Environment & Ecology – Climate Change, Carbon Markets, International Environmental Agreements, Mitigation Mechanisms

Why in News?

India and Japan signed the implementation framework for the Joint Crediting Mechanism (JCM), a bilateral carbon crediting mechanism aimed at promoting decarbonization technologies and facilitating emission reduction projects. The agreement strengthens climate cooperation while supporting India’s transition towards a low-carbon economy.

Key Facts

What is the Joint Crediting Mechanism (JCM)?

• A bilateral carbon-crediting mechanism initiated by Japan in 2013. 
• Enables the transfer and deployment of advanced low-carbon and decarbonization technologies in partner countries. 
• Greenhouse Gas (GHG) emission reductions achieved through approved projects are quantified and credited. 
• The generated carbon credits are shared between Japan and the partner country. 

India–Japan JCM Framework

• India became one of the partner countries under the JCM framework. 
• Supports projects involving: 
  • Renewable Energy 
  • Energy Efficiency 
  • Waste Management 
  • Industrial Decarbonization 
  • Clean Technologies 
• Contributes to India’s climate mitigation efforts and sustainable development goals. 

Institutional Mechanism

• Operates through a Joint Committee comprising representatives from both countries. 
• Responsible for project approval, methodology development, monitoring, reporting, and verification (MRV) of emission reductions. 

UPSC-Oriented Analysis

• UPSC frequently asks questions on carbon markets, climate agreements, emission trading mechanisms, and international environmental initiatives. 
• JCM is important because it links static concepts such as carbon credits and climate governance with current developments in bilateral climate cooperation. 

It can be compared with mechanisms under the Paris Agreement, voluntary carbon markets, and other market-based climate mitigation instruments.

Source/Reference:

https://www.pib.gov.in/PressReleasePage.aspx?PRID=2191915&reg=48&lang=2

Defence & Security – Indian Navy, Naval Platforms, Maritime Security, Indian Ocean Region (IOR)

Why in News?

INS Tarkash, a frontline warship of the Indian Navy, visited Port Victoria, Seychelles, during its operational deployment in the South-West Indian Ocean Region. The visit aimed at strengthening maritime cooperation, enhancing interoperability, and reinforcing India’s strategic outreach under its SAGAR vision.

Key Facts

What is INS Tarkash?

• INS Tarkash is a Talwar-class stealth frigate of the Indian Navy. 
• Commissioned in 2012 and built at Yantar Shipyard, Russia. 
• Operates under the Western Naval Command. 
• Designed for multi-role operations including: 
  • Anti-surface warfare 
  • Anti-submarine warfare 
  • Anti-air warfare 

Technical Features

• Equipped with advanced stealth technology to reduce radar, acoustic, and infrared signatures. 
• Carries sophisticated sensors, surveillance systems, missiles, torpedoes, and naval guns. 
• Based on the Russian Krivak-III class frigate design. 

Strategic Significance

• Deployed in the Indian Ocean Region (IOR), a crucial maritime trade corridor. 
• Supports India’s SAGAR (Security and Growth for All in the Region) initiative. 
• Enhances maritime domain awareness, regional stability, anti-piracy operations, and naval diplomacy. 

UPSC-Oriented Analysis

• UPSC frequently asks questions on defence platforms, military commands, naval exercises, and maritime initiatives. 
• INS Tarkash is important due to its linkage with India’s maritime strategy, Talwar-class warships, SAGAR doctrine, and Indian Ocean geopolitics. 

Aspirants should also revise Indian Navy commands, frigate classifications, and strategic island nations in the IOR.

Source/Reference:

https://www.pib.gov.in/PressReleasePage.aspx?PRID=2274061&reg=1&lang=1

Subject: Geography (Physical Geography) & Environment (Volcanism, Igneous Landforms, UNESCO World Heritage Sites, Geological Heritage)

Why in News?

A recent study by the British Geological Survey (BGS) and the Geological Survey of Northern Ireland (GSNI) revealed that the volcanic activity responsible for the formation of the Giant’s Causeway occurred over 5.5 million years, significantly shorter than the previously estimated 13.5 million years. The research linked the site to the North Atlantic Igneous Province (NAIP), a globally significant volcanic event that occurred around 60 million years ago. 

