Crest Learning UPSC

🔹In india, 10+ million youth entering the labour market every year.

15 jan…….👇

Status of Greenland • Greenland is an autonomous territory of Denmark. • It is not a sovereign country, but Denmark controls: • Defence • Foreign policy • Greenland has its own elected government. 🔹 Why is the U.S. Interested in Greenland? 1️⃣ Geostrategic Importance • Greenland lies in the Arctic region, critical for: • Missile defence • Military surveillance • The U.S. already operates the Thule Air Base there. 2️⃣ Arctic Competition • Melting ice → new shipping routes & resources. • U.S. seeks to counter: • Russia’s Arctic militarisation • China’s “near-Arctic state” ambitions 3️⃣ Resource Potential • Rare earth minerals • Oil & gas • Freshwater reserves 🔹 Why is the Proposal Controversial? Legal & Political Issues • Violates principles of: • Sovereignty • Self-determination • Greenlanders have publicly opposed U.S. takeover. • Denmark has rejected any sale or annexation. International Law Angle • Forced acquisition would violate: • UN Charter • Norms against territorial expansion by force 🔹 Wider Geopolitical Implications • Signals a return to hard geopolitics & territorial thinking. • Could destabilise: • Arctic cooperation • NATO unity (Denmark is a NATO member) • Sets a dangerous precedent for powerful states asserting claims over territories. 🔹 Impact on Global Order • Undermines rules-based international order. • Encourages power-based revisionism in geopolitics. • Strengthens narrative of great power rivalry. 🔹 Relevance for India • Arctic governance affects: • Global trade routes • Climate stability • India is an observer in the Arctic Council. • Reinforces India’s emphasis on: • Sovereignty • Peaceful resolution of disputes

➡️Inter-departmental Panel to Combat “Digital Arrests” 🔹 What is a “Digital Arrest”? • A cyber fraud technique where criminals impersonate police/CBI/courts and coerce victims online (video/phone calls) to: • Stay continuously connected • Transfer money to “safe/government” accounts • No physical custody, but psychological confinement + fear-based extortion. Example: Elderly persons forced to transfer life savings after being told they are under “CBI investigation”. Why is it a Serious Governance Issue? • Large financial losses (thousands of crores). • Targets elderly & digitally illiterate → equity issue. • Uses encrypted platforms + spoofed identities, often cross-border. • Existing cyber laws focus on technical fraud, not coercive digital detention. 🔹 Government Action Taken • Union government informed the Supreme Court of India about forming an Inter-Departmental Committee (IDC). • Formed after SC direction highlighting rising digital-arrest scams. 🔹 Inter-Departmental Committee (IDC): Core Features • Chair: Special Secretary (Internal Security), MHA • Member-Secretary: CEO, Indian Cyber Crime Coordination Centre • Members from: • MeitY, RBI, DoT, CBI, NIA, Delhi Police, MEA, Law Ministry 🔹 Mandate of the IDC • Examine real-time cyber fraud patterns • Identify • Legal gaps • Enforcement failures • Review telecom, banking & IT rules • Recommend: • Corrective legal measures • Stronger coordination mechanisms • Provide inputs to the Supreme Court 🔹 Constitutional & Legal Angle • Article 21: Mental coercion violates dignity & liberty. • Legal gap: • No clear definition of digital coercion / virtual custody • IT Act not designed for psychological cyber crimes. Way Forward • Define digital coercion in cyber law. • Faster bank–telecom–police coordination. • Platform accountability (quick takedown, verified IDs). • Targeted awareness for elderly citizens. Conclusion Digital arrests show how technology is outpacing law, requiring coordinated cyber governance, legal reform, and citizen awareness.

Weak local capacity → poor service delivery → deepening urban inequality. 8️⃣ What Should Be Done? (Way Forward – Elaborated) 1. Political Recognition • Small towns must be acknowledged as the primary frontier of India’s urban future, not peripheral spaces. 2. Rethink Urban Planning • Move away from metro templates. • Town-level plans must integrate: • Housing + livelihoods • Transport + ecology • Informality as a reality, not an exception 3. Empower Municipalities • Predictable finances • Adequate staffing • Institutional space for: • Workers’ collectives • Cooperatives • Environmental groups 4. Regulate Platform & Digital Economies • Labour rights enforcement • Local value retention • Data and algorithmic accountability Conclusion India’s urban future is unfolding in its small towns. Without inclusive planning and empowered local governance, these towns risk becoming sites of informal distress rather than sustainable alternatives to megacities.

