they are often misused as routine escape routes for non-compliant developers. They are commonly invoked in large infrastructure, mining, industrial, and real-estate projects where delays could cause significant financial losses. Critics argue they undermine the precautionary principle and encourage developers to start projects illegally, knowing they can regularise violations later.
• They regularise projects already in violation of environmental norms, effectively converting an illegal act into a legal one after paying compensatory charges.
• Such approvals involve penalty-based compliance, including fines and restoration measures, which serve as corrective—not preventive—mechanisms.
• Intended for rare, exceptional situations, they are often misused as routine escape routes for non-compliant developers.
• They are commonly invoked in large infrastructure, mining, industrial, and real-estate projects where delays could cause significant financial losses.
• Critics argue they undermine the precautionary principle and encourage developers to start projects illegally, knowing they can regularise violations later.
Recent Verdict Recalling the Ban:
• Majority View:
• The majority recalled the May 16 judgment, holding that its continuation would cause “devastating consequences”, including demolition of vital public projects and wastage of crores of public money. They argued that retrospective ECs may be allowed in exceptional circumstances, accompanied by heavy penalties, to balance environmental protection with developmental needs. The judges highlighted that the matter involves complex constitutional-ecological issues and therefore must be reconsidered by a larger Bench for clarity and uniformity.
• The majority recalled the May 16 judgment, holding that its continuation would cause “devastating consequences”, including demolition of vital public projects and wastage of crores of public money.
• They argued that retrospective ECs may be allowed in exceptional circumstances, accompanied by heavy penalties, to balance environmental protection with developmental needs.
• The judges highlighted that the matter involves complex constitutional-ecological issues and therefore must be reconsidered by a larger Bench for clarity and uniformity.
• Dissenting View:
• Justice Bhuyan rejected the recall, insisting the original judgment must stand because retrospective clearances reward illegal behaviour and erode environmental accountability. He termed ex post facto ECs “an anathema, a curse devoted to evil”, warning that the Court was diluting decades of strong environmental jurisprudence. Citing Delhi’s toxic smog, he stressed that the precautionary principle cannot be compromised, especially when pollution has become a daily public health threat.
• Justice Bhuyan rejected the recall, insisting the original judgment must stand because retrospective clearances reward illegal behaviour and erode environmental accountability.
• He termed ex post facto ECs “an anathema, a curse devoted to evil”, warning that the Court was diluting decades of strong environmental jurisprudence.
• Citing Delhi’s toxic smog, he stressed that the precautionary principle cannot be compromised, especially when pollution has become a daily public health threat.
Why Was There a Ban on Ex Post Facto Clearances Earlier?
• Retrospective approvals violate the precautionary principle, which mandates that environmental safeguards must operate before—not after—damage occurs.
• Allowing post-facto approvals encourages illegal constructions, as developers may knowingly avoid prior ECs expecting later regularisation.
• Such approvals weaken the rule of law, undermining the mandatory requirement of prior clearance under the EIA 2006 framework.
• Environmental harm caused during illegal construction or operation is irreversible, and retrospective approvals merely legitimise the damage already inflicted.
• They pose public health risks, as air, water, and soil pollution generated during unregulated phases directly impact citizens, especially vulnerable groups.
• Under Article 21, a clean environment is part of the right to life, and retrospective ECs diminish this constitutional guarantee by permitting post-hoc legalisation of pollution.
Way Ahead:
• Retrospective approvals, if ever granted, must involve strict penalisation, restoration mandates, and long-term ecological compensation to deter future violations.
• Strengthen monitoring through pre-approval compliance audits, satellite-based surveillance, and automated alerts to prevent projects from starting illegally.
• Introduce environmental restoration bonds, where violators must deposit funds upfront to cover ecological repair, ensuring accountability.
• Make EC violations, penalties, and corrective actions publicly accessible, enabling transparency and empowering local communities to monitor compliance.
• Streamline prior EC approvals to reduce delays, ensuring industries are not incentivised to bypass the process for quicker project execution.
