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Daily Prelims CA Quiz

UPSC Quiz – 2025 : IASbaba’s Daily Current Affairs Quiz 29th August 2025

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

DAILY CURRENT AFFAIRS IAS | UPSC Prelims and Mains Exam – 29th August – 2025

rchives (PRELIMS  Focus) Burmese pythons Category: ENVIRONMENT Context:  Florida authorities are testing robot rabbits to help control invasive Burmese pythons, which have devastated local wildlife due to their lack of predators and strong camouflage. Python Control Efforts Since the late 20th century, pythons have decimated native species like rabbits, birds, and even alligators. Current measures include hunting contests, tracking devices, snake-catchers, and now robot rabbits that mimic real rabbits’ heat and scent. Robot Rabbit Strategy These devices simulate body heat and behavior, luring pythons out of hiding to make capture easier. Early trials show promise in overcoming camouflage challenges. Ecological Impact Unchecked pythons have caused severe ecological imbalance. In some areas, rabbit populations have dropped by more than 95% since 1997. Future Implications If successful, robot rabbits could become a key tool in restoring Florida’s ecosystem. Learning Corner: Burmese Pythons Native to Southeast Asia, Burmese pythons (Python bivittatus) are among the largest snake species in the world, capable of growing over 5 meters long. They are non-venomous constrictors, killing prey by coiling and suffocation. Introduced to Florida (likely through the pet trade), they have become a highly invasive species in the Everglades. With no natural predators in the region, they feed on a wide range of animals including mammals, birds, and even alligators. Their rapid spread has caused drastic declines in native wildlife populations, making them a major ecological threat. Control methods include hunting programs, radio-tracking, trained snake catchers, and experimental tools like robot rabbits to lure them out. Source: THE INDIAN EXPRESS Exercise Bright Star 2025 Category: DEFENCE Context : Over 700 Indian Armed Forces personnel are set to take part in Exercise Bright Star 2025, a major multinational drill in Egypt from August 28 to September 10, 2025 Overview Bright Star, co-hosted by Egypt and the US since 1980, is one of the largest military exercises in the Middle East. The 2025 edition will see participation from 43 nations—13 with active contingents and 30 as observers. Indian Participation India’s Army, Navy, and Air Force personnel will engage in live firing, command post exercises, and modern warfare training. Expert exchanges will cover cyber warfare, logistics, and strategic communication. Significance With over 7,900 troops expected, the exercise enhances interoperability, regional security, and defence diplomacy. For India, it strengthens tri-service synergy and international military cooperation, supporting its role in peace, stability, and coalition operations. Learning Corner: Exercise Name Participants Domain Varuna India–France Naval Komodo India + multiple regional navies Naval SIMBEX India–Singapore Naval La Perouse Indo-Pacific navies Naval Sea Dragon Quad/allied navies Naval Malabar Quad (India, U.S., Japan, Australia) Naval Aikeyme India + African navies Naval India–Africa Maritime India + African nations Naval India–Philippines Drill India–Philippines Naval Talisman Sabre India + Australia, U.S., others Multi-domain Dharma Guardian India–Japan Land (Army) Cyclone India–Egypt Special Forces Shakti India–France Army Land (Army) Yudh Abhyas India–USA Land (Army) Ekuverin India–Maldives Land Khanjar India–Kyrgyzstan Land (Army) Bongosagar India–Bangladesh Naval Source:  PIB Starship Category: SCIENCE AND TECHNOLOGY Context: SpaceX’s Starship successfully completed a critical test flight, marking a major step toward Moon and Mars missions. Test Flight Highlights The 10th flight launched from Starbase, Texas, after three failed attempts. The Super Heavy booster made a controlled splashdown in the Gulf of Mexico, while Starship splashed down in the Indian Ocean after deploying eight mock Starlink satellites. Key milestones included in-orbit engine re-ignition and a reusable heat shield stress test. Features Height: 120 m – taller than Saturn V. Engines: 33 Raptor engines with ~74 meganewtons thrust, nearly twice Saturn V. Payload: 100–150 tons to LEO; up to 100 astronauts in crew configuration. Fuel: Liquid methane + oxygen. Design: Fully reusable two-stage system with largest payload volume in history. Significance The success restores confidence in Starship for NASA’s Artemis Moon mission and future Mars plans. It demonstrates reusability, massive payload capacity, and cost-effectiveness—potentially revolutionizing space access and exploration. Learning Corner: SpaceX’s Starship World’s largest rocket: At 120 meters tall, Starship is bigger than the Saturn V and designed for deep-space missions. Structure: Two-stage system — Super Heavy booster and the Starship spacecraft. Power: Powered by 33 Raptor engines using liquid methane and liquid oxygen, generating ~74 meganewtons of thrust. Capacity: Can carry 100–150 tons to low Earth orbit and up to 100 astronauts in crew configuration — the largest payload capacity ever. Reusability: Both stages are fully reusable, aiming to drastically cut launch costs and enable frequent missions. Heat shield: Equipped with a reusable heat shield to withstand re-entry from the Moon or Mars. Purpose: Developed to support NASA’s Artemis missions, future Mars colonization, and revolutionize space access through cost-effective, high-capacity launches. Source: THE INDIAN EXPRESS Mahatma Ayyankali Category: HISTORY Context: Prime Minister Narendra Modi paid tribute to Mahatma Ayyankali on his Jayanti, honoring his legacy as a pioneering social reformer who fought caste-based discrimination and worked for the upliftment of marginalized communities in Kerala. Legacy of Ayyankali Born in 1863, he led movements like the Villuvandi (cart) journey and Kallumala struggle, challenging social inequalities. Advocated education, access to public spaces, and basic rights for Dalits, reshaping Kerala’s social fabric. His reforms laid the foundation for greater equality and continue to inspire struggles for social justice in India. Learning Corner: Mahatma Ayyankali (1863–1941) Ayyankali was a prominent social reformer from Kerala, known for challenging caste oppression and working for the upliftment of Dalits. He fought for education rights, access to public spaces, and basic dignity for oppressed communities. His famous struggles include the Villuvandi (bullock cart) movement, asserting the right of Dalits to use public roads, and the Kallumala agitation, demanding social equality and dignity for Dalit women. He also organized agricultural labourers to fight for better wages and working conditions. Ayyankali’s efforts laid the foundation for Kerala’s later progress in social justice and equality, earning him the title Mahatma. Source: PIB Amoebic Encephalitis Category: SCIENCE AND TECHNOLOGY Context: Kerala has reported another case of amoebic encephalitis, a rare and often fatal brain infection, bringing the total cases this year to 42. About the Disease Caused mainly by Naegleria fowleri and other free-living amoebae found in warm, untreated water. Symptoms include severe headache, fever, vomiting, neck pain, confusion, seizures, and coma. Infection occurs when contaminated water enters the nose; it is not contagious. Response Authorities are chlorinating and cleaning water sources, and local panchayats have imposed bathing bans in affected areas. Kerala’s mortality rate is around 25%, far lower than the global average of 97%, due to strong healthcare interventions. Risk Factors Rising cases are linked to climate change, warmer waters, better testing, and pollution. Transmission can also occur via dust, soil, or mud exposure. Amoebic encephalitis remains a serious health challenge, demanding vigilance, safe water practices, and rapid medical response. Learning Corner: Amoebic Encephalitis Definition: A rare but serious brain infection caused by free-living amoebae, most commonly Naegleria fowleri, though other species like Acanthamoeba and Balamuthia can also cause it. Transmission: Not contagious; occurs when contaminated water, soil, or dust containing amoebae enters the body, usually through the nose. Symptoms: Severe headache, fever, nausea, vomiting, stiff neck, confusion, seizures, and in advanced stages, coma. Fatality: Globally, the mortality rate is very high (around 97%), though early diagnosis and intensive treatment can improve survival chances. Risk Factors: Warm freshwater sources (ponds, lakes, poorly maintained pools), climate change (rising water temperatures), and urban pollution increase risk. Prevention: Avoid swimming in untreated water, use proper chlorination, maintain hygiene, and seek immediate medical care if symptoms appear after exposure. Source: THE HINDU (MAINS Focus) From Smart Cities to Smart Villages (GS Paper II – Governance) Introduction (Context) The Smart City Index 2025 released by the International Institute for Management Development (IMD) highlights global urban development trends, with Swiss cities dominating.  Indian cities, while participating in the smart city movement, remain outside the top 20, prompting a review of India’s Smart Cities Mission (SCM).  Beyond urban areas, the concept of “Smart and Intelligent Villages” is emerging as a tool for rural development. Key Highlights of Smart City Index 2025 A smart city is “an urban setting that applies technology to enhance the benefits and mitigate the drawbacks of urbanisation for its citizens.” Evaluation Parameters: Health & Safety, Mobility, Activities, Opportunities, Governance. Top 5 Smart Cities (2025): Rank City Country 2024 Rank Change 1 Zurich Switzerland 1 — 2 Oslo Norway 2 — 3 Geneva Switzerland 4 ▲1 4 Dubai UAE 12 ▲8 5 Abu Dhabi UAE 10 ▲5 New Entrants: AlUla, Astana, Caracas, Kuwait City, Manama, San Juan. Indian Cities’ Ranking (2025): Indian cities continue to be part of the global smart city movement, but they remain outside the top 20. While progress has been made in infrastructure, digital adoption, and citizen services, challenges in governance, mobility, and human development still place them lower in the global hierarchy. City Rank Delhi 104 Mumbai 106 Hyderabad 109 Bengaluru 110   This context brings the Smart Cities Mission (SCM) into focus as a major policy initiative aimed at transforming India’s urban landscape. About Smart Cities Mission The Smart Cities Mission (SCM) was launched by PM Narendra Modi on 25 June 2015 under the Ministry of Housing and Urban Affairs. The mission aims to develop cities with core infrastructure, a clean and sustainable environment, and a good quality of life using smart solutions. Its broader goal is to drive economic growth and promote inclusive development by creating replicable “lighthouse” models for other cities. SCM is implemented as a Centrally Sponsored Scheme (CSS). Key focus areas: Walkways, pedestrian crossings, cycling tracks, efficient waste management, integrated traffic management, and assessment. Fundamental principles of Smart City: There is no standard definition or template for a smart city in India. The six fundamental principles are: Communities at the core of planning and implementation. Greater outcomes using fewer resources. Corporative & Competitive Federalism – competitive city selection and flexible project execution. Innovative, integrated, and sustainable solutions. Technology as a tool, not the goal; selected carefully according to city context. Convergence – sectoral and financial alignment. Strategic components of SCM include area-based development, covering: City improvement (retrofitting) City renewal (redevelopment) City extension (greenfield development) Pan-city initiatives applying smart solutions across larger urban areas. Present status According to the Smart Cities Mission dashboard (June 2025): 7,626 projects completed (95% of total 8,063 projects). 437 projects (5%) worth ₹10,795 crore are still ongoing. Extending the Idea: Smart and Intelligent Villages While smart cities address urban challenges, the majority of India still resides in villages. Hence harnessing technology for rural development can ensure inclusive growth and reduce urban-rural disparities. A Smart and Intelligent Village leverages IoT, AI, and digital connectivity to improve living conditions, farming, healthcare, education, and governance. Case Study: Satnavari Smart Village Satnavari has been set up as India’s first “Smart and Intelligent Village” in the Nagpur district. It is equipped with technologies ranging from smart farming and telemedicine to AI-powered water monitoring and digital classrooms.  