1.SC Cites Citizen’s Right to Move Freely, Allows Euthanasia of ‘Rabid, Dangerous’ Stray Dogs 2.Moon’s Upper Surface Has Two Distinct Layers Within Centimetres, Reveals Chandrayaan- 3 ‘Hop’ Experiment3.Democracy, Rule of Law Make Nordic Nations, India Natural Partners: Modi 4.Indian Almanac Popular Abroad5.Separate Free-Ranging Asiatic Lion Population Under Consideration

1.SC Cites Citizen’s Right to Move Freely, Allows Euthanasia of ‘Rabid, Dangerous’ Stray Dogs

Source: The HinduSubject: Polity

Why in News?

The Supreme Court allowed euthanasia of stray dogs that are rabid, incurably ill, terminally injured, or demonstrably dangerous, while upholding citizens’ right to move freely and safely in public spaces under Article 21 of the Constitution. The Court also directed every district in India to establish at least one fully functional ABC centre for scientific stray dog management.

The Background of the Case

The Supreme Court took suo motu cognizance of the stray dog menace in July 2023 after reports of fatal dog-bite incidents in New Delhi.

Initially, the Court directed:

• removal of stray dogs from public places to shelters.

However, this triggered criticism because:

• the order conflicted with the Animal Birth Control Rules,
• which mandate sterilisation, vaccination, and release of dogs back to their original territories.

Subsequently, the Court modified its approach and restored the ABC framework while allowing authorities to isolate dangerous and rabid dogs.

The Supreme Court’s Key Observations

The Court emphasized that:

• citizens cannot be forced to live under fear of dog attacks,
• public streets belong equally to all citizens,
• the right to life under Article 21 includes safe mobility in public spaces.

The Court observed that:

• poor implementation of sterilisation and vaccination programmes has caused a sharp rise in stray dog population and attacks.

The Court also stated that:

• compassion towards animals cannot override public safety,
• authorities must balance animal welfare with citizens’ constitutional rights.

The Animal Birth Control (ABC) Rules, 2023

• The Animal Birth Control (ABC) Rules, 2023 were framed under the Prevention of Cruelty to Animals Act, 1960 to provide a legal framework for scientific management of stray dog populations.
• The Rules focus on sterilisation, anti-rabies vaccination, identification, immunisation, and release of stray dogs back into their original territories after treatment.
• The Rules permit euthanasia only in specific cases involving rabid dogs, terminally ill animals, fatally injured animals, or dogs certified as dangerous by veterinary authorities.
• The Rules prohibit indiscriminate killing of stray dogs.

Article 21: The Expanding Canvas of Right to Life and Personal Liberty

Article 21 is a cornerstone of Part III (Fundamental Rights) of the Constitution, reflecting the framers’ commitment to individual liberty.

• Universal Application: It applies to all persons, including citizens and non-citizens.
• Negative Obligation: It primarily imposes a negative obligation on the state, preventing it from infringing upon life and liberty without due process.
• Non-derogable Right: It cannot be suspended even during a Proclamation of Emergency (Article 359, as amended by the 44th Amendment Act, 1978).
• “Procedure Established by Law”: Initially interpreted narrowly, this phrase has evolved significantly.

Judicial Evolution:

The Supreme Court’s interpretation of Article 21 has been dynamic, transforming it into a repository of numerous unenumerated rights essential for a dignified existence.