• Policy reforms must uphold sustainable development, balancing economic progress with inter-generational equity and long-term ecological integrity.
Conclusion:
A balanced environmental regime must protect ecological integrity without paralysing essential public infrastructure. Retrospective clearances, if ever allowed, must remain exceptional and coupled with strict deterrent penalties to prevent misuse. Ultimately, India’s environmental jurisprudence must uphold both constitutional environmental rights and responsible, sustainable development for future generations.
Data-driven environmental clearances are indispensable for ecological sustainability”. Explain. How can science-based assessments strengthen India’s clearance process?
Global Methane Status Report 2025
Source: UNEP
Subject: Environment
Context: The 2025 Global Methane Status Report, released by UNEP, serves as a mid-term evaluation of the Global Methane Pledge, revealing that while projected emissions growth has slowed, current commitments will fail to meet the 2030 target.
About Global Methane Status Report 2025:
Key Summary of the Report:
• Revised Baseline: The Current Legislation Emissions (CLE) scenario projects 2030 emissions at 369 Mt, which is 14 Mt (4%) lower than the 2021 pre-Pledge baseline, due to slower gas market growth and new waste regulations in Europe and North America.
• Ambition Gap: Full implementation of current NDCs and Methane Action Plans (MAPs) would reduce emissions by only 8% below 2020 levels by 2030, far short of the GMP’s 30% target.
• Technically Feasible Pathway: Implementing all Maximum Technically Feasible Reductions (MTFR) could cut emissions by 32% by 2030 (131 Mt), avoiding 0.2°C of warming by 2050 and over 180,000 premature deaths annually by 2030.
• Cost-Effectiveness: Over 80% (109 Mt/yr) of the MTFR potential is available at a low cost ($</t CH₄), with the waste sector offering net savings of $9 billion annually through vaporized biogas.
• Sectoral Potential: The energy sector holds 72% of the 2030 technical mitigation potential, followed by agriculture (18%) and waste (10%).
• Geographical Focus: The G20+ group (which includes the EU-24, Norway, Switzerland, Iceland, and New Zealand) is responsible for 65% of emissions and 72% of the global mitigation potential.
• Policy Progress: 127 countries (65% of Paris Agreement parties) now include methane measures in NDCs, a 38% increase from pre-2020, but only six countries (Canada, Japan, Moldova, Norway, USA, Vietnam) have national targets directly comparable to the GMP.
Major Sources of Methane Emission:
• Agriculture (42%, 146 Mt): Dominated by enteric fermentation from livestock (76% of agricultural emissions) and rice cultivation (21%).
• Energy (38%, 135 Mt): Comprises oil and gas production (64 Mt from upstream, 17 Mt from downstream) and coal mining (43 Mt).
• Waste (20%, 71 Mt): Primarily from municipal solid waste in landfills (37 Mt) and wastewater (30 Mt from domestic and industrial).
Implications Across the Globe:
• Health & Productivity: The CLE scenario would cause 24,000 additional premature deaths, 2.5 Mt of crop losses (maize, rice, soy, wheat), and 6.9 million lost labour hours annually by 2030 due to ground-level ozone.
• Regional Disparities: Emissions in non-G20+ regions (Africa, Latin America, parts of Asia) are projected to rise 16% by 2030 and 53% by 2050, driven by population growth, expanding livestock, and improved waste collection without concurrent mitigation.
• Data Integrity Crisis: Persistent underreporting, especially in the fossil fuel sector, compromises policy effectiveness. Studies in Mexico and Australia show measured emissions can be double the official inventory estimates.
• Locked-in Emissions: Methane from waste decomposes over decades. Without pre-2030 investment in landfill gas capture and organic waste diversion, significant mitigation potential for 2040-2050 will be lost.
• Financial Mismatch: Tracked methane finance averages $13.7 billion/year, but the net annual cost to implement MTFR by 2030 is $127 billion—a massive investment gap.
