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  • Foreign Policy Watch: India-China

    Understanding India’s China conundrum

    Explained | International Relations | Mains Paper 2: India & Its Neighborhood – Relations

    Why in the News?

    Today’s China is clearly very different from the time of Deng Xiaoping. Since Xi Jinping took power in 2013, China has changed even more, and there’s little sign that it plans to go back to its earlier approach.

    Why is China’s reference to its past and civilisational wrongs worrying for neighbours like India?

    • Revival of Imperial Borders: China increasingly invokes the idea of restoring historical boundaries, particularly from the Qing Dynasty era, as part of its national rejuvenation narrative. This fuels aggressive territorial claims along its borders, including the Himalayas. Eg: Galwan Valley clash (2020) and Doklam standoff (2017) stemmed from China’s assertion of areas it considers historically part of its territory.
    • Narrative of Victimhood and Justification for Aggression: By portraying itself as a wronged civilisation that suffered during the “Century of Humiliation,” China seeks to justify its assertive and sometimes aggressive policies. This historical grievance can be weaponised to rationalise border incursions or political pressure. Eg: China’s repeated provocations in Ladakh are often accompanied by narratives about safeguarding sovereignty and correcting past “injustices”.
    • Undermining Trust and Stability in the Region: Civilisational rhetoric makes China appear unpredictable and ideologically rigid, reducing the room for compromise or pragmatic dialogue. Diplomatic efforts may be overshadowed by a deep-seated belief in historical entitlement, affecting long-term peace and confidence-building. Eg: Despite de-escalation talks, China maintains over a lakh soldiers with heavy weaponry in Ladakh, showing the mismatch between words and actions.

    What do incidents reveal about China’s border ambitions?

    • Assertion of Historical Claims: China seeks to enforce its version of historical borders, often disregarding settled agreements or established boundaries. Eg: In Doklam (2017), China attempted to build a road near the India-Bhutan-China tri-junction, claiming it as part of “historical Chinese territory”.
    • Testing India’s Military and Diplomatic Response: Provocations are used to gauge India’s preparedness, resolve, and red lines in high-altitude and remote border regions. Eg: The Galwan clash (2020) tested India’s military presence in Eastern Ladakh, where both sides suffered casualties.
    • Salami Slicing Strategy: China advances its territorial ambitions incrementally—occupying small patches of disputed land to gradually shift the Line of Actual Control (LAC). Eg: Reports of Chinese infrastructure buildup in Depsang Plains and Demchok indicate creeping occupation tactics.

    How does China’s military and tech build-up affect India’s defence readiness?

    • Late 2024 – Signs of De-escalation: A thaw began in late 2024, marked by steps to ease tensions at border friction points. Eg: De-escalation started just before the BRICS Summit in Kazan, Russia (October 2024).
    • Border Patrolling Agreement Announced: An India-China Border Patrolling Agreement was informally referenced as a framework to manage patrolling in the Himalayas. Eg: Though details remained sketchy, the agreement was viewed as a tentative breakthrough in restoring order along the LAC.
    • Chinese Defence Ministry’s Statement (November 2024): China officially acknowledged progress in implementing the disengagement and patrolling settlement. Eg: A Chinese Defence Ministry spokesperson stated the hope for a “harmonious dance between the Chinese Dragon and the Indian Elephant.”
    • India’s PM Statement in the U.S. (February 2025): Indian PM, during a visit to the U.S., declared that normalcy had returned to the border. Eg: He emphasized cooperation with China as essential for global peace and prosperity.

    Which regional moves call for a foreign policy rethink by India?

    • China’s Outreach to Bangladesh: After the political transition in Bangladesh, China deepened ties with the new leadership. Eg: Visit of Bangladesh’s Chief Adviser Mohammed Yunus to China in March 2025, after Sheikh Hasina’s eclipse.
    • China’s Inroads in India’s Neighbourhood: China actively seeks new alliances in South Asia, undermining India’s traditional influence. Eg: Countries like Nepal, Sri Lanka, and now Bangladesh are being courted by China with investments and diplomatic engagement.
    • Neglect of West Asia and North Africa: India’s recent foreign focus has tilted towards the U.S., while West Asia and North Africa have seen less engagement. Example: China’s growing presence in energy partnerships and infrastructure in the Middle East and Africa poses strategic challenges.
    • China’s Advance in African Nuclear Sector: China is gaining access to nuclear energy resources in Africa, positioning itself as a key energy partner.Eg: China’s strategic energy investments in Africa give it leverage over future global energy security, where India lags behind.
    • Great Power Competition and China’s Strategic Penetration: China’s rapid expansion through initiatives like the Belt and Road Initiative (BRI) creates a web of influence around India. Eg: Strategic infrastructure in Myanmar, Maldives, and the Indian Ocean region reshapes regional geopolitics in China’s favour.

    What are the steps taken by the Indian government?

    • Act East Policy Revamp: Strengthening ties with Southeast Asian nations like Vietnam, Philippines, and Indonesia. Eg: India’s maritime cooperation and defence agreements with ASEAN countries.
    • Neighbourhood First Policy: Renewed focus on diplomatic and developmental engagement with South Asian neighbours.Eg: Infrastructure and energy projects in Nepal, Bhutan, and Sri Lanka, including India-funded railways and power grids.
    • Deepening Quad and Indo-Pacific Strategy: Enhanced coordination with USA, Japan, and Australia under the Quad framework. Eg: Joint naval exercises like Malabar, and focus on free and open Indo-Pacific.
    • Strategic Infrastructure Development: Accelerated development of border infrastructure in sensitive regions to counter Chinese encroachments. Eg: Fast-tracking roads, tunnels, and airstrips in Arunachal Pradesh, Ladakh, and Sikkim.
    • Enhanced Defence Diplomacy: Upgrading military-to-military engagements and arms exports to friendly nations. Eg: Supplying Tejas fighter jets to Argentina and BrahMos missiles to the Philippines.

