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Critical minerals such as lithium, cobalt, nickel and Rare Earth Elements are indispensable for EVs, batteries, solar and wind technologies. Securing these minerals is central to India’s 500 GW renewable target (2030) and net-zero goal (2070). ⭐ 2. Why Critical Minerals Matter for India 1. Foundation of Clean Energy Technologies EV batteries, solar panels, wind turbines and grid storage all depend on lithium, cobalt, nickel and REEs. 2. Rapidly Rising Domestic Demand India’s EV market is growing at 49% CAGR (2023–2030); battery market valued at $2.8 billion in 2023. 3. Strategic Vulnerability India imports nearly 100% lithium and over 90% cobalt & REEs; China controls 60% global REE mining and 85% processing. ⭐ 3. Key Challenges 1. Extreme Import Dependence Creates supply chain and geopolitical risks, especially due to China’s dominance. 2. Weak Domestic Mining Ecosystem Mining contributes only 2.5% to India’s GDP (Australia = 13.6%); slow clearances and regulatory hurdles persist. 3. Lack of Processing and Refining Capacity India has limited capacity to refine lithium, cobalt or REEs into battery-grade materials. 4. Poor Recycling Capacity India generates 4 million tonnes of e-waste annually, but only 10% is recycled — leading to massive mineral losses. ⭐ 4. India’s Key Responses 1. Strengthening Domestic Exploration GSI identified 5.9 million tonnes of inferred lithium in J&K; auctions for 20 critical mineral blocks held in 2023. 2. Policy Reforms to Attract Private Investment MMDR Act amendments (2021, 2023) opened exploration and processing to private sector. 3. Strategic Global Partnerships KABIL investing in lithium projects in Argentina and Australia to diversify supply. 4. Circular Economy Push Battery Waste Management Rules (2022) promote recycling of lithium, cobalt and nickel. ⭐ 5. Conclusion (Very Short & UPSC-Style) Critical mineral security will determine the pace and success of India’s clean energy transition. Without reliable access to these minerals, India’s renewable and EV ambitions cannot be realised. ⭐ 6. Way Forward (MOST IMPORTANT 4 POINTS) 1. Fast-track Exploration & Mining Speed up clearances, adopt advanced geophysical surveys, and expand domestic extraction. 2. Build Domestic Refining Capacity Establish battery-grade lithium, cobalt and REE processing hubs to reduce dependence on China. 3. Secure Global Mineral Supply Chains Strengthen long-term agreements with Australia, Argentina, Chile and African nations. 4. Accelerate Circular Economy Expand modern recycling facilities and enforce EPR norms to recover key minerals domestically.

The global economy is shifting from cooperation to competition, with weak global institutions and strong state-driven policies. Countries are no longer working together; they are working for themselves. ⭐ 2. What changes are happening globally? (a) Big countries controlling markets • US CHIPS Act = $52 billion • China industrial support = $248 billion (2022) Governments want to protect their own industries. (b) Global organisations weakening • G7 cuts → 57 million Africans affected • WFP cuts → 167 million lose food support Institutions that help poor countries are losing power. (c) Multilateral rules failing • WTO’s dispute system paralysed since 2019 Countries no longer follow global trade rules sincerely. (d) Autocratic powers rising • China’s Belt & Road loans = $1 trillion globally Authoritarian countries influence many poor nations. (e) Supply chains moving away from China • Smartphone share of India = 14% of world production Companies want safer and cheaper places beyond China. ⭐ 3. Impact on Global South (Easy + Data) (a) Severe debt crisis • 60% low-income countries in distress Many countries almost bankrupt. (b) Food & basic needs crisis • WFP cuts → 167 million affected Hunger and poverty increasing. (c) More migration • African migration to Europe rising sharply People leaving countries to escape crisis. (d) New cooperation choices • BRICS expansion, de-dollarisation Poor countries want new partners. ⭐ 4. Why this matters for India (Easy + Data) (a) Chance for global leadership • India’s G20 presidency highlighted Global South issues India can become leader of developing nations. (b) Big manufacturing opportunity • Apple → 25% production to India • India → 14% share in global smartphone production India can attract big companies. (c) India must balance US–China rivalry India must stay careful and neutral. (d) Neighbourhood instability • Sri Lanka & Bangladesh debt crisis India must support neighbours to keep region stable. (e) India needs stronger domestic growth • Manufacturing = 17% of GDP India must build its own economic strength. ⭐ Conclusion (Very Easy + Enriched) The world is becoming divided, competitive, and uncertain, but this shift gives India a historic chance to lead developing nations and become a manufacturing hub. The world is changing fast — India must use this chance wisely. ⭐ Way Forward (Very Easy + Data + Examples) 1. Strengthen India’s economy • More factories, better infrastructure, more skilled workers. Strong India = safe India. 2. Lead Global South cooperation • Share technology, finance, and trade. India becomes trusted partner for poor nations. 3. Reform global institutions • Push for better IMF, World Bank, WTO rules. Make global rules fair for developing nations. 4. Support neighbourhood • Help Sri Lanka, Nepal, Bangladesh with trade & development. Stable neighbours protect India. 5. Use China+1 fully • Attract more companies leaving China. India becomes world’s next big factory.