Recommendations:
• Adopt Measurement-Based Regulations: Scale the use of direct measurement tools (like satellites, airborne surveys) for robust MRV, following models like the EU Methane Regulation and OGMP 2.0 framework.
• Implement Sector-Specific “No-Regret” Policies: Energy: Mandate frequent LDAR (Leak Detection and Repair) and ban non-emergency venting. Waste: Enforce source separation of organic waste and mandate landfill gas capture. Agriculture: Enforce bans on agricultural waste burning and promote intermittent aeration for rice paddies.
• Energy: Mandate frequent LDAR (Leak Detection and Repair) and ban non-emergency venting.
• Waste: Enforce source separation of organic waste and mandate landfill gas capture.
• Agriculture: Enforce bans on agricultural waste burning and promote intermittent aeration for rice paddies.
• Overcome Financial Barriers: Deploy concessional finance and risk-sharing instruments to support mitigation in developing economies and for National Oil Companies (NOCs). Repurposing a fraction of the > $635 billion in annual harmful agricultural subsidies could close the finance gap.
• Strengthen National Targets: Countries must translate GMP participation into quantified, time-bound national methane reduction targets within their NDCs, moving beyond vague measures.
• Integrate with Decarbonization: Combine targeted methane controls with deep energy decarbonization and demand-side measures (e.g., sustainable diets) to achieve a 53% reduction by 2050, aligning with 1.5°C pathways.
Conclusion:
The report confirms the GMP target is technically achievable with existing, low-cost solutions. The primary barrier is no longer technology or cost, but the pace of policy implementation and financial mobilization. The next five years are critical to deploy measures that will deliver immediate climate stabilization and clean air benefits, making methane action the most impactful short-term climate strategy available.
Examine the role of methane in climate change and discuss strategies to reduce methane emissions as part of global environmental conservation efforts.
#### UPSC CURRENT AFFAIRS – 19 November 2025 Content for Mains Enrichment (CME)
China’s Strategy to Counter Air Pollution
Context: China has publicly offered to share its experience in fighting severe air pollution with India, as northern cities continue to face hazardous smog levels. Recent studies show China has significantly reduced PM2.5 levels since 2013
About China’s Strategy to Counter Air Pollution:
• What it is? China’s anti-pollution strategy is a centralised, long-term, multi-sectoral clean air campaign launched since the early 2000s to reduce particulate matter (especially 5), industrial emissions, and urban smog.
• China’s anti-pollution strategy is a centralised, long-term, multi-sectoral clean air campaign launched since the early 2000s to reduce particulate matter (especially 5), industrial emissions, and urban smog.
• Key Methods Adopted:
• Strict Industrial Controls – Shutdown of heavily polluting factories, mandatory pollution-control equipment, real-time emissions monitoring. Coal-to-Clean Energy Shift – Closure of coal boilers, promotion of gas-based heating, investment in renewables. Massive Push for Electric Mobility – EV subsidies, electrification of buses (e.g., Shenzhen’s 16,000 e-bus fleet), strict vehicular emission norms. Cadre Evaluation System – Bureaucrats promoted based on environmental targets, creating accountability. Urban Clean Air Action Plans – Bans on crop burning, restrictions on construction dust, relocation of industries away from cities. Large-Scale Air Monitoring – Thousands of air quality monitoring stations with transparent data for central oversight.
• Strict Industrial Controls – Shutdown of heavily polluting factories, mandatory pollution-control equipment, real-time emissions monitoring.
• Coal-to-Clean Energy Shift – Closure of coal boilers, promotion of gas-based heating, investment in renewables.
• Massive Push for Electric Mobility – EV subsidies, electrification of buses (e.g., Shenzhen’s 16,000 e-bus fleet), strict vehicular emission norms.
• Cadre Evaluation System – Bureaucrats promoted based on environmental targets, creating accountability.
• Urban Clean Air Action Plans – Bans on crop burning, restrictions on construction dust, relocation of industries away from cities.
