The Current Affairs questions are based on sources like ‘The Hindu’, ‘Indian Express’ and ‘PIB’, which are very important sources for UPSC Prelims Exam. The questions are focused on both the concepts and facts. The topics covered here are generally different from what is being covered under ‘Daily Current Affairs/Daily News Analysis (DNA) and Daily Static Quiz’ to avoid duplication. The questions would be published from Monday to Saturday before 2 PM. One should not spend more than 10 minutes on this initiative. Gear up and Make the Best Use of this initiative. Do remember that, “the difference between Ordinary and EXTRA-Ordinary is PRACTICE!!” Important Note: Don’t forget to post your marks in the comment section. Also, let us know if you enjoyed today’s test 🙂 After completing the 5 questions, click on ‘View Questions’ to check your score, time taken, and solutions. .To take the Test Click Here

Archives (PRELIMS  Focus) International Atomic Energy Agency (IAEA) Category: International Organisations Context: The head of the International Atomic Energy ‌Agency Rafael ⁠Grossi ⁠said recently that the IAEA is trying to ⁠arrange a ‌new nuclear deal ⁠between the U.S. and Iran. About International Atomic Energy Agency (IAEA): Nature: It is the world’s leading intergovernmental organisation for scientific and technical cooperation in the nuclear field. Genesis: The Agency’s genesis was U.S. President Eisenhower’s “Atoms for Peace” address to the General Assembly of the United Nations on 8 December 1953. Establishment: The IAEA Statute was approved on 23 October 1956 and came into force on 29 July 1957. Other names: It is widely known as the world’s “Atoms for Peace and Development”​ organization.  Association with UN: The IAEA is an autonomous organization within the United Nations system. It reports to both the United Nations General Assembly and the UN Security Council. Objective: Its primary goal is to ensure that nuclear energy is not diverted for weapons purposes. Working: The IAEA works with its Member States and multiple partners worldwide to promote the safe, secure, and peaceful use of nuclear technologies. Member countries: The agency currently has 180 member states, reflecting its wide international mandate and credibility. Headquarters: Its headquarters is located in Vienna, Austria. Institutional Structure: General Conference: The General Conference, composed of all member states, meets annually to approve budgets and set general policy directions. Board of Governors: The Board of Governors, comprising 35 members, meets about five times a year to: approve safeguards agreements, carry out statutory functions, and appoint the Director General. Secretariat: The Secretariat, led by the Director General, handles the IAEA’s daily operations. Key functions: Promoting Peaceful Uses of Nuclear Energy: The IAEA encourages the use of nuclear technology for peaceful purposes, emphasizing sustainability and safety. Safety and Security: The agency establishes safety standards and provides assistance to ensure that nuclear operations are conducted safely and securely. Verification: The IAEA conducts inspections and monitoring to verify compliance with nuclear non-proliferation agreements. Recent initiatives: Atoms4Food: A joint initiative with the FAO (launched in 2024) to use nuclear techniques for enhancing crop yields, food safety, and animal health. Rays of Hope: Focuses on expanding access to radiotherapy and cancer care in low- and middle-income countries. ZODIAC: The Zoonotic Disease Integrated Action initiative uses nuclear-derived techniques to detect and respond to potential pandemics. Nuclear Energy Summit: In March 2026, global leaders at a summit in Paris reaffirmed nuclear energy’s role in achieving Net Zero targets. India and the IAEA: India maintains a Separation Plan where civilian nuclear facilities are under IAEA safeguards, while military installations remain outside its inspection purview. The India-Specific Safeguards Agreement (2009) allowed India to participate in international nuclear trade despite not being a signatory to the NPT. Source: The Economic Times Peptides Category: Science and Technology Context: Recently, peptide therapeutics have been gaining attention in research as well as clinical practice, globally. About Peptides: Nature: Peptides are chains of amino acids that are naturally found in the body. The amino acids in a peptide are connected to one another in a sequence by bonds called peptide bonds. Peptide Bond: Fit is formed through a condensation reaction where the carboxyl group (—COOH) of one amino acid reacts with the amino group (—NH2) of another, releasing a water molecule (H20).  Types: Oligopeptides: Chains of 2 to 20 amino acids (e.g., dipeptides, tripeptides). Polypeptides: Longer chains of 21 to 49 amino acids. Bioactive Peptides (BAPs): Short fragments (2–20 amino acids) that remain active after digestion and provide health benefits like reducing blood pressure or inflammation. Functions: The body makes lots of different peptides, each of which has a different role. They may provide pro-aging support, anti-inflammatory, or muscle-building properties. Some peptides act as hormones, which are molecules that when released from cells, affect other areas of the body. Due to the potential health benefits of peptides, many supplements are available that contain peptides that manufacturers have derived either from food or made synthetically. Key applications: Medicine: Used as hormones (e.g., Insulin, Oxytocin), neurotransmitters, and targeted cancer therapies. Agriculture: Developed as “green pesticides” (e.g., Spear®, derived from spider venom) that are eco-friendly and biodegradable. Cosmetics: Used in anti-ageing creams to stimulate collagen production and repair skin damage. Food Industry: Used as antioxidants, antimicrobial agents, and artificial sweeteners (e.g., Aspartame). Peptides vs. Proteins: Proteins and peptides are fundamental components of cells that carry out important biological functions.  