Some of the smart interventions are:  Agriculture: IoT sensors monitor soil moisture, crop health, and environmental conditions in real time. Benefits: 25–40% water saved, fertiliser costs reduced by 30%, crop yield increased by up to 25%. Mobile apps help farmers adopt climate-smart and natural farming practices using accurate, verifiable digital data. Fisheries: Water-quality sensors track oxygen levels, pH, and temperature in ponds. Improved fish yield by 20–30% and reduced operational costs. Drones in Farming: GPS-based drones spray fertilisers and pesticides precisely. AI-enabled pest detection allows early identification of pest attacks. Benefits: Reduces chemical use by 20–50%, improves crop health, and lowers environmental impact. Safety & Convenience: IoT streetlights automatically adjust brightness based on movement, time, or ambient light. CCTV cameras and drones monitor farms and public spaces in real time. Benefits: Energy savings of 50–70%, better safety, and lower maintenance costs. Drinking Water: AI-powered monitoring systems track water supply and quality continuously. Ensures 55 litres per capita per day, meeting rural water standards. Healthcare: On-site testing for 120+ health parameters, including blood tests, cardiac checks, cancer and TB screening. Telemedicine allows remote consultation with doctors, providing urban-grade healthcare in rural areas. Education: Smart classrooms with e-learning platforms, interactive Zoom sessions, and BharatNet Wi-Fi (100 Mbps) for students. Enables digital learning and access to quality educational resources. Security: Central control system coordinates emergency response. Integrated with police, NDRF (National Disaster Response Force), and SDRF (State Disaster Response Force) for faster response. Waste Management: IoT-enabled bins track garbage collection and disposal. Data-driven strategies ensure safe disposal and prevent environmental pollution. Fire Control: Automatic fire extinguishers activated on contact with flames. Drones can deliver extinguishers to remote areas for quick action. Network Management: Central Network Operations Centre (C-NOC) monitors all devices in the village. Tracks uptime, detects problems, and ensures smooth functioning of all smart systems. Terminologies IoT (Internet of Things): A network of devices connected to the internet that can collect, exchange, and analyse data automatically. It helps monitor and control systems like sensors, streetlights, and agricultural tools in real time. AI (Artificial Intelligence): Technology that enables computers or machines to perform tasks requiring human intelligence, such as recognising patterns, predicting outcomes, or making decisions, e.g., detecting pests in crops or analysing water quality. GPS (Global Positioning System): A satellite-based navigation system that provides accurate location and time information. It is widely used in drones for precise farming, mapping, and transportation. Telemedicine: The delivery of healthcare services remotely using digital communication tools like video calls, apps, and online platforms. It allows patients in rural or remote areas to consult doctors without travelling. BharatNet: A government initiative to provide high-speed internet connectivity to villages across India. It facilitates digital education, e-governance, and online services in rural areas. C-NOC (Central Network Operations Centre): A centralised monitoring hub that oversees all smart systems in a village or city. It ensures devices function smoothly, tracks performance, and alerts for maintenance or problems. Conclusion The transition from Smart Cities to Smart Villages represents India’s effort to leverage technology for inclusive and sustainable development.  Initiatives like Satnavari Smart Village demonstrate how technology can bridge the rural-urban divide, improve resource efficiency, and empower communities, making development truly participatory and holistic. The planned and strategic use of technology can not only make villages ‘smart’ but also aim for meaningful improvements in various aspects of life, striving toward the goal of inclusive development in India.  Mains Practice Question Q The concept of Smart Villages complements the Smart Cities Mission in India. Examine how technology-driven interventions in villages can promote inclusive and sustainable development. Illustrate your answer with examples.” (250 words, 15 marks) Source: UPSC Issue at a Glance | From Smart Cities to Smart Villages : What UPSC aspirants must-know for Prelims and Mains Alternatives to Ethanol (GS Paper III – Science and technology) Introduction (Context) Biofuels have emerged as a significant alternative to fossil fuels in the renewable energy transition. While ethanol remains the most commonly used biofuel, discussions are expanding toward advanced alternatives that offer greater efficiency, sustainability, and compatibility with modern energy demands. Why alternative to Ethanol needed? Ethanol has a lower calorific value compared to petrol or butanol, meaning vehicles require more ethanol to produce the same amount of energy, reducing fuel efficiency. It absorbs water easily, which complicates storage and transportation since water contamination can reduce fuel quality and damage engines. Ethanol is corrosive to existing pipelines and engine parts, leading to higher maintenance costs. Large-scale ethanol production relies heavily on food crops like maize and sugarcane, which creates competition between food supply and fuel needs. In countries like Brazil, soybean is more valuable as an export food commodity than as a feedstock for biodiesel, highlighting the economic trade-off between food and fuel use. Expanding cultivation of crops for ethanol often leads to deforestation or conversion of natural ecosystems, creating a long-term ‘carbon debt’ that offsets climate benefits. Intensive use of fertilisers, depletion of groundwater, and soil degradation associated with biofuel feedstock cultivation reduce long-term agricultural sustainability. Alternatives to Ethanol Butanol and ABE biofuels The ABE process involves the fermentation of acetone, butanol, and ethanol  These products are synthesised naturally by solventogenic Clostridia – bacteria capable of fermenting a broad spectrum of cellulosic and hemicellulosic substrates. Butanol has higher energy content and is less volatile than ethanol. It is compatible with existing fuel infrastructure. Challenges: ABE downstream processing for product recovery is more complex than a single product like ethanol, as the former involves separating multiple solvents (acetone-butanol-ethanol) while the latter needs water-ethanol separation.  Low economic viability at large scale. Requires advanced microbial strains and cost-efficient processing. Biohydrogen Biohydrogen can be made by fermenting glucose, where it gets converted into mixtures like acetone-butanol-ethanol (ABE) or acids like butyric and acetic acid. In this process, the main enzyme that helps produce hydrogen is called hydrogenase. Certain bacteria such as Clostridium are high-yield producers of biohydrogen, while Bacillus species have also been used to produce hydrogen from wastewater. A special heat-loving bacterium, Caldicellulosiruptor saccharolyticus, can produce about 92% of the possible hydrogen yield from glucose and can also use waste from industries like pulp and paper. Challenges: Storage and distribution infrastructure is underdeveloped. Hydrogenase enzymes used in production are oxygen-sensitive. High costs compared to fossil fuels. Photosynthetic biohydrogen production Photosynthetic organisms (algae, cyanobacteria, bacteria) can produce hydrogen using sunlight, water, and CO₂. The key enzyme (hydrogenase) is oxygen-sensitive, so microbes use tricks like separating hydrogen production in different cells (heterocysts) or at different times (day/night). Scientists are modifying enzymes to work even in the presence of oxygen. Alga Chlamydomonas reinhardtii can sustain hydrogen production for ~100 hours in low-sulphur conditions. Thermophilic bacteria can make hydrogen for weeks with little light (photo-fermentation), and some bacteria can generate hydrogen through water–gas shift reactions at room temperature. Challenges: The main enzyme (hydrogenase) stops working in the presence of oxygen. Large-scale production is difficult due to low efficiency and high costs. Maintaining suitable lab or industrial conditions is technically challenging. Biodiesel Biodiesel is made by a chemical process called transesterification, which converts plant or animal fats into fuel. These fats are made of glycerol (the head) and fatty acids (long carbon chains) and can be saturated or unsaturated depending on double bonds in the chains. Triglycerides form when multiple fatty acid chains attach to glycerol. During transesterification, the glycerol part is replaced with methanol using a catalyst, usually potassium hydroxide. Newer catalysts like amorphous carbon, SiO₂-ZrO₂, or ion exchange resins are cleaner, reusable, and more environmentally friendly. Using high temperature and pressure under supercritical conditions can improve biodiesel production efficiency. Challenges Oils with high free fatty acid content, like raw Jatropha oil, can form soap (saponification), which reduces efficiency. Enzymatic methods using lipases are green but costly and unstable in methanol. Biodiesel is not completely carbon-neutral, but it can reduce CO₂ emissions by 55% and also lower SO₂, CO, and particulate matter. However, biodiesel can increase NOx and hydrocarbon emissions and may produce soot with mutagenic risks. Chemically synthesised Liquid fuels Liquid diesel fuels can be made through a process called pyrolysis, which produces a gas mixture of carbon monoxide (CO) and hydrogen (H₂) known as syngas. This syngas can be converted into liquid fuels using metal catalysts. Lignocellulosic biomass, such as plant waste and wood, is a good raw material for this process because it can cut fossil fuel emissions by up to 90% and produces very little sulfur dioxide (SO₂). It can also use low-quality land for woody material, so it does not compete much with agricultural land. The main challenge is that producing these fuels is still more expensive than using fossil fuels, which makes them less competitive in the market. If production costs can be reduced, these chemically made fuels could be more effective than E85 (a gasoline-ethanol mix) in lowering CO₂ and air pollution. Challenges High production costs reduce competitiveness. Large-scale commercialisation not yet viable. Microalgal Biodiesel Microalgae can produce biodiesel at rates up to 100 times higher than the best land-based oilseed crops. They can be grown in ponds where CO₂ from power plant emissions is supplied, helping both fuel production and carbon capture. It is estimated that using only 5% of the land area of the US for microalgae cultivation could produce enough diesel to meet the world’s petroleum needs without using farmland meant for food. Certain algae, like Chlorella protothecoides and Scenedesmus obliquus, can grow in the dark using carbon sources such as corn powder hydrolysate. These algae can store high amounts of triglycerides, which are used to make biodiesel. Growing algae in the dark (heterotrophic cultivation) produces triglycerides in a way similar to fermentation, making it an efficient method for biodiesel production. Challenges Requires controlled cultivation (costly infrastructure). Energy-intensive harvesting and processing. Large-scale commercialisation is still limited. Conditions for Biofuel sustainability Biofuels can replace fossil fuels only if two conditions are met: All feedstocks are naturally renewable. Biomass supply is abundant and reliable. In practice, neither condition is fully achievable, making large-scale biofuel sustainability challenging. A resource is sustainable only if it can be maintained indefinitely without loss of quality and without harming the supporting environment. Agricultural practices for biofuel crops often violate sustainability principles. Fertile topsoil takes 300–400 years to regenerate 1 cm, making repeated cropping unsustainable. Groundwater recharge is slow, and heavy irrigation depletes water resources. Use of fossil-based fertilizers and mechanised tilling compacts soil and accelerates fertility loss. Cropping for biofuels can cause rapid moisture loss and salt accumulation in soils. These environmental impacts are largely irreversible and cannot be fully corrected by biotechnology. Conclusion While advanced alternatives like butanol, biohydrogen, biodiesel, chemically synthesised fuels, and microalgal biodiesel show promise, their scalability and sustainability remain contested.  Ethanol alternatives can reduce fossil fuel dependency, but only if integrated into a balanced renewable energy portfolio.  Mains Practice Question Q Discuss the advanced alternatives to ethanol as a biofuel. Critically analyse their benefits and challenges in the context of India’s energy transition. (250 words, 15 marks) Source: UPSC Science Current Affairs 2025: What are the advanced alternatives to ethanol?