About Giant’s Causeway

• Located on the Antrim Plateau coast, Northern Ireland (United Kingdom). 
• Consists of approximately 40,000 interlocking basalt columns extending into the sea. 
• Formed by the cooling and contraction of basaltic lava, producing characteristic hexagonal columnar joints. 
• Dates back to the Paleogene Period (about 50–60 million years ago). 
• Designated a UNESCO World Heritage Site in 1986. 

North Atlantic Igneous Province (NAIP)

• Massive volcanic province formed during the opening of the North Atlantic Ocean. 
• Extends across: 
  • Northern Ireland 
  • Scotland 
  • Greenland 
  • Faroe Islands 
  • Iceland region. 

UPSC-Oriented Analysis

The Giant’s Causeway is a classic example of extrusive igneous landforms and columnar basalt formation. UPSC may combine questions on:

• Volcanic landforms and rock types. 
• UNESCO natural heritage sites. 
• Geological processes such as cooling, contraction, and joint formation. 
• Large Igneous Provinces (LIPs) and continental breakup events. 

Source/Reference:

https://www.theguardian.com/science/2026/jun/15/globally-significant-volcanic-event-giants-causeway-scientists

Environment & Ecology – National Parks, Protected Areas, Biodiversity Conservation, UNESCO World Heritage Sites

Why in News?

Manas National Park in Assam recorded zero rhino and tiger poaching for three consecutive years, marking a significant conservation achievement. The success highlights the effectiveness of anti-poaching measures and habitat protection efforts in one of India’s most important biodiversity hotspots.

Key Facts

About Manas National Park

• Located in Assam, along the foothills of the Eastern Himalayas and adjoining Bhutan. 
• Named after the Manas River, a major tributary of the Brahmaputra. 
• Declared a National Park in 1990. 
• Recognized as a UNESCO World Heritage Site (1988). 
• Also designated as: 
  • Tiger Reserve (Project Tiger) 
  • Elephant Reserve 
  • Biosphere Reserve 

Biodiversity Significance

• Habitat of several endangered species: 
  • Greater One-Horned Rhinoceros 
  • Bengal Tiger 
  • Asian Elephant 
  • Wild Water Buffalo 
  • Golden Langur 
  • Pygmy Hog 
  • Hispid Hare 
• Forms part of the larger Manas Conservation Area extending into Bhutan. 

Conservation Achievement

• Zero poaching of rhinos and tigers reported for the last three years. 
• Success attributed to strengthened surveillance, anti-poaching patrols, technological monitoring, and community participation. 

UPSC-Oriented Analysis

• UPSC frequently asks location-based questions on national parks, flagship species, biosphere reserves, and UNESCO sites. 
• Manas is particularly important because it possesses multiple conservation designations and shelters several endangered species. 

Aspirants should map its location, associated rivers, adjoining Bhutanese protected areas, and species-habitat linkages. 

Similar questions have appeared on Kaziranga, Nanda Devi, Nilgiri Biosphere Reserve, and tiger reserves.

Source/Reference:

https://ddnews.gov.in/en/zero-rhino-tiger-poaching-in-manas-for-3-consecutive-years-says-assam-cm/

Science & Technology – Space Science, Cosmic Rays, Particle Physics, Astronomical Observatories

Why in News?

Scientists working with the GRAPES-3 Telescope have reported new findings on the influence of atmospheric temperature and solar magnetic activity on cosmic-ray-generated muons reaching Earth. The study has enhanced understanding of space weather and high-energy cosmic phenomena.

Key Facts

What is GRAPES-3?

• GRAPES-3 (Gamma Ray Astronomy PeV Energies Phase-3) is one of the world’s leading cosmic-ray observatories. 
• Located at Ooty, Tamil Nadu, under the Tata Institute of Fundamental Research (TIFR), Mumbai. 
• Operational since 2000. 
• Designed to study high-energy cosmic rays and their interaction with Earth’s atmosphere. 

Major Components

• Consists of a large array of particle detectors spread over a vast area. 
• Houses one of the world’s largest muon telescopes, capable of detecting secondary particles generated by cosmic rays. 
• Measures variations in cosmic-ray intensity and solar activity. 

Key Scientific Concepts

• Cosmic Rays: High-energy charged particles originating from outer space. 
• Muons: Elementary particles produced when cosmic rays collide with atmospheric molecules. 
• Helps study: 
  • Solar storms 
  • Space weather 
  • Geomagnetic disturbances 
  • Astrophysical phenomena 

UPSC-Oriented Analysis

• UPSC frequently asks conceptual questions on cosmic rays, elementary particles, observatories, and Indian scientific institutions. 
• GRAPES-3 is important because it combines static physics concepts (cosmic rays, muons, solar activity) with contemporary scientific research. 