16th oct👇

⭐ 1. What was the matter? • Thailand and Cambodia witnessed border clashes • Both countries negotiated a peace agreement to end the confrontation. ⭐ 2. Who were the participants? • Thailand and Cambodia → parties to the peace deal. • Malaysia → host of the ASEAN summit where the deal will be signed. • United States (Donald Trump) → assisted in brokering part of the truce and will attend the signing ceremony. ⭐ 3. How is it relevant for India? • Highlights ASEAN’s role in peaceful conflict resolution → important for India’s Act East Policy. • Stability in Southeast Asia supports India’s interests in the Indo-Pacific region. • U.S. involvement reflects major-power dynamics relevant to India’s strategic balancing in the region. • Peace along ASEAN borders ensures smoother trade and maritime connectivity for India. ⭐ 4. Final outcomes • A formal peace agreement will be signed. • Border tensions between Thailand–Cambodia expected to de-escalate. • Shows ASEAN’s continuing role as a stabilising platform for regional disputes. • Indicates constructive major-power engagement in Southeast Asian peace processes.

• Madagascar’s elite military unit (CAPSAT) seized power. • Followed the impeachment of President Andry Rajoelina by the National Assembly. Reason for Impeachment • Massive youth-led anti-government protests since September 25. • President Rajoelina refused to step down and reportedly went into hiding abroad. ➡️IMPEACHMENT PROCESS IN MADAGASCAR Madagascar’s Constitution allows the National Assembly to impeach the President if he violates constitutional duties or loses legitimacy. 🔷 1. Political Crisis & Protests • Large youth-led anti-government protests started • President Andry Rajoelina refused to step down despite unrest. • He reportedly went into hiding outside the country. 🔷 2. National Assembly Initiates Impeachment • Members of Parliament moved an impeachment motion due to: • Governance collapse • Public pressure • President’s refusal to resign 🔷 3. Attempt by President to Block Impeachment • Hours before the vote, the President issued a decree dissolving the National Assembly. • Parliament ignored the decree, considering it unconstitutional. 🔷 4. Impeachment Vote • Total members: 163. • Constitutional requirement: Two-thirds majority (109 votes). Result: • 130 votes in favour → comfortably above the 2/3rd requirement. This means the President was successfully impeached by the Assembly. 🔷 5. Power Vacuum Created • President was already in hiding. • No immediate succession or civilian authority took over. 🔷 6. Military Steps In The elite military unit CAPSAT: • Supported the protesters. • Entered the presidential palace. • Announced “We have taken power.” 👉Niger 2023 military coup • Gabon 2023 coup • Sudan 2021 coup • Mali & Burkina Faso coups (2020–22) → Reflect broader democratic recession in Africa.