Daily Prelims CA Quiz

UPSC Quiz – 2025 : IASbaba’s Daily Current Affairs Quiz 28th August 2025

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

DAILY CURRENT AFFAIRS IAS | UPSC Prelims and Mains Exam – 28th August – 2025

rchives (PRELIMS  Focus) Adi Karmayogi Initiative Category: POLITY Context:  Train 20 lakh tribal “change leaders” through activities like role-play, cognitive tasks, and fish bowl exercises to build problem-solving and motivation. Objectives Part of the Dharti Aba Janjatiya Gram Utkarsh Abhiyaan to strengthen last-mile scheme delivery. Implementation 240 State-level master trainers, 2,750 district trainers, and 15,000+ block trainers will conduct sessions across 324 districts. Each village session will involve 15 volunteers, focusing on participatory development. Key Activities “Lighting the candle” (positivity), “fish bowl” (group interaction), and role-play (community issue solving). Vision & Delivery Villagers will draft “Vision 2030” documents, visualized through public murals as governance blueprints. Adi Seva Kendras will act as single-window centers for scheme saturation. Impact Aims to foster sustainable, community-driven solutions and improve government scheme delivery in tribal regions. Learning Corner: Adi Karmayogi Initiative A government programme under Dharti Aba Janjatiya Gram Utkarsh Abhiyaan to strengthen last-mile delivery of schemes in tribal areas. Seeks to train 20 lakh tribal “change leaders” through participatory methods like role-play, candle-lighting, cognitive tasks, and fish bowl exercises. Multi-tier trainer structure: 240 State-level, 2,750 district-level, and 15,000+ block-level trainers covering 324 districts. Each village session involves 15 volunteers to build problem-solving and community leadership. Villagers prepare “Vision 2030” documents, visualized through public murals as aspirational governance blueprints. Adi Seva Kendras will serve as single-window centers for scheme saturation. Focus: community-driven development, participatory governance, and improved scheme utilization in tribal regions. Dharti Aba Janjatiya Gram Utkarsh Abhiyaan A flagship tribal welfare programme launched by the Government of India. Aims to ensure last-mile delivery and saturation of government schemes in tribal villages. Works on participatory governance by involving tribal communities in identifying local challenges and solutions. Includes the Adi Karmayogi initiative, which trains tribal “change leaders” at the village level to drive development. Encourages preparation of “Village Vision 2030” documents and community murals to guide planning and governance. Establishes Adi Seva Kendras as single-window service centres for welfare schemes. Overall focus: empowerment, capacity building, and inclusive development of tribal communities. Source: THE HINDU INS Udaygiri & INS Himgiri Commissioned Category: SCIENCE AND TECHNOLOGY Context : Defence Minister Rajnath Singh commissioned two multirole stealth frigates — INS Udaygiri and INS Himgiri — at Visakhapatnam Key Points Defence Minister Rajnath Singh commissioned two multirole stealth frigates — INS Udaygiri and INS Himgiri — at Visakhapatnam. Part of Project 17A, with 75% indigenous components, reflecting Make in India and Aatmanirbhar Bharat. Equipped with advanced weapons, sensors, and propulsion systems; designed by the Navy’s Warship Design Bureau. Built with contributions from 200+ MSMEs, generating thousands of jobs. Strategic Impact Enhances India’s maritime strength in the Indian Ocean. Useful for maritime security, disaster relief, and humanitarian missions. Represents a leap in stealth, design, and indigenous shipbuilding capacity. Technical Highlights Combined diesel/gas propulsion, modern management systems, and high indigenous technology. Follow-on to Project 17 Shivalik-class frigates, with major improvements in stealth and combat capability. Learning Corner: Frigates Definition: Frigates are medium-sized, multi-role warships, smaller than destroyers but larger than corvettes. Role: Primarily designed for escorting naval fleets, anti-submarine warfare (ASW), anti-air warfare (AAW), and surface warfare. Features: Equipped with modern radar, sonar, surface-to-air missiles (SAMs), anti-ship missiles, and torpedoes. Some carry helicopters for extended ASW capability. Advantages: Cost-effective compared to destroyers; versatile in both offensive and defensive naval operations. In India: The Indian Navy operates classes such as Shivalik-class (stealth frigates), Talwar-class, and is building advanced Nilgiri-class frigates under Project 17A. Global context: Frigates are a key component in modern navies due to their balance of firepower, agility, and affordability. Indian Defence Projects  Project 15A – Kolkata-class Destroyers (INS Kolkata, Kochi, Chennai) Project 15B – Visakhapatnam-class Destroyers (INS Visakhapatnam, Mormugao, Imphal, Surat – ongoing) Project 17 – Shivalik-class Stealth Frigates Project 17A – Nilgiri-class Stealth Frigates (under construction) Project 28 – Kamorta-class Anti-Submarine Warfare Corvettes Project 75 – Kalvari-class Scorpene Submarines (diesel-electric) Project 75I – Next-generation conventional submarines (future, under planning) IAC-1 – INS Vikrant (Indigenous Aircraft Carrier) IAC-2 (proposed) – Vishal-class Aircraft Carrier Source:  THE HINDU Integrated Air Drop Test (IADT-1) Category: SCIENCE AND TECHNOLOGY Context: To test the parachute-based deceleration system for safe crew module landing. Purpose & Method An IAF helicopter dropped a 5-tonne dummy crew capsule from 3 km altitude; parachutes deployed in sequence for splashdown simulation. Agencies Involved Supported by Indian Air Force, DRDO, and Coast Guard for materials, safety systems, and recovery. Importance Multiple tests will validate parachute safety, crew escape systems, and subsystems for human certification. Future trials will simulate ascent, descent, and on-orbit operations. Long-term Goals Gaganyaan is the foundation for India’s human spaceflight roadmap. Targets: Bharatiya Antariksh Station by 2035 and crewed lunar landing by 2040. Learning Corner: Gaganyaan Mission India’s first crewed spaceflight programme, led by ISRO. Objective: Send a 3-member Indian crew to low-Earth orbit (~400 km) for 3 days and return safely. Crew module designed with parachute-based deceleration, life-support, and safety systems. Supported by IAF (astronaut training), DRDO (life-support & materials), Coast Guard/Navy (recovery ops). Multiple tests include: Integrated Air Drop Tests (IADT), Pad Abort Tests, Crew Escape System trials, Uncrewed flights. Roadmap: Human spaceflight (Gaganyaan) – foundation stage. Bharatiya Antariksh Station by 2035. Crewed lunar landing by 2040. Significance: Boosts Aatmanirbhar Bharat in space technology, human-rating of launch vehicles, and positions India among elite spacefaring nations. Source: THE HINDU Kuttiyadi Coconut Category: ECONOMICS Context: Kuttiyadi Coconut gets GI tag Unique Qualities High-yielding: Starts fruiting in 5 years; over 150 nuts per year. Long lifespan: Productive for 100+ years. Strong trunk: Pest- and drought-resistant. Large fruits: 600–800 g (without husk), thicker kernels, high oil content. Aromatic oil: Up to 70% yield, more fragrant than other varieties. Learning Corner: Geographical Indication (GI) Tag A Geographical Indication (GI) is a sign used on products that have a specific geographical origin and possess qualities, reputation, or characteristics essentially linked to that location. In India, GI tags are governed by the Geographical Indications of Goods (Registration and Protection) Act, 1999, effective from 2003. It provides legal protection against unauthorized use, helps preserve traditional knowledge, and supports economic prosperity for producers. Valid for 10 years, and can be renewed. Examples: Darjeeling Tea, Mysore Silk, Kashmir Saffron. GI tags are granted by the Geographical Indications Registry, Chennai, under the Controller General of Patents, Designs & Trade Marks (CGPDTM), Ministry of Commerce and Industry. Source: THE HINDU Quadruple Star System Category: SCIENCE AND TECHNOLOGY Context: Rare Quadruple Star System: UPM J1040-3551 AabBab Astronomers have discovered a rare quadruple star system in the Milky Way, made up of two pairs of cold brown dwarfs orbiting two young red dwarf stars. Brown dwarfs are celestial objects between planets and stars in size, lacking enough mass for nuclear fusion, and are often called “failed stars.” Such a system is extremely rare since fewer than 5% of brown dwarfs are found in pairs. The discovery provides new insights into how stars and planets form, as well as the behavior and distribution of celestial bodies in our galaxy. Learning Corner: Quadruple Star System A quadruple star system consists of four stars bound together by gravity, usually arranged as two close binary pairs orbiting a common center. Such systems are extremely rare, especially with brown dwarfs, since most are solitary and fewer than 5% form pairs. Studying these systems helps in understanding stellar evolution, binary dynamics, and planetary formation processes. Source: THE INDIAN EXPRESS (MAINS Focus) Inclusive cities (GS Paper 1 – Society, GS paper II - Governance) Introduction (Context) Indian cities have become powerful magnets, pulling in millions of internal migrants each year in search of livelihoods, opportunities, and a better life.  Despite being indispensable to the urban economy, migrants remain absent from urban planning, governance, and policy agendas. Migration and Urbanisation in India Migration is the movement of people from one place to another, either within the country (internal migration) or across borders (international migration), for reasons such as employment, education, marriage, or distress. Migration is expected to contribute to a 40 per cent urbanisation rate by 2030, resulting in an urban population of around 607 million.  The Migration in India (2020-2021) report by the Ministry of Statistics and Programme Implementation estimates that migrants make up almost one-third of India’s total population and account for 34.6 per cent of the country’s urban residents.  Economic Contribution of Migrants Migrant workers are vital for India’s economy, especially in urban areas that drive growth. They form the backbone of multiple sectors, including construction, plantations, mines, manufacturing, hospitality, transport, domestic work, and the rapidly expanding gig and platform-based urban economy.  