• Large-Scale Air Monitoring – Thousands of air quality monitoring stations with transparent data for central oversight.
• Significance:
• PM2.5 levels fell by over 35–40% in major Chinese cities between 2013–17. Public health burden reduced; “airpocalypse” episodes became less frequent. Demonstrated that rapid economic growth can continue alongside stringent environmental rules. Showed that top-down accountability and resource mobilisation can deliver fast results.
• PM2.5 levels fell by over 35–40% in major Chinese cities between 2013–17.
• Public health burden reduced; “airpocalypse” episodes became less frequent.
• Demonstrated that rapid economic growth can continue alongside stringent environmental rules.
• Showed that top-down accountability and resource mobilisation can deliver fast results.
UPSC Relevance:
• GS-III (Environment & Pollution Control): China’s model offers comparative insights for India’s NCAP, GRAP, vehicle emission policies, and energy transition.
• GS-II (Governance & Policy Implementation): Highlights role of bureaucratic accountability, central coordination, regulatory enforcement.
• Essay & Ethics: Case study for environmental governance, sustainable development, state capacity.
#### UPSC CURRENT AFFAIRS – 19 November 2025 Facts for Prelims (FFP)
National Industrial Classification (NIC) 2025
Source: DD News
Subject: Economy
Context: The Ministry of Statistics & Programme Implementation launched the National Industrial Classification (NIC) 2025, a major revision to India’s economic activity coding system, during the 75th-anniversary celebrations of the National Sample Survey Office (NSSO) in Udaipur.
About National Industrial Classification (NIC) 2025:
• What it is? A standardized six-digit classification system for categorizing all economic activities in India, replacing the earlier five-digit NIC-2008.
• A standardized six-digit classification system for categorizing all economic activities in India, replacing the earlier five-digit NIC-2008.
• History: First introduced in 1962, with revisions in 1970, 1987, 1998, 2004, and 2008.
• Aim: To reflect India’s evolving economic structure, improve granularity, and align with the UN’s International Standard Industrial Classification (ISIC) Revision 5.
• Key Features: Explicitly includes emerging sectors like cloud services, blockchain, platform-based services, renewable energy, waste management, and AYUSH. Introduces new classes for intermediation services (logistics, real estate, food services) and environmental remediation. Will serve as the standard framework for all official statistics, surveys, and policy design in India.
• Explicitly includes emerging sectors like cloud services, blockchain, platform-based services, renewable energy, waste management, and AYUSH.
• Introduces new classes for intermediation services (logistics, real estate, food services) and environmental remediation.
• Will serve as the standard framework for all official statistics, surveys, and policy design in India.
About National Sample Survey Office (NSSO):
• What it is? India’s premier institution for large-scale sample surveys across socio-economic domains.
• India’s premier institution for large-scale sample surveys across socio-economic domains.
• Established: In 1950 by Prof. P.C. Mahalanobis.
• Aim: To collect and analyse nationally representative data on topics like employment, health, education, industries, and prices.
• Key Features: Headed by a Director General under the Ministry of Statistics & Programme Implementation. Comprises four divisions: Survey Design and Research Division (SDRD): Kolkata-based; designs surveys and methodologies. Field Operations Division (FOD): Manages nationwide data collection through zonal and regional offices. Data Processing Division (DPD): Handles sample selection, software, and data validation. Survey Coordination Division (SCD): Coordinates activities and publishes the journal Sarvekshana. Conducts key surveys such as the Annual Survey of Industries (ASI) and Periodic Labour Force Survey (PLFS).
• Headed by a Director General under the Ministry of Statistics & Programme Implementation.
• Comprises four divisions: Survey Design and Research Division (SDRD): Kolkata-based; designs surveys and methodologies. Field Operations Division (FOD): Manages nationwide data collection through zonal and regional offices. Data Processing Division (DPD): Handles sample selection, software, and data validation. Survey Coordination Division (SCD): Coordinates activities and publishes the journal Sarvekshana.
