Crest Learning UPSC

10 jan………👇

➡️Using GSDP Share as a Criterion for Centre–State Transfers Centre–State fiscal transfers in India are guided by Finance Commission (FC) formulas, but rising concerns over equity and efficiency have revived the debate on using GSDP share as a proxy for States’ actual contribution to central tax revenues. Context • The Centre shares gross tax revenues with States based on Finance Commission recommendations through: • Tax devolution • Grants-in-aid and Centrally Sponsored Schemes (CSS) • From 2020-21 to 2024-25, the Centre devolved 41% of its gross tax revenues to States (15th FC), with total transfers amounting to ₹75.12 lakh crore. • However, GST centralisation, rising cesses/surcharges (non-shareable), and CSS dominance have raised concerns about erosion of States’ fiscal autonomy. Why Tax Collection Data Is a Weak Indicator • Direct taxes are recorded by place of registration, not place of income generation. • Examples: • Automobile firms manufacturing in Tamil Nadu sell nationwide but pay taxes where headquarters are registered. • Plantation companies earn across States, but taxes are booked at corporate offices. • Factors distorting tax-collection data: • Multi-State firms • Labour migration • PAN-based attribution • Lack of granular inter-State transaction data 🔹Hence, tax collection ≠ tax contribution. Why GSDP Is a Better Proxy (With Evidence) 1. Strong Statistical Correlation Using 2023-24 data: • Correlation between States’ GSDP and direct tax collections: 0.75 • Correlation between GSDP and GST collections: 0.91 🔹Indicates GSDP closely tracks actual tax accrual, not merely tax collection location. 2. Empirical Validation from FC Outcomes • 15th FC devolution shares vs actual transfers: • Correlation: 0.99 (near perfect) • But: • Correlation with tax collection shares: only 0.24 • Correlation with GSDP shares: 0.58 🔹GSDP strikes a middle path between efficiency (contribution) and equity (redistribution). Distributional Outcomes: Evidence from States High-Contribution States (Under-rewarded) • Maharashtra: • ~40.3% of combined direct tax + GST collection • Received only 6.64% of total transfers • Tamil Nadu & Karnataka: • Contributed 12.65% and 7.61% respectively • Received 3.9% and 4.66% of transfers High-Transfer States • Uttar Pradesh: • Received 15.81% of total transfers • But contributed only 4.6% of combined tax collections • Bihar: • Received 8.65% of transfers • Contribution only 0.67% 🔹GSDP-based allocation would moderate extremes, not eliminate redistribution. Who Gains & Who Loses Under a GSDP-Based Formula • Net Gainers: • Maharashtra, Gujarat, Karnataka, Tamil Nadu • Net Losers: • Uttar Pradesh, Bihar, Madhya Pradesh • Importantly: • Gains/losses are moderate, since GSDP shares do not diverge sharply from existing devolution shares Governance Significance • A higher weight for GSDP would: • Better reflect actual economic contribution • Improve perceived fairness among high-performing States • Enhance credibility of India’s fiscal federal system • At the same time, redistribution objectives can still be preserved through: • Income distance • Demographic criteria • Special grants Way Forward • Increase weight of GSDP (not replace other criteria). • Reduce dependence on cesses and surcharges. • Rationalise CSS dominance. • Move towards a transparent, accrual-based fiscal federal framework. Conclusion Using GSDP as a key criterion aligns fiscal transfers with economic reality while preserving redistribution, making it a pragmatic reform to strengthen cooperative fiscal federalism. “Fiscal federalism endures when contribution and redistribution are balanced, not opposed.”