Despite their contribution, migrants are absent from urban planning, governance, and policy agendas. This invisibility leaves them marginalised in destination cities, raising concerns about equity and social justice. Invisible Migrants in Global Cities: Saskia Sassen concept According to Saskia Sassen cities like New York, London, or Tokyo (and even Indian metros) depend heavily on cheap, flexible labour from migrants. These workers clean homes, build skyscrapers, run delivery services, and keep the city running. But at the same time, they are not given proper recognition, rights, or a voice in city planning. Example (India): During the COVID-19 lockdown (2020), millions of migrants lost jobs overnight. With no transport, housing, or support, they were forced to walk hundreds of kilometers back to their villages. This showed migrants were never really included in urban systems of welfare or planning. Government has proposed National Migration Policy in 2021 for inclusion of migrants in social security and urban governance; however, it has not been implemented yet. Other related Concepts Epistemic Violence concept by Gayatri Chakravorty Spivak This is not form of physical violence, but a kind of violence through knowledge and ideas. It happens when certain groups (like the poor, migrants, women, or colonised people) are ignored, silenced, or misrepresented in the way knowledge is created or policies are made. Example: In the Smart City Mission, the focus is mostly on technology, digitalisation, and modern infrastructure. This creates an “elite vision” of cities, where middle-class lifestyles are seen as the standard. Migrants, slum dwellers, and informal workers are left out of this picture, as if they don’t belong to the city. Symbolic Violence – Pierre Bourdieu Inequality or unfair treatment is presented as normal, natural, or acceptable, so people don’t even see it as injustice. Example: When migrants in cities are denied access to housing schemes, ration cards, or healthcare, it is often dismissed as a “normal bureaucratic issue” (like not having the right documents). But in reality, it is a form of hidden violence because it keeps them excluded while making it look routine. Why ‘smart’ cities need to be ‘inclusive’? The Smart Cities Mission (SCM) was started in June 2015 to improve 100 Indian cities by using modern infrastructure and technology.  It focused on things like digitalisation, IT-based services, and surveillance systems to make city life more efficient.  As of June 2025, the government reports that 94% of the 8,067 projects under this scheme are completed, with an investment of ₹1.64 lakh crore. Most of this money has been spent on visible infrastructure such as metros, flyovers, expressways, and luxury complexes, however, these projects create exclusive spaces.  Migrant workers, slum dwellers, and informal workers often get ignored in such planning. Researchers point out that the Smart Cities Mission mostly addresses the concerns of middle and upper-class citizens (like faster transport, cleaner neighbourhoods,  This means cities are becoming technologically “smart”, but not necessarily socially fair or inclusive. Example: A new smart bus system may improve transport for office-goers, but if migrant workers living in informal settlements don’t even have proper bus stops near their colonies, they are excluded from the benefits. Steps needed Involve migrants in city development boards, ward committees. Ensure portability of ration cards (One Nation One Ration Card), health schemes, and education benefits. Provide Social Protection for Migrants such as Housing rights, rental affordability, universal healthcare access. Voting rights for internal migrants in destination cities. Shift from aesthetic infrastructure to equity-driven planning. Prioritise affordable housing, transport, public services. Protection of migrant women workers from exploitation. Cities must embrace mobility, diversity, and plural identities rather than homogenised elite visions. Conclusion Indian cities stand at a critical juncture. The Smart City Mission has achieved infrastructure growth but risks deepening social exclusion. Migrants, despite being the backbone of urban economies, remain invisible in planning and governance. To ensure social justice and sustainable urbanisation, India must redefine urban citizenship by embracing migrants as rightful stakeholders. Building cities that are inclusive, democratic, and socially just is not just a policy priority but a moral and constitutional imperative. Mains Practice Question Q Despite being vital to India’s urban economy, migrants remain invisible in city planning. Analyse the causes and suggest measures to build inclusive cities. (250 words, 15 marks) Source: UPSC Society Current Affairs 2025: Why inclusive cities are critical need of our time India Fiji relations (GS Paper II – International relations) Introduction (Context) Prime Minister of Fiji, Sitiveni Ligamamada Rabuka, is on his first official visit to India (since assuming office in 2022). India and Fiji unveiled new initiatives to deepen defence and maritime security cooperation, signalling growing strategic partnership in the Indo-Pacific. History of India Fiji relations India-Fiji relations are based on mutual respect, cooperation, and strong cultural and people-to-people ties. India’s links with Fiji began in 1879 when Indian labourers were brought under the indenture system to work on sugarcane plantations. Between 1879 and 1916, around 60,553 Indians were brought to Fiji. The indenture system was abolished in 1920. India established a commissioner’s post in 1948 to look after the interests of people of Indian origin. The post was upgraded to High Commission after Fiji’s independence in 1970. Fiji’s PM Ratu Sir Kamisese Mara visited India in 1971, and Indian PM Indira Gandhi visited Fiji in 1981. The bilateral relationship received a major boost after PM Modi’s visit to Fiji in November 2014, during which the first FIPIC (Forum for India-Pacific Islands Cooperation) meeting was held. India has been a key development partner, supporting Fiji in nation-building, key sectors, and capacity-building initiatives. Key forums FIPIC (Forum for India-Pacific Island Countries):  Launched on 19 Nov 2014 in Suva, Fiji, it is a platform for India and 14 Pacific Island nations to enhance cooperation in trade, climate change, IT, telemedicine, tele-education, and capacity building. International Solar Alliance: Fiji became a founding member of the International Solar Alliance (ISA). It is a joint initiative by India and France to promote solar energy deployment, facilitate technology transfer, and mobilize investments among solar-rich countries, especially in the Global South. Pacific Small Island Developing States (PSIDS): A group of small island nations in the Pacific Ocean facing unique challenges such as climate change, sea-level rise, and limited resources, collaborating on sustainable development, disaster resilience, and regional security. India-Pacific Islands Sustainable Development Conference (IPISDC): A platform organized by India to enhance cooperation with Pacific Island countries on sustainable development initiatives, including IT, youth development, renewable energy, climate change, and capacity-building projects. Global Biofuel Alliance (GBA): An international platform aimed at promoting biofuel production and adoption, supporting sustainable energy, climate action, and cooperation among member countries in the renewable energy sector. Pharmacopoeial Cooperation: A framework for mutual recognition of pharmacopoeial standards (quality benchmarks for drugs) between countries, enabling easier approval of medicines, regulatory alignment, and establishment of facilities like Jan Aushadhi Kendras. Indian Diaspora The number of Indians living in Fiji is about 2300, mostly engaged in services like IT, management, finance, banking, educational, medical, hotel industry etc.  India has been a significant development partner for Fiji, providing support in various sectors, including agriculture, healthcare, and education. Initiatives such as the establishment of a Centre of Excellence in IT at Fiji National University and humanitarian aid following natural disasters highlight this cooperation.  Significance of Fiji for India Fiji, located in the South Pacific, is strategically important for India’s Indo-Pacific vision, especially as China expands its presence in the region. PM Rabuka has opposed the establishment of a Chinese military base in the Pacific Islands, aligning with India’s strategic interests. Fiji’s Exclusive Economic Zone (EEZ) and maritime position are crucial for regional security and ensuring safe sea lanes of communication (SLOCs). Fiji actively supports India in multilateral forums, including the UN, and aligns with India’s vision for a free, open, and inclusive Indo-Pacific. Key Highlights of the Recent Visit Defence Cooperation Creation of a Defence Attaché post at India’s High Commission in Suva, covering Fiji and the Pacific Islands. Announcement of a planned Indian naval port call to Fiji. Two sea ambulances gifted to Fijian Military Forces. Establishment of a Cyber Security Training Cell in Fiji. Commitment to enhance cooperation in peacekeeping operations, military medicine, white shipping information exchange, and capacity building. Fiji’s Exclusive Economic Zone (EEZ) India assured support for protection and monitoring of Fiji’s EEZ. Planned naval port call will improve maritime interoperability. Indo-Pacific Partnership Both leaders reaffirmed the vision of a free, open, secure, and inclusive Indo-Pacific. India expressed support for Fiji’s ‘Ocean of Peace’ initiative. Health sector Supply of medicines under the Jan Aushadhi scheme. Declaration of Intent on migration and mobility. India and Fiji signed a MoU for a 100-bed Super Specialty Hospital in Suva, marking the largest Indian grant project in the Pacific region. The project will include e-Sanjeevani telemedicine services, enabling remote medical consultations and healthcare linkages Agriculture sector India provided 12 drones, 2 soil testing laboratories, and 5 metric tons of cowpea seeds to Fiji.  Technical training for Fiji’s sugar industry under ITEC and deployment of experts to the Fiji Sugar Corporation were also planned. Trade and Investment Fiji allowed market access for Indian ghee, and both countries explored logistics, SME development, and economic diversification.  A Declaration of Intent was signed to promote professional and student mobility. Cultural and Educational Cooperation A Hindi-Sanskrit teacher was deployed to the University of Fiji Training of pundits and Geeta Mahotsav celebrations were conducted to strengthen cultural ties. Sports Collaboration India committed to sending a cricket coach to support sports development in Fiji. Global and Regional Cooperation Fiji reiterated support for India’s UN Security Council permanent membership and a non-permanent seat for 2028–29, and emphasized collaboration through Global South initiatives and FIPIC. Conclusion India–Fiji relations are moving from cultural and diaspora ties to a strategic and security partnership in the Indo-Pacific. Initiatives include defence cooperation, cyber training, healthcare, and climate projects, positioning Fiji at the centre of India’s Pacific outreach. The partnership strengthens bilateral goodwill and reinforces India as a reliable Indo-Pacific partner amid emerging geopolitical challenges. Mains Practice Question Q Discuss the historical and contemporary dimensions of India–Fiji relations. How does the growing strategic partnership contribute to India’s Indo-Pacific vision? (250 words, 15 marks) Source: India, Fiji unveil steps to boost defence and maritime security ties | India News – The Indian Express