Aspirants should also revise neutrinos, gravitational waves, Giant Metrewave Radio Telescope (GMRT), AstroSat, and other Indian scientific facilities.

Source/Reference:

https://epaper.thehindu.com/reader?utm_source=Hindu&utm_medium=Menu&utm_campaign=Header&_gl=1*tw5qlb*_gcl_au*MTA0MzQ0OTM0My4xNzc0ODQ1MTU2LjE1MTQ1MDY4MTUuMTc4MTY3MzgwMC4xNzgxNjczODA4

Environment & Ecology – Birds, Wetland Ecosystems, Biodiversity Conservation, Species Distribution

Why in News?

The first-ever sighting of the Knob-Billed Duck at the Pong Dam wetland in Himachal Pradesh has attracted attention among ornithologists and birdwatchers. The unusual occurrence has raised questions regarding changing migration patterns, habitat shifts, and the ecological significance of wetlands.

Key Facts

About the Knob-Billed Duck

• Scientific Name: Sarkidiornis melanotos 
• Commonly known as the Comb Duck. 
• A large waterfowl species belonging to the family Anatidae. 
• Named after the prominent black knob on the bill of adult males. 
• Distributed across: 
  • Sub-Saharan Africa 
  • Madagascar 
  • South Asia, including parts of India 

Habitat and Characteristics

• Prefers freshwater wetlands, marshes, floodplains, lakes, and riverine habitats. 
• Feeds on aquatic vegetation, seeds, insects, molluscs, and small aquatic organisms. 
• Often found in small flocks near shallow water bodies. 
• Not considered a long-distance migratory bird but exhibits local and seasonal movements. 

Conservation Status

• Listed as Least Concern by the International Union for Conservation of Nature (IUCN). 
• Protected under India’s wildlife conservation framework through habitat protection measures. 

UPSC-Oriented Analysis

• UPSC frequently asks species-based questions involving scientific names, habitats, conservation status, and protected areas. 
• The Knob-Billed Duck is important because it links dynamic current affairs with static ecology topics such as wetland biodiversity, bird distribution, migratory behaviour, and Ramsar sites. 

Aspirants should also revise notable wetland birds, flyways, and major Indian wetlands, especially the Pong Dam Lake, a Ramsar Site and a significant habitat for waterbirds.

Source/Reference:

https://www.tribuneindia.com/news/himachal/first-ever-sighting-of-a-knob-billed-duck-at-the-wetland-sparks-excitement-among-birdwatchers-and-raises-questions-about-shifting-avian-habitats/amp

Polity & Governance / Economy – Statistical Institutions, Official Data Systems, Government Committees & Commissions

Why in News?

The Government has reconstituted the National Statistical Commission (NSC) by appointing a new Chairperson and Members. The development highlights the importance of strengthening India’s statistical system and ensuring the credibility, independence, and quality of official data used for policymaking.

Key Facts

About the National Statistical Commission (NSC)

• The NSC is India’s apex advisory body on statistical matters. 
• It was constituted in 2005 following the recommendations of the Rangarajan Commission (National Statistical Commission, 2001). 
• Functions under the Ministry of Statistics and Programme Implementation (MoSPI). 
• Aims to enhance the quality, reliability, and coordination of India’s statistical system. 

Composition

• Consists of: 
  • A Chairperson 
  • Part-time Members 
  • Chief Statistician of India (Ex-officio Member) 
• Provides guidance on statistical priorities, standards, methodologies, and dissemination of official statistics. 

Major Functions

• Advise the Government on statistical policies. 
• Ensure coordination among central and state statistical agencies. 
• Improve data collection, processing, and dissemination mechanisms. 
• Promote professional independence and integrity in official statistics. 

UPSC-Oriented Analysis

• UPSC frequently asks questions on constitutional and non-constitutional bodies, commissions, and institutions associated with economic governance. 
• Aspirants should note that the NSC is a non-statutory advisory body, not a constitutional or statutory commission. 
• It is important to distinguish the NSC from institutions such as the National Sample Survey Office (NSSO), the Central Statistics Office (CSO) (now integrated into the National Statistical Office), and other data-related agencies. 

Questions may test composition, functions, ministry affiliation, and committee recommendations.