➡️WHO Medical Product Alert • WHO issued an alert on three contaminated oral liquid medicines in India. • Medicines identified (specific batches): • Coldrif – by Sresan Pharmaceutical • Respifresh TR – by Rednex Pharmaceuticals • ReLife – by Shape Pharma 2. Contaminant • Presence of diethylene glycol (DEG) detected. • DEG is highly toxic → can cause kidney failure, neurological damage, and death. #prelims

The Supreme Court has directed States/UTs to appoint nodal officers for missing children to ensure real-time coordination, information sharing, and prompt action, addressing systemic lapses in child protection. 🔹 1. Why the SC Intervened (Point-wise) (a) Rise in Missing Children Cases • NGO litigation highlighted sharp increase in missing, abducted, and trafficked children. • Many remain untraced due to administrative gaps. (b) Ineffective Use of Existing Portals • Mission Vatsalya portal exists, but dissemination of information is negligible. • Agencies fail to update records, delaying rescue operations. (c) Lack of Coordination • No structured coordination between police, CWC, districts, and Centre. • Leads to delays and information silos. (d) Failure of Authorities • SC noted authorities failed to take timely & effective action despite digital tools. 🔹 2. SC Directions (a) Appointment of Nodal Officers • Every State/UT must appoint a dedicated nodal officer. • Responsibilities: • Upload names and contacts of missing children • Share simultaneous information when complaints filed • Investigate perpetrators • Register additional FIRs if required (b) Strengthening Mission Vatsalya Portal • Upload all complaints in real time. • Enable direct reporting by parents, citizens, and police. (c) Creating a Coordinated Network • Nodal officers must maintain: • District–State–Centre synergy • Continuous information flow • Integrated approach with 14 stakeholders (d) Accountability Mandate • Any delay in uploading or tracing must be monitored & corrected. 🔹 3. Significance for Governance & Internal Security (a) Strengthens Child Protection Mechanisms • Enhances coordination across Child Welfare Committees, Police, DCPUs. (b) Helps Combat Child Trafficking • Missing children often become victims of: • Labour trafficking • Sexual exploitation • Begging rackets • Organised crime networks (c) Governance Improvement • Enforces efficiency & transparency. • Promotes real-time surveillance & rescue operations. (d) Builds Public Trust • Parents get a direct, accountable system to report cases. Conclusion The SC’s directive ensures a coordinated, prompt and accountable framework for tracing missing children, strengthening India’s child protection ecosystem and internal security.

1. National Security Guard (NSG) • Established: 1984, under the NSG Act, 1986. • Type: Federal contingency force (counter-terrorism, counter-hijack, special operations). • Works under: Ministry of Home Affairs (MHA). • Nickname: “Black Cats”. 2. New Development • 7th NSG hub to be established in Ayodhya, Uttar Pradesh. • Announcement by: Union Home Minister Amit Shah. • Event: 41st Raising Day of NSG. 3. Existing Six NSG Hubs 1. Mumbai 2. Chennai 3. Kolkata 4. Hyderabad 5. Ahmedabad 6. Jammu 4. Purpose of New Hub • To ensure rapid response to terror attacks in the region. • NSG commandos stationed round the clock. • Enhances counter-terror preparedness in northern India.

👉Theory of Creative Destruction • Innovation leads to: • Gains from new technologies • Destruction of incumbents • Drives long-term productivity. 👉Optimal R&D Investment Two opposing trends: 1. Innovation continues to benefit society even if old firms die → R&D should be subsidised. 2. Replacement firms grow only marginally → R&D subsidies should be limited. #impterms

