Current Affairs for 23 October 2026

World Polio Day 2026: Theme, History, types, India’s initiatives, Significance and Challenges

Why in news?

World Polio Day is observed every year on 24 October to raise awareness about polio prevention and highlight global efforts to eradicate the disease.

Key Facts 

What is Polio?

• Polio, or poliomyelitis, is a highly contagious disease caused by the poliovirus. 
• It mainly affects children under five years of age, although anyone who is not adequately protected can be infected.
• The virus can attack the nervous system and cause permanent paralysis. 
• In severe cases, it can affect the muscles used for breathing and may lead to death.
• There is no specific cure for polio, but vaccination can prevent the disease.

History 

• World Polio Day was established to recognise the global fight against polio and encourage continued vaccination.
• The observance is associated with the efforts of Rotary International and the wider global polio eradication movement.
• In 1988, the World Health Assembly committed to eradicating polio worldwide. 
• This led to the launch of the Global Polio Eradication Initiative, involving the WHO, Rotary International, UNICEF and other partners.
• Since then, vaccination programmes have reduced the global number of wild polio cases by more than 99%.

Types of Polio Vaccines

• Oral Polio Vaccine (OPV)
• Given as drops through the mouth.
• Widely used in mass vaccination campaigns.
• Helps build immunity in the intestine and can help interrupt the spread of the virus.
• Inactivated Polio Vaccine (IPV)
• Given as an injection by a trained healthcare professional.
• Uses inactivated poliovirus.
• Protects against paralytic disease.

India’s Efforts to Eradicate Polio

• India has made significant progress in the fight against polio through large-scale vaccination campaigns, public awareness and disease surveillance.
• India was declared polio-free by the WHO in 2014, following the absence of wild poliovirus cases for the required period.

Major Initiatives of India 

• Pulse Polio Programme: The programme aims to protect children by providing oral polio vaccine doses during special immunisation campaigns. Vaccination teams visit homes and public places to reach children who might otherwise be missed.
• Universal Immunization Programme (UIP): This programme provides essential vaccines to children and pregnant women. Polio vaccination is an important part of India’s routine immunisation efforts.
• Disease Surveillance: Health authorities monitor suspected cases and test environmental samples, including sewage, to detect poliovirus circulation and respond quickly to potential threats.
• Public Awareness Campaigns: Government agencies, healthcare workers, schools and community organisations encourage parents to vaccinate their children and participate in immunisation drives.
• International Cooperation: India works with international health organisations to maintain high vaccination coverage and prevent the virus from re-entering the country.

Why is Polio eradication important?

• Protecting children: Vaccination prevents a disease that can cause lifelong disability.
• Public health: Eradication reduces the risk of outbreaks and the need for repeated emergency responses.
• Economic benefits: Preventing disease reduces long-term medical expenses and the burden on families.
• Global health security: International cooperation helps prevent the spread of poliovirus across borders.
• Equality in healthcare: Vaccination programmes help reach children in remote and underserved communities.

Major Challenges in Polio Eradication

• Low vaccination coverage: Children who miss vaccine doses remain vulnerable to infection.
• Misinformation: False information and fear about vaccines can discourage parents from vaccinating their children.
• Conflict and difficult access: Health workers may struggle to reach children in conflict-affected or remote areas.
• Cross-border transmission: The virus can travel between countries through human movement.
• Funding and surveillance: Sustained financial support and effective monitoring are needed to detect and respond to outbreaks.

FAQs

India’s Land Warfare Doctrine 2026: Rajnath Singh Releases Army’s Future-Warfare Framework

Why in News?

• Defence Minister Rajnath Singh released the Indian Army’s Land Warfare Doctrine 2026 on 23 October 2026.
• The doctrine was launched on the final day of the Army Commanders’ Conference in New Delhi.
• It provides a framework to prepare the Army for changing warfare and future conflicts.
• The previous Land Warfare Doctrine was issued in December 2018. 