Source/Reference:

https://www.pib.gov.in/PressReleasePage.aspx?PRID=2274108&reg=3&lang=1#:~:text

GS Paper I – Heritage & Culture | GS Paper II – Governance (Cultural Policy) | GS Paper III – Tourism
Heritage Conservation; World Heritage Sites; Museum Development; Repatriation of Antiquities; Digital Preservation

Introduction

Since 2014, under “Vikas Bhi, Virasat Bhi,” India has strengthened heritage conservation through digitisation, tourism initiatives, UNESCO recognitions (31 to 44 World Heritage Sites), safeguarding of intangible heritage, and repatriation of antiquities, enhancing both cultural pride and global visibility.

Main Body

Heritage Conservation and Monument Preservation

Archaeological Survey of India (ASI):

• India has 3,686 centrally protected monuments (April 2026).
• ₹374 crore allocated for conservation and maintenance (2024-25).

National Mission on Monuments and Antiquities (NMMA):

• Documented 1.84 lakh monuments (built heritage and sites).
• Documented 17.20 lakh antiquities across India (March 2026).

Adopt a Heritage 2.0 (Revamped September 2023):

• Collaboration with private companies, PSUs, NGOs, trusts for visitor amenities at protected monuments.
• 30 MoUs signed (March 2026).
• Adopted monuments recorded 13.59 million visitors (FY 2024-25).

Pilgrimage Rejuvenation and Heritage Tourism

PRASHAD Scheme (Pilgrimage Rejuvenation and Spiritual, Heritage Augmentation Drive) – January 2015:

• 54 projects sanctioned across 28 States/UTs; total cost ₹1,726.74 crore.
• 32 projects physically completed (February 2026).
• IIM Rohtak Report (2021): increased visitor satisfaction, ease of travel, and positive visitor user experience.

Swadesh Darshan 1.0 (2014-15):

• 76 projects sanctioned; investment ₹5,290.33 crore.
• 75 projects physically completed (March 2026).

Swadesh Darshan 2.0 (Destination-centric approach):

• 53 projects sanctioned; investment ₹2,208.31 crore.

Challenge Based Destination Development (CBDD) – March 2024:

• 38 projects sanctioned; investment ₹697.94 crore.

HRIDAY Scheme (Heritage City Development and Augmentation Yojana) – January 2015:

• Implemented in 12 cities (Ajmer, Amaravati, Badami, Amritsar, Gaya, Varanasi, Warangal, Puri, Kancheepuram, Mathura, Velankanni).
• Mission period ended 31 March 2019.

Major Heritage Sites Redeveloped

Kashi Vishwanath Corridor (December 2021):

• ₹355 crore project; 5.5 acres; connects temple with Ganga River via four-lane pathway.
• Over 25.28 crore devotees in 3.5 years.
• Estimated economic impact: ₹1.25 lakh crore.
• Average visitor spending: ₹4,000–₹5,000 per person.
• 70% visitors from South India; 15% from other states.

Somnath Temple:

• Redevelopment of temple precincts; 1.5 km promenade.
• Annual devotees: 92–97 lakh; 13.77 lakh for Bilva Pooja; 3.56 lakh during Maha Shivratri 2025.
• Light and Sound Show: over 10 lakh visitors in 3 years.
• Sustainability: 30 lakh litres wastewater treated monthly; Miyawaki forest absorbing ~93,000 kg CO₂ annually; 4,700 paver blocks monthly from plastic waste.

Kedarnath:

• 12.9 km Sonprayag–Kedarnath Ropeway approved under Parvatmala Pariyojana; cost ₹4,081.28 crore; capacity 1,800 passengers per hour per direction.
• Reduces travel time from 8-9 hours to 36 minutes.
• Around 20 lakh pilgrims annually.

Ram Mandir, Ayodhya (Consecrated January 2024):

• Tourism revenue: ₹8,000–₹12,500 crore annually; estimated ₹18,000 crore annually by 2028.
• Visitor numbers: 57.5 million (2023) → over 160 million (2024) → 230 million (first half 2025).
• State investment: over ₹5,000 crore; Ayodhya contributing nearly 25% of UP’s projected ₹70,000 crore tourism economy by 2028.

Mahakal Lok Project, Ujjain:

• Cultural corridor around temple; cost around ₹850 crore.

Maa Kamakhya Divya Lok Pariyojana, Assam:

• Modernising infrastructure at Kamakhya temple; enhancing tourism in Northeast.