➡️CDSCO Compounding Guidelines: Governance & Public Health Evaluation (with Data) The CDSCO’s new compounding guidelines under the Jan Vishwas Act, 2023 seek to decriminalise minor drug violations, but in a sector directly linked to public health, weakly designed compounding can dilute regulatory deterrence. Context with Data • The Central Drugs Standard Control Organization (CDSCO) regulates a pharmaceutical sector that: • Supplies ~20% of global generic medicines • Supplies over 60% of global vaccines (Government of India / WHO acknowledgements) • The Jan Vishwas (Amendment of Provisions) Act: • Amended 180+ provisions across 40+ central laws • Expanded Section 32B of the Drugs and Cosmetics Act, 1940, making more offences compoundable • Objective: reduce over-criminalisation of procedural and technical non-compliance. Salient Features • Certain non-spurious, non-adulterated drug violations can be compounded: • Before or after prosecution • Compounding results in conditional immunity from prosecution • Significant discretion vested in the regulator. Critical Assessment 1. Deterrence Risk • India has ~10,500 drug manufacturing units (CDSCO data). • Without escalating penalties, monetary compounding can be internalised as a routine cost, weakening compliance incentives in a large, fragmented industry. 2. Transparency Deficit • Guidelines do not mandate publication of compounding orders. • In contrast, regulators in high-risk sectors rely on public disclosure to deter repeat violations. • Absence of disclosure undermines trust in CDSCO, especially as Indian drugs face regular US FDA and EU inspections. 3. Repeat-Offender Blind Spot • No publicly auditable registry of compounded cases. • This prevents identification of firms with repeated violations, contradicting global risk-based regulation practices. 4. Public Health Externalities • The World Health Organization has repeatedly flagged that sub-standard medicines arise from systemic compliance failures, not isolated intent. • Guidelines do not mandate: • Product recalls • Consumer alerts • Post-compounding inspections 🔹Risk persists even after settlement. 5. Discretion without Safeguards • Wide regulatory discretion without transparency increases risks of: • Inconsistent enforcement • Regulatory capture Contrary to the Jan Vishwas objective of predictable, rule-based governance. Way Forward (Targeted) • Mandatory publication of compounding orders (with redaction if required). • Central digital registry to track repeat offenders. • Escalating penalties linked to frequency and risk. • Compounding to be conditional on corrective actions, inspections, and recalls where relevant. Conclusion In a sector critical to both domestic health and global trust, decriminalisation must be accompanied by transparency and deterrence; otherwise, compounding risks becoming regulatory dilution.

1. Growth Projection • UN Department of Economic and Social Affairs (UNDESA) projects India’s GDP growth at 7.2% in FY 2025-26. • Slightly lower than Government of India’s estimate of 7.4%. 2. Key Macro Drivers (as per UNDESA) • Private consumption + public investment expected to largely offset US tariff impact. • Manufacturing & services expansion remain growth drivers. • Key exports (electronics, smartphones) expected to remain tariff-exempt. 3. External Sector & Currency • Indian Rupee: • Stabilised in H1 due to broad dollar weakness. • Depreciation pressure in H2 due to: • Portfolio outflows • Higher US tariffs • Real Effective Exchange Rate (REER): • Improved to 100.9 (2025) from 104.7 (2024) → improved competitiveness.

9 jan……👇

1. Why in News United States seized a Russia-linked oil tanker in the North Atlantic Ocean, calling it part of a “shadow fleet” allegedly violating sanctions imposed on Russia. What is a “Shadow Fleet”? A shadow fleet refers to: • Old oil tankers • With unclear ownership • Frequent flag changes • Operating without proper insurance • Used to evade sanctions 4. Meaning of “Stateless Ship” A ship is considered stateless if: • It sails without a valid flag • OR uses multiple flags deceptively • OR its flag state does not confirm registration 🔹Stateless ships do not enjoy protection of any State under international law. 📌 This is why seizure becomes legally easier. 5. International Law Basis (UNCLOS) Under UNCLOS (United Nations Convention on the Law of the Sea): • Ships must sail under one State’s flag • Flag State has exclusive jurisdiction on high seas • Exception: Stateless vessels can be: • Boarded • Inspected • Seized

Core Issue The issue revolves around China’s claim over Taiwan and its use of military signalling (war games) to: • Assert sovereignty claims • Discourage external powers from supporting Taiwan 3. Taiwan’s Political Status • Taiwan functions as a de facto independent entity • Has: • Own government • Own military • Own currency ❗ However: • Most countries do not officially recognise Taiwan as a sovereign state • They follow the One-China Policy ❌ Taiwan is a UN member → FALSE 4. One-China Policy vs One-China Principle One-China Principle (China’s position) • Taiwan is an inalienable part of China • No scope for separate identity One-China Policy (followed by many countries) • Acknowledge China’s claim • Maintain unofficial relations with Taiwan 📌 India follows the One-China Policy, not the Principle.