Key Points of the Land Warfare Doctrine 2026

1. Preparing for technology-driven warfare

The doctrine responds to a battlefield increasingly shaped by drones, artificial intelligence, precision weapons, persistent surveillance and networked operations. These technologies can change how forces gather information, identify targets and coordinate action. 

2. Multi-domain operations and jointness

The framework emphasises coordination among the armed forces and integration of capabilities across multiple domains. Land power remains central, while operations increasingly connect with activity in areas such as cyber, space and the electromagnetic spectrum. 

3. Human leadership and man–unmanned teaming

The doctrine highlights the role of soldiers and commanders alongside unmanned systems. Man–unmanned teaming can combine human judgment with the reach and persistence of robotic or remotely operated platforms. The reporting also highlights human leadership and the need to operate in technologically contested environments. 

4. Flexible planning and resilient logistics

Commanders are expected to adapt operational approaches to the threat, terrain and mission. Resilient logistics and the ability to sustain operations when communications or technology are disrupted are also identified as important themes. 

5. Self-reliance and a whole-of-nation approach

The doctrine places emphasis on Atmanirbharta in defence and a broader national effort. This recognises that future military preparedness depends not only on the armed forces, but also on indigenous defence capabilities, infrastructure and coordination with institutions beyond the military. 

6. Alignment with Defence Forces Vision 2047

The doctrine is reported as aligned with Defence Forces Vision 2047, linking the Army’s future preparedness to long-term defence transformation and integration. 

Significance

• Updates the Army’s planning framework: It takes account of changes in the character of warfare since the 2018 doctrine.
• Strengthens technology integration: It recognises the operational importance of drones, AI, surveillance and precision warfare.
• Supports joint operations: Coordination across services and domains can improve how capabilities are combined.
• Emphasises adaptability: Flexible approaches matter when forces operate across varied terrain and changing threat conditions.
• Links preparedness to self-reliance: Indigenous capabilities and national infrastructure form part of the wider defence ecosystem.

Challenges

• Turning principles into capability: A doctrine can guide planning, but its impact depends on equipment, training and implementation.
• Keeping pace with technology: Drones, AI and electronic warfare evolve quickly, requiring regular updates to skills and systems.
• Maintaining secure communications: Networked operations can be vulnerable when communication systems are disrupted or contested.
• Balancing integration and service roles: Joint operations require effective coordination while preserving clear command responsibilities.
• Building resilience across terrain: Logistics, infrastructure and connectivity must support forces in difficult and remote environments.
• Reducing dependence on imports: Self-reliance requires domestic systems that meet operational needs reliably and at scale.

Way Forward

• Translate the doctrine into clear training priorities, exercises and measurable capability goals.
• Expand realistic exercises involving drones, electronic warfare, cyber threats and disrupted communications.
• Strengthen joint planning and information-sharing among the Army, Navy and Air Force.
• Invest in resilient logistics, secure networks and infrastructure suited to India’s diverse border regions.
• Develop indigenous systems through closer cooperation among the armed forces, research institutions and defence industry.
• Review the doctrine periodically as technology and the security environment change.

Conclusion

The Land Warfare Doctrine 2026 gives the Indian Army a refreshed framework for preparing for future conflict. Its focus on technology, jointness, adaptable leadership, resilient logistics and self-reliance reflects the changing battlefield. Its effectiveness will ultimately depend on how consistently these principles shape training, procurement and operational readiness.

FAQs

Diamondiyne: A Newly Synthesised 3D Carbon Allotrope with a Diamond-Like Network

Why in News?

• Researchers reported the synthesis of diamondiyne, a new three-dimensional carbon allotrope, in Angewandte Chemie International Edition. 
• The material was proposed decades ago, but its synthesis was difficult because the required carbon building block is unstable.
• The researchers produced thin carbon films containing diamondiyne crystallites using a reaction at the boundary between two liquids. 