Both proteins and peptides are made up of amino acids, but peptides contain far fewer amino acids than proteins. Traditionally, peptides are defined as molecules that consist of between 2 and 50 amino acids. Meanwhile, proteins are long molecules made up of multiple peptide subunits, and are also known as polypeptides. In addition, peptides tend to be less well defined in structure than proteins, which can adopt complex conformations known as secondary, tertiary, and quaternary structures. Proteins can be digested by enzymes (other proteins) into short peptide fragments. Recent developments: GLP-1 Drugs: Glucagon-like peptide-1 (GLP-1) receptor agonists like Ozempic and Wegovy have gained prominence for treating Type 2 diabetes and obesity. Antimicrobial Breakthroughs: Recently, researchers discovered a cow-derived peptide capable of killing drug-resistant bacteria like Klebsiella pneumoniae, offering a potential alternative to traditional antibiotics. Personalised Nutrition: A recent study highlighted that bioactive peptides in fermented foods (like idli and yogurt) can offer population-specific health benefits, supporting “precision nutrition” tailored to India’s genetic diversity. Source: The Hindu Kurumba Painting Category: History and Culture Context: Recently, it was observed that the Kurumba art form is facing the threat of extinction. About Kurumba Painting: Nature: It is a prehistoric art form, estimated to be over 3000 years old. Historically, it is linked to rock art found at sites like Ezhuthupaarai in the Nilgiris. Origin: It originates from the Kurumba tribe in Tamil Nadu, Kerala, and Karnataka. Tradition: Traditionally, it was an exclusive ritualistic practice where male priests decorated temple walls and women adorned house doors, windows, and floors with kolams. Style: It is known for its minimalist, two-dimensional linear motifs. It uses dots, lines, and geometric shapes to create figures that resemble Warli art, but with distinct fluidity in movement. Themes: Themes are deeply rooted in the tribe’s socio-religious life. Common subjects include: Livelihood: Honey hunting (their traditional occupation), cattle gathering, and forest scenes. Culture: Tribal weddings, rituals, festivals, and spiritual beliefs. Nature: Local flora and fauna, such as wild animals and traditional leaf-and-wood huts. Use of natural pigments: The art is characterized by the exclusive use of forest-derived colours applied without water. Red & White: Sourced from different types of soil. Green: Extracted from crushed leaves. Black & Yellow-Brown: Derived from the resin of the Vengai tree (Pterocarpus marsupium). Application of colours: Colours are applied using cloth, fine twigs, or bamboo sticks onto walls often pre-coated with cow dung. Platform: The paintings are traditionally done on walls, fabric, and handmade paper. Significance: This minimalist yet expressive style preserves the tribe’s cultural heritage and reflects their deep spiritual bond with nature. Product range: These include wall murals, decorative panels, ritual paintings, cloth artworks, etc. Source: The Indian Express National Shipping Board Category: Polity and Governance Context: Recently, the government of India held a high-level interaction with the National Shipping Board (NSB) to address sectoral challenges amid global maritime uncertainty. About National Shipping Board (NSB): Establishment: It is a permanent statutory body established in 1959, under Section 4 of Merchant Shipping Act, 1958. Mandate: It advises the Central Government on all matters relating to shipping, including its development and issues arising from the Merchant Shipping Act. Nodal Ministry: It comes under the Ministry of Ports, Shipping and Waterways. Significance: It has played a very distinguished role in the Maritime development of the country, as its deliberation and recommendations have contributed to the evolution of a sound and pragmatic National Maritime Policy over the years. Composition: It consists of Chairman and Members. It consists of such Members, not exceeding sixteen as the Central Government may think fit to appoint on the Board to represent the Central Government, Ship-owners, and Seamen. Representation from Parliament: Among these members, six members are elected by Parliament (Four from the Lok Sabha and two from Rajya Sabha from amongst its members). Tenure: The Chairman and other members of the Board held office for a period of two years. Strategic role: The government has recently engaged the NSB to address challenges like global maritime uncertainty and to review measures for strengthening maritime capacity under the Maritime India Vision 2030 and Maritime Amrit Kaal Vision 2047. Focus areas: Recent deliberations have focused on promoting Green Shipping, improving the welfare and taxation of Indian seafarers, and scaling up domestic