    Way forward: 

    • Build a Multi-Domain Deterrence Framework: India must develop coordinated military, cyber, space, and maritime capabilities to counter China’s growing influence across all strategic domains. Eg: Strengthening the Defence Cyber Agency, expanding India’s space surveillance, and enhancing undersea monitoring in the Indian Ocean to deter any surprise escalation.
    • Expand Strategic Partnerships Beyond the Quad: India should diversify its strategic alignments by engaging European powers (like France and Germany), Middle East partners (like UAE, Israel), and Africa through trade, defence, and technological cooperation. Eg: India-France Indo-Pacific cooperation and India-UAE-France trilateral initiatives can counterbalance China’s BRI-led influence.

    Mains PYQ:

    [UPSC 2020] What is the significance of Indo-US defence deals over Indo-Russian defence deals? Discuss with reference to stability in the Indo-Pacific region.

    Linkage: India’s strategic partnerships play an important role in maintaining peace in the region, especially as China grows stronger militarily, acts aggressively like in Galwan, and expands its influence in the Indo-Pacific.

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  • Electronic System Design and Manufacturing Sector – M-SIPS, National Policy on Electronics, etc.

    [pib] Electronics Components Manufacturing Scheme

    Schemes | Economics | Mains Paper 3: Effects Of Liberalization On The Economy, Changes In Industrial Policy and their effects on Industrial Growth

    Why in the News?

    The Ministry of Electronics and Information Technology (MeitY) has notified the Electronics Components Manufacturing Scheme to expand the manufacturing capabilities of passive electronic components in India.

    About Electronics Components Manufacturing Scheme:

    • The scheme is designed to promote the manufacturing of select electronic components in India, such as resistors, capacitors, relays, switches, sensors, and connectors.
    • It focuses particularly on passive electronic components, while active components like semiconductors fall under the India Semiconductor Mission (ISM).
    • The scheme has a tenure of 6 years, with a 1-year gestation period.
    • The scheme offers 3 types of incentives:
      1. Turnover-linked incentive: Based on revenue.
      2. Capex-linked incentive: For investments in plants and machinery.
      3. Hybrid incentive model: A combination of both turnover and capex incentives.

    Achievements and Growth in the Electronics Sector:

    • Domestic Production Growth: India’s electronics production has grown from ₹1.90 lakh crore in FY 2014-15 to ₹9.52 lakh crore in FY 2023-24, at a compound annual growth rate (CAGR) of over 17%.
    • Export Growth: Electronics exports have increased from ₹0.38 lakh crore in FY 2014-15 to ₹2.41 lakh crore in FY 2023-24, reflecting a CAGR of over 20%. India is now the second-largest mobile phone producer globally.
    • Future Projections: By 2026, India’s electronics production is projected to reach USD 300 billion.

    Government Initiatives for Electronics Growth:

    • Make in India (2014): Aimed at boosting India’s manufacturing sector and transforming it into a global hub for design and manufacturing.
    • Phased Manufacturing Programme (2017): Focused on increasing domestic value addition in mobile phones and their parts.
    • Production Linked Incentive (PLI) Scheme (2020): Aimed at boosting domestic manufacturing in mobile phones, electronic components, and semiconductor packaging, offering 3-6% incentives on incremental sales.
    • Semicon India Program (2021): With a financial outlay of ₹76,000 crore, this scheme promotes the domestic semiconductor industry.
    • Scheme for Promotion of Manufacturing of Electronic Components and Semiconductors (SPECS) (2021): Provides a 25% financial incentive for capital expenditure in electronic goods manufacturing.
    • Increased Budget for 2025-26: The allocation for electronics manufacturing has been raised from ₹5,747 crore in FY 2024-25 to ₹8,885 crore in FY 2025-26.
    [UPSC 2016] Recently, India’s first ‘National Investment and Manufacturing Zone’ was proposed to be set up in:

    (a) Andhra Pradesh (b) Gujarat (c) Maharashtra (d) Uttar Pradesh

     

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  • Promoting Science and Technology – Missions,Policies & Schemes

    Preliminary Findings of the Genome India Project

    Prelims Only | Science Tech | Mains Paper 3: Awareness in various sc and tech fields

    Why in the News?

    The preliminary findings of Genome India Project, based on the whole genome sequencing of 10,074 healthy and unrelated Indians from 85 populations across the country, were published recently.

    About Genome India Project

    • The Genome India Project was launched in January 2020 to map the genetic diversity of India’s population.
    • It is a collaborative project supported and funded by the Department of Biotechnology, GoI, involving multiple institutions across the country.
    • Objectives:
      • Decode the genetic diversity of India’s population through large-scale genome sequencing.
      • Create an exhaustive catalog of genetic variations, including common, low-frequency, rare, single nucleotide polymorphisms (SNPs), and structural variations.
      • Develop a reference haplotype structure for Indians, which can be used to impute missing genetic variation in future studies.
      • Design genome-wide arrays for research and diagnostics at an affordable cost.
      • Establish a biobank for DNA and plasma collected for future research use.
    • The Genome India Database, which houses the genetic data, is now available to researchers worldwide and is stored at the Indian Biological Data Centre (IBDC) in Faridabad, Haryana.