What is Diamondiyne

• Diamondiyne is a carbon-only material with a three-dimensional, diamond-like network.
• The study describes it as a “carbo-mer” of diamond: diyne units are inserted into the diamond-topology network, expanding it and creating a more open structure.
• The name’s “yne” refers to the carbon–carbon triple bonds in these units. 

Key Features and Structure

• Three-dimensional network: Its carbon atoms form a covalently connected network extending in all three dimensions.
• Mixed hybridisation: The ideal structural model combines sp-hybridised carbon atoms in triple-bonded diyne groups with sp³-hybridised carbon atoms connected through single bonds.
• Expanded diamond topology: Inserting diyne groups preserves the overall diamond-like network while making its repeating structure more open and porous.
• Ideal model: The proposed ideal structure has face-centred cubic symmetry and an 8:1 ratio of sp to sp³ carbon atoms. 

How Was It Synthesised?

• The team used a liquid–liquid interface—the boundary between an organic liquid and an aqueous liquid—as the site for a cascade reaction. A protected carbon-based precursor was gradually converted into a reactive building block, which then coupled to form the carbon network. Copper fluoride helped remove the protective groups and catalyse the coupling reaction. 
• Keeping the precursor concentration low helped control the reaction and encouraged the material to grow at the interface. The method produced continuous thin films whose thickness could be adjusted by changing the reaction time. The reported films contained diamondiyne crystallites alongside amorphous carbon. 

Significance

• Expands the family of carbon materials: Diamondiyne adds a new three-dimensional structure to the known forms of carbon.
• Demonstrates a synthesis strategy: The work shows how careful control of reaction speed and concentration can help form ordered networks using strong, largely irreversible carbon–carbon bonds.
• Opens a research pathway: Its more open structure may motivate research into possible material uses. However, the study does not demonstrate a practical application or establish performance in devices. 

Challenges

• Crystallinity and scale: The reported material consists of crystallites within thin carbon films, rather than a large, uniform bulk crystal.
• Low reported yield: The study estimates reaction yield at up to about 1% and notes that it has not yet been optimised. 
• Structural control: The researchers observed variation between crystallites and evidence of interpenetrating networks, so the precise structure may differ across the film. 
• Unproven uses: The material’s potential applications remain unknown; further research must measure its properties and test it in specific uses.

Way Forward

• Researchers can work to improve yield, control crystallite size and structure, and produce more uniform films.
• Further studies should measure electrical, mechanical, thermal and chemical properties, then test whether diamondiyne offers useful performance in a particular application.

Conclusion

Diamondiyne is a newly synthesised carbon allotrope that combines a diamond-like three-dimensional network with triple-bonded diyne units. Its synthesis marks a significant step in carbon-materials research, while its practical value will depend on improving production and establishing its properties through further testing.

FAQs

Shamonda Virus: France Reports the First Known Human Infection

Why in News?

• French health authorities reported on 22 October 2026 that Shamonda virus had been detected in a human for the first time. 
• The patient was severely immunocompromised, was being treated for another serious illness in Lyon, and died in early October. 
• Authorities have said that the virus’s role in the death has not been established and that, based on current information, no risk to the general population has been identified. 

What Is Shamonda Virus?

• Shamonda virus is an Orthobunyavirus in the Simbu serogroup. It has primarily been associated with livestock, especially cattle. It was first identified in Nigeria in the mid-1960s and has also been reported in parts of Africa and Asia. In 2026, Shamonda-type viruses were detected in European livestock. 
• Orthobunyaviruses have a genome made up of three segments—S, M and L. Some viruses in this broader group affect animals, while others can infect humans. The fact that a related virus can infect people does not, by itself, show that Shamonda virus spreads between humans. 

What Is Known About the French Case?

• The case is significant because it is the first known detection of Shamonda virus in a human. The patient had severe immune suppression and was already receiving treatment for a serious illness.
• The patient’s death occurred after the infection was identified, but this sequence alone does not prove that the virus caused or contributed to the death. Investigations are continuing. 
• French authorities believe the patient may have been infected by the bite of a Culicoides biting midge in eastern France, where the virus had been detected in animals. This is the suspected route; the exact circumstances remain under investigation.