container manufacturing. Advisory nature: The board does not have executive powers; it provides recommendations to help evolve a pragmatic National Maritime Policy. Specific duties: It reviews maritime laws, suggests infrastructure improvements for ports, and monitors the welfare of Indian seafarers. Source: PIB INS Trikand Category: Defence and Security Context: Indian Naval Ship INS Trikand will participate in the 58th National Day celebrations of Mauritius. About INS Trikand: Nature: It is a Talwar-class guided-missile frigate of the Indian Navy. Significance: It is the third and final ship of the second batch of Talwar-class frigates ordered by the Indian Navy. Construction: It was built by the Yantar shipyard in Kaliningrad, Russia. Operation: It is part of the Indian Navy’s Western Fleet and operates under the Western Naval Command headquartered at Mumbai. Stealth features: Incorporates a special hull design and innovative features to reduce radar, magnetic, and acoustic signatures. Propulsion: it is powered by four gas turbines (M7N.1E COGAG plant). Speed: It is capable of speeds more than 30 knots and is configured to carry a Kamov 31 helicopter. Aviation: Configured to carry one Kamov-31 (Airborne Early Warning) or Chetak/HAL Dhruv helicopter. Armory: It carries a supersonic BRAHMOS missile system, advanced surface-to-air missiles Shtil, an upgraded A190 medium-range gun, electro-optical 30 mm close-in weapon system, anti-submarine weapons such as torpedoes and rockets, and an advanced electronic warfare system. Combat system: The weapons and sensors are integrated through a Combat Management System ‘Trebovanie-M’, which enables the ship to simultaneously neutralise multiple surface, sub-surface, and air threats.  Significance: It frequently represents India in multinational exercises like Cutlass Express and Naseem Al Bahr, enhancing interoperability with global navies. It also acts as a “First Responder” in the Indian Ocean Region (IOR), contributing to regional stability and combatting non-traditional threats like piracy. Source: News on AIR (MAINS Focus) The Washington Consensus: Rise, Fall, and the Search for a New Economic Order Subject: General Studies-II (International Relations) & General Studies-III (Economy) Sub-topic: Global Economic Governance, Development Models, Industrial Policy Introduction The Washington Consensus, coined by John Williamson (1989), promoted policies like fiscal discipline, liberalization, privatization, and deregulation as universal solutions for developing economies. Over time, crises such as the 1997 Asian financial crisis, the 2008 global recession, and rising economic nationalism exposed its limits, weakening its global dominance.   The Washington Consensus: Origins and Tenets The Ten Commandments (Williamson, 1989): Fiscal discipline Reordering public spending priorities Tax reform (broad base, lower rates) Liberalizing interest rates Competitive exchange rates Trade liberalization (lowering tariffs) Liberalization of inward FDI Privatization of state enterprises Deregulation (removing barriers to entry) Securing property rights Ideological Roots: Emerged from Reaganomics, Thatcherite structural adjustment, and debt crisis conditionality imposed by Bretton Woods Institutions (IMF, World Bank). Political History: Never merely technocratic—carried conditionality, bargaining power, and belief in trickle-down growth. Failures and Flaws: The Consensus Undone Crisis Legacy: Asian Financial Crisis (1997): Exposed systemic flaws of capital account liberalization Global Financial Crisis (2008): Demonstrated dangers of deregulated markets WTO Breakdowns: Seattle (1999) and Cancún (2003) revealed North-South divides Damaging Dogmas: Rejection of Industrial Policy: WC taboo on state intervention, reinforced by WTO rules (TRIMs, TRIPS, subsidies), constrained developing countries’ policy space Deregulation in Weak Markets: Applied even where market institutions were absent (much of Africa, LDCs) Inequality Ignored: IMF’s “trickle-down” assumption proved disastrous—Structural Adjustment Programmes harmed poorest nations Democratic Deficit: Conceived in Western capitals without meaningful consultation with developing countries The Success Stories That Defied the Consensus Historical Irony: No successfully industrialized country followed WC prescriptions during their formative years: Pre-WWII: United States, Japan Post-war: South Korea, Taiwan, Singapore Common Thread: State-led strategies, targeted industrial policy, infant industry protection—precisely what WC delegitimized China’s Rise: State-led intervention with limited political liberalization offered alternative template Value Addition: List’s infant industry argument (1841) and Gerschenkron’s latecomer advantages (1962) explain why protectionism aided development—WC ignored this history The Shattering of the Myth: New Realities Economic Nationalism Resurgent: Trump Tariffs: Sweeping, punitive protectionism as geopolitical instrument Supply Chain Reconfiguration: Driven by dominance and national security, not efficiency Industrial Subsidies: US CHIPS Act, IRA—Western embrace of industrial policy The Implicit Bargain Broken: Free markets as prosperity engine, supply chains as neutral plumbing—both discarded Pragmatic Eclecticism: No new consensus, but acceptance that policy must be politically context-sensitive: Fiscal prudence still matters, but so does targeted public investment