Daily Prelims CA Quiz

UPSC Quiz – 2025 : IASbaba’s Daily Current Affairs Quiz 26th August 2025

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

DAILY CURRENT AFFAIRS IAS | UPSC Prelims and Mains Exam – 26th August – 2025

rchives (PRELIMS  Focus) Greenfield Airports Context: The Andhra Pradesh government has drawn up plans to develop greenfield airports at Srikakulam, Bhogapuram, Tuni–Annavaram, Tadepalligudem, Ongole, Dagadarthi, Kuppam and Nagarjuna Sagar. About Greenfield Projects: A greenfield airport is a new aviation facility built from scratch on previously undeveloped land. India’s first Greenfield airport built in the northeastern region is Pakyong Airport, located in Sikkim. The development of Greenfield airports is regulated by the Greenfield Airports (GFA) Policy, 2008. As per the Policy, a State Government or an Airport Developer, willing to establish an airport is required to send a proposal to the Ministry of Civil Aviation (MoCA) for 2-stage approval i.e. ‘Site-Clearance’ followed by ‘In-Principle’ approval. Advantages of Greenfield Projects: Engineers do not have to spend time tearing down old buildings, making the construction process faster and more efficient. Enhances regional and international air travel. Helps decongest existing airports in urban areas. Encourages investment and trade in surrounding regions. Can be planned with eco-friendly measures like green energy and sustainable construction. Source: THE HINDU Collegium System Context: The Supreme Court Collegium headed by Chief Justice of India B.R. Gavai on Monday recommended the elevation of the Chief Justices of the Bombay and Patna High Courts, Justices Alok Aradhe and Vipul Manubhai Pancholi, respectively, as top court judges. Appointment of judges in HCs and SC: The Judges of the Supreme Court are appointed by the President under clause (2) of Article 124 of the Constitution. Judges of the higher judiciary are appointed through the collegium system. The term “collegium” is not mentioned in the Indian Constitution but has been established through judicial pronouncements. Salaries, allowances, privileges, leave, and pension of Supreme Court judges are determined by Parliament. The Salaries, Pension, and Allowances of the Supreme Court Judges are charged upon the Consolidated Fund of India. After retirement, a judge of the Supreme Court is prohibited from practicing law in any court in India or pleading before any government authority. Evolution of Collegium System: First Judges Case (1981): It declared that the “primacy” of the CJI’s (Chief Justice of India) recommendation on judicial appointments and transfers can be refused for “cogent reasons.” Second Judges Case (1993): It introduced the Collegium system, holding that “consultation” really meant “concurrence”. It added that it was not the CJI’s individual opinion, but an institutional opinion formed in consultation with the two senior-most judges in the Supreme Court. Third Judges Case (1998): SC on the President’s reference (Article 143) expanded the Collegium to a five-member body, comprising the CJI and four of his senior-most colleagues. Source: THE HINDU Salwa Judum Context: A group of 18 retired judges of the Supreme Court and High Courts have penned a joint statement against Home Minister Amit Shah’s remarks on the Supreme Court’s Salwa Judum judgment, saying that such “prejudicial misinterpretation” will have a “chilling effect on the judges of the Supreme Court, shaking the independence of the judiciary”. About Salwa Judum: Meaning “Peace March” or “Purification Hunt” in the language of the Gonds, the Salwa Judum was a militia specifically mobilised with the intention of countering the Left-Wing Extremism (LWE) or naxalism in the Chhattisgarh region. It consisted of local tribal youth mobilized for resistance against outlawed armed naxalites. The group was reportedly backed by government machinery in Chhattisgarh. There were reports that Salwa Judum forcibly recruited minor boys for its armed forces. According to a survey by the Forum for Fact-finding Documentation and Advocacy (FFDA), over 12,000 minors were being used by the Salwa Judum in the southern district of Dantewada. The Salwa Judum displaced large numbers of villagers. They even killed those that refused to leave, accusing them of being naxalite collaborators. Following a number of petitions, the Supreme Court ordered the state government in 2008 to refrain from allegedly supporting and encouraging the Salwa Judum. In 2011, the Supreme Court of India in a case filed by Nandini Sundar and others declared the militia to be illegal and unconstitutional, and ordered its disbanding. However, despite the order, the Salwa Judum remains a part of the auxiliary force of the state police. Other government initiatives to control Left-Wing Extremism (LWE): SAMADHAN doctrine is the one-stop solution for the LWE problem. It encompasses the entire strategy of government from short-term policy to long-term policy formulated at different levels. SAMADHAN stands for- S- Smart Leadership A- Aggressive Strategy M- Motivation and Training A- Actionable Intelligence D- Dashboard Based KPIs (Key Performance Indicators) and KRAs (Key Result Areas) H- Harnessing Technology A- Action plan for each Theatre N- No access to Financing The national strategy to counter LWE was formed in 2015 as a multipronged approach to combat LWE. Its main aim was to ensure participatory governance and protection of the rights of local tribals, inter alia. Operation Green Hunt was started in 2009-10 and massive deployment of security forces was done in the naxal-affected areas. Source: THE HINDU Vantara Context: The Supreme Court on Monday constituted a Special Investigation Team (SIT) chaired by a former top court judge, Justice J. Chelameswar, to conduct an “independent factual appraisal” of complaints and allegations of violations raised against Vantara, a zoological rescue and rehabilitation centre conceptualised by Anant Ambani at Gujarat’s Jamnagar. About Vantara: Vantara (meaning Star of the Forest) is a private, non-commercial wildlife rescue and rehabilitation centre. Developed by the Reliance Foundation, it is led by Anant Ambani as a philanthropic initiative under Reliance Industries. Located inside the Jamnagar Refinery Township, Gujarat, it spans 3,500 acres in Motikhavdi village, Jamnagar district. It was inaugurated in March 2025 and it aims to provide care, conservation, and rehabilitation for injured, abandoned, and rescued animals. It contains Greens Zoological Rescue and Rehabilitation Centre (GZRRC), which covers around 650 acres with dedicated enclosures for big cats, reptiles, birds, and herbivores. It also has a specialised Elephant Centre, which is equipped with hydrotherapy pools, imaging systems, and recovery zones. It is the first-of-its-kind in India as it is the largest privately managed facility for animal welfare and biodiversity rescue. It is neither a zoo nor a safari park, as it is designed for rescue, not recreation. Source: THE HINDU Sahel Region Context: Under President Donald Trump, the United States has reset relations with west Africa’s military leaders on a mutual back-scratching basis, bartering help fighting jihadists for the Sahel region’s mining riches. About Sahel region: The Sahel Region is a vast and arid stretch of land in Africa, characterized by a semi-arid climate, spanning the width of the continent from the Atlantic Ocean to the Red Sea.  It is a semiarid region of western and north-central Africa, which stretches from Africa’s Atlantic Coast to the Red Sea for about 5,000 km. It forms a transitional zone between the arid Sahara (desert) to the north and the belt of humid savannas to the south.  It runs through portions of the countries of Senegal, Mauritania, Mali, Burkina Faso, Niger, Nigeria, Chad, Sudan, and Eritrea. The Sahel is a semiarid steppe, a type of dry grassland.  The vegetation is chiefly of the savanna type, with little continuous cover. It has low-growing grass, thorny shrubs, and scattered acacia and baobab trees. Historically, it has been a crossroads of commerce with ancient trade routes connecting Sub-Saharan Africa with North Africa and the Mediterranean world. Empires such as Ghana, Mali, and Songhai flourished in this region, thriving on trans-Saharan trade, especially in gold, salt, and slaves.  European colonization in the late 19th and early 20th centuries disrupted these historical dynamics, leading to modern borders that often ignored traditional tribal boundaries, sowing seeds for contemporary conflicts. Source: THE HINDU (MAINS Focus) Wastewater Surveillance in India (GS paper III – Environment) Introduction (Context) The Indian Council of Medical Research (ICMR) has launched a major initiative to expand wastewater surveillance across 50 Indian cities, covering 10 viruses over the next six months. Currently, five cities are under monitoring.  This move aims to build an early-warning system for outbreaks of infectious diseases like COVID-19, polio, influenza, and other viral threats. What is Wastewater? Wastewater is used water that has been affected by domestic, industrial and commercial use.  The composition of wastewater is 99.9% water and the remaining 0.1% contains organic matter, microorganisms and inorganic compounds.  Wastewater effluents are released to a variety of environments, such as lakes, ponds, streams, rivers, estuaries and oceans.  Wastewater also includes storm runoff, as harmful substances wash off roads, parking lots and rooftops. Types of waste water Blackwater: Wastewater from toilets containing faeces and urine; highly contaminated with pathogens. Greywater: Wastewater from showers, sinks, laundry, and kitchens; less polluted than blackwater. Yellow Water: Source-separated urine; nutrient-rich and useful as fertilizer after treatment. Brown Water: Faeces mixed with flush water but without urine; organic and pathogen-heavy. Why Wastewater Treatment Matters? Untreated wastewater is one of the biggest threats to both public health and the natural environment. Proper treatment is therefore crucial to prevent widespread harm and ensure safe water management. Environmental Consequences Water Pollution: Harmful contaminants degrade water quality, making it unsafe for drinking, bathing, irrigation, and fishing. Ecosystem Damage: Excess nutrients can cause algal blooms that deplete oxygen, killing fish and other aquatic life. Toxic substances can also build up in the food chain, endangering animals and humans alike. Groundwater Risks: Wastewater that seeps into the soil may reach underground aquifers, polluting vital drinking water sources and requiring expensive clean-up measures. Public Health Risks Waterborne Infections: Diseases like cholera, typhoid, hepatitis, and dysentery are linked to contaminated drinking water. Recreational Exposure: People coming into contact with polluted water through swimming or wading risk skin problems, stomach infections, and other illnesses. Hence, the Indian Council of Medical Research (ICMR) will initiate wastewater surveillance to identifying any increase in virus growth trend at the earliest, What is Wastewater Surveillance? It involves collecting and testing sewage samples to detect viruses, bacteria, and other pathogens. Wastewater-Based Epidemiology (WBE) helps track disease spread in a community by analyzing biological traces (like viral RNA) in human waste. It is a non-invasive, cost-effective, and population-wide monitoring tool that provides insights even from asymptomatic carriers. How ICMR will conduct surveillance? The initiative will track 10 different viruses, including: COVID-19 – still a public health concern due to mutations. Polio virus – essential for India’s polio-free status monitoring. Avian Influenza Virus (AIV) – linked with seasonal outbreaks and zoonotic transmission. Other pathogens causing fever, diarrhoea, acute encephalitis, and respiratory distress. The focus is on establishing a nationwide early-warning system by monitoring both wastewater and surface water in outbreak-prone areas. Process: Wastewater operators collect samples before treatment. Samples are sent to labs for testing viral/bacterial load. Results available within 5–7 days. Public health officials use wastewater data to better understand disease trends in communities and make decisions, such as providing guidance on how to prevent infections or increasing testing or vaccination options. Other surveillance systems India has robust surveillance for other illness also: Influenza-Like Illness (ILI) monitoring helps track seasonal flu patterns, detect unusual outbreaks, and monitor viral mutations. Severe Acute Respiratory Illness (SARI) surveillance helps identify severe respiratory disease outbreaks, including COVID-19 and influenza. The Integrated Disease Surveillance Programme (IDSP), which collect, analyze, and respond to disease outbreak data. Covers both communicable and some non-communicable diseases for timely interventions. Wastewater and Environmental Surveillance (WES) involves testing sewage and water bodies affected by human waste for pathogens. Advantages of Wastewater Surveillance Unlike individual medical testing, which requires time and resources, wastewater testing provides a population-wide snapshot of infections in one go. Many infected individuals may not show symptoms or may avoid testing, but they still shed pathogens in urine or faeces. Wastewater-Based Epidemiology (WBE) captures this “hidden data,” allowing early detection of disease spread that might otherwise remain unnoticed. By testing samples from specific locations or neighborhoods, authorities can pinpoint areas with higher infection loads. Wastewater data provides actionable insights to policymakers. This makes public health interventions proactive rather than reactive. Collecting and testing wastewater is far cheaper than conducting mass individual testing. It reduces the burden on health systems and allows continuous surveillance without large-scale disruptions. It also provides useful data to maintain ecosystem services and protect freshwater and marine ecosystems. Way Forward Expand coverage to rural and peri-urban areas. Integrate wastewater data with digital health platforms for real-time tracking. Build laboratory and human resource capacity at district levels. Encourage global data-sharing mechanisms for early warning of cross-border health threats. Link with climate change and pollution monitoring frameworks for holistic action. Conclusion Wastewater surveillance represents a transformative approach in public health management. By turning sewage into a source of information, India can detect hidden infections, anticipate outbreaks, and safeguard both health and environment.  The scaling up of this programme by ICMR is a timely step towards pandemic preparedness and sustainable disease surveillance. Mains Practice Question Q Wastewater-Based Epidemiology (WBE) has emerged as a powerful tool for public health and environmental management. Discuss its significance for India, while highlighting the challenges and way forward. (250 words, 15 marks) Source: What are the uses of wastewater surveillance? | Explained – The Hindu Open Book Exam System (GS paper II - Governance) Introduction (Context) The Central Board of Secondary Education (CBSE) recently announced that Open-Book Assessments (OBEs) will be introduced in Class IX from the 2026–27 academic session. While the reform is significant, it raises pertinent questions on readiness, implementation, and impact. What is Open Book Assessment? An open-book assessment is a type of test or exam where students are permitted to use their notes, textbooks, or other approved materials to answer questions.  Unlike a traditional, “closed-book” exam that primarily tests memory and recall, an open-book assessment focuses on evaluating a student’s ability to understand, apply, and analyze information. There are different types of open-book assessments: Restricted: Students can only use specific, pre-approved materials (e.g., a single textbook or their own handwritten notes). Free: Students are allowed to use any relevant material they wish, which can be particularly useful for take-home exams. Benefits of Open-Book Assessments Promotes Higher-Order thinking as focus shifts from memorisation to analysis, application, and problem-solving. Students face less exam anxiety since the emphasis is on understanding, not recall. Encourages Deeper Learning as requires organising notes and concepts, leading to better comprehension. Enhances resource management, information synthesis, and critical reasoning. Prepares students for professional settings where information access matters more than memorisation. Mirrors professional environments where recalling every detail is unnecessary; the focus is on locating, interpreting, and applying information. Challenges in Implementation of Open-Book Exams Limitations at student level Many Class IX students are accustomed to memorising facts rather than interpreting, analysing, or applying concepts.  Hence, students may find it challenging to connect knowledge to new contexts or solve real-world problems without additional guidance. Limitations at Teacher level Teachers often lack training to frame or evaluate higher-order questions. Rote-learning culture persists due to syllabus pressure, standardised tests, and parental expectations. Systemic and Cultural Factors Culture glorifies memorisation over understanding. Exams and standardised tests emphasise recall. Syllabus pressure forces teachers to rush and rely on repetitive testing. Parental expectations focus on outperforming peers in marks. Shortage of well-trained teachers capable of adopting modern, effective teaching methods. Steps needed OBEs should complement, not replace, other forms of evaluation. Schools should use a balanced mix of assessment tools to measure different competencies. Teacher should adopt Bloom’s Taxonomy in Question Design as framing questions targeting higher-order skills: analysis, evaluation, creation, problem-solving, and application to encourage critical thinking and creativity alongside factual understanding. Promote classroom debates, discussions, and collaborative projects. Encourage students to reflect, consider multiple perspectives, and articulate ideas clearly. Focus on nurturing critical thinking, problem-solving, and application of knowledge rather than just introducing OBEs. Equip teachers to design higher-order questions and evaluate responses effectively. Conclusion Open-book exams have the potential to transform Indian education by moving it away from rote memorisation towards creativity, analysis, and application. But unless teachers are trained and students are guided in higher-order learning, OBEs may become a hollow exercise. Before opening the book, India must first open the minds of both teachers and learners. Mains Practice Question Q The CBSE’s proposal to introduce open-book exams at the secondary level is seen as a progressive reform. Critically examine the opportunities and challenges of open-book assessments in the Indian school system. (250 words, 15 marks) Source: Are our schools ready for open-book exams? – The Hindu