➡️Are India’s Small Towns Being Increasingly Urbanised? India’s urbanisation is no longer driven only by megacities; instead, small towns and census towns are emerging as the new engines of urban growth, though in an uneven, informal and weakly governed manner. 1️⃣ India’s Urban Reality: The Overlooked Majority What do the numbers tell us? • India has ~9,000 census and statutory towns. • Barely 500 qualify as large cities. • The overwhelming majority are small towns (population < 1 lakh). Why this matters • Policy discourse focuses on metros, but urban transition is happening elsewhere. • These towns shape: • Migration patterns • Labour markets • Regional inequalities Urbanisation in India is dispersed, not concentrated, challenging the metro-centric imagination of development. 2️⃣ Why Have Small Towns Proliferated? Phase 1: Metro-centric accumulation (1970s–1990s) • Capital accumulation organised through large cities. • Metros became centres of: • Industry • Infrastructure • Labour absorption • Examples: Delhi, Mumbai, Chennai, Kolkata, later Bengaluru & Hyderabad. Phase 2: Crisis of metros • Over-accumulation led to: • Unsustainably high land prices • Infrastructure overload • Detachment of land from productive use • Working classes face: • Rising rents • Long commutes • Declining real wages Result: Capital and labour spill over into small towns. 📌 Analytical Value Small towns are not “alternatives” by choice, but outcomes of metropolitan saturation. 3️⃣ New Economic Role of Small Towns (Detailed) How small towns are being repurposed They now function as: • Logistics nodes (warehousing, transport hubs) • Agro-processing centres • Construction & real-estate markets • Consumption and service centres Examples • Kakinada (Andhra Pradesh) – logistics & port-linked economy • Barabanki (Uttar Pradesh) – warehousing, construction • Dhamtari (Chhattisgarh) – agro-processing • Hassan (Karnataka) – services and migration hub Labour absorption • Absorb: • Migrants pushed out of metros • Rural youth with declining farm livelihoods • Often without: • Stable contracts • Social security • Housing guarantees 4️⃣ Are Small Towns Outside the Urban Process? (Critical Clarification) ❌ Common misconception Small towns are often seen as: • Semi-rural • Transitional • Less capitalist ✅ Reality They are fully embedded in urban capitalism, but under worse conditions: • Cheaper land • Weaker regulation • Informal labour • Minimal political and media scrutiny Small towns represent urbanisation without urban citizenship. 5️⃣ Are Small Towns a Better Alternative to Metros? No inherent emancipation • Urbanisation here does not guarantee inclusion or dignity. • It often results in: • Informal housing • Precarious livelihoods • Localised inequality Nature of labour • Dominated by: • Construction workers • Home-based women workers • Platform/gig workers (delivery, transport) • No labour protections or collective bargaining. Emergence of new elites • Real-estate brokers • Local contractors • Micro-finance agents • Political intermediaries Outcome: Rural poverty transforms into informal urban poverty. 6️⃣ Governance Failure & Urban Missions (Expanded) Metro-centric policy bias • India’s flagship urban missions remain metro-focused. • AMRUT, even after expansion: • Excludes most small towns from meaningful infrastructure investment. • Water & sewerage designs suit large cities, not small towns. Consequences on ground • Fragmented infrastructure • Tanker-based water economies • Indiscriminate groundwater extraction • Growing ecological stress 7️⃣ Institutional Weakness of Small-Town Governance Key deficiencies • Under-funded municipalities • Severe staff shortages • Limited technical capacity • Planning outsourced to consultants unfamiliar with local realities Democratic deficit • Public participation reduced to procedural hearings. • Informal workers and migrants remain invisible in planning. 📌 Enrichment (2nd ARC logic)