Phase	Key Case(s)	Interpretation of “Procedure Established by Law”	Impact on Article 21
Initial (1950–1978)	A.K. Gopalan v. State of Madras	Narrow and literal interpretation. “Procedure established by law” meant any law enacted by the legislature, even if it was unjust or arbitrary.	Limited scope. Focused mainly on procedural legality and excluded substantive due process.
Transformative (Post-1978)	Maneka Gandhi v. Union of India	Expansive interpretation. Introduced the concept of due process of law. The procedure must be fair, just, and reasonable, and not arbitrary or oppressive.	Revolutionary expansion of Article 21 by linking it with Articles 14 and 19 and recognizing several implied rights.
Consolidating (Post-1978 onwards)	Francis Coralie Mullin v. Administrator, Union Territory of Delhi, Olga Tellis v. Bombay Municipal Corporation, Unni Krishnan v. State of Andhra Pradesh, K.S. Puttaswamy v. Union of India	Development of substantive due process. The Court scrutinized both the procedure and the content of laws to ensure fairness, non-arbitrariness, and protection of human dignity.	Broadest scope. Article 21 evolved into the source of numerous rights necessary for a dignified life and became the “heart and soul” of Fundamental Rights.

Key Judicial Pronouncements Shaping Article 21

A.K. Gopalan v. State of Madras (1950): Narrowly interpreted “procedure established by law” as merely legislative fiat, separating Article 21 from Articles 14 and 19.Maneka Gandhi v. Union of India (1978): Overruled Gopalan, establishing the “golden triangle” of Articles 14, 19, and 21. Introduced the requirement that the “procedure established by law” must be fair, just, and reasonable (due process).Francis Coralie Mullin v. UT of Delhi (1981): Expanded “life” to mean a life of dignity, not just mere animal existence.Olga Tellis v. Bombay Municipal Corporation (1985): Recognized the right to livelihood as an integral part of the right to life.Unni Krishnan v. State of Andhra Pradesh (1993): Declared the right to education a fundamental right flowing from Article 21, paving the way for Article 21A.

Challenges and Future Directions

Despite its expansive interpretation, Article 21 faces ongoing challenges.

• Balancing Individual Rights with State Interests: Issues like national security, public order, and economic development often necessitate a delicate balance.
• Implementation Gaps: Judicial pronouncements often struggle with effective implementation on the ground, especially for socio-economic rights.

2.Moon’s Upper Surface Has Two Distinct Layers Within Centimetres, Reveals Chandrayaan-3 ‘Hop’ Experiment

Source: The HinduSubject: Science & Technology (Space)

Why in News?

New findings from Chandrayaan-3 based on its unique “hop experiment” revealed that the Moon’s upper surface consists of a loose and porous top layer, followed by a denser subsurface layer located a few centimetres below.

The findings are important for future lunar missions, astronaut movement, construction of lunar habitats, and improving understanding of the behaviour and mechanical properties of lunar soil.

The Chandrayaan-3 ‘Hop’ Experiment

• After successfully landing near the lunar south pole, Chandrayaan-3 conducted a controlled “hop experiment” using the Vikram lander.
• During the experiment, the lander engines were briefly fired, causing the lander to lift nearly 40 cm above the lunar surface before landing around 50 cm away from its original position.
• The experiment demonstrated ISRO’s capability for controlled re-lift and repositioning on the Moon, an important technology for future sample-return and human lunar missions.

Discovery About Lunar Surface Layers

• Data from the ChaSTE (Chandra’s Surface Thermophysical Experiment) payload showed that the Moon’s uppermost layer is loose and highly porous, while a denser layer exists merely 2–6 cm below the surface.
• The rocket plume generated during the hop displaced nearly 3 cm of the top lunar soil, exposing the underlying denser layer. Thermal measurements at the new landing spot confirmed significant differences in heat conductivity between the two layers.
• The findings indicate that the lunar surface is not uniformly compact and that even small depth variations can significantly alter thermal behaviour.

Importance of the Discovery

The discovery is highly significant for future lunar exploration because surface stability directly affects rover movement and astronaut mobility, subsurface temperature variations influence habitat construction, and soil compactness impacts landing safety.

The findings may help identify safer landing zones, support the design of lunar bases, and improve excavation techniques for extracting lunar resources.

The discovery also enhances scientific understanding of lunar regolith behaviour, lunar geology, and heat transfer processes on the Moon.