    Preliminary findings of the Study

    • The project genotyped 10,074 individuals from 85 populations, including 32 tribal and 53 non-tribal groups across India.
    • Blood samples were collected from around 20,000 individuals, with DNA samples from 10,074 individuals subjected to whole genome sequencing.
    • A total of 180 million genetic variants were identified, of which 130 million are in non-sex chromosomes (22 autosomes) and 50 million are in sex chromosomes X and Y.
    • Variant Significance:
      • Variants associated with diseases.
      • Rare variants.
      • Variants unique to India or specific communities.
    [UPSC 2016] In the context of the developments in Bioinformatics, the term ‘transcriptome’, sometimes seen in the news, refers to

    (a) a range of enzymes used in genome editing

    (b) the full range of mRNA molecules expressed by an organism

    (c) the description of the mechanism of gene expression

    (d) a mechanism of genetic mutations taking place in cell

     

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  • Labour, Jobs and Employment – Harmonization of labour laws, gender gap, unemployment, etc.

    [pib] Periodic Labour Force Survey (PLFS), 2024

    DOMR | Economics | Mains Paper 3: Issues relating growth and development, employment

    Why in the News?

    The latest Annual Report of the Periodic Labour Force Survey (PLFS) for the year 2024, covering the period from January to December, was released on April 8, 2025.

    About the Periodic Labour Force Survey (PLFS):

    • Launched by the National Statistics Office (NSO) in April 2017, the PLFS provides frequent data on labour force indicators to track employment trends.
    • It estimates employment and unemployment indicators in rural and urban areas quarterly and annually, using Current Weekly Status (CWS) and Usual Status (ps+ss).
    • The PLFS Annual Reports offer national estimates on employment and unemployment, broken down by rural and urban areas.
    • The survey tracks indicators like Labour Force Participation Rate (LFPR), Worker Population Ratio (WPR), and Unemployment Rate (UR), helping policymakers understand employment dynamics.

    Key Terminologies Used:

    • Labour Force Participation Rate (LFPR): LFPR is the percentage of the population that is either working or actively seeking work. It measures the active engagement of the population in the labour market.
    • Worker Population Ratio (WPR): WPR is the percentage of the population that is employed. It indicates the proportion of the population that is engaged in productive work.
    • Unemployment Rate (UR): UR is the percentage of individuals in the labour force who are unemployed. It provides insights into the efficiency of the labour market and the availability of employment opportunities.
    • Usual Status (ps+ss): This approach calculates a person’s employment status based on the activities they pursued over the past 365 days. It includes both their principal and subsidiary economic activities.
    1. Principal Status (ps): The main activity a person engaged in during the reference period.
    2. Subsidiary Status (ss): Any additional economic activities undertaken by a person for at least 30 days during the reference period.
    • Current Weekly Status (CWS): CWS measures a person’s employment status based on the activities they pursued in the past 7 days. It focuses on short-term employment fluctuations.

    Key Highlights of the Recent Report (2024):

    Details
    Sample Size and Survey Coverage Surveyed 12,749 Field Survey Units (FSUs) across 6,982 villages and 5,767 urban blocks with 1,01,957 households and 4,15,549 individuals.

    Labour Force Indicators (CWS)
    LFPR (Urban)
    • Urban male LFPR increased from 74.3% to 75.6%, and female LFPR from 25.5% to 25.8%, resulting in an overall increase from 50.3% to 51.0%.
    • Shows gradual improvement in workforce participation, especially among males.
    WPR (Urban)
    • Urban WPR increased from 47.0% to 47.6%, while national WPR remained stable at 53.4% to 53.5%.
    • Indicates a slight improvement in the share of employed people in urban areas.
    Unemployment Rate (UR)
    • Rural unemployment decreased from 4.3% to 4.2%, and urban female unemployment decreased from 8.9% to 8.2%.
    • Indicates small improvements in employment opportunities, especially in rural and female urban sectors.
    Decline in Unpaid Helpers
    • Reduced number of unpaid helpers in rural households led to a decline in WPR and LFPR for rural females.
    • Fewer women are engaged in unpaid family work, which may indicate an increase in formal employment.

    Labour Force Indicators (PS+SS)
    LFPR (National)
    • National LFPR slightly decreased from 59.8% in 2023 to 59.6% in 2024.
    • Shows a slight decrease in overall workforce participation at the national level.
    WPR (National)
    • National WPR slightly decreased from 58.0% to 57.7%, indicating a small drop in employment despite stable participation rates.
    • Reflects a slight decline in the proportion of the population employed.
    Unemployment Rate (UR)
    • National UR slightly increased from 3.1% to 3.2%, reflecting a small rise in unemployment.
    • A minor increase in unemployment, suggests potential challenges in creating enough jobs for the growing population.

     

    [UPSC 2013] Disguised unemployment generally means:

    (a) large number of people remain unemployed (b) alternative employment is not available (c) marginal productivity of labour is zero (d) productivity of workers is low

     

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  • Festivals, Dances, Theatre, Literature, Art in News

    Navkar Mahamantra Divas

    Prelims Only | History | Mains Paper 1: Arts & Culture

    Why in the News?

    Prime Minister has inaugurated and participated in Navkar Mahamantra Divas at Vigyan Bhawan, New Delhi.

    What is Vishwa Navkar Mahamantra Divas?

    • The event is observed annually on April 9 to promote peace, non-violence, and spiritual harmony globally by chanting the Navkar Mantra collectively.
    • The mantra venerates the 5 supreme beings:
      1. Arihants: Represent those who have attained “Keval Gyan” (perfect knowledge) and guide “Bhavya Jeevas” (souls destined for liberation). They possess twelve divine qualities.
      2. Siddhas: Those who have eradicated all karmas and attained Moksha. They are endowed with eight pure qualities.
      3. Acharyas: The leaders who follow Mahavrat and guide others on the spiritual path. They embody 36 virtues.
      4. Upadhyayas: Scholars who impart knowledge related to the path to Moksha, with 25 virtues.
      5. Sadhus: Renunciants who refine themselves through penance, with 27 significant qualities.