➡️India must focus on AI and its Environmental Impact While AI is widely discussed for its economic and governance potential, its environmental costs—energy, water and carbon footprint—remain under-recognised, demanding urgent policy attention in India. 1️⃣ Environmental Cost of AI (Key Facts & Data) (a) Carbon Emissions • OECD notes AI increases carbon footprint, aggravating climate change. • Global ICT sector contributes ~1.8–2.8% of global GHG emissions (some estimates up to 3.9%). • Training one large LLM can emit: • ~3 lakh kg CO₂ (UNEP reference) • Comparable to emissions from multiple cars over years. (b) Energy Consumption • AI queries are far more energy-intensive than conventional searches. • UNEP-linked study (2024): • A ChatGPT query may consume ~10× more energy than a Google search. • Rising dependence on energy-hungry data centres. (c) Water Footprint (Often Ignored) • United Nations Environment Programme (2024): • AI servers may use 4.2–6.6 billion cubic metres of water by 2027. • Cooling of data centres → freshwater stress, especially in water-scarce regions. 2️⃣ Why This Is a Governance Issue for India • India is rapidly expanding: • Digital public infrastructure • AI-driven governance & services • Environmental Impact Assessment (EIA) currently: • Covers physical projects (dams, industries) • Excludes AI algorithm development & data centres • Leads to a regulatory blind spot. 3️⃣ Global Best Practices (Comparative Angle) (a) Global Norms • UNESCO (2021): • Recommendation on Ethics of AI • Recognises negative environmental impacts of AI • Adopted by ~190 countries (non-binding) (b) Developed World • EU & USA: • Laws addressing AI’s environmental impact • EU’s sustainability reporting mandates disclosure of: • Data centre emissions • High-compute AI activities 4️⃣ What India Should Do (a) Measurement & Standards • Establish national standards to measure: • AI-related GHG emissions • Energy & water usage • Multi-stakeholder approach: • Tech firms • Think tanks • NGOs (b) Regulatory Integration • Extend EIA framework to include: • Large-scale AI development • Data centres & LLM training • Align with ESG disclosures via: • Securities and Exchange Board of India • Ministry of Corporate Affairs (c) Disclosure & Transparency • Mandate AI-specific environmental disclosure: • Emissions • Energy & water use • Inspired by EU’s Corporate Sustainability Reporting Directive (CSRD). 5️⃣ Sustainable AI Practices (Way Forward) • Use pre-trained models instead of training from scratch. • Shift data centres to: • Renewable energy • Water-efficient cooling systems • Promote Green AI alongside ethical & inclusive AI. Conclusion For India, AI must be viewed not only as a development tool but also as an environmental stakeholder. Embedding sustainability into AI governance is essential to align digital growth with climate commitments.

• Makaravilakku festival is held at Sabarimala Temple, Kerala. • Marks the culmination of the Mandala–Makaravilakku pilgrimage season. • The hill shrine and surroundings are fully geared to handle a massive influx of pilgrims. What is Makaravilakku? • A celestial light/flame seen on the Ponnambalamedu hill on Makara Sankranti. • Considered a sacred event associated with Lord Ayyappa. • Coincides with: • Makara Jyothi darshan • Closing phase of annual pilgrimage

• Forest fire has been raging for 5 consecutive days in the Valley of Flowers National Park, Chamoli district, Uttarakhand. • The site is a UNESCO World Heritage Site, part of Nanda Devi Biosphere Reserve. • Due to inaccessibility & steep terrain, the state sought help from the Indian Air Force for aerial firefighting. ❗ Why is this Fire “Unusual”? Key Reasons: • Normally, forest fires peak during May–June. • January fires are uncommon because: • Snowfall keeps forest floor moist • Cold temperatures suppress ignition This time: • Almost no snowfall reported. • Dry vegetation increased fuel load. • Indicates changing Himalayan climate patterns. 🌡️ Climate Change Angle • Reduced winter snowfall → Dry forest floor • Rising temperatures in Himalayas → Early fire season • Signals ecosystem fragility in alpine zones 📌 Link to GS-III: Climate Change, Disaster Management, Biodiversity

Today, there is no updates because of Makarsankranti festival.