Markets need rules, institutions, buffers Trade is growth-enhancing, but national security justifies strategic decoupling Two Emerging Counter-Narratives Post-Washington Consensus: Emphasizes public accountability, social safety nets, redistribution politics Beijing Consensus: State-led intervention, targeted industrial policy, limited political liberalization—attractive to some developing countries Value Addition: Dani Rodrik’s “augmented Washington Consensus” (2002) included institutional reforms, but implementation remained weak. Current shift is more fundamental—rejecting one-size-fits-all entirely. Lessons for Developing Countries Context Sensitivity: No ready-made template—each nation must find its own path Policy Space Essential: WTO flexibility, strategic use of exceptions, infant industry protection where feasible New Imperatives: Digital trade, climate resilience, AI governance demand fresh thinking The Toolbox Approach: Policymakers now pick instruments with explicit geopolitical and distributional aims Conclusion The Washington Consensus’ promise of universal development solutions collapsed due to crises, inequality, and political backlash. Today’s multipolar and fragile world requires pragmatic, context-specific policies—balancing markets with regulation and fiscal prudence with public investment. Development now depends on adaptation to national realities, not one-size-fits-all prescriptions.   UPSC Mains Practice Question Critically examine the rise and decline of the Washington Consensus and discuss emerging economic policy approaches in a multipolar world, highlighting key lessons for developing countries like India.   Source: https://www.thehindu.com/opinion/lead/the-fate-of-the-washington-consensus-once-talisman/article70740455.ece India's GDP Data: Misestimation and Policy Implications Subject: General Studies-III (Indian Economy) Sub-topic: National Income Accounting, Economic Data, Policy Formulation Introduction India’s new GDP series updates the 2011–12 base and aims to correct earlier methodological flaws. Studies suggest the 2015 methodology overestimated growth by 1.5–2% after 2011 and underestimated earlier growth, masking the pre-2011 boom and post-2015 slowdown, thereby complicating policy assessment and weakening reform urgency.   Why GDP Methodology Matters GDP estimates are not academic exercises—they shape policy decisions, investor confidence, and global perceptions. Policy Formulation: Interest rates, fiscal deficits, and reform agendas respond to growth signals International Standing: Fastest-growing economy status attracts investment and enhances bargaining power Historical Record: Understanding past performance guides future strategy Value Addition: Simon Kuznets, who developed modern national income accounting, warned that GDP measures must be interpreted with caution—it counts market transactions, not welfare or structural health The Breakdown: When GDP Lost Touch with Reality Until a decade ago, GDP correlated closely with macro-indicators: exports, credit, taxes, electricity consumption, IIP, and corporate sales. After the 2015 methodology revision, these relationships broke down. The Disconnect: Official data showed steady 6-7% growth despite: Demonetisation (2016) GST introduction (2017) ILFS-triggered credit meltdown (2018-19) Covid-19 pandemic (2020-21) The Puzzle Paradox: If growth was strong, why were private investment, FDI, capacity utilization, wages, and employment weak? Why rupee pressure despite “world-beating” growth? Occam’s Razor: A simple explanation fits all puzzles—growth was less strong than it appeared Methodological Flaws: Two Fundamental Problems Inappropriate Data Sources: Used formal sector data to proxy informal sector performance (over 45% of economy in 2011-12) Informal sector hit disproportionately by three severe shocks: Demonetisation, GST, Covid Result: Systemic overstatement of informal sector performance Inappropriate Deflators: Used Wholesale Price Index (WPI) to deflate services production WPI doesn’t capture service prices—plunged due to oil price collapse Result: Inflation understated, real growth overstated “Double deflation” missing, but inappropriate indices were bigger issue Value Addition: The 2009 System of National Accounts recommends double deflation (separately deflating output and inputs). India’s method fell short, but using WPI for services was fundamentally flawed. The Magnitude of Misestimation 2011-12 to 2023-24: Growth overstated by 1.5-2 percentage points on average Actual growth: 4-4.5% instead of reported 6% Inappropriate data and deflators contributed roughly equally 2004-05 to 2011-12: Growth underestimated by 1-1.5 percentage points The Erased Trajectory: “India Shining” boom (2003-2010) erased from history Post-2015 slowdowns (twin balance sheet problem, shocks) erased Replaced by picture of steady, rapid growth Policy Consequences: Misreading That Mattered Complicated Macroeconomic Policy: Data signalled strength when economy was weak Suggested easing when growth was actually strong Wrong signals at critical junctures Attenuated Reform Urgency (2014-15 to 2019-20): Why change policy framework when producing “world-beating growth”? Critical reform window potentially missed Investor and Analyst Confusion: Endless “puzzles” requiring complex explanations—when simpler explanation was data error Value Addition: The “twin balance sheet problem” (stressed banks and