• Survey Design and Research Division (SDRD): Kolkata-based; designs surveys and methodologies.
• Field Operations Division (FOD): Manages nationwide data collection through zonal and regional offices.
• Data Processing Division (DPD): Handles sample selection, software, and data validation.
• Survey Coordination Division (SCD): Coordinates activities and publishes the journal Sarvekshana.
• Conducts key surveys such as the Annual Survey of Industries (ASI) and Periodic Labour Force Survey (PLFS).
Sentinel-6B Satellite
Source: IE
Context: Sentinel-6B, a new ocean-monitoring satellite, has been successfully launched from Vandenberg Space Force Base to enhance global sea-level monitoring.
About Sentinel-6B Satellite:
What it is?
• Sentinel-6B is an advanced ocean-altimetry satellite designed to measure global sea-surface height, waves, winds and climate-driven changes in ocean dynamics with high precision.
Launched By: A joint mission of NASA, NOAA, European Space Agency (ESA), Eumetsat, the European Commission, with support from CNES.
• Lunched aboard a SpaceX Falcon-9
• To provide continuous, high-accuracy measurements of sea-level rise, ocean temperature patterns, and sea-state data to improve climate modelling, storm forecasting, and coastal resilience planning.
Key Features:
• Radar Altimeter: Measures sea-surface height by timing radar pulses to millimetre accuracy.
• Advanced Microwave Radiometer: Corrects atmospheric water-vapour errors for more precise altimetry.
• 6 science instruments enabling sea-level measurement accuracy to ~1 inch across 90% of global oceans.
• Orbits Earth at 2 km/s, completing one revolution every 112 minutes.
• Continuation of the Topex-Poseidon → Jason-1/2/3 → Sentinel-6 Michael Freilich legacy record since early 1990s.
Significance:
• Provides the world’s gold-standard reference dataset for sea-surface height—critical for tracking sea-level rise.
• Enhances weather and storm forecasting, especially cyclones, floods and wave prediction.
• Supports maritime safety, submarine cable/pipeline protection, and climate adaptation planning.
Blackbuck
Source: NDTV
Subject: Species in news
Context: Thirty-one blackbucks died from a bacterial infection at Karnataka’s Kittur Rani Chennamma Zoo in Belagavi, prompting a high-level probe ordered by the state Forest Minister.
About Blackbuck:
• What it is? The blackbuck (Antilope cervicapra) is a diurnal, grassland antelope native to the Indian subcontinent, known for its distinct sexual dimorphism and spiralled horns.
• The blackbuck (Antilope cervicapra) is a diurnal, grassland antelope native to the Indian subcontinent, known for its distinct sexual dimorphism and spiralled horns.
• Habitat: Prefers open short grasslands, semi-desert areas, and agricultural margins; avoids dense forests.
• IUCN Status: Least Concern (global), but protected in India under Schedule I of the Wildlife (Protection) Act, 1972.
• Key Characteristics of the Blackbuck:
• Distinctive Horns:Only mature males possess long (50-71 cm), spirally twisted, ringed horns that form a wide “V” shape.
• Pronounced Sexual Dimorphism:Adult males have a striking dark brown-to-black coat with a white underside and eye rings, while females and young males are predominantly fawn or light brown.
• Speed and Agility:Renowned as one of the fastest land animals in India, it can reach speeds of up to 80 km/h to evade predators.
• Social Structure:Exhibits a flexible herd system, typically forming three group types: female herds with young, bachelor male herds, and territorial males who defend small, exclusive territories.
• Scent Marking:Territorial males mark their domain using preorbital gland secretions (deposited on grass and twigs) and dung middens.
• Cause of Death in This Case: Bacterial infection (exact pathogen under investigation), leading to rapid mortality in a closed zoo environment.
About Kittur Rani Chennamma Zoo:
• What it is? A mini zoo and natural retreat, also known as Bhutaramanahatti Zoo, dedicated to wildlife conservation and public education.