14 jan……👇

➡️PNGRB–DVGW MoU to advance hydrogen integration 1️⃣ Why in News India’s Petroleum and Natural Gas Regulatory Board (PNGRB) and Germany’s DVGW signed an MoU to cooperate on integrating hydrogen into natural gas infrastructure. 2️⃣ What is the Issue India is transitioning towards low-carbon fuels. Integrating hydrogen (especially green hydrogen) into existing gas networks can decarbonise hard-to-abate sectors while leveraging current pipelines—requiring safety standards, regulation, and technical know-how. 3️⃣ Key Dimensions / Significance • Hydrogen strategy (India): • National Green Hydrogen Mission (2023) targets 5 MTPA green hydrogen by 2030. • Estimated investment potential: ₹8 lakh crore+; jobs: ~6 lakh. • Infrastructure leverage: • Hydrogen blending (typically up to 5–20% by volume, subject to materials/safety) can cut CO₂ intensity of gas use without new pipelines initially. • Germany’s expertise: • Germany leads EU pilots on H₂ blending, safety codes, and certification, backed by its National Hydrogen Strategy. • Energy security & decarbonisation: • Blending supports fertilisers, refining, city gas, and power as transition fuels. 4️⃣ What the MoU Covers • Safety methodologies & standards for H₂ blending • Knowledge sharing and technical visits • Anonymised data sharing (materials compatibility, leakage, metering) • Regulatory best practices for pipeline integrity and end-use appliances 5️⃣ Challenges / Concerns • Material compatibility (steel embrittlement, seals) • Measurement & billing accuracy with blended gas • End-use readiness (burners, CNG vehicles) • Uniform national standards across CGD networks 6️⃣ Way Forward • Pilot graded blending (5% → higher) with monitoring • Issue national H₂ blending standards and appliance codes • Align PNGRB regulations with India Carbon Market & safety norms • Scale green hydrogen supply to avoid grey H₂ lock-in 7️⃣ Conclusion The PNGRB–DVGW MoU strengthens regulatory capacity and safety frameworks, enabling India to decarbonise gas use pragmatically while advancing its green hydrogen ambitions.

1️⃣ Why in News (DRDO) successfully flight-tested an indigenously developed third-generation Man-Portable Anti-Tank Guided Missile (MPATGM) at the K.K. Ranges, Ahilya Nagar (Maharashtra). 2️⃣ What is the Issue India aims to indigenise advanced anti-tank weapon systems to reduce imports and enhance infantry lethality, aligned with Atmanirbhar Bharat in defence. 3️⃣ Key Features / Significance • Type: Third-generation, fire-and-forget ATGM • Guidance: Imaging Infra-Red (IIR) homing seeker • Attack mode: Top-attack, effective against modern armour • Target: Successfully engaged a moving target • Portability: Man-portable; suitable for infantry units • Developer: DRDO’s Defence Research & Development Laboratory, Hyderabad 4️⃣ Strategic & Operational Value • Fire-and-forget reduces operator exposure after launch • Top-attack exploits thinner tank armour on the turret roof • Enhances close-combat anti-armour capability of infantry • Reduces reliance on imported ATGMs (e.g., Spike-class systems)

➡️Solar panels yield far more energy per acre than biofuels 1️⃣ Why in News Recent global analyses (Our World in Data) highlight that solar power generates far more energy per unit of land than liquid biofuels, raising questions on optimal land use for decarbonisation. 2️⃣ What is the Issue A Poland-sized land area (~32 million hectares) is currently used globally for liquid biofuels. The debate is whether this land could deliver greater climate benefits if used for solar power instead of energy crops. 3️⃣ Key Dimensions / Analysis (with data & facts) • Land-use efficiency • Biofuels (ethanol, biodiesel) supply only ~4% of global transport energy • Same land under solar panels could generate ~32,000 TWh/year • This is ~23 times more energy than current biofuel output • Global energy context • World electricity generation (2024): ~31,000 TWh • Thus, solar on biofuel land could meet entire global electricity demand • Transport decarbonisation • Electricity needed to power all cars & trucks globally: ~7,000 TWh/year • Solar on biofuel land could meet this using <25% of that land • Conversion efficiency • Solar panels convert 15–20% of sunlight into electricity (up to 25% in new models) • Plants convert <1% of sunlight into usable bioenergy after losses 4️⃣ Source of Biofuels & India Context • Major feedstocks • Sugarcane (Brazil), maize (US/EU), soy & palm oil • India • Ethanol Blended Petrol (EBP) target: 20% blending by 2025–26 • Sugarcane-based ethanol raises water stress & land competition • India’s solar capacity crossed 75 GW, showing scalability without crop diversion 5️⃣ Challenges / Trade-offs • Food vs fuel vs power • Biofuel crops compete with food security & ecosystems • Solar constraints • Requires storage and grid integration • Political economy • Biofuels support farmer incomes; solar benefits are more capital-intensive 6️⃣ Way Forward • Prioritise solar + electrification of transport for land efficiency • Restrict biofuels to aviation, shipping, and hard-to-electrify sectors • Promote non-food biofuels and waste-based ethanol • Integrate land-use planning with climate and energy policy 7️⃣ Conclusion From a land-efficiency and climate perspective, solar power vastly outperforms biofuels; optimal decarbonisation requires using scarce land for maximum energy and emissions benefit.