How Does the Virus Spread?

• In animals, Shamonda virus is associated with biting midges. These small insects can carry viruses between susceptible animals. 
• The suspected midge bite in the French human case has led authorities to examine whether a rare infection can occur under particular circumstances, including in a person with severe immune suppression.
• The French case does not establish that the virus commonly infects humans, spreads directly from livestock to people, or passes from person to person. These are separate questions that require evidence from further investigation.

Effects on Livestock

• The virus has been associated with illness in cattle, including diarrhoea, weakness, reduced appetite and, less commonly, fever.
• INRAE reports that some infected animals may experience reduced milk production; infection during pregnancy could also have reproductive consequences, though researchers continue to investigate the disease’s effects.
• A study of nine French dairy farms reported a fall in milk production of up to 75% in affected herds. 
• This animal-health impact matters even while the human-health risk appears low. Livestock disease can affect farmers’ incomes, veterinary services and agricultural production.

Significance for Public Health

• The case is a reminder that detecting a pathogen in an unexpected host can raise important scientific questions. Researchers will need to establish how the infection occurred, whether it was linked to immune suppression, and whether any further human cases exist.
• For health authorities, the appropriate response is proportionate monitoring: investigate the case, monitor animal and vector activity, and communicate clearly about what is known and what remains uncertain. The current assessment is that no general public-health risk has been identified. 

Relevance for India

• The French report does not establish that Shamonda virus is circulating in India or that it presents an immediate threat to the country. Its wider relevance is the need for One Health surveillance: public-health agencies, veterinary services, laboratories and vector-control teams can share information to detect unusual infections early.
• India’s preparedness for vector-borne and emerging infections can benefit from timely testing of unexplained animal illness, monitoring of relevant insect vectors, and coordination between human and animal health systems. Such measures support early detection without assuming that a single reported case signals an outbreak.

Challenges

• Limited evidence: A single known human case cannot establish how often infection occurs or how severe it may be in different populations.
• Uncertain transmission details: The midge bite is a suspected route; the exact route has not been confirmed.
• Separating association from causation: The patient’s death followed the detection of the virus, but the virus’s contribution has not been established.
• Animal-health impacts: Illness among cattle can affect milk production and create costs for farmers and veterinary systems.
• Clear risk communication: Describing the case as a first human detection should not be presented as proof of sustained human transmission or a public-health emergency.

Way Forward

• Authorities and researchers should continue investigating the case and share relevant findings through international public-health and animal-health networks. Surveillance should track unusual infections in people and livestock, while veterinary laboratories should maintain diagnostic capacity for emerging pathogens.
• Communication should remain evidence-based: clearly distinguish confirmed findings from suspected transmission routes, explain the limits of available evidence, and update risk assessments when new data emerge. This approach supports preparedness without unnecessary alarm.

Conclusion

• France’s report of the first known human Shamonda virus infection is an important finding for disease surveillance, but it does not currently indicate widespread human transmission. 
• The patient was severely immunocompromised, and the virus’s role in the death remains unestablished. Continued investigation, animal and vector monitoring, and coordinated One Health surveillance will help clarify the risks and guide a proportionate response.

FAQs

Jaipur in National Geographic’s Best of the World 2027 List: Why Is the Pink City in the Spotlight?

Why in News?

• Jaipur, the capital of Rajasthan, has been included in National Geographic’s Best of the World 2027 list of destinations worth visiting in the coming year. 
• The recognition comes ahead of the city’s 300th foundation anniversary in 2027.

Why Has Jaipur Been Included in the Best of the World 2027 List?

National Geographic’s Best of the World list highlights destinations offering distinctive cultural experiences, historic milestones and important events.