corporates) after 2011 required structural reforms. If growth appeared robust, urgency to address this diminished. The New Series: Hope and Caution Commendable Process: MoSPI’s consultative approach deserves credit Remaining Oddities: Manufacturing GVA deflator strangely negative for 10 quarters Unusual jump in sector’s real growth rate Import deflators radically different, producing sharp changes in real import growth The Test: Quality and plausibility of new numbers will determine if shortcomings addressed Complementary Effort: New methodology applies to future estimates; research on past provides benchmark for backcasting exercise India’s Global Standing: Pride Without Statistical Crutch IMF Ranking (2011-2023): India was fourth-fastest growing major economy Revised Estimates: Still among top seven or eight The Point: National pride warranted without requiring statistical crutch Conclusion India’s GDP misestimation (2004–2024) distorted growth trends, masking both the 2000s boom and the post-2015 slowdown. This weakened reform urgency and complicated policymaking. The new series may correct this, but the episode highlights that statistical integrity is essential for credible analysis and sound economic policy.   UPSC Mains Practice Question Examine methodological flaws causing India’s GDP misestimation (2004–24) and assess why reliable data is crucial for evidence-based policymaking.   Source: https://indianexpress.com/article/opinion/columns/how-gdp-data-misread-the-economy-complicated-policy-10580403/

Archives (PRELIMS  Focus) Fiscal Health Index Category: Economy Context: Recently, the NITI Aayog released the second annual edition of the “Fiscal Health Index 2026” in New Delhi. About Fiscal Health Index: Launch: It was introduced by NITI Aayog. Coverage: It provides a systematic framework to evaluate the fiscal performance of 18 major Indian states, 10 North-Eastern and Himalayan states. Framework: The Index has been designed as a data-driven framework to evaluate fiscal soundness, guide reforms, and promote evidence-based fiscal policymaking across states. Pillars of Assessment: The index is built on five key sub-indices: Quality of Expenditure: Ratio of developmental spending (asset creation) vs. non-developmental routine operations. Revenue Mobilisation: Ability to generate own tax and non-tax revenue independently. Fiscal Prudence: Adherence to FRBM Act targets and deficit management. Debt Index: Total debt burden relative to economic size and interest payment liabilities. Debt Sustainability: Capacity to service current debt based on GSDP growth. Classification: The index classifies states into four tiers. Achievers: These are states with strong fiscal discipline, high own-tax revenues, low deficits, and manageable debt; Front Runners: These states maintain broadly sound finances but fall short of the top tier on one or more indicators; Performers: They occupy the middle ground, with mixed results across the five pillars. Aspirational: These states are those facing the most significant fiscal stress, characterised by persistent deficits, high debt, and limited revenue capacity.  Key Highlights of Fiscal Health Index (FHI) 2026: Top Major State: Odisha retained its number one position, excelling in debt sustainability and non-tax revenue mobilization (e.g., mining premiums). North-Eastern & Himalayan Leader: Arunachal Pradesh topped this category, followed by Uttarakhand and Tripura. Fiscal Concerns: Laggard states like Punjab and West Bengal were flagged for high committed expenditures (salaries, pensions, interest) and low capital outlay (roughly 10% vs. 27% in top states). Source: PIB Asteroid 2024 YR4 Category: Science and Technology Context: Recently, NASA has officially ruled out the possibility of asteroid 2024 YR4 asteroid 2024 YR4 colliding with the moon in 2032. About Asteroid 2024 YR4: Discovery: It was first detected on 27 December 2024 by the Asteroid Terrestrial-impact Last Alert System (ATLAS) telescope in Chile. Nomenclature: The Y in the asteroid’s name indicates that it was discovered in the last half of December. The R4 indicates that it was the 117th asteroid found in that period. Classification: It is an Apollo-class asteroid, meaning its orbit crosses Earth’s path but spends most of its time further from the Sun. Size: Revised observations from the James Webb Space Telescope (JWST) in 2025 and 2026 estimated its diameter to be between 53 and 67 metres (roughly 15–20 storeys high). Torino Scale Rating: In early 2025, it reached a Level 3 rating, the highest for any asteroid since 2004, indicating a moderate risk of “localized destruction”. It was later downgraded to Level 0 (no hazard) as more data became available. Energy Potential: If it were to impact, it could release 8 to 10 megatons of energy—roughly 340 times the power of the Hiroshima bomb. Origin: The study reveals YR4 is a solid, stony type that likely originated from an asteroid family in the central Main Belt between Mars and Jupiter. Orbital period: It has an orbital period of 4.011 years, or 1,468 days. Rotation speed: The asteroid’s rotation period is 19.46 minutes. Type: It is most likely an S-type asteroid, which means that it is probably made up primarily of silicates and nickel-iron. Significance: It reinforces the relevance of missions like NASA’s DART (Double Asteroid Redirection Test), which proved that kinetic impactors can successfully deflect such threats. Source: The Hindu Kamakhya Temple Category: History and Culture Context: The South-Central Railway (SCR) will operate Amrut Bharat Express connecting Assam and two Telugu States facilitating devotees to visit Maa Kamakhya temple in Assam. About Kamakhya Temple: Location: It is situated on Nilachal Hill and adjoins the southern bank of the Brahmaputra River in Guwahati, Assam. Goddess: The temple is dedicated to Goddess Sati, an incarnation of Goddess Durga and the consort of Lord Shiva.  