    Key Jain Principles Associated:

    • Ahimsa (Non-Violence): The Navkar Mantra embodies the principle of Ahimsa, advocating for peace and harmony by acknowledging the interconnectedness of all life forms, thus promoting Maitri (friendliness) towards all beings.
    • Anekantavada (Non-Absolutism) and Syadvada: This principle promotes appreciating diverse perspectives and truths, which was emphasized as a solution to global challenges like terrorism and environmental degradation, reflecting the Jain concept of Syadvada (conditional truth).
    • Tapas (Self-Discipline) and Vairagya (Detachment): The mantra is seen as a spiritual tool for self-realization, mental stability, and fostering inner peace, encouraging Tapas and Vairagya as means to achieve spiritual growth.
    • Samyak Darshana (Right Faith) and Samyak Jnana (Right Knowledge): The teachings of the Navkar Mantra were connected to building a developed India rooted in heritage while embracing progress without losing cultural values, emphasizing the importance of Samyak Darshana and Samyak Jnana.
    • Svadhyaya (Self-Study) and Sadhana (Spiritual Practice): The mantra encourages self-discipline and truth as guiding principles for personal growth and societal harmony, promoting Svadhyaya and Sadhana as essential practices.
    [UPSC 2011] The Jain philosophy holds that the world is created and maintained by:

    (a) Universal Law (b) Universal Truth (c) Universal Faith (d) Universal Soul

     

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  • New Species of Plants and Animals Discovered

    Extinct Dire Wolf species returns after 12,500 years

    Prelims OnlySpecies | Enviro & Biodiversity | Mains Paper 3: Conservation, Environmental Pollution & Degradation, Eia

    Why in the News?

    Colossal Biosciences, a biotech firm based in US, has successfully bred the extinct Dire Wolf pups using gene-editing technologies.

    About Dire Wolf (Aenocyon dirus)

    • The dire wolf lived during the Pleistocene Epoch, approximately 6 million to 11,700 years ago, and went extinct around 13,000 years ago.
    • Physical Characteristics and Behaviour:
      • It was larger than the modern gray wolf, standing about 5 feet tall at the shoulder and weighing up to 150 pounds, significantly heavier than the average gray wolf.
      • It had a stockier body, a robust skull, and powerful jaws, adapted for hunting and consuming large prey. It likely had light or white fur, unlike the gray, black, or white coats of modern wolves.
      • As an apex predator, the dire wolf primarily preyed on large mammals like bison and horses.
      • While it did not hunt in packs as effectively due to its size, it was capable of cooperative hunting when needed.
    • Extinction:
      • The species went extinct likely due to a combination of prey depletion, climate change, and the impact of human activities.
      • Fossils have been found across a wide geographical range, from the La Brea Tar Pits in California to the Mississippi River Valley.
    • Genomic Comparison:
      • The gene-edited pups share 99.5% DNA of gray wolves but differ in the remaining 0.5%, which accounts for the dire wolf traits.
      • These pups are not exact clones of the dire wolf but are considered “dire wolves” based on their physical resemblance.

    Extinct Dire Wolf species returns after 12,500 years

    Technologies Used for Resurrection:

    • Ancient DNA Extraction & Analysis: DNA from 13,000 to 72,000-year-old fossils was sequenced to identify key genetic traits.
    • Gene Editing (CRISPR): Scientists used CRISPR to edit gray wolf DNA, introducing features like size, fur color, and muscular traits to resemble the dire wolf.
    • Somatic Cell Nuclear Transfer (SCNT): Edited somatic cells from gray wolves were used to create embryos implanted in dog surrogates. Genetically modified pups were born after 62 days.
    • Embryo Implantation: The gene-edited embryos developed into the first de-extinct dire wolf pups.
    [UPSC 2018] The term “”sixth mass extinction/sixth extinction”” is often mentioned in the news in the context of the discussion of:

    (a) Widespread monoculture practices in agriculture and large-scale commercial farming with indiscriminate use of chemicals in many parts of the world that may result in the loss of good native ecosystems.

    (b) Fears of a possible collision of a meteorite with the Earth in the near future in the manner it happened 65 million years ago that caused the mass extinction of many species including those of dinosaurs.

    (c) Large scale cultivation of genetically modified crops in many parts of the world and promoting their cultivation in other parts of the world which may cause the disappearance of good native crop plants and the loss of food biodiversity.

    (d) Mankind’s over-exploitation/misuse of natural resources, fragmentation/loss of natural habitats, destruction of ecosystems, pollution and global climate change.

     

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  • [9th April 2025] The Hindu Op-ed: Why is active mobility necessary in India?

    op-ed snap | Governance | Mains Paper 2: Governance, Transparency & Accountability, Citizens Charters

    PYQ Relevance:

    [UPSC 2024] Why do large cities tend to attract more migrants than smaller towns? Discuss in the light of conditions in developing countries.

    Linkage:  Increasing urbanisation and the consequent challenges in large cities, such as traffic congestion and strain on infrastructure, which active mobility can help alleviate by providing alternative modes of transport.

     

    Mentor’s Comment: Active mobility is getting more attention in India because of growing traffic jams, pollution, health problems, and more deaths of people walking on the roads. The government is now focusing more on sustainable transport through policies like the National Transit Oriented Development (NTOD) policy and the Smart Cities Mission. At the same time, global efforts like the Paris Agreement are pushing countries to cut carbon emissions and support environment-friendly ways of travel.