DAILY CURRENT AFFAIRS IAS | UPSC Prelims and Mains Exam – 25th August – 2025

rchives (PRELIMS  Focus) Integrated Air Defence Weapon System Category: SCIENCE AND TECHNOLOGY Context:  The Defence Research and Development Organisation (DRDO) has successfully conducted the first flight tests of the Indigenous Integrated Air Defence Weapon System (IADWS) off the coast of Odisha. Key Points Purpose: Enhances India’s multi-layered air defense against aerial threats and protects strategic facilities. Components: Includes Quick Reaction Surface-to-Air Missiles (QRSAM), Very Short-Range Air Defense System (VSHORADS), and a high-power laser-based Directed Energy Weapon, all managed via a central command system. Testing: Successfully destroyed three aerial targets—two high-speed UAVs and a drone—using QRSAM, VSHORADS, and the laser weapon. Performance: All elements including radars, missiles, communication, and command systems functioned flawlessly. Learning Corner: India’s Multi-Layered Air Defence System India has developed a multi-tiered air defence shield to neutralize threats from long-range ballistic missiles to low-flying drones. The system integrates indigenous and imported platforms under centralized command and control. Long-Range / Outer Layer S-400 Triumf (Russia) – Range up to 400 km, counters stealth aircraft, cruise and ballistic missiles. Ballistic Missile Defence (BMD) Program – Includes Prithvi Air Defence (PAD) and Advanced Air Defence (AAD) interceptors for high and low-altitude ballistic missile interception. Medium-Range Layer MR-SAM (Medium Range Surface-to-Air Missile) – Jointly by DRDO & Israel; ~70 km range; used by Air Force, Army, and Navy. Akash & Akash-NG – Indigenous, ~25–70 km; protects air bases and strategic assets. Short-Range / Tactical Layer QRSAM (Quick Reaction SAM) – 25–30 km range, mobile and radar-guided. SPYDER (Israel) – 15–35 km range, counters aircraft, UAVs, and precision-guided munitions. Very Short Range / Point Defence Igla (Russia) and Indigenous VSHORADS – Man-portable missiles for last-mile defence against low-flying targets. Anti-Drone Systems – DRDO and private-sector developed, deployed at borders and sensitive installations. Directed Energy Weapons (Emerging Layer) High-Power Laser Systems (DEW) under DRDO’s Integrated Air Defence Weapon System (IADWS) – tested for drone and UAV neutralization. Integrated Command & Control Integrated Air Command and Control System (IACCS) – Nationwide radar and sensor network linking all layers for real-time surveillance, detection, and interception. Important Air Defence Systems of the World United States Patriot PAC-3: Combat-proven, medium-to-long range system against aircraft and tactical ballistic missiles. THAAD (Terminal High Altitude Area Defense): Intercepts ballistic missiles in the upper atmosphere. Aegis Combat System (Navy): Uses SM-2/SM-3/SM-6 missiles for layered defence at sea and on Aegis Ashore sites. Iron Dome (co-developed with Israel): Short-range, highly effective against rockets and UAVs. Russia S-400 Triumf: Long-range system (up to 400 km), counters stealth aircraft and ballistic missiles. S-500 Prometey: Next-generation system with anti-ballistic and anti-satellite capability. Pantsir-S1: Short-range point defence with missiles and guns, effective against drones and low-flying aircraft. Israel Iron Dome: Famous short-range system for rockets, artillery, and drones. David’s Sling: Medium-range defence against cruise missiles and tactical ballistic missiles. Arrow-2 & Arrow-3: Long-range interceptors developed with the US to counter ballistic missiles. China HQ-9: Long-range SAM, comparable to the S-300/S-400. HQ-19: Designed for ballistic missile defence. HQ-17: Short-range, mobile SAM system. Europe / NATO ASTER Missile System (France-Italy): Used on land and naval platforms, covers short to long ranges. NASAMS (Norwegian Advanced Surface-to-Air Missile System): Medium-range, deployed in many NATO countries and the US (for Washington, D.C. defence). Sky Sabre (UK): New medium-range air defence system with high accuracy. Source: THE HINDU Invasive plants Category: ENVIRONMENT Context : A new international study shows that invasive plants and animals have caused over $2.6 trillion in global damage since 1960, with costs in India severely underreported. Key Points Global Impact: Plants, arthropods, and mammals are the most damaging groups, affecting agriculture, forestry, fisheries, and infrastructure. India’s Blind Spot: Management costs are underreported by over 1,100%, reflecting weak documentation and funding. Drivers of Costs: Losses stem from both economic damage and expenses for detection, control, and eradication. Gaps: India lacks robust data, funding, and coordinated strategies, worsening ecological and financial risks. Way Forward: Experts urge stronger policies, better data systems, and global cooperation for prevention and management. Learning Corner: Invasive Species of India Invasive Alien Species (IAS) are non-native plants, animals, or microbes introduced—intentionally or accidentally—that spread rapidly, harm native biodiversity, disrupt ecosystems, and cause economic loss. India, with its rich biodiversity, is especially vulnerable. Examples of Major Invasive Species in India Plants Lantana camara – A hardy shrub from Central/South America; invades forests, suppresses native plants. Parthenium hysterophorus (Congress Grass) – From tropical America; affects agriculture, causes skin allergies and respiratory issues. Eichhornia crassipes (Water Hyacinth) – Aquatic weed from the Amazon; clogs water bodies, reduces oxygen, harms fisheries. Prosopis juliflora (Vilayati Babool) – From South America; dominates drylands, displaces native grasses. Animals Common Carp & Tilapia – Non-native fishes that outcompete local species, affecting inland fisheries. African Catfish (Clarias gariepinus) – Aggressive predator, threatens native fish diversity. Apple Snail (Pomacea canaliculata) – Damages paddy fields and aquatic vegetation. Insects / Others Papaya Mealybug (Paracoccus marginatus) – Destroys papaya and other crops. Fall Armyworm (Spodoptera frugiperda) – Major pest in maize, spreading rapidly in India. Impacts Ecological: Displacement of native flora and fauna, habitat degradation. Economic: Heavy losses in agriculture, forestry, and fisheries. Health: Allergies, poisoning, and diseases linked to some species. Management in India National Biodiversity Authority (NBA) and Indian Council of Agricultural Research (ICAR) monitor IAS. Biological control: Example – Mexican beetle introduced to control Parthenium. Awareness & Policy: Need for stronger prevention, early detection, and coordinated eradication strategies. Source:  THE HINDU Integrated Food Security Phase Classification (IPC) Category: INTERNATIONAL Context: The Integrated Food Security Phase Classification (IPC) has declared famine in parts of Gaza Key Points What is IPC: An independent global hunger monitor working with UN bodies, NGOs, and governments to assess food insecurity. Famine Criteria: Declared when 20% of people face extreme shortages, over 30% of children are acutely malnourished, and at least 2 adults (or 4 children) per 10,000 die daily from starvation or disease. Precedents: Rare—previously declared only a few times in Africa and Sudan; this is the first for Gaza. Gaza Assessment: Around 280,000 people face catastrophic hunger, with 80% of the population in extreme food insecurity due to conflict and blockade. Criticism: IPC is sometimes seen as slow or underestimating crises, but its famine designations are globally recognized. Learning Corner: Various Hunger Indices Hunger and malnutrition are measured globally through different indices and reports. The most prominent ones include: Global Hunger Index (GHI) Published annually by Concern Worldwide and Welthungerhilfe. Scores countries on a 100-point scale (0 = no hunger, 100 = worst). Based on four indicators: Undernourishment (share of population with insufficient calorie intake). Child wasting (under-5 with low weight-for-height). Child stunting (under-5 with low height-for-age). Child mortality (under-5 mortality rate). India’s ranking is often poor due to high child undernutrition. State of Food Security and Nutrition in the World (SOFI) Report Published by FAO, IFAD, UNICEF, WFP, WHO. Tracks global hunger, food insecurity, and malnutrition trends. Provides Prevalence of Undernourishment (PoU) and Food Insecurity Experience Scale (FIES) data. Global Food Security Index (GFSI) Released by the Economist Intelligence Unit (EIU). Ranks countries based on food affordability, availability, quality, and sustainability. Reflects resilience of food systems beyond just hunger. Zero Hunger Goal Monitoring (SDG 2) UN’s Sustainable Development Goal 2 (Zero Hunger) tracks undernourishment, child stunting, wasting, and agricultural productivity. Helps in measuring progress towards eliminating hunger by 2030. Food Insecurity Experience Scale (FIES) Developed by FAO. Household-level survey tool to directly measure food access constraints (mild, moderate, severe). Hidden Hunger Index Focuses on micronutrient deficiencies (iron, vitamin A, iodine, zinc). Highlights “hidden” form of hunger affecting health and productivity. Integrated Food Security Phase Classification (IPC) Introduction: The IPC is a standardized international tool developed in 2004 by FAO (Food and Agriculture Organization) and partners to assess the severity and magnitude of acute and chronic food insecurity across countries. Purpose: Provides a common scale and evidence-based approach to guide governments, NGOs, and international agencies in decision-making, targeting interventions, and mobilizing resources. Phases of Classification: Phase 1 – Minimal: Households have adequate food consumption. Phase 2 – Stressed: Households have minimally adequate food but cannot afford essential non-food expenses. Phase 3 – Crisis: Households face food consumption gaps or need to deplete essential assets. Phase 4 – Emergency: Severe food consumption gaps, very high malnutrition, excess mortality risk. Phase 5 – Catastrophe/Famine: Extreme lack of food, starvation, death. Methodology: Uses convergence of evidence (nutrition, mortality, livelihood, coping capacity, market access) with standardized tools and global comparability. Global Relevance: Adopted in over 30+ countries across Africa, Asia, and Latin America. Recognized as a key metric in UN’s Global Report on Food Crises. India: While India is assessed through Global Hunger Index (GHI) and national surveys (NFHS, NSSO), IPC-style methodology is increasingly used in South Asia regional food security assessments. Source: THE INDIAN EXPRESS Arctic Sea Category: GEOGRAPHY Context: A new study finds that Arctic Sea ice melting has slowed over the past 20 years, but the change is temporary and not a sign of recovery. Key Points Cause of Slowdown: Natural climate cycles like the Pacific Decadal Oscillation and Atlantic Multidecadal Variability bring colder waters, briefly reducing ice loss. Main Driver: Greenhouse gas emissions remain the dominant cause of long-term decline. Not Good News: The slowdown may last up to a decade, but models predict faster melting afterward—about 0.6 million sq. km lost per decade. Message: The pause is due to natural variability, not reversal of climate change, and urgent action on mitigation remains essential. Learning Corner: Arctic Sea and Its Associated Seas Arctic Ocean: The smallest and shallowest ocean in the world, surrounding the North Pole. Covered by sea ice for most of the year, though shrinking due to global warming. Bordered by North America, Europe, and Asia. Associated Seas of the Arctic Ocean: Barents Sea – located north of Norway and Russia; important for fisheries and oil & gas. Kara Sea – north of Siberia; receives major Russian rivers (Ob, Yenisei). Laptev Sea – east of the Kara Sea; source region of drifting Arctic ice. East Siberian Sea – shallowest sea of the Arctic Ocean; remote and icy. Chukchi Sea – between Alaska and Russia; gateway to the Bering Strait. Beaufort Sea – north of Alaska and Canada; known for oil reserves and polar bears. Lincoln Sea – north of Greenland; among the coldest seas. Greenland Sea – between Greenland and Svalbard; key to North Atlantic water circulation. Significance: Rich in oil, gas, and mineral resources. Crucial for global climate regulation (sea ice reflects sunlight). Strategic shipping routes (e.g., Northern Sea Route) opening due to melting ice. Habitat for unique species like polar bears, walrus, seals, and Arctic fox. Source: THE INDIAN EXPRESS National Space Day Category: POLITY Context: National Space Day is being celebrated across India on August 23, 2025, Key Highlights Theme 2025: “Aryabhatta to Gaganyaan: Ancient Wisdom to Infinite Possibilities”, celebrating India’s journey from ancient