• A mini zoo and natural retreat, also known as Bhutaramanahatti Zoo, dedicated to wildlife conservation and public education.
• Location:Situated in Belagavi, Karnataka, approximately 12 km from the city centre along National Highway-4.
• Key Features: Established in 1989and spans an area of 68 hectares. Houses a variety of animal species in naturalistic, well-maintained enclosures. Focuses on conservation of regional biodiversityand promoting environmental awareness. Serves as an educational and recreational destination for families, students, and nature enthusiasts.
• Established in 1989and spans an area of 68 hectares.
• Houses a variety of animal species in naturalistic, well-maintained enclosures.
• Focuses on conservation of regional biodiversityand promoting environmental awareness.
• Serves as an educational and recreational destination for families, students, and nature enthusiasts.
India Re-Elected to Codex Executive Committee
Source: PIB
Subject: International Relation
Context: India has been unanimously re-elected to the Executive Committee of the Codex Alimentarius Commission, securing a leadership role for the Asia region until 2027.
About India Re-Elected to Codex Executive Committee:
• What it is? India has been re-elected as the Asian regional representative on the Executive Committee (CCEXEC) of the Codex Alimentarius
• India has been re-elected as the Asian regional representative on the Executive Committee (CCEXEC) of the Codex Alimentarius
• Term:The term will last until the conclusion of the 50th Codex Alimentarius Commission (CAC50) in 2027.
• Functions in this Role: Represent technical and trade priorities of Asian countries in global food standard setting. Contribute to discussions on Codex efficiency, future challenges, and the use of technology. Oversee the development of international food standards between full commission sessions.
• Represent technical and trade priorities of Asian countries in global food standard setting.
• Contribute to discussions on Codex efficiency, future challenges, and the use of technology.
• Oversee the development of international food standards between full commission sessions.
About Codex Alimentarius Commission (CAC):
• What it is? An international intergovernmental body that develops food standards, guidelines, and codes of practice.
• An international intergovernmental body that develops food standards, guidelines, and codes of practice.
• Established:May 1963, jointly by the Food and Agriculture Organization (FAO) and the World Health Organization (WHO).
• Organizational Structure: Executive Committee (CCEXEC):Manages standard development between sessions. General Subject & Commodity Committees:Develop specific standards (e.g., pesticides, methods of analysis). Coordinating Committees:Facilitate regional coordination.
• Executive Committee (CCEXEC):Manages standard development between sessions.
• General Subject & Commodity Committees:Develop specific standards (e.g., pesticides, methods of analysis).
• Coordinating Committees:Facilitate regional coordination.
• Aim:To protect consumer health and ensure fair practices in international food trade.
• Key Features:
• It is the global, science-based food standards body established by the FAO and WHO. Its standards are recognized as international references by the WTO’s SPS Agreement. The commission operates with 189 members (188 countries and the European Union). India has been a member of this body since 1964. It develops harmonized standards to protect consumer health and ensure fair trade practices.
• It is the global, science-based food standards body established by the FAO and WHO.
• Its standards are recognized as international references by the WTO’s SPS Agreement.
• The commission operates with 189 members (188 countries and the European Union).
• India has been a member of this body since 1964.
• It develops harmonized standards to protect consumer health and ensure fair trade practices.
YUVA AI for ALL Initiative
Source: PIB
Subject: Government Scheme
Context: The Ministry of Electronics and Information Technology (MeitY) has launched ‘YUVA AI for ALL’, a free national course to democratize AI literacy.
About YUVA AI for ALL Initiative:
• What it is? A free, 4.5-hour self-paced online course designed to introduce Artificial Intelligence to a broad audience, with content tailored to the Indian context.
• A free, 4.5-hour self-paced online course designed to introduce Artificial Intelligence to a broad audience, with content tailored to the Indian context.
• Organization Involved: Launched by MeitY under the IndiaAI Mission, developed by AI expert Jaspreet Bindra.