Significance: It is one of the most revered centres of Tantric practices. Uniqueness: It is regarded as one of the oldest of the 51 Shakti Peethas in India.  History: The former temple was destroyed by Kala Pahar, which was later reconstructed in 1565 by Chilarai, who was the reigning king of the Koch dynasty. Literary Mentions: The temple is featured in the Kalika Purana and the Yogini Tantra, which provide detailed accounts of its spiritual importance. Fair: Ambubachi Mela is one of the major festivals of this temple. The festival is held every year to commemorate the yearly menstruation of Goddess Kamakhya. It is often called the “Mahakumbh of the East”. Architecture: It had been modelled out of a combination of two different styles, namely, the traditional Nagara, or North Indian, and Saracenic, or Mughal style of architecture. This unusual combination has been named the Nilachala Style of Architecture. Structural style: It has a unique structural style that is shaped in the form of a beehive surrounded by different sculptures of different gods. Temple plan: This is the only temple of Assam having a fully developed ground plan. It consists of five chambers, garbhagriha or sanctuary, antarala or vestibule, Jagan Mohan or principal chamber, bhogmandir or ritual chamber and natmandir or opera hall for performing traditional dance and music associated with sukti temples. Source: Deccan Chronicle Nauradehi Wildlife Sanctuary Category: Environment and Ecology Context: Nauradehi wildlife sanctuary, spanning over three districts of Madhya Pradesh, will receive cheetahs in two months. About Nauradehi Wildlife Sanctuary: Location: It is located in the state of Madhya Pradesh. Area: It is spread over an area of 1187 sq.km. Uniqueness: It is the largest wildlife sanctuary in Madhya Pradesh. Ecological corridor: Situated on a plateau in the upper Vindhyan range, it serves as an important ecological corridor connecting Panna, Satpura, and Bandhavgarh Tiger Reserves. Biogeographic region: It is classified under the Deccan peninsula biogeographic region. Drainage: Three-fourths of Nauradehi Wildlife Sanctuary falls in the Yamuna [Ganges] basin, and one-fourth of the sanctuary falls in the Narmada basin. The north-flowing Kopra River, Bamner River, and Bearma River, which are tributaries of the Ken River, are the major rivers of this sanctuary. Vegetation: It is rich with lush green vegetation, small grasslands, and dense tropical dry and mixed deciduous forests. Flora: These include Teak, Saja, Dhaora, Bhirra, Ber, Bel, Mahua, Tendu, Gunja, Amla, etc. Teak dominates the forested region. Fauna: It supports diverse wildlife, including Indian wolves, Bengal tigers, leopards, sloth bears, sambar deer, nilgai, chinkara, and various bird species.  Significance: It has been selected for the Cheetah reintroduction Project in India. Source: Deccan Chronicle Jhelum River Category: Geography Context: The Kashmir Valley is witnessing one of its most unusual early springs in decades, with the river Jhelum, its lifeline, dropping below the zero-gauge level. About Jhelum River: Origin: The river originates from the Verinag Spring at the foot of the Pir Panjal Range in the Anantnag district of the Kashmir Valley. Other names: The river is also known as Vitasta in Sanskrit, Hydaspes in Greek, and Bidasp in Persian. Course: It flows northwest through Srinagar and passes through Wular Lake, which acts as a natural regulator. It then carves deep, narrow gorges through the Pir Panjal mountains before entering Pakistan-administered territory. Length: It is approximately 725 km in length. Confluence: It merges with the Chenab River at Trimmu in Pakistan. Meandering: Uniquely, the Jhelum exhibits meandering even in its youthful stage in the Kashmir Valley, a classic example of fluvial rejuvenation often asked about in UPSC Geography  Significance: It is the lifeline of Kashmir, the region where it flows for most of its course.  Hydrology: The hydrology of the Jhelum River is largely controlled by snowmelt from the Karakoram and Himalaya ranges in the spring and the southwest monsoon on the Indian subcontinent that brings heavy rains from June to September.  Major Tributaries: The largest tributary of the Jhelum is the Kishenganga (Neelum) River, which joins near Muzaffarabad and enters the Punjab province, Pakistan. Other tributaries include the Kunhar River. Sandran River, Bringi River, Arapath River, Watlara River, Lidder River, and Veshaw River. Source: Down To Earth (MAINS Focus) India's West Asia Conundrum: Balancing Strategic Autonomy in a Time of War Subject: General Studies-II (International Relations) Sub-topic: India’s Foreign Policy, West Asia, Strategic Autonomy, Energy Security Introduction West Asia is once again engulfed in a major conflict, with Israel, the U.S., and Iran now engaged in direct hostilities. For India, this is not a distant geopolitical tremor but a proximate crisis with profound implications. The region is central to India’s energy security, hosts over nine million Indian citizens, and is critical to connectivity initiatives like the India-Middle East-Europe Economic Corridor (IMEC).  