    Today’s editorial highlights why active mobility is important for India. This topic is useful for UPSC Mains preparation, especially for GS Paper 2 (governance, health, and urban planning) and GS Paper 3 (environment, infrastructure, and sustainable development).

    _

    Let’s learn!

    Why in the News?

    Accidental deaths and injuries of pedestrians, cyclists, street vendors, and others are increasing in metro cities of India.

    What is Active Mobility?

    Active mobility refers to human-powered transportation modes like walking, cycling, and skateboarding used for commuting, promoting sustainability, public health, and reduced pollution, without relying on motorised vehicles or fuel.

     

    Why are accidental deaths and injuries of pedestrians, cyclists increasing in metro cities of India?

    • Encroachment of Dedicated Lanes: Even when cities build footpaths or cycling tracks, they are often occupied by motor vehicles, street vendors, or parked cars, making them unsafe. Eg: In Delhi and Bengaluru, two-wheelers and cars frequently use cycle lanes during traffic jams, forcing cyclists onto busy roads.
    • Lack of Proper Infrastructure and Road Design: Many urban roads lack continuous, well-marked, and safe pedestrian crossings or protected bike lanes, leading to risky road usage. Example: Mumbai’s arterial roads have few safe pedestrian crossings, leading to frequent jaywalking and accidents.
    • Poor Enforcement of Traffic Rules: Drivers often ignore speed limits, red lights, and pedestrian right-of-way due to weak law enforcement, increasing accident risks for non-motorised users. Example: In Chennai, despite designated zebra crossings, vehicles rarely stop for pedestrians, leading to unsafe road conditions.

    Why is active mobility gaining attention in urban planning and national policies?

    • Rising Traffic Congestion and Air Pollution: Active mobility offers a sustainable solution to reduce vehicle load and emissions in crowded cities. Eg: Delhi’s EV Policy promotes cycling and walking infrastructure to curb air pollution and decongest roads.
    • Public Health and Lifestyle Benefits: Walking and cycling improve physical and mental health, reducing the burden on healthcare systems. Eg: WHO supports active transport to combat lifestyle diseases like obesity, diabetes, and heart ailments.
    • High Rates of Pedestrian and Cyclist Fatalities: Inadequate infrastructure has made Indian roads unsafe for non-motorised users, triggering urgent reforms. Eg: Karnataka Active Mobility Bill, 2022 was drafted after the state reported the highest pedestrian deaths in 2020 (13%).
    • Climate Change Commitments and Sustainable Goals: Active mobility helps reduce carbon emissions and supports international commitments like the Paris Agreement. Eg: The National Transit Oriented Development (NTOD) Policy integrates eco-friendly transport in urban planning.
    • Inclusion in Smart Cities and Urban Missions: Government schemes now prioritise walkable, cyclist-friendly cities for better liveability and accessibility. Eg: Pune developed over 300 km of dedicated cycle lanes under its Comprehensive Bicycle Plan.

    What has WHO said about Active mobility?

    • Health Benefits: Active mobility helps combat physical inactivity, which leads to nearly 1 million deaths annually in the WHO European Region. Regular walking and cycling lower the chances of developing noncommunicable diseases such as cancer, type-2 diabetes, obesity, and heart disease. Eg: Just 20 minutes of cycling or 30 minutes of walking a day can reduce the risk of death by over 10%.
    • Environmental Impact: Opting for active transport instead of motorised vehicles helps curb greenhouse gas emissions, cuts down air pollution—which is responsible for over 500,000 deaths in Europe each year—and reduces energy use and noise. Eg: Cities prioritising cycling and pedestrian zones experience cleaner air and quieter surroundings.
    • Economic and Social Benefits: Active mobility drives green job creation and lowers the economic burden of healthcare related to lifestyle diseases. It also improves inclusivity by offering affordable, accessible mobility options to people across income groups. Eg: Investment in pedestrian zones often boosts local economies and enhances community interaction.
    • Global Initiatives: WHO leads programs like the Global Action Plan on Physical Activity and regional collaborations such as THE PEP (Transport, Health and Environment Pan-European Programme). These aim to reduce global physical inactivity by 15% by 2030 through integrated, measurable efforts.

    Where have Indian cities taken steps to improve infrastructure for active mobility?

    • Chennai’s Non-Motorized Transport (NMT) Policy: Chennai was the first Indian city to adopt a dedicated NMT policy in 2014, allocating 60% of its transport budget to pedestrian and cycling infrastructure. The city has transformed over 100 km of streets with better footpaths, improved access to bus stops, and inaugurated the Pondy Bazaar Pedestrian Plaza, a model public space. with underground utilities and seating areas.
    • Coimbatore’s NMT Network Plan: Coimbatore developed a comprehensive NMT network plan focusing on creating 290 km of safe roads for walking and cycling. This initiative aims to improve safety, increase the share of non-motorized transport, and benefit approximately 1 million residents by 2035.
    • India Cycles4Change and Streets4People Challenges: Launched under the Smart Cities Mission, these initiatives have inspired 33 cities to implement over 570 km of walking and cycling projects, with an additional 1,400 km under development. These programs have encouraged cities to prioritize active mobility as part of their urban planning.
    • Surat and Pimpri-Chinchwad’s Active Mobility Efforts: Surat and Pimpri-Chinchwad have created dedicated public transport funds that support walking and cycling infrastructure. These cities are integrating active mobility into their broader urban development plans to make streets more people-centric.

    How do other countries like the Netherlands and Germany promote active mobility successfully?