➡️Why Article 6 is a powerful tool for India 1️⃣ Why in News Article 6 of the Paris Agreement became fully operational after COP29 (2024), with India taking its first concrete step in August 2025 by signing a Joint Crediting Mechanism (JCM), operationalising Article 6.2. 2️⃣ What is the Issue Article 6 enables international cooperation in carbon markets through: • Article 6.2: Bilateral / plurilateral trading of mitigation outcomes (ITMOs) • Article 6.4: A UN-supervised global carbon crediting mechanism For India, this is not just about carbon credits but about technology transfer, climate finance, and low-carbon industrial transformation. 3️⃣ Key Dimensions / Significance • Global momentum • 89 cooperation arrangements under Article 6.2 across 58 countries • Marks shift from CDM (Kyoto era) to a more rigorous Paris framework • Climate finance potential • Global carbon market potential estimated at $250–300 billion by 2030 • Can channel concessional climate finance into India’s growth sectors • India’s development advantage • India needs $10 trillion+ investment for net-zero by 2070 (IEA estimates) • Article 6 can reduce cost of decarbonisation via foreign capital & tech • Technology access • Facilitates transfer of advanced low-carbon technologies otherwise costly for developing countries 4️⃣ India’s Strategy under Article 6 • Identified priority sectors (first 13 activities): • Renewable energy + storage • Solar thermal & offshore wind • Green hydrogen & compressed biogas • Energy-efficient technologies • Sustainable aviation fuel • Carbon Capture, Utilisation & Storage (CCUS) • Industrial relevance • Hard-to-abate sectors (steel, cement) benefit from Article 6-enabled CCUS • Supports India’s Nationally Determined Contribution (NDC) and net-zero pathway • International cooperation • India–Japan JCM as an early working model for bilateral carbon cooperation 5️⃣ Challenges in Using Article 6 Effectively • Domestic readiness • Lack of a fully defined legal & regulatory framework for carbon trading • Administrative delays • Voluntary carbon projects in India take ~1,600 days for approval (AFOLU sector), vs <400 days in SE Asia • Complex accounting • Need for robust corresponding adjustments to avoid double counting 6️⃣ Way Forward (Action-oriented & enriched) • Operationalise Designated National Authority for Article 6 with clear mandate • Create single-window clearance for Article 6 projects • Build a domestic carbon removals market (biochar, enhanced rock weathering) • Align Article 6 with India Carbon Market (ICM) • Lead South–South cooperation on shared standards and financing models 7️⃣ Conclusion Article 6 is not merely a carbon trading tool but a strategic lever for India to access finance, technology, and partnerships while pursuing development-aligned decarbonisation.