In this volatile landscape, India’s response—marked by Prime Minister Modi’s visit to Israel on the eve of strikes, silence on the killing of Iranian leadership, and a seemingly detached diplomatic posture—has raised fundamental questions about the trajectory of its West Asia policy and the delicate balance between its growing partnership with the U.S., Israel, and its traditional ties with Iran and the Arab world.   India’s Stakes in West Asia: Why the Crisis Matters India’s vital national interests in the region are multifaceted and deeply entrenched. Energy Security: West Asia remains India’s primary source of hydrocarbon imports. Any escalation risks supply disruptions and price volatility, directly impacting the Indian economy and inflationary pressures. Welfare of the Indian Diaspora: Over 9 million Indians live and work in the Gulf region, forming a crucial source of remittances. Their safety and livelihood are directly threatened by escalating conflict. Strategic Connectivity: Ambitious projects like the India-Middle East-Europe Economic Corridor (IMEC), envisioned as a counter to China’s Belt and Road Initiative, are now stalled. The instability has pushed such long-term economic cooperation to the “back burner,” as noted by experts. The Debate: Strategic Autonomy vs. Apparent Alignment The core question raised is whether India’s actions signal a shift from its principled position of non-alignment to a tacit alignment with the U.S.-Israel axis. Signals of Affiliation: PM Modi’s Israel Visit: The timing of the visit, just before joint U.S.-Israeli strikes on Iran, sent a powerful political signal. His warm engagement with Prime Minister Netanyahu, dating back to their 2017 exchange, suggests a deepening bilateral comfort that some analysts argue compromised India’s perceived neutrality. Silence on Iranian Sovereignty: India’s failure to use terms like “protection of sovereignty” or condemn the killing of Iranian leaders, including Ayatollah Ali Khamenei, marks a stark departure from its historical position of supporting territorial integrity and is perplexing given India’s strategic interest in Iran (Chabahar, Afghanistan, connectivity to Central Asia). Counter-Argument: The Israel Factor Proponents of the approach argue that the relationship with Israel is no longer just emotional but deeply strategic. Israel is a top-tier supplier of defence technology, intelligence, and security-related equipment. This partnership, built over decades, cannot be easily sidelined. The Evolving Role of Gulf States and the U.S. Factor India’s policy must also navigate the complex and shifting positions of other key actors in the region. Gulf States’ Dilemma: Countries like Saudi Arabia and the UAE are currently adopting a purely defensive posture—intercepting threats but avoiding offensive action against Iran. However, this stance is unsustainable if the conflict prolongs, exposing cracks in their air defence and forcing a potentially damaging choice between Tehran and Tel Aviv-Washington. The Trump Factor: The return of Donald Trump as U.S. President introduces significant unpredictability. His administration’s “maximum pressure” campaign and perceived manipulation by Israeli leadership complicate India’s calculations. The Cost of Detachment: A Policy in Need of Recalibration The discussion suggests that India’s current approach—described as “detached” and “muddled”—carries significant risks. Missed Opportunity for Diplomacy: India, as a voice of the Global South and a stakeholder in regional peace, could have played a central role in urging restraint. However, its response has been half-hearted, with limited high-level engagement with collective Arab platforms like the Arab League or GCC on this specific crisis. Erosion of Traditional Trust: The silence on Iran and the warmth towards Israel at a moment of conflict risks eroding the trust built with Tehran over decades, potentially jeopardizing the Chabahar port project and cooperation on Afghanistan. Absence of a Collective Vision: India appears to lack a coherent, collective vision with regional partners on security architecture, leaving it reactive rather than proactive in a theatre of vital national interest. Conclusion India’s West Asia policy is at a critical juncture. The current crisis has exposed the tensions between its deepening strategic partnership with the U.S. and Israel and its enduring interests in Iran and the Arab world. Strategic ambiguity, once a tool to keep options open, now risks being perceived as a one-sided drift.  To safeguard its energy security, its diaspora, and its long-term connectivity goals, India must urgently recalibrate. It needs to move beyond a transactional approach and deploy its considerable diplomatic capital to advocate for ceasefire, restraint, and the protection of sovereignty.    UPSC Mains Practice Question “India’s approach to the ongoing West Asia crisis reveals the growing tension between its policy of ‘strategic autonomy’ and its deepening strategic partnerships.” Critically analyze India’s response to the Israel-U.S.-Iran conflict in the context of its vital national interests in the region.   