• Aim: To empower 1 crore (10 million) Indians with basic AI knowledge and promote ethical, responsible AI adoption.
• Key Features:
• Completely freewith a government-certified certificate upon completion.
• Availableon platforms like FutureSkills Prime, iGOT Karmayogi, and other ed-tech portals.
• Six modulescovering AI basics, real-world applications, safety, ethics, and future opportunities.
• Uses Indian examplesto make learning relatable and practical.
• Designed for self-paced learning, accessible to students, professionals, and curious learners.
• Significance:
• Democratizes AI Literacy:Makes foundational AI education free and accessible to millions, bridging the digital divide.
• Builds Future Workforce:Equips students and professionals with essential AI skills, enhancing employability and readiness for a tech-driven economy.
• Promotes Ethical AI:Focuses on responsible and safe AI use, fostering a informed and conscious approach to technology adoption in India.
India Launches National Action Plan On Antimicrobial Resistance 2.0 (NAP-AMR 2.0)
Source: NIE
Subject: Government Scheme
Context: India has launched the National Action Plan on Antimicrobial Resistance 2.0 (2025–29) at the start of WHO’s World AMR Awareness Week.
About India Launches National Action Plan On Antimicrobial Resistance 2.0 (NAP-AMR 2.0):
What is it?
• NAP-AMR 2.0 is India’s updated five-year strategic framework (2025–29) to combat rising antimicrobial resistance through a One Health approach covering human, animal, agriculture, and environmental sectors.
• It replaces and expands the earlier NAP-AMR 2017–21, incorporating gaps identified during its implementation.
Launched by: Union Ministry of Health & Family Welfare
• To create a coordinated, multi-sectoral national response to AMR using a One Health framework.
• To reduce misuse/overuse of antimicrobials and strengthen laboratory surveillance, stewardship, and infection control.
Key Features of NAP-AMR 2.0:
• One Health Integration: Brings together human health, animal husbandry, agriculture, food safety, environment, and research sectors under a unified national framework.
• Ministry-Specific Action Plans: Each of the 20+ ministries (Health, Agriculture, Animal Husbandry, MoEFCC, DST, Chemicals, Jal Shakti, etc.) has its own action plan, budget, goals, and timelines.
• Strengthened Surveillance & Laboratory Capacity: Focus on expanding diagnostic networks, AMR labs, pathogen tracking, and infection prevention and control (IPC) across hospitals.
• Antibiotic Stewardship & Regulatory Measures: Controls irrational antibiotic use; promotes prescription auditing; supports state actions like Kerala & Gujarat banning OTC antibiotic sales.
• Public & Professional Awareness: Nationwide awareness campaigns, medical curriculum integration, and training programs for healthcare providers, veterinarians & pharmacists.
• Environment & Agriculture Measures: Regulates antimicrobial/pesticide usage in crops; monitors pharmaceutical waste; promotes safe livestock practices.
• Innovation & Research Push: Strengthens the India AMR Innovation Hub to develop new diagnostics, technologies, and collaborative R&D models.
Significance:
• Addresses India’s Growing AMR Burden: India has one of the highest global AMR rates, threatening surgeries, cancer care, organ transplants, and routine medical procedures.
• Ensures Policy Continuity & Global Alignment: Aligns with WHO’s Global Action Plan on AMR and strengthens India’s position as a global leader in AMR containment.
• Whole-of-Government & Whole-of-Society Approach: Engages ministries, private sector, NGOs, professional bodies, and international partners—boosting accountability and multisectoral coordination.
#### UPSC CURRENT AFFAIRS – 19 November 2025 Mapping:
Brazil creates new Indigenous territories
Source: BBC
Subject: Mapping
Context: Brazil, during COP30 at Belém, officially created 10 new Indigenous Territories, expanding protected areas amid ongoing protests demanding land demarcation.
About Brazil creates new Indigenous territories:
• What is this decision? Brazil designated 10 new Indigenous Territories through a presidential decree, granting them legal protection for culture, land rights, forests, and biodiversity. Indigenous territories together now cover 117.4 million hectares (~13.8% of Brazil’s land area), roughly the size of Colombia.