➡️ELECTRIC VEHICLES (EVs) & CARBON INTENSITY 1. Why in News Experts have highlighted that the environmental benefit of Electric Vehicles (EVs) depends not only on zero tailpipe emissions, but largely on the carbon intensity of electricity generation. 2. What is Carbon Intensity? Carbon Intensity = ➡ Amount of CO₂ emitted per unit of electricity generated (usually measured as gCO₂/kWh). 👉 Lower carbon intensity = cleaner electricity 👉 Higher carbon intensity = fossil-fuel-heavy electricity 3. Key Concept: Why EVs Are Called “Zero Emission” • EVs produce zero tailpipe emissions • No direct emission of: • CO₂ • NOx • Particulate Matter 👉 But this does not mean zero lifecycle emissions 4. Lifecycle Emissions: The Core Issue What are lifecycle emissions? Emissions generated during: • Electricity generation • Battery manufacturing • Charging • Disposal/recycling 🔹EV emissions shift from vehicle to power sector 5. Link Between EVs and Carbon Intensity Case 1: High Carbon Intensity Electricity • Electricity mainly from coal • EV charging indirectly causes high CO₂ emissions • Environmental benefit of EVs becomes limited Case 2: Low Carbon Intensity Electricity • Electricity from renewables / nuclear • EVs deliver significant emission reduction • True climate benefit achieved 📌 EVs are as clean as the electricity they use 6. India’s Electricity Mix (Prelims-Relevant Context) • Coal still contributes ~70% of electricity generation • Renewable capacity share is rising, but: • Actual generation share is lower due to intermittency 7. Why Carbon Intensity Matters More Than Fuel Type • An EV charged with coal-based electricity may emit: • Comparable CO₂ (indirectly) to efficient ICE vehicles • A petrol/diesel vehicle emits: • Direct tailpipe emissions 9. Role of Renewable Energy in EV Transition EV adoption must be accompanied by: • Expansion of renewable energy • Greening of electricity grid • Energy storage & grid management 👉 EVs + renewables = real decarbonisation 10. Institutional & Report References • Central Electricity Authority (CEA): • Provides data on India’s power sector emissions • International Energy Agency (IEA): • Global analysis on EVs & electricity carbon intensity

Basic Concept: What is Wind Energy? Wind energy is generated by converting kinetic energy of wind into electricity using wind turbines. It is a renewable, non-fossil, clean energy source, crucial for reducing carbon emissions. 3. Key Data & Facts • Installed wind capacity (2025): 54.51 GW • Capacity added in 2025: 6.34 GW • Capacity added in 2024: 3.42 GW • Increase over previous year: ~85% • India is among the top 5 wind power producers globally 4. Why Wind Energy is Important for India a) Energy Transition Wind energy helps India shift from coal-based power to non-fossil sources, supporting climate commitments. b) Climate Commitments India has committed to: • 500 GW non-fossil capacity by 2030 • Net-zero emissions by 2070 Wind energy is a core pillar of this target. c) Energy Security Wind reduces: • Dependence on imported fossil fuels • Exposure to global fuel price shocks 5. India’s Wind Potential • India has high wind potential in: • Tamil Nadu • Gujarat • Karnataka • Maharashtra • Rajasthan • Both onshore and offshore wind potential exists. 📌 Offshore wind is still at a nascent stage in India. 6. Institutional & Policy Support a) Ministry • Wind energy is handled by the Ministry of New and Renewable Energy (MNRE) b) National Wind-Solar Hybrid Policy • Promotes hybrid projects to overcome intermittency of renewables. c) Renewable Purchase Obligations (RPOs) • States and DISCOMs are mandated to purchase a share of power from renewables, including wind. 8. Challenges in Wind Energy Expansion (Prelims Level) • Intermittency (wind is not constant) • Grid integration issues • Land acquisition challenges • Transmission bottlenecks 📌 These explain why installed capacity ≠ actual generation.