India–Australia clean energy cooperation is emerging as a strategic, supply-chain-secure and climate-resilient partnership, crucial for Indo-Pacific stability. 1️⃣ Why the Partnership Matters (a) Climate vulnerability of Indo-Pacific • Region faces highest climate disasters globally. • Over 89 million projected displaced by 2050. • India & Australia both face supply-chain disruptions seen during COVID-19. (b) Decarbonisation Goals • India: 500 GW non-fossil capacity, net-zero by 2070. • Australia: 62–70% emission reduction by 2035; net-zero by 2050. (c) Critical mineral dependence • China controls 80–90% of global solar supply chain. • India’s EV, solar, rare earth imports heavily dependent on China. • Australia is a key supplier of lithium, cobalt, rare earths → complementary strengths. 2️⃣ Strategic Importance for Both Countries For India • Securing supply chains for: • Solar modules • Rare earth magnets • Green hydrogen • Battery materials • Enhances domestic manufacturing via PLI schemes. • Supports India’s demographic dividend (<35 years ≈ 2/3rd population). For Australia • Expands market for critical minerals. • Reduces overdependence on China. • Gains from India’s workforce → installation, maintenance, hydrogen ecosystem. 3️⃣ Challenges Identified 1. Overconcentration in Chinese supply chains (structural risk). 2. Lack of downstream processing (Australia) despite mineral richness. 3. Grid integration & infrastructure gaps (India). 4. Technology access & financing constraints in developing countries. 4️⃣ Opportunities & Way Forward (i) Joint Investment in Critical Minerals • Joint refining of: • Lithium • Cobalt • Rare earths → Reduces China dependence. (ii) Co-development of Green Hydrogen • Australia: large production potential. • India: low-cost electrolyser and manpower. → Example: India’s National Green Hydrogen Mission. (iii) Skill development • Australia’s Net Zero Jobs Plan • India’s Skill India → Joint skill exchange for clean tech. (iv) Supply Chain Diversification • Lessons from EV scooter production drop (10,824 units). • Need for predictable rare-earth supply. 🔹 Conclusion India–Australia clean energy partnership offers a supply-chain-secure, climate-resilient and mutually beneficial framework, capable of shaping Indo-Pacific energy security.

➡️India–Australia Renewable Energy Partnership (REP) 1. India–Australia Renewable Energy Partnership (REP) • Launched in: 2023 by PM Narendra Modi & PM Anthony Albanese. • Aim: Move from vision to implementation for clean energy transition. 2. Indo-Pacific climate vulnerability • Between 1970–2022: Region faced 10 climate disasters/year. • Population impact: 80% of region’s population directly affected. • Loss: Up to 89 million people may be displaced by 2050. 3. India’s Climate Targets • 500 GW non-fossil capacity by 2030. • 280 GW to come from solar. • India is five years ahead of schedule (solar installations). • Emission reduction target: 62–70% below 2005 levels by 2035. 4. Risks of Single-Country Dependence • China refines: • 90% of rare earth elements • 80% of global solar modules • India’s vulnerability: EVs, mobility, wind power due to imports of magnets & materials. • Australia: Producer of lithium, cobalt, rare earths. 5. COVID-19 & China Export Disruptions • Supply chain shocks reduced India’s EV output (example: EV firm output fell to 10,824 units in July, nearly half of previous year). 6. Areas of Partnership Eight focus areas: • Solar PV tech • Green hydrogen • Energy storage • Supply chain diversification • Circular economy • Capacity building • Clean tech investment • Climate financing • Track 1.5 Dialogue added #prelims

15th oct ......👇

Hello everyone, now I get back. I know we are much behind the race but don't worry, I will cover each and every topic what we have left. Thank you🙏

I am still facing some health issues, which is why the delays persist. But I am trying to get well soon — I’ll definitely cover everything. Please be patient.