    Key Factor Description Example
    Extensive Dedicated Infrastructure Safe, continuous networks of cycling and walking paths. Netherlands – Over 35,000 km of cycling lanes for daily and commuter use.
    Pro-Pedestrian and Cycling Laws Legal systems prioritize non-motorised users with right of way and protection. Germany – Berlin Mobility Act gives cyclists and pedestrians legal priority.
    Speed Regulations & Traffic Calming Low-speed zones in urban areas to reduce accidents and promote walking/cycling. Germany – Urban areas enforce 30 km/h speed limits.
    Integration with Public Transport Active mobility combined with public transport through parking, rentals, and policies. Netherlands – Railway stations offer bicycle parking and rental services.
    Cultural Normalisation & Education Awareness campaigns and education embed active mobility in daily life. Netherlands – Children are taught cycling and road safety from an early age.

    Way forward: 

    • Institutional Integration and Funding: Mandate dedicated NMT (Non-Motorised Transport) cells and budget allocations in all urban local bodies to ensure planning, execution, and maintenance of active mobility infrastructure.
    • Behavioural Change and Awareness: Launch nationwide campaigns and school-based programs to promote cycling and walking as safe, healthy, and aspirational choices for daily commute.

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  • Governor vs. State

    SC slams TN Governor, Fixes Time for Assent

    Explained | Polity | Mains Paper 2: Federalism

    Why in the News?

    The Supreme Court criticised Tamil Nadu Governor R.N. Ravi, calling his actions “unconstitutional.” The court said he did nothing for months about 10 important Bills, and then suddenly sent them to the President only after the State Assembly passed them again and the matter reached the court.

    ‘Must act with due deference to conventions of parliamentary democracy’: Supreme Court sets aside TN Governor’s reservation of 10 Bills  

    What did the SC rule on the TN Governor’s reservation of Bills for the President in Nov 2024?

    • Action declared illegal: The Court ruled that the Governor’s act of reserving 10 Bills for the President after they were already reconsidered and passed again by the Tamil Nadu Assembly was unconstitutional. Eg: If a state legislature passes a Bill, and the Governor returns it, but the legislature passes it again, the Governor must either give assent or withhold it—he cannot send it to the President at that stage.
    • Violation of Article 200: According to Article 200, a Bill can be reserved for the President only when it is first presented to the Governor—not after it is passed again following reconsideration. Eg: The Governor had no authority to reserve the 10 Bills in November 2024 because they had already been returned, reconsidered, and passed again.
    • Presidential action also invalid: The Court held that since the Governor’s action was unconstitutional, any decision taken by the President based on that action is also invalid. Eg: Even if the President had accepted or rejected those Bills, it would not be valid because the referral itself was flawed.

    Why did the SC invoke Article 142 to grant assent to the 10 Bills?

    • Undue delay by the Governor: The Bills were kept pending for an excessively long time without any decision by the Governor, causing a constitutional deadlock. Eg: Some Bills were pending since January 2020, which hindered the functioning of the state legislature and governance.
    • Violation of constitutional spirit and conventions: The Governor showed disregard for established constitutional conventions and the Supreme Court’s earlier rulings by not acting in a timely or respectful manner. Eg: The Court said the Governor displayed “scant respect” for constitutional procedures by withholding assent without valid reason.
    • To ensure justice and restore balance: The Court used Article 142 (which allows it to do complete justice in any matter) to directly grant assent to the 10 Bills to break the impasse and uphold democratic functioning. Eg: Since the Governor failed in his duty, the Court stepped in to protect the will of the people as expressed through their elected legislature.
    Note: Article 142 of the Indian Constitution grants the Supreme Court the power to pass any decree or order necessary to do “complete justice” in any case or matter pending before it, allowing it to transcend the limitations of existing laws and statutes. 

    When can a Governor constitutionally reserve a Bill for the President’s consideration?

    • Only at the first instance of presentation (Article 200): Under Article 200 of the Constitution, the Governor may reserve a Bill for the President only when it is presented to him for the first time. Eg: If a state Assembly passes a Bill and the Governor receives it for the first time, he can reserve it for the President instead of giving or withholding assent.
    • Not after Assembly reconsideration (Article 200 – First Proviso): If the Governor returns a Bill to the Assembly and it is re-passed (with or without changes), the Governor must act—either grant or withhold assent—and cannot reserve it again unless it is substantially changed. Eg: In the Tamil Nadu case, the Governor reserved the Bills after they were reconsidered by the Assembly, which the Supreme Court ruled was unconstitutional.
    • Exception – If the Bill is materially different (Article 200 – Judicial Interpretation): If the Bill, after being reconsidered by the legislature, is substantially or materially different from the original, reservation may be allowed. Eg: If new provisions are added that affect national interest or conflict with Union laws, reservation might be justified, even after reconsideration.

    How did the SC define the Governor’s expected role and conduct under the Constitution?

    • Respect for Parliamentary Democracy and the Will of the Legislature: The Governor must act in accordance with the democratic spirit and not undermine the decisions of the elected legislature. Eg: Shamsher Singh v. State of Punjab (1974) — The SC ruled that the Governor is a constitutional head and must act on the aid and advice of the Council of Ministers, except in specific situations.
    • Facilitator, Not an Obstructionist: The Governor should enable smooth functioning of governance and not stall legislative processes. Eg: Samsher Singh case (1974) and reaffirmed in the 2024 SC ruling on Tamil Nadu Bills — The Court held that the Governor’s prolonged inaction amounted to a constitutional failure and disruption of state functioning.
    • Bound by Constitutional Oath and Values:The Governor is duty-bound to uphold the Constitution and work for the welfare of the people. Eg: Nabam Rebia v. Deputy Speaker (2016) — The SC observed that the Governor must act within the “four corners” of the Constitution and not misuse discretionary powers.