astronomy to modern space exploration. Celebrations: Events nationwide with a grand ceremony at Bharat Mandapam, New Delhi, also streamed online. PM’s Address: Praised youth and scientists, highlighting achievements from satellites to upcoming missions like Gaganyaan and an indigenous space station. Student Engagement: ISRO is conducting competitions and educational programs to inspire the next generation. Significance: Showcases India’s rising leadership in space technology and commitment to future exploration. Learning Corner: National Space Day Origin: National Space Day in India was first celebrated on August 23, 2024, to mark the successful soft landing of Chandrayaan-3 near the Moon’s south pole on August 23, 2023. Significance of Chandrayaan-3: This mission made India the fourth country to achieve a lunar landing (after USA, USSR, China) and the first to land near the lunar south pole, a scientifically crucial region. Declaration: Prime Minister Narendra Modi announced August 23 as “National Space Day” during his visit to ISRO after the Chandrayaan-3 success. First Celebration (2024): Focused on showcasing India’s space achievements and inspiring youth through ISRO exhibitions, competitions, and outreach programs. Theme (2025): “Aryabhatta to Gaganyaan: Ancient Wisdom to Infinite Possibilities” – linking India’s ancient astronomical tradition to modern missions like Gaganyaan (human spaceflight) and the proposed Indian Space Station. Purpose: To commemorate India’s space achievements. To inspire students and young scientists toward careers in STEM. To celebrate ISRO’s role in making India a global space leader. Source: AIR (MAINS Focus) 130th Constitutional Amendment Bill (GS paper II– Polity and Governance) Introduction (Context) The Union Government has introduced the 130th Constitutional Amendment Bill, proposing automatic removal of Ministers if they are arrested and detained for 30 consecutive days in relation to certain criminal offences.  The Bill has implications for the Council of Ministers at both Union and State levels, as well as for Union Territories like Delhi, Jammu & Kashmir, and Puducherry. The Constitution (One Hundred and Thirtieth Amendment) Bill, 2025 was sent to a Joint Committee. Hereby, understanding the provisions and issues associated with it. Why the Bill Was Proposed? Many elected representatives in India face criminal charges, raising concerns about governance and accountability. Recent Trends – Ministers Under Arrest: Delhi: Ex-CM Arvind Kejriwal (Liquor Policy Scam, 2024) spent months in jail but continued running the government remotely. Tamil Nadu: Minister V. Senthil Balaji (Cash-for-Jobs Scam) was arrested, removed, and later reappointed after bail following Supreme Court intervention. Other States: Ministers in Jammu & Kashmir, West Bengal, and Jharkhand have faced jail time under money-laundering, corruption, or scam charges. Reports by Association of Democratic Reforms (ADR): 46% MPs, 45% MLAs have pending criminal cases. Candidates with criminal records have 15.4% chance of winning vs. 4.4% for clean candidates. Parties should avoid fielding candidates with criminal backgrounds rather than relying on legal remedies after election. Objectives of the Bill Ensure that Ministers facing serious criminal charges do not continue in office while under detention. Strengthen public trust and accountability in executive governance. Key provisions of the Bill Grounds for Removal:  A Minister will be removed if: He/she is accused of an offence punishable with imprisonment of five years or more, and He/she has been arrested and detained in custody for 30 consecutive days. Procedure for Removal: Central Government: The President removes the Minister on the advice of the Prime Minister. The advice must be tendered by the 31st day of continuous custody. If the PM does not advise by this time, the Minister automatically ceases to hold office from the next day. State Government: The Governor removes the Minister on the advice of the Chief Minister, following the same 30-day rule. National Capital Territory of Delhi: The President, on the advice of the Chief Minister, acts as the authority for removal. PM, CM, or Delhi CM: Must resign by the 31st day of custody. Failure to resign leads to automatic cessation of office from the following day. Re-appointment: A Minister removed under these provisions may be re-appointed after release from custody. Existing Legal Framework Representation of the People Act, 1951 (RP Act): Section 8: Disqualifies individuals convicted and sentenced to 2 years or more from contesting elections and holding membership of Parliament or State Legislature. Section 8(4) allowed sitting MPs/MLAs to avoid immediate disqualification if an appeal was filed. Supreme Court in Lily Thomas case (2013) struck down Section 8(4) as unconstitutional. Existing law only disqualifies membership of legislature, not ministerial position. Election Commission Recommendations (2016) suggested that candidates facing charges for offences punishable with 5+ years imprisonment should be barred from contesting elections. Benefits of the 130th Constitutional Amendment Bill Prevents Ministers from exercising power while facing serious criminal charges, thereby restoring trust in governance. Similar to civil servants who are suspended when arrested, Ministers too will be temporarily removed. Sends a strong signal that the government intends to maintain zero tolerance toward corruption and serious criminal conduct. Issues Firstly, it will result in elected representatives losing their position by mere police action even before the start of a trial.  Secondly, it undermines the principles of parliamentary democracy where the elected PM, CM enjoys the power to choose their cabinet. Arrest-based removal could be misused by central agencies against opposition leaders, bypassing judicial verdicts. Critics argue it may undermine the principle of “innocent until proven guilty”, as removal is triggered by arrest rather than conviction. Provisions might face legal challenges on grounds of violation of constitutional principles such as due process and separation of powers. Conclusion While the Bill seeks to ensure integrity in ministerial positions, it raises concerns regarding due process, democratic principles, and Centre-State balance. Addressing the root cause – criminalisation of politics – through reforms in candidate selection and party accountability may be more effective than post-facto removal. Mains Practice Question Q The 130th Constitutional Amendment Bill proposes removal of Ministers after arrest and 30-day detention. Critically analyse its potential impact on parliamentary democracy and Centre-State relations in India. (250 words, 15 marks) Source: What is the new Bill to remove PM, CM and Ministers? | Explained – The Hindu Nourish to Flourish: The Nutrition and Cognition Link (GS paper II– Polity and Governance) Introduction (Context) The first 1,000 days of a child’s life (from conception to two years) are widely recognised as the critical window for nutrition and cognitive development. Recent research and government initiatives highlight the urgent need to integrate nutrition with cognitive stimulation to secure India’s demographic dividend. Significance of first 1000 days By the age of two years, the brain reaches 80% of its adult size. During this time millions of neural connections are formed every second. Synapses (connections between brain cells) develop rapidly. Hence, foundations for cognitive skills (thinking, problem-solving), language, emotional regulation, and social skills are laid. Alongwith the brain organs, bones, and muscles also develop rapidly. Hence, adequate nutrition and stimulation are essential to ensure this process continues smoothly, helping to build a stronger immune system and reduce the risk of diseases later in life. Lack of access to safe and nutritious food, mainly due to poverty, leads to malnutrition. This deprives the brain of essential nutrients, causes lasting damage to learning and growth, and increases the risk of chronic diseases like obesity and diabetes later in life. Example: A birth-cohort study in Vellore, Tamil Nadu found that iron deficiency in early childhood hampers verbal performance, slows cognitive processing by age five, and affects language development before the age of two.  Research further shows that while stand-alone nutrition programmes have limited impact, combining nutrition with cognitive stimulation yields far better results.  Current Status of malnutrition in India Despite progress, India still has one of the world’s highest levels of child stunting and wasting. At the current rate, stunting prevalence will reach 10% only by 2075; India needs to double the pace to reach the target by 2047 (Amrit Kaal). Challenges: Poverty, food insecurity, lack of maternal health, and weak integration of early learning with nutrition programmes. Government initiatives Integrated Child Development Services (ICDS) Launched in 1975, it is the world’s largest early childhood care programme. Provides a package of services including supplementary nutrition, health check-ups, immunisation, referral services, and preschool education. Anganwadi centres act as the primary delivery points, especially in rural and underserved areas. Plays a dual role of improving child nutrition and health while preparing children for formal schooling. Poshan Bhi Padhai Bhi (Ministry of Women and Child Development – MWCD) An initiative under the POSHAN 2.0 strategy to integrate nutrition with cognitive and early learning support. Aims to transform Anganwadis into vibrant centres of early learning and care, not just nutrition distribution points. Focuses on play-based, activity-driven learning, ensuring that nutrition and brain development progress hand in hand. Strengthens the foundation for school readiness, social skills, and emotional well-being. Navchetana – National Framework for Early Childhood Stimulation (0–3 years) Designed for the most critical age group – birth to three years. Provides 140 simple, play-based activities mapped to each stage of child growth, presented in a 36-month stimulation calendar. Activities can be practiced by parents, caregivers, Anganwadi workers, or crèche staff during home visits and childcare sessions. Emphasises learning through play, interaction, and emotional care rather than rote teaching. Helps in early development of cognitive, social, and emotional skills while complementing nutritional needs. Implementation Gaps Many Anganwadi Centres lack proper buildings, safe play spaces, and basic facilities like water and toilets. Despite 14 lakh Anganwadi centres, quality and access remain uneven, especially in urban slums. Focus often remains on food distribution, while cognitive stimulation and early education get less attention. Anganwadi workers are overburdened with multiple duties and lack specialised training in early childhood pedagogy. Weak monitoring mechanisms lead to uneven quality across states. Limited budget allocations and delays in fund flow affect effective implementation. Limited use of mobile apps, AI monitoring, or digital dashboards for real-time tracking. Steps needed Ensure universal coverage and improve the quality of health, nutrition, and early learning services. Special focus is needed on urban areas and underserved populations. Combine nutrition, cognitive stimulation, healthcare, and parental engagement to support holistic child development during the critical first 1,000 days. Use mobile apps, digital dashboards, and AI-based monitoring to track children’s growth, nutrition, and learning milestones, and support data-driven decision-making. Increase access to childcare through publicly-run, community-based, PPP, and workplace-linked centres, enabling women to participate in the workforce. Train Anganwadi workers and caregivers in early learning methods, cognitive stimulation, and parental counselling to ensure effective delivery of services. Implement regular tracking of nutrition, learning, and psychosocial well-being for children under six to identify gaps and improve programme effectiveness. Conclusion The first 1,000 days are a one-time opportunity. Investments in nutrition and cognition during this period determine whether India’s demographic dividend becomes a demographic disaster or advantage. What is lost in early years cannot be regained making early childhood investment not just a health imperative, but a strategic national priority. Mains Practice Question Q “The first 1,000 days of life are the foundation of a nation’s human capital.” Discuss the link between nutrition and cognition in this period. Evaluate India’s policy efforts and suggest measures to strengthen early childhood development. (250 words, 15 marks) Source: Nourish to flourish, the nutrition and cognition link – The Hindu