Thermal Behaviour of Lunar Soil

• Observations made by the ChaSTE payload showed that temperature decreases sharply within a few centimetres below the lunar surface.
• At a depth of nearly 10 cm, temperatures were found to be around 60°C lower than the surface temperature.
• The findings indicate that lunar soil is a poor conductor of heat, making subsurface regions comparatively thermally stable. Such conditions may support the development of underground or semi-buried habitats for astronauts during future lunar missions.

Possibility of Water-Ice

• ChaSTE data also suggested that water-ice may exist more widely beneath the lunar surface than previously estimated, possibly extending beyond permanently shadowed polar craters.
• This is important because lunar water could support long-term human habitation, oxygen production, and rocket fuel generation through hydrogen extraction.

Chandrayaan-3: India’s Historic Lunar South Pole Chandrayaan-3 was India’s third lunar exploration mission, successfully achieving a soft landing on the Moon’s south polar region on August 23, 2023. This landmark achievement made India the fourth nation to successfully soft-land on the Moon 0Mission Overview and ObjectivesChandrayaan-3 was a follow-up mission to Chandrayaan-2, designed to demonstrate end-to-end capabilities in safe lunar landing and roving on the lunar surface.Launch Date: July 14, 2023, from Satish Dhawan Space Centre, Sriharikota.Launch Vehicle: LVM3-M4 (formerly GSLV Mk-III), ISRO’s heaviest launch vehicle.Landing Site: Near the lunar south pole, approximately 69.37°S latitude and 32.35°E longitude.Mission Duration: Lander and Rover were designed for one lunar day (approx. 14 Earth days).nd the first to reach the unexplored lunar south pole.

Post-Landing Operations and Discoveries

After landing, the Vikram Lander and Pragyan Rover conducted various experiments and made initial observations.

• Rover Deployment: Pragyan successfully rolled out from Vikram and traversed over 100 meters on the lunar surface.
• Elemental Composition: LIBS and APXS payloads confirmed the presence of Sulphur (S), Aluminium (Al), Calcium (Ca), Iron (Fe), Chromium (Cr), Titanium (Ti), Manganese (Mn), Silicon (Si), and Oxygen (O) on the lunar surface.
• Temperature Profile: ChaSTE measured the temperature profile of the lunar topsoil, revealing significant variations with depth.
• Seismic Activity: ILSA detected natural events, possibly lunar quakes, and an event attributed to the Rover’s movement

Connection to Future Missions

The success of Chandrayaan-3 is a critical stepping stone for India’s future space endeavors.

• Gaganyaan Mission: The experience gained in navigation, guidance, and control systems will be invaluable for India’s human spaceflight program.
• Lunar Sample Return: The demonstrated landing and roving capabilities are foundational for potential future missions aimed at bringing lunar samples back to Earth.
• Lunar Polar Exploration Mission (LuPEX): A joint mission with JAXA (Japan Aerospace Exploration Agency) to explore the lunar south pole further, leveraging Chandrayaan-3’s insights.

3.Democracy, Rule of Law Make Nordic Nations, India Natural Partners: Modi

Source: The HinduSubject: International Relations

India-Nordic Ties Elevated to Strategic Partnership

• The Third India-Nordic Summit marked a major expansion in India’s engagement with Northern Europe as India and the five Nordic countries upgraded their relationship into a “Green Technology and Innovation Strategic Partnership”.
• Prime Minister Narendra Modi stated that India and the Nordic countries are natural partners because both sides share deep commitments towards democracy, rule of law, transparency, multilateralism, and sustainable development.
• The summit reflected the growing strategic importance of climate diplomacy, resilient supply chains, clean technology cooperation, and geopolitical coordination in an increasingly uncertain global environment.
• The India-Nordic grouping includes Denmark, Finland, Iceland, Norway, and Sweden. The partnership has steadily evolved from traditional trade relations into a broader framework involving green transition, digital innovation, advanced manufacturing, maritime affairs, Arctic cooperation, and sustainable industrial transformation.
• The summit institutionalized this cooperation through a long-term roadmap for the period 2026–2030.