What is NQAS? NQAS is a quality certification system for public health facilities in India. It ensures that government hospitals and health centres provide safe, effective, patient-friendly, and reliable healthcare services. 👉 Think of NQAS as “quality check” for government hospitals, similar to ISO but health-specific. 3. Who Launched NQAS? • Established by the Union Ministry of Health & Family Welfare • Implemented under the National Health Mission (NHM) 🔹NQAS applies only to public health facilities, not private hospitals. 4. Which Facilities are Covered under NQAS? NQAS certification is given to: • Sub-Centres (SCs) • Primary Health Centres (PHCs) • Community Health Centres (CHCs) • District Hospitals • Urban Primary Health Centres 🔹Which level of healthcare is covered? ✔ All levels of public healthcare 5. What Does NQAS Assess? NQAS evaluates health facilities on 8 broad standards, including: 1. Service Provision 2. Patient Rights 3. Inputs (drugs, equipment, staff) 4. Support Services 5. Clinical Care 6. Infection Control 7. Quality Management 8. Outcome Indicators 🔹These standards ensure both infrastructure + service quality. 7. Why is NQAS Important? a) Strengthens Public Healthcare Improves trust in government hospitals, reducing dependence on expensive private care. b) Focus on Patient-Centric Care Ensures dignity, privacy, grievance redressal, and patient safety. c) Supports Universal Health Coverage Quality improvement is essential for Ayushman Bharat and Health for All goals.

➡️ISSUE: ALLEGED ‘PRIVATISATION’ OF FOREST MANAGEMENT 1. Why in News The issue has emerged following changes in rules and a ministry circular concerning the leasing and utilisation of forest land, raising concerns about increased private participation in forest-related activities. 2. What is the Issue The issue is not transfer of ownership of forests, which constitutionally remains with the State, but the extent and nature of private involvement in forest management activities. The concern is whether such involvement may dilute regulatory control and alter the conservation-first approach of forest governance. 3. Challenges / Concerns A. Ecological Concerns • Natural forests are biodiverse, self-sustaining ecosystems providing carbon sequestration, water regulation, and wildlife habitat. • Private-led activities often focus on plantations, which are usually monoculture and cannot replicate natural ecosystem functions. B. Governance Concerns • Forest governance requires long-term ecological planning, while private entities typically operate on shorter economic timelines. • This may lead to commercial prioritisation over conservation, even if legal ownership remains public. C. Social Concerns • Nearly 200 million people in India depend on forests for livelihood and subsistence (MoEFCC estimates). • Changes in forest management may affect access to minor forest produce and weaken community participation in conservation. 4. Steps to Tackle the Issue (Existing Safeguards) A. Constitutional Safeguards • Article 48A mandates the State to protect forests and wildlife. • Article 51A(g) places a duty on citizens to protect the natural environment. B. Legal Safeguards • The Forest (Conservation) Act, 1980 requires prior Central Government approval for: • De-reservation of forest land • Use of forest land for non-forest purposes • This ensures uniform national oversight over forest diversion. C. Judicial Safeguards • In T.N. Godavarman Thirumulpad v. Union of India (1996), “forest” was defined using the dictionary meaning, preventing legal circumvention. • Under the Public Trust Doctrine, the State acts as a trustee of forests, not an owner. D. Compensatory and Financial Safeguards • Compensatory Afforestation (CA) mandates planting on equivalent or double degraded land. • Net Present Value (NPV) monetises loss of ecosystem services such as carbon storage and soil protection. E. Institutional Safeguard • The CAMPA Act, 2016 manages over ₹60,000 crore collected through CA and NPV. • Funds are earmarked only for afforestation, regeneration, and wildlife protection. 5. Challenges in Solving the Issue A. Ecological Challenges • Natural forests require decades to centuries to regenerate, which plantations cannot replace. • This creates a gap between legal compliance and actual ecological recovery. B. Administrative Challenges • Forest departments face staff shortages and limited monitoring capacity. • Oversight becomes more complex when multiple actors are involved. C. Institutional Coordination Challenges • Balancing conservation laws with community forest rights requires strong coordination. • Institutional capacity varies widely across States 6. Way Forward • Retain strong regulatory control irrespective of who undertakes forest activities. • Prioritise protection of natural forests over commercial plantations. • Strengthen scientific monitoring based on biodiversity and ecosystem health, not tree numbers alone. • Enhance community participation in forest protection and regeneration. 7. Conclusion Forests are public trust resources and irreplaceable ecological systems. Any participation of non-state actors must remain strictly subordinate to conservation objectives, ensuring ecological integrity, social equity, and long-term sustainability.