Jaipur’s inclusion is associated with the following factors:

• 300th foundation anniversary: Jaipur will complete 300 years since its foundation in 1727, making 2027 a significant milestone in the city’s history.
• Architectural heritage: The city is known for its palaces, forts, historic gates, courtyards and distinctive facades.
• Cultural significance: Jaipur has a rich tradition of literature, art, jewellery, textiles, handicrafts and traditional craftsmanship.
• Major cultural events: The Jaipur Literature Festival and the International Kite Festival are among the prominent events that attract visitors.
• Heritage tourism: The city offers a combination of historical monuments, traditional markets, local cuisine and living cultural traditions.

Jaipur: Historical Background

Jaipur was founded in 1727 by Maharaja Sawai Jai Singh II, the ruler of the Kachwaha Rajput kingdom of Amber. The establishment of Jaipur marked an important development in the history of urban planning in India.

The main historical features of the city include:

• Foundation: 1727, under Maharaja Sawai Jai Singh II.
• Location: Rajasthan, northwestern India.
• Historical significance: An important centre of Rajput political, architectural and cultural heritage.
• Urban planning: Designed with organised streets, market areas and planned neighbourhoods.
• Pink City identity: The historic city became widely known for the pink colour of many of its buildings.

Unlike cities that developed gradually without a unified plan, Jaipur was designed with considerable attention to its street network, commercial activities and urban organisation.

Why Is Jaipur Known as the Pink City?

Jaipur is popularly known as the Pink City because of the distinctive pink colour associated with many buildings in its historic centre.

The tradition is commonly linked to the 1876 visit of the Prince of Wales, later King Edward VII, when the city was painted pink as a gesture of hospitality. The colour subsequently became an important part of Jaipur’s identity.

The pink facades, historic streets and traditional architecture contribute to the city’s distinctive visual character and tourism appeal.

Jaipur’s Architectural Heritage

Jaipur represents an important example of planned urban development in pre-modern India. Its architecture reflects Rajput traditions alongside influences from Mughal and other architectural styles.

Important examples include:

• Hawa Mahal: Known for its distinctive facade and numerous small windows, it is one of Jaipur’s most recognisable landmarks.
• City Palace: A historic palace complex that reflects the architectural and cultural legacy of Jaipur’s royal rulers.
• Jantar Mantar: An astronomical observatory established by Maharaja Sawai Jai Singh II. It demonstrates the development of observational astronomy and scientific instruments in India.
• Amber Fort: Located near Jaipur, it is an important example of Rajput architecture and fortification.
• Nahargarh Fort: Located in the Aravalli Hills overlooking Jaipur.
• Jaigarh Fort: Built in 1726 by Maharaja Sawai Jai Singh II, Jaigarh Fort is situated on the Cheel ka Teela (Hill of Eagles) in the Aravalli range, overlooking Amber Fort.
• Jal Mahal: A palace situated in the middle of Man Sagar Lake, known for its distinctive setting.

These monuments collectively demonstrate the historical importance of Jaipur as a centre of architecture, astronomy, governance and cultural development.

UNESCO World Heritage Status

• Jaipur’s historic walled city was inscribed on the UNESCO World Heritage List in 2019.
• The recognition acknowledges its planned urban form, historic architecture, traditional commercial streets and continuing cultural life.
• The walled city reflects the integration of residential areas, markets, religious buildings and public spaces within an organised urban framework.
• Its heritage value also lies in the fact that the historic city is not merely a collection of monuments. It continues to function as a living urban centre where traditional occupations, markets and cultural practices remain important.
• Heritage conservation in Jaipur therefore requires balancing tourism, infrastructure development, residents’ needs and the preservation of historic buildings.

Cultural Events That Strengthen Jaipur’s Global Appeal

Jaipur’s cultural calendar is an important reason for its recognition as a tourism destination.