Source: https://epaper.thehindu.com/ccidist-ws/th/th_international/issues/175299/OPS/GI1FM1K63.1+GLBFN7LQ3.1.html India's Innovation Challenge: Bridging the Intent-Execution Gap Subject: General Studies-III (Economy, Science & Technology) Sub-topic: Research & Development, Innovation Ecosystem, Private Sector Participation Introduction India presents a striking paradox in its innovation landscape. On one hand, government intent is clearer than ever—manifested in the ₹1,00,000 crore RDI Fund, a ₹20,000 crore corpus for deep-tech startups, the liberalization of atomic energy patenting, and a rise to 38th rank in the Global Innovation Index 2025.  Patent filings have nearly doubled to over 1,10,000 in 2024-25. On the other hand, the fundamentals tell a sobering story: R&D intensity languishes at just 0.65% of GDP, global technological influence remains marginal, and the translation of research into marketable products is weak.    The Intent-Execution Paradox: Policy Momentum vs. Ground Realities The government has demonstrated unprecedented ambition in fostering innovation. Major Policy Initiatives: RDI Fund: ₹1,00,000 crore corpus announced to boost research, development, and innovation. Deep-Tech Push: ₹20,000 crore corpus for deep-tech startups announced in the 2026 Union Budget. Atal Tinkering Labs: Near six-fold increase in funding (from ₹500 crore to ₹3,200 crore) to nurture future innovators. Patent Liberalization: The SHANTI Act, 2025 now allows patents for peaceful uses of nuclear energy, opening doors for private sector participation in the atomic energy sector. The Execution Gap: Despite these measures, India’s R&D intensity (0.65% of GDP) remains the lowest among BRICS nations except South Africa, and far behind innovation leaders like South Korea (4.8%), Israel (5.4%), and the U.S. (3.5%). This reveals a systemic failure to translate policy intent into outcomes. The Private Sector’s Reluctance: The Core of the Problem In all innovation-leading economies, industry drives the majority of R&D spending. India is an exception. State vs. Industry Led R&D: In India, the state still bears a disproportionate share of R&D expenditure. The private sector’s appetite for long-term, high-risk, capital-intensive innovation remains limited. Patent Quality over Quantity: While domestic patent filings now constitute 62% of the total (up from under 59,000 in 2020-21 to over 1,10,000 in 2024-25), this growth is recent and policy-driven. The underlying innovation base remains shallow. International Comparison: India filed only 4,547 Patent Cooperation Treaty (PCT) applications in 2024, compared to China (over 70,000), the U.S. (over 54,000), and Japan (over 48,000). Even Switzerland filed over 5,300, underscoring that scale, not just growth rate, determines global technological influence. Human Capital Deficits: The Talent and Inclusion Gap Innovation is ultimately a function of human capital. Here, India’s rankings reveal deep vulnerabilities. Researcher Crunch: India ranks 80th globally in the number of full-time equivalent researchers per capita. Knowledge-Intensive Employment: Ranked 95th in employment in knowledge-intensive sectors, indicating that highly skilled talent is not being absorbed into productive, innovation-driven roles. Gender Diversity Deficit: India ranks 101st among 119 economies in the employment of women with advanced degrees. This is a critical weakness, given the strong empirical correlation between workforce diversity and innovation outcomes. Government Response: Initiatives like WIDUSHI (Women’s Instinct for Developing and Ushering in Scientific Heights and Innovations) and WISE-KIRAN aim to improve women’s participation in science, but their impact remains to be seen. The Missing Bridge: From Lab to Market Innovation reaches its full impact only when research is successfully commercialized. This translation remains India’s weakest link. Weak Academia-Industry Linkages: While universities and public research institutions generate scientific output, mechanisms for technology transfer, venture creation, and risk-capital alignment are underdeveloped. Absence of Patient Capital: High-technology entrepreneurship requires funding that tolerates long gestation periods and high failure rates. India’s venture capital ecosystem often prioritizes scalable business models over deep-tech innovation. Conclusion India’s innovation story has moved from an era of policy neglect to one of policy intent. The government has laid the tracks with increased funding, regulatory liberalization, and institutional initiatives. However, the train will not move without the engine of private sector commitment. The challenge is no longer one of government intent but of industry execution.  To achieve a true innovation-led economy, India’s private sector must embrace long-term, high-risk R&D, invest in deepening human capital, and build robust bridges between the laboratory and the market. The green shoots in the commercial space sector and deep-tech startups are encouraging, but they must scale into a forest of globally competitive, R&D-driven enterprises.   UPSC Mains Practice Question “India’s innovation challenge is no longer one of government intent but of industry execution.” Critically analyze the structural constraints in India’s R&D ecosystem, with a special focus on the role of the private sector in bridging the gap between research and commercialization.   Source: https://www.thehindu.com/opinion/lead/preparing-india-for-a-true-innovation-led-economy/article70735933.ece