Green Technology and Clean Energy Cooperation

• A major focus of the summit was cooperation in renewable energy, green hydrogen, offshore wind systems, sustainable infrastructure, electric mobility, battery technologies, and circular economy models.
• The Nordic countries are globally recognized for leadership in carbon-neutral industrial systems, climate-friendly urban planning, sustainable manufacturing, and environmental innovation.
• India seeks to combine Nordic technological expertise and investment capabilities with India’s manufacturing scale, digital infrastructure, startup ecosystem, and expanding clean energy market.
• The partnership aligns closely with India’s renewable energy targets, National Green Hydrogen Mission, net-zero commitments, and sustainable development goals.
• It is expected to strengthen India’s transition towards low-carbon industrialisation while simultaneously supporting energy security and green economic growth.

Trade, Investment and Economic Significance

• Combined trade between India and the Nordic countries currently stands at nearly 19 billion dollars.
• The summit discussions focused on expanding cooperation in semiconductors, biotechnology, advanced manufacturing, digital innovation, startup ecosystems, resilient industrial supply chains, and sustainable shipping technologies.
• The summit also gained significance because Denmark, Sweden, and Finland are linked through the India-European Union trade framework, while Norway and Iceland are members of the European Free Trade Association (EFTA).
• The recently concluded India-EU Free Trade Agreement and the India-EFTA Trade and Economic Partnership Agreement are expected to improve market access, strengthen technology transfer, increase investment flows, and deepen industrial cooperation.
• For India, the Nordic partnership is strategically important because it strengthens access to advanced green technologies, sustainable industrial models, climate innovation, and high-end research ecosystems.
• The partnership also supports India’s broader objective of diversifying strategic partnerships, reducing technological dependence, strengthening resilient supply chains, and emerging as a major global centre for sustainable manufacturing and green economic growth.

Sectoral Impacts

Sector	Impact for India	Impact for EU
Labor-Intensive Industries	Complete tariff elimination on exports such as textiles, apparel, leather, footwear, and gems & jewellery.	Increased access to India’s growing consumer market.
Automobiles	Phased and quota-based reduction of import duties on European cars from 110% to 10%.	Deeper integration into EU automotive value chains.
Services	Covers 144 out of 155 service sub-sectors in the EU market.	Facilitates mobility of IT professionals, contractual service suppliers, and intra-corporate transferees.
Digital Trade	Expected to strengthen cooperation in digital services and e-commerce.	Enhanced market access for digital service providers.
Sustainability	Likely to include commitments related to environmental and labour standards.	Promotes responsible trade and sustainable development goals.

Potential Challenges

• Non-Tariff Barriers: Despite tariff reductions, non-tariff barriers (e.g., technical standards, regulations) could still impede trade.
• Domestic Industry Concerns: Certain Indian industries may face increased competition from EU imports.
• Implementation Hurdles: Harmonizing regulations and ensuring smooth customs procedures can be complex.
• Geopolitical Shifts: Global political and economic uncertainties could impact the agreement’s long-term effectiveness.
• Environmental and Labour Standards: Ensuring compliance with high EU standards could be a challenge for some Indian industries.

4.Indian Almanac Popular Abroad

Source: The HinduSubject: History & Culture

Why in News?

Indian almanacs, traditionally known as Panchang or Panjika, are witnessing rising popularity abroad, with increasing international queries regarding auspicious dates, Ekadashi timings, travel schedules, and Hindu ritual practices. The Indian Astrological Society and several publishing houses have reported growing overseas demand, while annual sales of printed almanacs have also increased significantly across India.