Daily Prelims CA Quiz

UPSC Quiz – 2025 : IASbaba’s Daily Current Affairs Quiz 25th August 2025

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

Daily Prelims CA Quiz

UPSC Quiz – 2025 : IASbaba’s Daily Current Affairs Quiz 23rd August 2025

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

DAILY CURRENT AFFAIRS IAS | UPSC Prelims and Mains Exam – 23rd August – 2025

rchives (PRELIMS  Focus) Khelo India Water Sports Festival (KIWSF) Category: POLITY Context:  Dal Lake in Srinagar hosted the first-ever Khelo India Water Sports Festival (KIWSF) Over 400 athletes from across India competed for 24 gold medals in Olympic-class events like rowing, canoeing, and kayaking. Demonstration sports such as water skiing, dragon boat racing, and shikara sprints showcased both modern and local traditions. The event, featuring Olympians like Arjun Lal Jat, aimed at talent identification for future Olympics and strengthening India’s water sports ecosystem. Organized by the Sports Authority of India and the Jammu & Kashmir Sports Council, it also promoted tourism by positioning J&K as a hub for winter and water sports. With nearly equal male and female participation and strong representation from states like Madhya Pradesh, Haryana, Odisha, and Kerala, the festival set a new benchmark for India’s aquatic sports ambitions. Learning Corner: Dal Lake is a famous urban lake located in Srinagar, Jammu & Kashmir, often called the “Jewel of Srinagar.” It is the second-largest lake in the Union Territory and is renowned for its houseboats, shikaras (traditional boats), and floating gardens. Geography: Spread over nearly 22 sq. km, the lake is fed by several mountain streams and is connected to other water bodies through canals. Tourism: It is one of India’s most iconic tourist attractions, offering houseboat stays, shikara rides, and views of the surrounding Himalayas. Economy: Supports livelihoods through fishing, tourism, and horticulture (floating vegetable gardens). Culture: Has deep cultural and historical significance, often featured in Kashmiri art, poetry, and films. Sports & Events: Recently transformed into a venue for water sports, including the Khelo India Water Sports Festival 2025, boosting its profile as a sports and adventure destination. Source: THE HINDU Sustainable Power 1404 Category: INTERNATIONAL Context : Iran launched its first naval drill since the June 2025 war with Israel Conducted by Iran’s regular navy, the exercise showcased its strength after the 12-day conflict with Israel that damaged much of its air defence and missile infrastructure. The drill featured frigates IRIS Sabalan and IRIS Ganaveh firing Nasir and Qadir cruise missiles, supported by coastal batteries, drones, electronic warfare units, and subsurface forces. Unlike other branches, Iran’s navy had escaped major losses during the war. The exercise, following recent Iran-Russia naval drills, was aimed at signaling resilience, reassuring domestic audiences, and warning adversaries like the US and Israel of Iran’s readiness for retaliation, especially amid tensions over its suspended nuclear cooperation and the threat of renewed UN sanctions. Source:  THE HINDU Piprahwa gems Category: CULTURE Context: Uttar Pradesh, are set to return to their original site after a high-profile repatriation from Hong Kong in July 2025. The Piprahwa gems, sacred relics linked to Lord Buddha and discovered in 1898 at the Piprahwa stupa in Uttar Pradesh, were repatriated from Hong Kong to India in July 2025. These treasures include bone fragments, gem-inlaid reliquaries, gold ornaments, and ritual offerings enshrined by the Buddha’s Sakya clan. Once held by the Peppé family after colonial excavations, around 300 gem-encrusted artefacts resurfaced for auction in Hong Kong with an estimated value of $13 million before the Government of India intervened to secure their permanent return. The relics were ceremonially welcomed back, with plans to place them on public display at Piprahwa, Siddharthnagar. This repatriation is seen as a landmark in heritage diplomacy, marking the restitution of one of India’s most precious Buddhist treasures once thought lost to private collections. Learning Corner: Piprahwa Gems are sacred Buddhist relics discovered in 1898 at the Piprahwa stupa in Siddharthnagar, Uttar Pradesh. They include bone fragments, gem-studded reliquaries, gold ornaments, and ritual offerings, believed to have been enshrined by the Sakya clan of Lord Buddha. Discovery: Unearthed by British civil officer W.C. Peppé during colonial-era excavations. Significance: Considered among the earliest archaeological evidence directly linked to Lord Buddha and his relics. Heritage Journey: While most relics were deposited in the Indian Museum, Kolkata in 1899, some gems remained with the Peppé family and later surfaced in international auctions. Important Buddhist Relics in India Vaishali (Bihar): Excavations uncovered a relic casket of Buddha from a stupa, associated with the second Buddhist Council. Rajgir (Bihar): Relics related to King Bimbisara and association with Buddha’s preaching. Sarnath (Uttar Pradesh): Famous Dhamek Stupa and Ashokan pillar, with relic caskets in surrounding stupas. Kapilvastu & Kushinagar (U.P.): Kushinagar – Buddha’s Mahaparinirvana site; stupas here yielded relic caskets of Buddha’s ashes. Piprahwa linked to distribution of relics among Shakyas. Sanchi (Madhya Pradesh): Stupas housed relics of Buddha’s chief disciples, Sariputta and Mahamoggallana. These relics were taken to England during colonial times, but later returned to India. Bodh Gaya (Bihar): No physical relics of Buddha’s body but the Mahabodhi Temple is central as the site of Enlightenment. Source: THE INDIAN EXPRESS Direct Action Day Category: HISTORY Context: Static question. Can be directly asked in prelims The Great Calcutta Killing (August 16–19, 1946), triggered by the Muslim League’s call for Direct Action Day, witnessed one of the deadliest communal riots in India’s history, with 5,000–10,000 people killed. The violence between Hindus and Muslims engulfed Calcutta, marked by rioting, arson, and brutal reprisals. The violence exposed the deepening divide between communities, worsened by political tensions between the Muslim League and the Congress over Partition. Chief Minister H.S. Suhrawardy was widely blamed for failing to control the situation, as Calcutta effectively split along religious lines—a grim preview of the Partition bloodshed in 1947.  Learning Corner: Direct Action Day (16 August 1946) Background: Post–World War II, Britain prepared to leave India but Hindu–Muslim tensions escalated. The Cabinet Mission Plan (1946) had failed, particularly due to disagreement over grouping of provinces. The Muslim League, led by Muhammad Ali Jinnah, demanded a separate Pakistan. The Call: Jinnah announced 16 August 1946 as “Direct Action Day” to press for Pakistan. The League urged Muslims to demonstrate peacefully, but communal propaganda sharpened divides. Events: The day sparked the Great Calcutta Killings (16–19 August 1946). Riots left around 4,000 dead and thousands injured/displaced. Violence spread to Noakhali (Bengal), Bihar, Punjab, and United Provinces in the following months. Source: THE INDIAN EXPRESS Asia-Pacific Institute for Broadcasting Development (AIBD) Category: INTERNATIONAL Context: India has been elected as the Chairman of the Executive Board of the Asia-Pacific Institute for Broadcasting Development (AIBD). India secured the highest votes, regaining the position last held in 2016, and currently also holds the Presidency of the AIBD General Conference until August 2025. The chairmanship enhances India’s role in shaping global media cooperation, digital adoption, public service broadcasting, and cross-border collaboration. Shri Gaurav Dwivedi, CEO of Prasar Bharati and President of the AIBD General Conference, emphasized India’s commitment to the theme “Media for People, Peace & Prosperity.” Learning Corner: Asia-Pacific Institute for Broadcasting Development (AIBD) Establishment: 1977 under the auspices of UNESCO. Headquarters: Kuala Lumpur, Malaysia. Membership: 92 members from 45 countries spanning Asia-Pacific, Europe, Africa, Arab States, and North America. Nature: An intergovernmental organization focusing on broadcasting, media development, and capacity building. Objectives: Promote regional cooperation in broadcasting and media. Enhance public service broadcasting and digital adoption. Provide training, workshops, and policy support for media professionals. Facilitate cross-border cooperation to promote peace, development, and prosperity. India’s Role: Founding member of AIBD. Held Chairmanship of the Executive Board in 2016 and 2025. Currently (2025) also holds the Presidency of the General Conference. Source: PIB (MAINS Focus) Set the Guardrails for AI Use in Courtrooms (GS paper II– Polity and Governance) Introduction (Context) Artificial Intelligence (AI) is slowly entering judicial processes across the world. In India, the Kerala High Court (July 2025) became the first to release a formal policy on AI use in district judiciary. With over 5 crore pending cases, AI promises faster translations, transcription, defect identification in filings, and legal research. However, risks of errors, hallucinations, bias, and ethical dilemmas necessitate strong regulatory guardrails. Key Issues with AI Use in Courts Errors in Translation and Transcription Legal proceedings depend on precise language. Even small errors can alter the meaning. Example: Supreme Court judge reported “leave granted” wrongly translated as “chhutti sweekaar” (holiday approved). In Noel Anthony Clarke vs Guardian News & Media Ltd. (2025) claimant’s name “Noel” repeatedly transcribed as “no.” OpenAI’s Whisper, an AI-powered speech recognition system, was reported to occasionally make up or “hallucinate” entire phrases and sentences, especially when people spoke with longer pauses between their words. Misinterpretations could weaken judgments, appeals, or public trust in the judiciary. Bias in AI-driven Legal Research AI-based legal research tools, like search engines, don’t always give neutral results.  They can push users toward cases or documents that match their past search patterns, while hiding other important precedents that may actually be more relevant. Example: A study in the Journal of Empirical Legal Studies showed that some legal Large Language Models (LLMs) can even invent fake case laws or cite wrong legal sources to back up their answers.  This means lawyers or judges using such tools might unknowingly rely on incorrect information, which can affect the fairness of legal decisions. Structural Concerns There is a risk that AI may reduce court decisions to simple rule-based outputs, ignoring the human judgment, context, and importance of precedents that are vital in judicial decision-making. Currently, some AI tools are being tested in courts for limited purposes like transcribing oral arguments or recording witness statements, however, they lack frameworks for data use, privacy, and sustainability. Inadequate risk management Court tenders show that while AI adoption is cautious, risk management frameworks for ethical and legal issues are often missing. Human checks by retired judges, advocates, translators exist, but they cannot fully prevent mistakes since AI may err in new contexts. Hallucinations in LLMs are inherent, making AI outputs unreliable at times. Therefore, constant human oversight is essential, especially in sensitive judicial processes. Way forward Judges, lawyers, and court staff need training not only in how to use AI tools but also in understanding their limitations and risks. Judicial academies and bar associations, with help from AI experts, should design capacity-building programmes. Clear rules are needed for using generative AI in research and judgment writing. Litigants and lawyers should be informed if AI is used in their case or courtroom. Courts should consider allowing litigants to opt out of AI processes if they have concerns about safeguards or oversight Before adopting AI tools, courts must check their reliability, suitability, and explainability Pre-procurement assessments should identify whether AI is the right solution for the specific problem and should also address data security, accountability, and risk management. Conclusion AI adoption in courts is inevitable and can bring efficiency in translation, transcription, and research. But risks of errors, hallucinations, bias, and loss of judicial discretion make clear guardrails essential. A balanced approach involving AI literacy, transparency, litigant rights, procurement safeguards, and institutional guidance is necessary. The ultimate purpose of AI in courts must remain to strengthen justice delivery and not undermine human-centered adjudication. Mains Practice Question Q The use of Artificial Intelligence in Indian courts raises hopes for efficiency but also concerns about fairness, bias, and accountability. Critically examine. (250 words, 15 marks) Source: Set the guardrails for AI use in courtrooms – The Hindu National Curriculum Framework (NCF): From Policy to Practice (GS paper II– Polity and Governance) Introduction (Context) The National Education Policy (NEP) 2020, emphasizes holistic development. To operationalize this vision, the National Curriculum Framework (NCF) was released which is shifting the very meaning of education from content delivery to meaningful learning. What is NEP 2020? It is a comprehensive education reform policy approved in July 2020. Key features: 5+3+3+4 structure (instead of 10+2). Focus on foundational literacy & numeracy. Multilingual education with emphasis on mother tongue. Holistic, multidisciplinary higher education with flexible entry/exit. Vocational exposure and digital learning integration. Teacher reforms through Integrated Teacher Education Programme (ITEP). The policy offers more student-focused lens, one that emphasises holistic development, multilingual learning, and real-world thinking over rote memorization.   What is National Curriculum Framework for School Education? The National Curriculum Framework (NCF) has introduced a new structure for school education known as 5+3+3+4 Structure: Foundational Stage (5 years): Ages 3–8, focusing on early learning and building basic literacy and numeracy. Preparatory Stage (3 years): Ages 8–11, introducing more formal subjects while continuing active learning. Middle Stage (3 years): Ages 11–14, building deeper understanding of subjects and critical thinking. Secondary Stage (4 years): Ages 14–18, allowing students more choice in subjects, including combinations like Chemistry and History in Class 12. Key Features of this Structure: The curriculum is designed to match the developmental level of each age group. Especially in early years, children learn through play, hands-on activities, and exploration instead of rote memorization. In higher classes, students can select subjects based on interest and career goals. Emphasis on activities like field visits, projects, and learning by doing. Mother tongue-based instruction mandated in early years (CBSE from 2025–26). Through PARAKH, the NCERT has introduced new-age progress cards that go beyond marks, bringing into focus self-reflection, peer feedback, and classroom participation. CBSE to conduct twice-a-year board exams (from 2026). Progress cards shifting focus from marks to overall growth. Reforms in skill development of teachers To strengthen teacher preparation, the Ministry of Education launched the Integrated Teacher Education Programme (ITEP) a four-year dual-degree course. It prepares teachers for modern, student-centric classrooms. National Council for Teacher Education (NCTE) has approved 77 Central and State Universities and Institutions, including IITs, NITs, RIEs, and other government colleges, to offer ITEP in pilot mode from 2025–26. ITEP helps future educators internalize NCF’s approach, focusing on Play-based learning, multilingual instruction and formative assessments Several States have also launched teacher orientation programs to support in-service educators in adapting to new lesson plans and teaching strategies. Challenges  NCF provides a national-level framework, however, its successful implementation depends on a collective effort involving: Schools adapt teaching methods and lesson plans Education administration provides resources and training Communities support learning initiatives.  Together, these stakeholders ensure effective implementation of the NCF in classrooms. However, challenges are: Adoption of NCF depends on local priorities and capacity.  Some States have quickly aligned textbooks, lesson plans, and teacher training with NCF, focusing on competency-based and child-centric learning. Many States are still reviewing and updating curricula to adapt the new teaching-learning philosophy. Balancing national goals with regional identities (e.g., debates in Maharashtra on third-language instruction). Infrastructure gaps especially in rural schools (electricity, internet, labs). Also, the need for robust, data driven monitoring system is needed to track learning outcomes and teacher preparedness in real time.  Education organisations and academicians are working closely with schools and institutes in bridging the learning gap. Steps needed Develop low-cost, scalable teacher training focused on child-centric and competency-based learning. Use real-time dashboards to track learning outcomes, teacher preparedness, and school performance. Engage parents, local leaders, and school committees to support and sustain reforms. Bridge rural–urban divides in access to digital tools, infrastructure, and activity-based learning. Expand four-year undergraduate programs with flexible exits and multidisciplinary options. Conclusion The National Curriculum Framework (NCF) translates the vision of NEP 2020 into actionable classroom practices, emphasizing holistic, learner-centric, and competency-based education.  While challenges like infrastructure gaps, teacher preparedness, and state-level variations exist, sustained capacity-building, community engagement, and monitoring systems can ensure meaningful implementation.  Mains Practice Question Q Examine how the National Curriculum Framework operationalizes the vision of NEP 2020. Discuss the challenges and measures needed for its effective implementation in India. (250 words, 15 marks) Source: National Curriculum Framework: From policy to practice – The Hindu