• Jaipur Literature Festival: A major literary event that brings together writers, thinkers, publishers and readers from India and abroad. The 2027 edition is scheduled for 14–18 January, according to the information provided in the report.
• International Kite Festival: Celebrated around Makar Sankranti in January, the festival features colourful kites and attracts participants and visitors.
• Gangaur Festival: A traditional Rajasthani festival associated with Goddess Gauri, marriage traditions and seasonal celebrations. It features processions, music and cultural performances.
• Traditional crafts: Jaipur is known for block printing, blue pottery, jewellery, gemstone cutting, textiles and other craft traditions.

These events contribute to cultural exchange, local employment, tourism revenue and the preservation of traditional knowledge.

Significance of Jaipur’s Inclusion for India

Jaipur’s inclusion in the list has implications beyond tourism.

• Promotion of cultural diplomacy: International recognition of Indian heritage can strengthen India’s cultural presence and global image.
• Tourism-led economic growth: Increased tourist interest can benefit hotels, restaurants, transport operators, guides and local businesses.
• Support for traditional crafts: Greater demand for Jaipur’s handicrafts, textiles, jewellery and other products can create livelihood opportunities for artisans.
• Employment generation: Heritage and cultural tourism can support jobs in hospitality, transport, event management and conservation.
• Preservation of cultural identity: Increased awareness can encourage investment in restoring historic buildings and protecting traditional practices.
• Sustainable urban development: Jaipur provides an opportunity to demonstrate how historic cities can combine heritage conservation with modern infrastructure and public services.

Challenges in Heritage Conservation and Tourism

Despite its cultural significance, Jaipur faces several challenges.

• Urbanisation pressure: Rapid development can affect historic buildings, traditional neighbourhoods and the character of the walled city.
• Traffic congestion: Growing visitor numbers and increasing vehicle use can put pressure on narrow historic streets and public spaces.
• Environmental concerns: Waste generation, air pollution and pressure on water resources can affect the quality of the visitor experience and residents’ lives.
• Commercialisation of heritage: Unplanned commercial development may weaken the authenticity of historic neighbourhoods and traditional markets.
• Conservation funding: Historic structures require regular maintenance, specialised restoration and technical expertise.
• Tourism management: Popular monuments and cultural events need effective crowd management, public facilities and accessible transport.

Addressing these challenges requires cooperation among the state government, local authorities, conservation experts, tourism operators, businesses and residents.

Way Forward

Jaipur’s growing international visibility should be accompanied by a long-term strategy for heritage protection and sustainable tourism.

• Integrated heritage planning: Ensure that urban development respects the historic street network, architectural character and traditional markets.
• Sustainable tourism: Improve waste management, public transport, pedestrian access and visitor facilities.
• Support for artisans: Strengthen market access, skill development and fair remuneration for traditional craft workers.
• Digital heritage preservation: Use digital mapping, documentation and suitable technologies to record and monitor historic structures.
• Community participation: Involve residents, local businesses and heritage groups in conservation decisions.
• Responsible promotion: Distribute tourism across different sites and neighbourhoods to reduce pressure on heavily visited monuments.
• Improved accessibility: Make heritage sites more accessible while respecting conservation requirements.

These measures can help Jaipur protect its historic character while generating economic and social benefits from tourism.

Conclusion

Jaipur’s inclusion in National Geographic’s Best of the World 2027 list highlights the global appeal of India’s cultural and architectural heritage. As the city approaches its 300th foundation anniversary, its planned urban layout, historic monuments, literary events and traditional crafts offer valuable opportunities for tourism and cultural exchange.

However, international recognition must be supported by effective conservation, sustainable tourism and inclusive urban development. Jaipur’s experience demonstrates that heritage cities can contribute to economic growth while preserving their historical identity for future generations.

International Day of Snow Leopard: Key Facts, GSLEP, Major Threats and Conservation in India

Why in news?

The United Nations General Assembly proclaimed 23 October as the International Day of the Snow Leopard in 2024 through Resolution A/RES/79/143.

Key Facts 

What is a Snow Leopard?