Repatriation of Antiquities and Sacred Relics

Repatriation Achievements (Since 2014):

• Total 653 antiquities retrieved (as of May 2026).
• 613 artefacts brought back in last five years (major acceleration).

Piprahwa Relics of Lord Buddha (2025):

• Returned after 127 years.

Goddess Annapurna Idol (2021):

• Returned from Canada after 108 years.

Rama, Sita, Lakshmana Bronze Idols (2020):

• Returned from UK.

Global Exposition of Sacred Buddha Relics:

• Vietnam (2025): over 15 million devotees.
• Kalmykia, Russia (2025): over 90,000 visitors.
• Bhutan (2025): Global Peace Prayer Festival.
• Sri Lanka (2026): Gangaramaya Temple, Colombo.

Museums and Cultural Infrastructure

Museum Grant Scheme:

• Financial assistance for new museums and modernising existing ones.
• Emphasis on immersive museum formats, virtual and theme-based museums, Virtual Experiential Museums (VEM).

Archaeological Experiential Museum, Vadnagar (January 2025):

• Only museum in the world offering immersive archaeological experience.
• Cost ₹298 crore; area 12,500 sq. metres.
• Showcases over 5,000 artifacts; organic remains (food grains, DNA samples, skeletal remains).
• 4,000 sq. metre open excavation site with experiential walkway (depths 16-18 metres).

Yuge Yugeen Bharat National Museum:

• Under development in North and South Blocks (Central Vista Redevelopment).
• Area 1,54,000 sq. metres; presents India’s civilisational journey spanning thousands of years.

National Museum of Indian Cinema (NMIC) (2019):

• Cost ₹140.61 crore; located at Films Division campus, Mumbai (including restored Gulshan Mahal).
• Over 17,000 visitors in May 2026.

UNESCO and Global Heritage Recognition

World Heritage Sites:

• Increased from 31 to 44 (12 new sites added between 2014 and early 2026).
• India hosted 46th UNESCO World Heritage Committee Session in New Delhi (2024).

Intangible Cultural Heritage:

• 15 UNESCO Intangible Cultural Heritage elements (including Yoga, Kumbh Mela, Deepawali, Durga Puja, Garba).

Vedic Heritage:

• Tradition of Vedic Chanting recognised as UNESCO Intangible Cultural Heritage.
• Rigveda manuscripts included in UNESCO’s Memory of the World Register.

Digitisation and Knowledge Preservation

Gyan Bharatam Mission (2025):

• Flagship initiative for preserving, digitising, and disseminating India’s manuscript heritage.
• Over 8 lakh digitised manuscripts; 1.29 lakh accessible on National Digital Repository.
• Outlay ₹482.85 crore (2024–31).
• AI-enabled tools: Handwritten Text Recognition (HTR), Optical Character Recognition (OCR), metadata extraction.

National Manuscript Survey (March 2026):

• For identifying, documenting, and creating comprehensive national database of manuscripts.

Vedic Heritage Portal (March 2023):

• National digital repository of Vedic heritage (Rigveda, Yajurveda, Samaveda, Atharvaveda).
• Over 500 hours of recordings; digital learning modules; recitation archives.

National Film Heritage Mission (2015):

• Preserve, digitise, and restore India’s cinematic heritage.
• 1,469 titles (4.3 lakh minutes) digitised (December 2025).

AI and Technology for Cultural Preservation

BHASHINI (2022):

• Supports 22 languages (voice) and 36 languages (text); 350+ AI models; over 4 billion+ language transactions.
• Enabled real-time translation at Kashi Tamil Sangamam and Maha Kumbh 2025.

BharatGen:

• Developing AI models for 22 Scheduled Languages.

Adi-Vaani:

• AI-based platform for preserving and revitalising tribal languages (Santali, Bhili, Mundari, Gondi).
• Real-time translation, speech-to-text, language learning, digitisation of folklore.

Conclusion

India’s heritage revival is reflected in the rise of UNESCO World Heritage Sites from 31 to 44, major pilgrim inflows at Kashi, Ayodhya and Somnath, heritage schemes like PRASHAD, conservation of 3,686 monuments by ASI, repatriation of 653 antiquities, large-scale manuscript digitisation through Gyan Bharatam, and promotion of linguistic and Vedic heritage through BHASHINI and the Vedic Heritage Portal.