    Way forward: 

    • Time-bound Action Framework for Governors: A clear timeline should be laid down—either by Parliament or through judicial interpretation—for the Governor to act on Bills (assent, withhold, or reserve). Eg: A fixed period (like 4–6 weeks) can ensure that legislative processes are not indefinitely delayed, maintaining the balance between constitutional roles and democratic governance.
    • Institutional Clarity and Accountability: The role and powers of the Governor should be revisited to reduce ambiguity and misuse of discretion. Regular communication protocols between the Governor’s office and the elected government can also be institutionalized. Eg: Like in the case of money Bills where the Governor has limited scope, similar clarity must be applied to regular Bills to avoid conflict or misuse.

    Mains PYQ: 

    [UPSC 2018] Whether the Supreme Court Judgement (July 2018) can settle the political tussle between the Lt. Governor and elected government of Delhi? Examine.

    Linkage: The broader theme of the relationship between an unelected head of state (or administrator) and an elected government in a democratic setup.

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  • Foreign Policy Watch: India-SAARC Nations

     A regional revival: On the BIMSTEC summit    

    Explained | International Relations | Mains Paper 2: Bilateral, Regional and Global Groupings and agreements involving India

    Why in the news?

    The sixth BIMSTEC summit was held last week in Bangkok, where leaders from seven neighbouring countries came together. At a time when the world is facing many challenges, the summit gave a chance to restart and strengthen the BIMSTEC group, which had been inactive for a long time.

    What is the BIMSTEC?

    • BIMSTEC was established in the year 1997. It is a group of 7 countries around the Bay of Bengal that work together to boost regional cooperation in areas like trade, transport, energy, security, and disaster management.
    • It connects South Asia (like India, Bangladesh, Nepal) with Southeast Asia (like Myanmar, Thailand), helping in regional development and integration, especially where SAARC has been inactive.

    What was the significance of the sixth BIMSTEC summit held in Bangkok amidst global turbulence?

    • Revitalisation of BIMSTEC Platform: The summit marked a renewed push to activate BIMSTEC after years of stagnation. Eg: Despite challenges like the Myanmar-Thailand earthquake, the summit was successfully held.
    • Advancement in Connectivity Projects: It accelerated infrastructure and connectivity plans across the region. Eg: The India-Myanmar-Thailand Trilateral Highway was highlighted as a key BIMSTEC initiative.
    • Strengthening Economic Cooperation: Economic integration was prioritised through trade and commerce mechanisms. Eg: A BIMSTEC Chamber of Commerce and plans for a Free Trade Agreement (FTA) were discussed.
    • Focus on Disaster Management: The region’s vulnerability to natural disasters was acknowledged with steps toward collective preparedness. Eg: The summit called for a joint disaster management mechanism for BIMSTEC countries.
    • Platform for Crucial Bilateral Engagements: It provided leaders a forum to address bilateral tensions diplomatically. Eg: PM of India met Bangladesh and Nepal leaders to discuss border issues and political concerns.

    Why has BIMSTEC gained importance over SAARC and other regional groupings in recent years?

    • Exclusion of Pakistan: BIMSTEC avoids the India-Pakistan rivalry that has long paralyzed SAARC. Eg: The 19th SAARC summit (2016) was cancelled after India pulled out due to the Uri attack; BIMSTEC continues to function without such deadlocks.
    • Regional Connectivity: BIMSTEC focuses on tangible infrastructure and economic integration projects across member states. Eg: The India-Myanmar-Thailand Trilateral Highway enhances trade and links India’s Northeast with Southeast Asia.
    • Act East Policy Alignment: BIMSTEC aligns with India’s strategic aim of connecting South Asia with Southeast Asia. Eg: Inclusion of Thailand and Myanmar allows India to implement its Act East Policy, which SAARC cannot facilitate.
    • Multi-sectoral Functional Cooperation: BIMSTEC has a broader and more practical agenda covering trade, security, energy, and disaster management. Eg: The 2024 BIMSTEC summit advanced plans for a joint disaster management mechanism and free trade agreements.
    • India’s Strategic Diplomatic Shift: India has redirected its focus from SAARC to BIMSTEC as a preferred platform for regional cooperation. Eg: India hosted the BIMSTEC outreach summit during BRICS 2016, signaling its priority shift away from SAARC.

    What is the importance of the India-Myanmar-Thailand Trilateral Highway? 

    • Enhances Regional Connectivity: The highway links India’s North-East with Southeast Asia, boosting physical and economic integration. Eg: It connects Moreh (India) to Mae Sot (Thailand) via Myanmar.
    • Promotes Trade and Commerce: It facilitates smoother movement of goods and services, reducing transport costs and time. Eg: Indian exporters can access new markets in Thailand and beyond with greater ease.
    • Boosts Tourism and Cultural Exchange: Improved road connectivity encourages people-to-people contact and tourism flows. Eg: Tourists from India can travel by road to explore Myanmar and Thailand’s heritage sites.
    • Strategic and Geopolitical Value: Strengthens India’s Act East Policy and counters the influence of China in the region. Eg: The highway gives India a direct land route to ASEAN, reducing dependence on maritime routes.
    • Development of India’s North-East: Integrates the North-Eastern states into regional value chains and boosts local economies. Eg: States like Manipur and Assam benefit from increased trade and infrastructure development.

    What was outlined in the ‘Vision 2030’ document?

    • Negotiation of a Free Trade Agreement (FTA): Plans to push forward a comprehensive BIMSTEC Free Trade Agreement to enhance regional economic integration and trade cooperation.
    • Customs Cooperation: Emphasis on Customs agreements to facilitate smoother and faster movement of goods across borders within the region.
    • Disaster Management Mechanism: Given the region’s vulnerability to natural disasters, the document stresses the importance of building a joint disaster management system.
    • Connectivity Infrastructure: Support for ongoing projects like the India-Myanmar-Thailand Trilateral Highway, aimed at improving physical connectivity, particularly with India’s North-East as a BIMSTEC “hub”.
    • Institutional Strengthening: Proposals to establish a BIMSTEC Chamber of Commerce to enhance business-to-business ties and private sector collaboration across the member states.