➡️Early investment in children: key to India’s future 1️⃣ Why in News Renewed policy focus on Early Childhood Care and Development (ECCD) as India targets Viksit Bharat by 2047, amid concerns that growth goals cannot be met without sustained human capital investment. 2️⃣ What is the Issue India under-invests in early childhood (conception to 8 years) despite strong evidence that this phase determines brain development, learning capacity, health, and lifetime productivity. Current efforts are fragmented and survival-centric, not development-centric. 3️⃣ Key Dimensions / Significance • Critical window (science): • First 1,000 days are decisive; 80–85% of brain development occurs by age 3. • Recognised as a “window of opportunity” by World Health Organization and UNICEF. • Human capital returns: • Global evidence shows 7–10x returns for every ₹1 invested in early childhood (lower health costs, higher earnings). • India’s burden: • NFHS-5 (2019–21): 35.5% children stunted; 32.1% underweight (improving but high). • Developmental risks now extend beyond poverty (screen exposure, inactivity, behavioural delays). • Macro payoff: • Early investments reduce future spending on healthcare, remedial education, and increase labour productivity—crucial for a $30-trillion economy ambition. 4️⃣ Steps Taken / Existing Framework • Nutrition & health: • ICDS (1975) → restructured as Mission Saksham Anganwadi & POSHAN 2.0. • National Health Mission reduced infant & under-five mortality; improved immunisation. • Education: • NEP 2020 integrates Foundational Literacy & Numeracy (ages 3–8). • State innovations: • Improved delivery models and Anganwadi reforms in select States. Gap: Focus remains fragmented; early stimulation, parenting support, and development screening are uneven. 5️⃣ Challenges in Addressing the Issue • Fragmentation: Health, nutrition, and learning operate in silos. • Coverage bias: Programmes skewed to safety nets; middle-income families underserved. • Late start: Developmental interventions often begin after 30–36 months—too late. • Capacity gaps: Limited trained caregivers, counsellors, and screening systems. 6️⃣ Way Forward (Action-oriented & value-added) • Adopt a universal ECCD mission (conception–8 years) integrating health, nutrition, care, and learning. • Pre-conception & parenting support: Nutrition, mental health, early stimulation education. • Early screening: Routine growth & developmental checks; timely referrals. • Quality care (2–5 years): Invest in play-based learning, caregiver training, and Anganwadi upgrades. • Governance: Inter-ministerial coordination (Health, WCD, Education) with outcome metrics. 7️⃣ Conclusion Early childhood investment is not welfare but foundational economic strategy. Without universal, integrated ECCD, India’s demographic advantage risks becoming a liability.

➡️India–Germany agree to shore up defence cooperation 1️⃣ Why in News India and Germany agreed to strengthen defence cooperation and defence industrial ties during German Chancellor Friedrich Merz’s visit to India, coinciding with 25 years of Strategic Partnership. 2️⃣ What is the Issue India and Germany seek to deepen defence trade, co-production, and co-development, amid global instability, supply-chain disruptions, and the need for trusted security partnerships in the Indo-Pacific. 3️⃣ Key Dimensions / Significance • Defence industrial cooperation: • Focus on co-production and co-development, aligning with India’s Atmanirbhar Bharat and Make in India (Defence). • Indo-Pacific engagement: • Germany supports enhanced cooperation with India in the Indo-Pacific, reflecting Europe’s growing strategic interest. • Strategic convergence: • Shared concerns over Ukraine conflict, West Asia instability, and terrorism. • Economic-security linkage: • Defence ties complement efforts to strengthen global supply chains, as highlighted by Germany amid rising protectionism. 4️⃣ Steps Taken / Outcomes • Defence pact: • Agreement to strengthen bilateral defence industrial cooperation and simplify defence trade processes. • Institutional mechanisms: • Proposal for a consultation mechanism to expand defence and security collaboration. • MoUs & Joint Declarations: • Signed in areas including defence, recruitment of skilled professionals, sports, and higher education. • People-to-people & skills: • Joint Declaration of Intent on recruiting healthcare professionals to address Germany’s labour shortages. 5️⃣ Challenges in Deepening Cooperation • Limited past defence trade volume compared to India’s ties with the U.S., France, or Russia • Technology transfer sensitivities and export controls • Need to align European defence standards with Indian requirements 6️⃣ Way Forward • Identify flagship co-development projects (naval systems, aerospace, electronics) • Ensure technology transfer and local manufacturing • Link defence cooperation with EU–India strategic and trade engagement • Expand cooperation in maritime security and critical technologies 7️⃣ Conclusion India–Germany defence cooperation reflects a maturing strategic partnership that links security, industry, and supply chains; sustained political push and concrete co-production projects will determine its long-term impact.