• Brazil designated 10 new Indigenous Territories through a presidential decree, granting them legal protection for culture, land rights, forests, and biodiversity. Indigenous territories together now cover 117.4 million hectares (~13.8% of Brazil’s land area), roughly the size of Colombia.
• Why was it done?
• Climate Action at COP30: Indigenous lands protect 82% of global biodiversity; demarcation reduces deforestation by up to 20% and carbon emissions by 26% by 2030. Violence & Land Invasion: Sharp increase in attacks by illegal miners, loggers, cattle ranchers.
• Climate Action at COP30: Indigenous lands protect 82% of global biodiversity; demarcation reduces deforestation by up to 20% and carbon emissions by 26% by 2030.
• Violence & Land Invasion: Sharp increase in attacks by illegal miners, loggers, cattle ranchers.
• Tribes/Peoples Associated with the New Territories: Mura, Tupinambá de Olivença, Pataxó, Guarani-Kaiowá, Munduruku, Pankará, and Guarani-Mbya
About Brazil:
• What is Brazil? Brazil is the largest country in South America, the 5th largest in the world, occupying nearly half of the South American continent.
• Brazil is the largest country in South America, the 5th largest in the world, occupying nearly half of the South American continent.
• Neighbouring Nations: Brazil borders every South American country except Chile and Ecuador. Bordering countries: Uruguay, Argentina, Paraguay, Bolivia, Peru, Colombia, Venezuela, Guyana, Suriname, and French Guiana.
• Brazil borders every South American country except Chile and Ecuador.
• Bordering countries: Uruguay, Argentina, Paraguay, Bolivia, Peru, Colombia, Venezuela, Guyana, Suriname, and French Guiana.
• Capital: Brasília
• Major Physiographic Features: Amazon Lowlands:
• Amazon Lowlands:
• World’s largest river system & most extensive virgin rainforest. Dominated by terra firme forests, várzeas (floodplains), wetlands, and oxbow lakes.
• World’s largest river system & most extensive virgin rainforest. Dominated by terra firme forests, várzeas (floodplains), wetlands, and oxbow lakes.
• World’s largest river system & most extensive virgin rainforest.
• Dominated by terra firme forests, várzeas (floodplains), wetlands, and oxbow lakes.
• Brazilian Highlands (Panalto Central):
• Covers half the country; rich in minerals. Includes Serra do Mar, Serra da Mantiqueira, Serra do Espinhaço. Elevations up to ~2,900 m (Agulhas Negras, Bandeira Peak).
• Covers half the country; rich in minerals. Includes Serra do Mar, Serra da Mantiqueira, Serra do Espinhaço. Elevations up to ~2,900 m (Agulhas Negras, Bandeira Peak).
• Covers half the country; rich in minerals.
• Includes Serra do Mar, Serra da Mantiqueira, Serra do Espinhaço.
• Elevations up to ~2,900 m (Agulhas Negras, Bandeira Peak).
• Guiana Highlands:
• Shared with Venezuela, Guyana, Suriname. Highest peak: Pico da Neblina (3,014 m).
• Shared with Venezuela, Guyana, Suriname. Highest peak: Pico da Neblina (3,014 m).
• Shared with Venezuela, Guyana, Suriname.
• Highest peak: Pico da Neblina (3,014 m).
• Pantanal Wetlands:
• World’s largest freshwater wetland, ~140,000 sq km. Seasonal flooding from upper Paraguay River.
• World’s largest freshwater wetland, ~140,000 sq km. Seasonal flooding from upper Paraguay River.
• World’s largest freshwater wetland, ~140,000 sq km.
• Seasonal flooding from upper Paraguay River.
Please subscribe to Our podcast channel HERE
Official Facebook Page HERE
Twitter Account HERE
Instagram Account HERE
LinkedIn: HERE