• The snow leopard (Panthera uncia) is a rare big cat found in the high-altitude mountain ranges of Central and South Asia. Its thick fur, long tail, broad paws and powerful hind legs help it survive in cold, rugged terrain.
• Its greyish-white coat, marked with dark rosettes, provides excellent camouflage against rocky slopes and snow-covered landscapes. Because it is elusive and rarely seen in the wild, it is popularly known as the “Ghost of the Mountains.”
• Snow leopards generally inhabit elevations of around 3,000-5,000 metres, although their distribution varies according to geography and climate.
• The species occurs across Afghanistan, Bhutan, China, India, Kazakhstan, Kyrgyzstan, Mongolia, Nepal, Pakistan, Russia, Tajikistan and Uzbekistan.

Why is Snow Leopard conservation important?

• Maintaining ecological balance: Snow leopards are apex predators in many high-mountain ecosystems. They help regulate populations of wild herbivores and contribute to the ecological balance of their habitats.
• Protecting mountain ecosystems: The Mountains that support snow leopards also sustain glaciers, snowfields, rivers and diverse wildlife. Protecting these landscapes helps safeguard water resources and ecosystem services on which millions of people depend.
• Preserving biodiversity: Snow leopards are an important indicator of the health of high-altitude ecosystems. Their survival reflects the condition of habitats, prey populations and the broader environment.
• Supporting local communities: Conservation programmes can create opportunities for community-based wildlife monitoring, responsible tourism and sustainable livelihoods. 

Major Threats to Snow Leopards

• Habitat loss and fragmentation: Infrastructure development, mining and other human activities can disturb or divide their habitats.
• Climate change: Rising temperatures and changing snowfall patterns can alter mountain habitats and affect the distribution of prey.
• Declining prey populations: Reductions in wild prey can force snow leopards to target domestic livestock, increasing conflict with herders.
• Poaching and illegal wildlife trade: Snow leopards may be killed for their skins, bones and other body parts.
• Human-wildlife conflict: Livestock losses can lead to retaliatory killings when communities lack effective protection and compensation mechanisms.

Snow Leopard Conservation in India

• India is an important snow leopard range country, with populations distributed across the high-altitude regions of the Himalayas, including Ladakh, Jammu and Kashmir, Himachal Pradesh, Uttarakhand, Sikkim and Arunachal Pradesh.
• According to the Snow Leopard Population Assessment in India (SPAI) report, India recorded an estimated 718 snow leopards in its first nationwide assessment. Ladakh accounted for approximately 477 individuals, making it a major stronghold for the species.

Major Conservation Measures

• Project Snow Leopard: Launched in 2009, this initiative promotes landscape-level conservation of high-altitude wildlife and habitats, with an emphasis on community participation and ecological monitoring.
• Snow Leopard Population Assessment in India (SPAI): This national assessment used scientific methods to estimate the species’ distribution and population, strengthening the evidence base for conservation planning.
• Protected areas and habitat conservation: National parks, wildlife sanctuaries and other conservation landscapes help protect snow leopard habitats and their prey.
• Community participation: Livestock protection, awareness campaigns, responsible tourism and community-based monitoring can reduce conflict and create incentives for conservation.
• International cooperation: India participates in regional collaboration through the Global Snow Leopard and Ecosystem Protection Program, which brings together the 12 snow leopard range countries.

Global Efforts to Protect Snow Leopards

• The Global Snow Leopard and Ecosystem Protection Program (GSLEP) is a collaborative initiative involving governments, conservation organisations, researchers and local communities across the species’ range.
• Its work focuses on protecting snow leopard habitats, improving scientific knowledge, strengthening cross-border cooperation and supporting sustainable livelihoods.
• International frameworks also contribute to protection. The snow leopard is listed in Appendix I of the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES), which provides strict controls on international commercial trade in the species.
• The Convention on the Conservation of Migratory Species of Wild Animals (CMS) also lists the species in Appendix I.

FAQs

India’s BrahMos-NG Missile: Key features, India’s roadmap, Significance and Challenges

Why in news?