    What are the challenges of all regional groups with India?

    • Political Tensions: Regional groupings often get stalled due to bilateral political disputes involving India. Eg: SAARC remains non-functional due to India-Pakistan tensions, especially post-Uri attack (2016).
    • Asymmetry in Size and Power: India’s economic and geopolitical dominance leads to perceptions of hegemony by smaller neighbours. Eg: In BBIN, Bhutan’s Parliament rejected the Motor Vehicles Agreement over concerns of being overwhelmed by Indian traffic and influence.
    • Slow Implementation of Projects: Despite grand plans, execution of connectivity and trade projects is slow due to bureaucratic delays and lack of coordination. Eg: The India-Myanmar-Thailand Trilateral Highway has faced repeated delays due to funding and infrastructure gaps.
    • Security and Border Issues: Unresolved border disputes and cross-border issues hinder trust-building and cooperation. Eg: India-Nepal tensions over the Kalapani-Limpiyadhura border issue affected ties and stalled broader regional engagement.
    • Divergent National Interests: Different domestic priorities and political transitions often reduce commitment to collective goals. Eg: In BIMSTEC, Myanmar’s internal conflict and military rule have made coordination on democratic and humanitarian issues more complex.

    Way forward: 

    • Institutional Strengthening and Timely Implementation: Regional groupings must develop stronger institutional frameworks to ensure accountability, faster execution of projects, and reduced dependence on political goodwill. Eg: Establishing a BIMSTEC Secretariat with enhanced powers and resources can streamline coordination, monitor progress, and push for timely completion of initiatives like the Trilateral Highway and FTA.
    • Mutual Trust and Inclusive Diplomacy: India should promote inclusive dialogue, address concerns of smaller neighbours, and adopt a consultative rather than prescriptive approach to regional leadership Eg: Reviving BBIN talks with Bhutan through confidence-building measures or sustained bilateral dialogues with Nepal and Bangladesh can reduce friction and enhance collaboration.

    Mains PYQ: 

    [UPSC 2022] Do you think that BIMSTEC is a parallel organisation like the SAARC? What are the similarities and dissimilarities between the two? How are Indian foreign policy objectives realized by forming this new organisation?

    Linkage: BIMSTEC and its relationship with SAARC, which is central to the context of article about BIMSTEC being conceived as a bridge and gaining importance due to SAARC’s inactivity.

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  • International Space Agencies – Missions and Discoveries

    Iron inside the Sun is more opaque than expected

    Prelims Only | Science Tech | Mains Paper 3: Achievements Of Indians In S&T

    Why in the News?

    Recent findings have revealed that iron’s opacity inside the Sun may be much higher than previously predicted, challenging current solar models.

    Iron Inside the Sun:

    • Iron makes up approximately 0.14% of the Sun’s mass, which is significantly less than hydrogen (~74%) and helium (~24%).
    • Despite its small percentage, iron plays a crucial role in the Sun’s opacity. In the Sun, opacity influences how energy moves from the core to the surface.
    • The higher the opacity, the more energy is trapped, impacting the Sun’s temperature, density, and fusion rates.

    Highlights of the New Study:

    • A 2025 study published in Physical Review Letters revealed that iron’s opacity in the Sun’s interior is 30-400% higher than previously predicted by models.
    • Researchers exposed a thin iron sample to X-rays and used spectrometers to measure the shadow cast by the sample.
    • By analyzing how strongly the iron absorbed the radiation, they were able to infer the element’s opacity.
    • Significance:
      • This discovery has important implications for how solar models are constructed.
      • By correcting the opacity of iron, models of the Sun’s temperature profile, fusion rates, and energy distribution may need to be revised.
      • This will lead to a more accurate understanding of stellar behaviour and energy transfer.

    Back2Basics: Composition of the Sun

    • The Sun primarily comprises hydrogen and helium, but other elements such as oxygen, carbon, neon, and iron also play significant roles.

    Element

    Composition by Mass (%)

    Key Role
    Hydrogen (H) 74% The primary fuel for nuclear fusion in the Sun’s core. It undergoes fusion to form helium, releasing energy that powers the Sun.
    Helium (He) 24% A byproduct of hydrogen fusion, helium helps maintain the Sun’s stability and supports continued fusion processes.
    Oxygen (O) ~0.8% Oxygen contributes to the Sun’s opacity, assisting in the transport of energy within the star. It also plays a role in nucleosynthesis, where heavier elements are formed in the Sun’s core.
    Carbon (C) ~0.3% Carbon is involved in nucleosynthesis and plays a significant role in determining the Sun’s opacity and energy transport mechanisms.
    Neon (Ne) ~0.2% Neon is found in the Sun’s atmosphere and is involved in the absorption of radiation, affecting the Sun’s energy output and behavior.
    Iron (Fe) ~0.14% Although small in mass, iron significantly impacts the Sun’s opacity, scattering and absorbing radiation, which influences energy transfer. Iron’s opacity affects the Sun’s temperature, density, and fusion rates.

     

    [UPSC 2002] Which one of the following statements is correct with reference to our solar system?

    (a) The Earth is the densest of all the planets in our solar system

    (b) The predominant element in the composition of Earth is silicon

    (c) The Sun contains 75 per cent of the mass of the solar system

    (d) The diameter of the Sun is 190 times that of the Earth

     

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