UPSC Mains Practice Question

1. India’s heritage conservation efforts have gained momentum under ‘Vikas Bhi, Virasat Bhi’. Critically examine the initiatives taken for cultural revival and heritage preservation. Discuss the role of technology in this process. (250 words, 15 marks)

https://www.pib.gov.in/PressReleasePage.aspx?PRID=2274401&reg=3&lang=1

GS Paper II – Social Justice (Health) | GS Paper II – Governance (Regulatory)
Drug Regulation; Patient Safety; Quality Control; Adverse Events Reporting; Rural Healthcare

Introduction

The Centre’s decision to remove cough syrups from Schedule K is a necessary step to address longstanding regulatory gaps. Triggered by repeated child deaths linked to contaminated syrups in India and abroad, the move mandates prescriptions for sale. However, its success depends on strict enforcement, transparency, and stronger rural healthcare systems.

Main Body

The Regulatory Failure: Schedule K Exemption

What Schedule K Did:

• Provided exemptions for certain medicines, enabling their sale through channels subject to weaker oversight than licensed pharmacies.
• Cough syrups (under Entry number 13 of Schedule K) could be sold without a prescription.

The Anomaly:

• Cough syrups were recognised as medicines but benefitted from exemptions that fostered a culture of self-medication.
• Poor prescription discipline and fragmented accountability across the supply chain.

The Consequence:

• Vulnerable communities, especially in villages with population less than 1,000, were most affected.
• In MP, the cough syrup Coldrif was found to contain diethylene glycol far in excess of permissible limits.

The Tragedies: Domestic and International

Domestic Incidents:

• October 2025: over 20 children died across Madhya Pradesh and Rajasthan.
• December 2019 – January 2020: similar casualties in Jammu.

International Incidents:

• India-made cough syrups tied to deaths of more than 140 children in Africa and Central Asia since 2022.

The Pattern:

• Contamination with diethylene glycol (toxic industrial solvent).
• Lack of quality control and inspection.
• Weak enforcement of drug regulations.

The New Rule: Prescription Mandate

What Has Changed:

• Cough syrups removed from Schedule K.
• All syrup-based medicines, including cough syrups containing opioids like codeine, can no longer be purchased over the counter.
• Now require a prescription from a registered medical practitioner.

The Intended Effect:

• Reduce self-medication.
• Improve prescription discipline.
• Ensure accountability in the supply chain.

Why the Prescription Mandate Alone Is Insufficient

Centre-State Coordination Deficit:

• Drug regulation suffers from fragmentation between central and state authorities.
• Loopholes in quality control and inspection persist.

Regulatory Capacity:

• Questions remain about the capacity of regulators to monitor a rapidly expanding pharma sector.

Rural Healthcare Access:

• Limited access to healthcare facilities in rural India risks pushing people toward unlicensed vendors.
• Villages with population less than 1,000 lack nearby pharmacies and doctors.

Adverse Event Reporting:

• Lack of transparency in reporting adverse drug events.
• No systematic mechanism for tracking and investigating complaints.

What Must Be Done: Beyond the Prescription Mandate

1. Rigorous Enforcement:

• Strengthen quality control and inspection mechanisms.
• Regular, unannounced inspections of manufacturing units.
• Penalties for violations (fines, suspension of licences, prosecution).

1. Greater Transparency in Reporting Adverse Events:

• Mandatory reporting of adverse drug events by manufacturers and healthcare providers.
• Publicly accessible database of reported adverse events.
• Timely investigation and corrective action.

1. Investment in Rural Healthcare:

• Expand access to healthcare facilities (primary health centres, community health centres).
• Ensure availability of qualified doctors and pharmacists in rural areas.
• Awareness programmes on the dangers of self-medication.

1. Regulatory Culture Shift:

• Prioritise patient safety over crisis management.
• Proactive regulation, not reactive response after tragedies.
• Build a culture of compliance, not evasion.

Conclusion

The removal of cough syrups from Schedule K addresses a long-standing regulatory lapse exposed by repeated child deaths in India and abroad. While mandatory prescriptions can curb misuse, effective drug safety requires stronger Centre–State coordination, stricter quality control, transparent adverse-event reporting, and improved rural healthcare access. Patient safety must remain the core of India’s regulatory framework.

UPSC Mains Practice Question

1. Repeated deaths linked to contaminated cough syrups have exposed gaps in India’s drug regulatory system. Critically examine these failures. Why is a prescription mandate alone insufficient to ensure drug safety? (250 words, 15 marks)

https://indianexpress.com/article/opinion/columns/yogendra-yadav-question-indian-knowledge-systems-why-and-how-10744582/?ref=infinite