15 oct ….. wait👇

➡️Arctic Seals and Birds Added to IUCN Red List (2025) 🔹 1. Released by 1. Organisation: International Union for Conservation of Nature (IUCN). 2. Occasion: World Conservation Congress held in Abu Dhabi. 3. List Name: IUCN Red List of Threatened Species. 🔹 2. Key Global Data 1. Total species assessed: 1,72,620. 2. Species threatened with extinction: 48,646. 3. Bird species with declining populations: 61% (↑ from 44% in 2016). 4. Bird species assessed: 11,185, of which 1,256 (11.5%) are globally threatened. 🔹 3. Newly Endangered Arctic Species 1. Hooded Seal – status changed from Vulnerable → Endangered. 2. Bearded Seal – Near Threatened. 3. Harp Seal – Near Threatened. 🔹 4. Major Threats 1. Climate Change – leading to loss of sea ice in the Arctic. 2. Global Warming – 4× faster in the Arctic than the global average. 3. Maritime Traffic – disturbs habitats and causes pollution. 4. Mining, Industrial Fishing, and Oil Extraction – add further risk. 5. Habitat Loss – due to logging and agricultural expansion (especially for birds). 🔹 5. Ecological Role 1. Ice-dependent seals – key food source for Arctic predators. 2. Seals – recycle nutrients and maintain the keystone balance in Arctic ecosystems. 🔹 6. Regional Highlights 1. Madagascar: 14 new bird species added as near threatened or vulnerable. 2. West Africa: 5 bird species moved to higher threat categories. 3. Central America: Continued forest destruction threatening tropical birds. 🔹 7. Positive Note 1. The Green Turtle has been removed from the threatened list, showing successful conservation (population ↑ by 28% since 1970s). ✅ Prelims Keywords to Remember • IUCN Red List 2025 • Hooded Seal – Endangered • Bearded & Harp Seals – Near Threatened • Arctic warming 4× faster • Green Turtle – success case

➡️Snow Leopard 🔹 1. Study Information 1. Conducted by Stanford University. 2. Published in PNAS (Proceedings of the National Academy of Sciences) – October 2025. 3. Based on whole-genome sequencing of 37 snow leopards. 4. Found that the Snow Leopard is the world’s least genetically diverse big cat. 5. Its genetic diversity is even lower than the Cheetah’s. 🔹 2. Reason for Low Genetic Diversity 1. Caused by persistently small population size over thousands of years. 2. Not due to recent inbreeding, but due to historic isolation and bottleneck events. 3. Underwent “purging of mutations” – harmful mutations were naturally removed. 4. Despite low diversity, the population remains relatively healthy. 🔹 3. Distribution 1. Found in 12 Asian countries. 2. Countries include: • India, China, Nepal, Bhutan, Pakistan, Mongolia, Russia, Afghanistan, Tajikistan, Kyrgyzstan, Uzbekistan, Kazakhstan. 3. Habitat: High-altitude regions of the Himalayas, Hindu Kush, and Central Asia. 🔹 4. Population 1. Global population: 4,500 – 7,500 individuals. 2. India’s population: About 718 individuals (as per Snow Leopard Population Assessment in India, 2024). 🔹 5. Conservation Status 1. IUCN Red List: Vulnerable. 2. Wildlife (Protection) Act, 1972: Schedule I species. 3. Flagship species under the SECURE Himalaya Project (UNDP–MoEFCC). 🔹 6. Major Threats 1. Climate change leading to shrinking alpine habitat. 2. Poaching for fur and bones. 3. Retaliatory killings due to livestock depredation. 4. Infrastructure projects and road construction in mountain regions. 🔹 7. Conservation Efforts (India) 1. Project Snow Leopard – initiated by MoEFCC. 2. SECURE Himalaya Project – a joint initiative of UNDP & MoEFCC. 3. Snow Leopard Population Assessment in India (SLPAI) – 2024 survey. 4. Community-based conservation in Ladakh, Himachal Pradesh, Uttarakhand, Arunachal Pradesh, and Sikkim. 🔹 8. Key Prelims Facts 1. Least genetically diverse big cat: Snow Leopard. 2. Study conducted by: Stanford University. 3. Published in: PNAS (2025). 4. Global population: ~4,500–7,500. 5. Indian population: 718. 6. IUCN status: Vulnerable. 7. Legal protection: Schedule I, Wildlife Protection Act, 1972. 8. Flagship project: SECURE Himalaya (UNDP–MoEFCC). 9. Unique adaptation: Long tail used as rudder for balance in steep terrain. ✅ Prelims Keywords to Remember • “Least genetically diverse big cat” → Snow Leopard • “Purging of mutations” phenomenon → Snow Leopard • “SECURE Himalaya Project” → Conservation of snow leopards & high-altitude biodiversity