• Strengthen Centre–State coordination on energy and land 10. Conclusion India has delivered on its quantified climate commitments in terms of emissions intensity and renewable capacity; however, the persistence of high absolute emissions, coal-dominated generation, and weak integration mechanisms highlights the urgent need to convert headline achievements into real climate outcomes.

➡️India’s Progress on Its Climate Targets 1. What are India’s Climate Targets? (Baseline Understanding) India’s climate commitments are rooted in the principle of “Common but Differentiated Responsibilities” and were articulated at the Paris climate negotiations. India’s Key Pledges (2005 baseline) • Reduce emissions intensity of GDP by 33–35% by 2030 • Achieve 40% non-fossil power capacity by 2030 (later enhanced to ~50%) • Create an additional 2.5–3 billion tonnes CO₂ equivalent carbon sink through forests These targets focus on intensity reduction, not absolute emissions cuts. 2. What Has India Achieved So Far? (Headline Successes) 2.1 Emissions Intensity Reduction • Using 2005 as the baseline: • India reduced emissions intensity by ~36% by 2020 • This means: • For every unit of GDP produced, India emits significantly less carbon than before • India is ahead of its original 2030 intensity target 👉 This reflects: • Cleaner energy mix • Structural shift towards services • Energy-efficiency programmes 2.2 Expansion of Non-Fossil Power Capacity • Non-fossil sources (solar, wind, hydro, nuclear) account for ~50% of installed power capacity (2024–25). • This includes: • Rapid solar scale-up • Growth in wind power • Hydro and nuclear base 🔹On capacity terms, India has already met and exceeded its Paris commitment. 3. The Core Problem: Why Success on Paper Does Not Mean Success in Reality Despite these achievements, absolute emissions continue to rise. Why this happens • India’s total emissions were about 2.95 billion tonnes CO₂e in 2020 • Economic growth has outpaced emissions reduction • This results in “partial decoupling”: • Emissions grow more slowly than GDP • But they do not decline in absolute terms 🔹Climate change responds to absolute emissions, not intensity. 4. The Coal Paradox: Capacity vs Generation Key Contradiction • Non-fossil sources = ~50% of installed capacity • But over 70% of actual electricity generation still comes from coal Why this gap exists • Solar and wind are intermittent • Coal provides baseload power (continuous supply) • Non-fossil plants operate at lower capacity utilisation 🔹Result: Renewable capacity increases, but coal remains indispensable. 5. The Storage Bottleneck (Critical Constraint) • Renewable energy needs storage to replace coal reliably. • Central Electricity Authority projects: • ~336 GWh of energy storage needed by 2029–30 • Actual battery storage installed (as of 2025): • Negligible (~500 MWh) 🔹Without storage: • Renewables cannot ensure round-the-clock supply • Coal phase-down becomes unrealistic 6. Forest Carbon Sink: Numbers vs Ecology What the data shows • India’s forests have already sequestered ~30.4 billion tonnes CO₂e (State of Forest Report 2023) • Only ~2.2 billion tonnes more needed to meet the 2030 sink target Why this is misleading • Official definition of “forest cover” includes: • Plantations • Roadside trees • Monocultures (eucalyptus, mango, etc.) • These do not provide the same ecological or carbon benefits as natural forests 🔹This creates a numbers–ecology gap. 7. Governance & Implementation Gaps 7.1 Renewable Integration • Delays in: • Grid connectivity • Land acquisition • Centre–State coordination issues 7.2 Forest Governance • Compensatory Afforestation Fund (CAMPA): • ~₹95,000 crore accumulated • Poor utilisation by States • Emphasis on plantations rather than ecosystem restoration 8. Why the Next 5 Years Are Critical India’s 2070 net-zero pledge depends on: • Translating intensity gains into absolute emission moderation • Reducing coal dependence gradually • Scaling storage, transmission, and grid reforms • Improving carbon accounting and transparency Technology alone is not sufficient without governance reform. 9. Way Forward • Accelerate battery and pumped storage deployment • Develop a clear coal transition roadmap • Prioritise generation share, not just capacity addition • Reform forest accounting to focus on ecological quality