Growing Global Interest in Indian Almanacs

• The growing international demand reflects the expanding influence of Indian culture, spirituality, astrology, yoga traditions, and diaspora communities across the world.
• Queries are increasingly being received from Europe, North America, Southeast Asia, and other regions regarding religious observances, fasting dates, planetary positions, ceremonial timings, and astrological calculations.
• The trend highlights how traditional Indian knowledge systems continue to remain relevant even in the digital era.
• Indian diaspora communities abroad continue to rely on Panchang-based calculations for conducting marriages, observing festivals, celebrating Ekadashi, and maintaining cultural continuity.

The Nature and Importance of the Indian Almanac

• The Indian almanac is a traditional calendrical and astronomical system that combines mathematical calculations with religious observances.
• It provides detailed information regarding tithi, nakshatra, yoga, karana, sunrise, sunset, eclipses, planetary positions, festivals, and auspicious timings known as muhurta.
• The Panchang tradition evolved through centuries of Indian astronomical and mathematical advancements. Ancient Indian scholars such as Aryabhata, Varahamihira, and Bhaskaracharya contributed significantly to the development of calendrical science and astronomical observations.
• Texts such as the Surya Siddhanta formed the basis of many traditional calculations still used today.
• Different regions follow distinct calendrical traditions such as the Bengali Panjika, Tamil Panchangam, Telugu Panchangam, Vikram Samvat, and Shaka calendar systems, though all remain linked to astronomical cycles and religious life.

Rising Demand and Cultural Continuity

• Publishing houses across India have reported that almanacs remain among their highest-selling annual publications. In West Bengal, sales reportedly increased from six lakh copies to seven lakh copies within a year.
• Similar popularity exists across Uttar Pradesh, Rajasthan, Bihar, Madhya Pradesh, Tamil Nadu, Andhra Pradesh, and Karnataka.
• Despite the growth of digital applications and online calendars, printed almanacs continue to enjoy cultural authority because they are deeply associated with rituals, festivals, temple observances, and astrological practices. Their popularity demonstrates the persistence of indigenous cultural traditions in modern society.
• The overseas demand also reflects India’s growing cultural soft power, where traditions linked to yoga, meditation, Ayurveda, temple culture, and Hindu festivals have gained wider global acceptance.

Gaudiya Math and the Global Spread of Bhakti Traditions

• The international popularity of Indian calendrical traditions is also linked to the global spread of Bhakti movements such as Gaudiya Vaishnavism.
• The Gaudiya Math, founded in 1920 by Bhaktisiddhanta Sarasvati, played a major role in reviving and internationalizing the teachings of Chaitanya Mahaprabhu.
• The movement emphasized devotion to Radha and Krishna through Bhakti Yoga and congregational chanting known as Harinama Sankirtana.
• It promoted the philosophy of Achintya Bheda Abheda, which explains the simultaneous oneness and difference between the soul and the divine.
• Through publications, monasteries, missionary activities, and scriptural dissemination, the Gaudiya Math helped spread Vaishnava traditions worldwide. It later inspired global organizations such as ISKCON, founded by A.C. Bhaktivedanta Swami Prabhupada.
• These movements contributed significantly to international awareness regarding Hindu festivals, Ekadashi observances, and Panchang-based traditions.

Significance for UPSC

• The increasing popularity of Indian almanacs demonstrates the continuing relevance of India’s traditional knowledge systems, astronomical heritage, and cultural practices.
• It also reflects India’s expanding civilizational influence and soft power through spirituality, diaspora engagement, and cultural diplomacy.
• The topic is important from the perspective of Indian culture, ancient scientific traditions, intangible heritage, and the global spread of Indian philosophical and religious practices.

5.Separate Free-Ranging Asiatic Lion Population Under Consideration

Source: The HinduSubject: Environment & Ecology

Why in News?

The Union government informed Parliament that it is considering the establishment of a separate free-ranging population of Asiatic Lions outside Gujarat. The announcement comes amid delays in the long-pending translocation of lions from Gujarat’s Gir landscape to Madhya Pradesh’s Kuno National Park despite the Supreme Court’s 2013 directions. The government also reviewed progress under Project Cheetah and ongoing anti-poaching measures.