• BrahMos Aerospace has announced that it expects to develop the first prototype of its next-generation BrahMos-NG (Next Generation) missile by 2027-28.

What is BrahMos Missile?

• BrahMos is a supersonic cruise missile jointly developed by India and Russia. It is designed to strike targets with high speed and precision and can be launched from different platforms.
• Cruise missile: A missile that travels through the atmosphere using its own propulsion during much of its flight.
• Supersonic: Speed greater than the speed of sound. Mach 1 represents the speed of sound; Mach 2.8 means approximately 2.8 times that speed under comparable atmospheric conditions.

What is BrahMos-NG?

• BrahMos-NG stands for BrahMos Next Generation. 
• It is being developed as a smaller, lighter and more advanced version of the existing BrahMos missile. 
• The objective is to improve its versatility and allow more flexible integration with different military platforms.

Key features of BrahMos-NG

• Smaller dimensions and reduced weight.
• Higher indigenous content.
• Use of advanced materials and new technologies.
• Improved integration with modern aircraft and other platforms.
• Enhanced flexibility for future operational requirements.
• The first prototype is planned in an air-launched configuration. 
• The system is intended for integration with the Su-30MKI and is also envisaged for adaptation to the Tejas aircraft.
• After successful development and testing, further versions may be adapted for land and naval platforms.

1,500-km Range Missile: India's Future Roadmap

• The original reported strike range was approximately 290 km.
• Range-extension efforts have demonstrated longer-range capabilities through tests conducted from ground, sea and air platforms.
• A missile with a proposed range of 1,500 km is included in the company's future roadmap. The 1,500-km variant is currently at the conceptual stage.
• Further upgrades are being discussed with the Russian joint-venture partner.

BrahMos-NG vs Existing BrahMos

Importance for India

• Strengthening air-launched strike capability: The smaller and lighter design is intended to improve integration possibilities with fighter aircraft. The initial airborne configuration is planned for the Su-30MKI, with future adaptation to Tejas envisaged.
• Defence indigenisation: The next-generation missile is expected to incorporate higher indigenous content. This can support India's broader objective of reducing dependence on foreign technologies and strengthening domestic defence manufacturing.
• Technological development: The programme requires research into advanced materials, new technologies and missile-system development. This can contribute to India's aerospace and defence technology ecosystem.
• Defence exports: Foreign countries have expressed interest in air-launched BrahMos systems and BrahMos-NG. Countries operating the Su-30 platform have shown interest in exploring integration with their air forces. 

BrahMos Production and India's Defence Manufacturing

• BrahMos Aerospace is working to fulfil existing orders from India's Armed Forces while expanding production and research capabilities.

• Completing existing Armed Forces orders.
• Accelerating research and development.
• Establishing specialised technology facilities.
• Strengthening the supply chain.
• Expanding industrial participation and production capacity.

Defence Exports and International Interest

• According to the October 2026 report, the company's leadership highlighted growing interest from foreign militaries following the missile's reported combat performance.
• Foreign countries have shown interest in air-launched BrahMos.
• Countries operating Su-30 aircraft have explored the possibility of integration.
• Some foreign customers have also expressed interest in BrahMos-NG.
• BrahMos Aerospace is in discussions with interested countries.
• India's defence exports have reached ₹38,400 crore, according to the report.

Operation Sindoor and BrahMos

• BrahMos was reported to have been used during Operation Sindoor in May 2025. 
• The October 2026 report stated that the missile system was deployed in active warfare for the first time during the operation.

Challenges 

• Research and development: BrahMos-NG requires extensive R&D because of its new technologies, advanced materials and higher indigenous content.
• Testing and validation: The system must undergo development and testing before its operational capabilities can be confirmed.
• Supply-chain capacity: Increasing production requires reliable suppliers, manufacturing capacity and quality control.
• Export requirements: Foreign customers may require platform compatibility, technical arrangements and government approvals.
• Range-extension development: The proposed 1,500-km missile remains conceptual and requires further development.

FAQs