☀️ PM Surya Ghar Yojana (PMSGY) 🔹 1. Scheme Overview 1. Full Name: Pradhan Mantri Surya Ghar: Muft Bijli Yojana (PMSGY) 2. Launched by: Government of India. 3. Nodal Ministry: Ministry of New and Renewable Energy (MNRE). 4. Objective: Install 1 crore rooftop solar systems on residential homes by FY2027. 🔹 2. Progress (as of July 2025) 1. Target achieved: 13.1% of 1 crore installations. 2. Installed rooftop solar capacity: 4.946 GW. 3. Applications received: 57.9 lakh. 4. Subsidy released: ₹9,281 crore (out of ₹65,700 crore). 5. Benefited households: 16 lakh. 6. Accounts for 44.5% of total residential rooftop capacity in India. 🔹 3. Key Challenges 1. Slow approval process (45–120 days). 2. Meter shortages and utility delays. 3. Coordination gaps among DISCOMs, consumers, and installers. 4. High cost of Indian-made (DCR-compliant) solar modules. 🔹 4. Important Terms 1. DCR-Compliant Modules: • Domestic Content Requirement (DCR) → Panels made entirely in India. • Costlier by ₹12/watt compared to imports. 2. Implementing Partners: • DISCOMs and State Renewable Energy Departments. 🔹 5. Reports 1. Study jointly released by: • Institute for Energy Economics and Financial Analysis (IEEFA) • JMK Research & Analytics

➡️Viksit Bharat Buildathon 2025 – Prelims Notes 👉Organised by • Union Ministry of Education, Government of India. 👉Event Name • Viksit Bharat Buildathon 2025 👉Objective • To promote innovation and creativity among school students. • Encourage students to develop ideas and product prototypes for “Viksit Bharat” (Developed India). 👉Scale 1. Over 3 lakh schools participated across India. 2. Around 1 crore students involved. 3. Called “India’s largest synchronised innovation hackathon for school students.” 👉Participants • Students from Classes 6 to 12. • Teams of 3–5 students brainstorm and present innovative ideas. 👉Duration & Format • Conducted as a two-hour live innovation event. • Focus on real-world problem-solving and prototype creation. 👉Aim • To inspire design thinking, teamwork, and innovation skills. • To make India a global innovation leader through youth participation.

➡️Vital Statistics of India – CRS Report 2023 🔹 1. Report Details 1. Released by Registrar General of India (RGI) under the Civil Registration System (CRS). 2. Year of report – 2023. 3. Covers birth and death registrations across India. 🔹 2. Birth Data 1. Total births registered: 2.52 crore. 2. Decline of 2.32 lakh compared to 2022. 3. Indicates a slight fall in birth rate. 🔹 3. Death Data 1. Total deaths registered: 86.6 lakh. 2. Slight increase from 86.5 lakh in 2022. 3. COVID-19 related deaths: 5.33 lakh (as of May 2023). 4. No major spike post-pandemic. 🔹 4. Sex Ratio at Birth (SRB) 1. Definition: Number of female births per 1,000 male births. 2. Highest SRB: • Arunachal Pradesh – 1085 • Nagaland – 1007 • Goa – 973 • Ladakh – 972 • Tripura – 972 3. Lowest SRB: • Jharkhand – 899 • Bihar – 900 • Telangana – 906 • Maharashtra – 910 • Gujarat – 909 🔹 5. Institutional Births 1. 74.7% of total births were institutional (hospital/health centre). 2. Overall registration rate: 98.4% of all births in 2023. 🔹 6. State-wise Registration Performance 1. >90% registration within 21 days: • Gujarat, Kerala, Puducherry, Chandigarh, Karnataka, etc. 2. 90–98% registration: • Odisha, Mizoram, Maharashtra, Chhattisgarh, Andhra Pradesh. 3. 50–80% registration: • Delhi, Bihar, Jharkhand, Tripura, Telangana, West Bengal, etc. 🔹 7. Key Takeaways 1. Births decreased slightly, while deaths rose marginally. 2. Gender imbalance continues — wide variation in SRB across states. 3. High institutional births show progress in health infrastructure. 4. Near-universal registration (98.4%) indicates good data coverage.