Asiatic Lion Conservation and the Need for a Second Population

• The Asiatic Lion (Panthera leo persica) survives in the wild only in the Gir National Park and surrounding landscapes of Gujarat, making it one of the most geographically restricted large carnivore populations in the world.
• Conservation experts have repeatedly warned that dependence on a single habitat increases the risk of extinction due to epidemics, forest fires, natural disasters, or large-scale ecological disturbances.
• The Supreme Court in 2013 directed the translocation of a section of the lion population to Kuno National Park in Madhya Pradesh to establish a second independent population.
• However, Gujarat has consistently resisted the move, citing concerns regarding habitat suitability, pride ecology, and the successful conservation model already functioning in Gir.
• The Union government has now stated that consultations with States are underway regarding the establishment of another free-ranging lion population
• The proposal involves scientific assessment of prey density, habitat quality, disease surveillance, carrying capacity, ecological suitability, and long-term genetic sustainability.
• The creation of geographically separated lion populations is considered essential for ensuring species security and reducing the possibility of extinction from localized threats.

Project Cheetah and Wildlife Reintroduction

• The government also reviewed the implementation of Project Cheetah, India’s ambitious programme to reintroduce cheetahs after their extinction in 1952. Under the project, cheetahs from Namibia, South Africa, and Botswana have been introduced into Kuno National Park.
• The authorities clarified that temporary enclosures are being used only for acclimatization, health monitoring, and behavioural adaptation before gradual release into free-ranging conditions.
• The timing of release depends on ecological conditions, prey availability, territorial behaviour, veterinary evaluation, and scientific monitoring.
• The government emphasized that wildlife reintroduction is a long-term ecological exercise requiring sustained scientific management rather than immediate release into open habitats. The broader objective is to restore grassland ecosystems and revive ecological balance through the return of apex predators.

Measures to Prevent Poaching and Strengthen Wildlife Protection

• The National Tiger Conservation Authority (NTCA), State forest departments, and central enforcement agencies are strengthening anti-poaching mechanisms across tiger reserves and surrounding forest landscapes.
• Particular attention is being given to areas outside core protected zones where poaching risks are often higher.
• The protection measures include intensified field patrolling, electronic surveillance, drone monitoring, camera traps, intelligence gathering, wildlife crime tracking, and inter-agency coordination.
• The government stated that technological interventions are increasingly becoming central to wildlife conservation and enforcement strategies.
• The focus on lion, tiger, and cheetah conservation reflects India’s broader approach towards landscape-level biodiversity conservation, ecosystem restoration, and protection of endangered species.

Project Cheetah

• Project Cheetah was launched in September 2022 to reintroduce cheetahs into India after their extinction in the country in 1952.
• It represents the world’s first intercontinental translocation of a large carnivore.
• The project is being implemented by the Ministry of Environment, Forest and Climate Change and the National Tiger Conservation Authority. Kuno National Park in Madhya Pradesh was selected as the primary reintroduction site because of its suitable grassland habitat and prey base.
• The project aims to restore ecological balance, conserve grassland ecosystems, enhance biodiversity conservation, and establish a viable free-ranging cheetah population in India.

Asiatic Lion

The Asiatic Lion is a subspecies of lion found exclusively in India.

• Scientific Name: Panthera leo persica
• Habitat: Gir National Park and surrounding landscapes in Gujarat
• IUCN Status: Endangered
• Wildlife Protection Act, 1972: Schedule I
• CITES: Appendix I

The Gir ecosystem currently supports the world’s only wild population of Asiatic Lions.

Significance

The issue is important from the perspective of species conservation, wildlife translocation, ecological restoration, genetic diversity, protected area management, and Supreme Court intervention in environmental governance.

The topic also highlights the challenges associated with balancing federal concerns, scientific conservation, biodiversity security, and inter-state coordination in wildlife management.