What to Read in Indian Express Editorial ( Topic and Syllabus wise)

 

Article 1: Power Sector Governance & Accountability

Why in News: The Delhi government is pushing for a CAG audit of power distribution companies (discoms) amid rising regulatory assets and concerns over financial transparency.

Key Details

Delhi’s regulatory assets (unrecovered dues) have crossed ₹38,500 crore due to tariff suppression.

The move follows a Supreme Court directive for time-bound liquidation of such dues.

Power tariffs in Delhi have not been revised since 2014–15, despite rising costs.

The government provides around ₹4,000 crore subsidy, shielding consumers from tariff hikes.

Power Distribution Companies (Discoms) – Structure & Role

Last-mile electricity supply: Discoms are responsible for delivering electricity to consumers, managing billing, infrastructure, and reducing transmission losses, making them critical to the power sector value chain.

Privatisation model in Delhi: Delhi adopted a privatised distribution model (2002) with companies like BSES and Tata Power, improving efficiency and reducing AT&C losses significantly.

Financial viability concerns: Despite operational improvements, discoms often face cash flow issues due to tariff suppression and delayed payments, affecting sustainability.

Regulatory oversight: Bodies like the Delhi Electricity Regulatory Commission (DERC) determine tariffs and ensure a balance between consumer interest and financial health of discoms.

Regulatory Assets & Tariff Politics

Definition of regulatory assets: These are deferred costs arising when electricity tariffs are kept below actual supply cost, to avoid immediate burden on consumers.

Delhi’s rising dues: Regulatory assets in Delhi have reached ₹38,500 crore, indicating long-term under-recovery of costs and structural imbalance.

Tariff freeze impact: Tariffs have remained unchanged since 2014–15, while fuel, infrastructure, and operational costs have increased significantly.

Interest burden: Delayed recovery adds around ₹15 crore daily in interest, worsening the financial stress of discoms and increasing future tariff burden.

Subsidy Regime & Welfare vs Sustainability

Subsidised electricity in Delhi: Consumers using up to 200 units get free electricity, while those using 200–400 units receive 50% subsidy.

Fiscal implications: The government allocates around ₹4,000 crore annually, which is a significant burden on the state budget.

Short-term relief vs long-term risk: While subsidies ensure affordability, they may distort pricing signals and delay necessary tariff corrections.

Targeted vs universal subsidies: Experts suggest shifting to direct benefit transfers (DBT) for better targeting and reducing inefficiencies.

Role of Comptroller and Auditor General (CAG)

Constitutional authority: The Comptroller and Auditor General of India audits government accounts under Article 148, ensuring financial accountability.

Audit of discoms: A CAG audit can examine financial practices, revenue gaps, subsidy utilisation, and potential inefficiencies or collusion.

Transparency and governance: Such audits enhance public trust, improve regulatory compliance, and ensure prudent financial management.

Precedents and impact: Earlier audits in sectors like telecom and coal have led to policy reforms and improved governance frameworks.

Judicial Intervention & Policy Implications

Supreme Court directive: The Supreme Court of India ordered time-bound liquidation of regulatory assets (2024–2031), ensuring financial discipline.

Pan-India relevance: The order is applicable to all states, indicating systemic issues in India’s power sector, not just Delhi.

Tariff rationalisation pressure: Compliance may lead to gradual tariff hikes, raising concerns about affordability and political acceptance.

Balancing stakeholders: Policymaking must balance consumer welfare, fiscal prudence, and discom viability.

Structural Challenges in India’s Power Sector

AT&C losses: Aggregate Technical & Commercial losses remain high in many states, affecting efficiency and revenue recovery.

Cross-subsidisation: Industrial consumers often pay higher tariffs to subsidise domestic users, affecting competitiveness.

Delayed payments: Government departments and subsidies often lead to payment delays, worsening discom finances.

Need for reforms: Schemes like UDAY (2015) aimed to improve financial health, but structural issues persist.

Conclusion

The proposed CAG audit of discoms in Delhi is a crucial step toward ensuring transparency, accountability, and financial discipline in the power sector. However, long-term sustainability requires tariff rationalisation, targeted subsidies, reduction of losses, and regulatory reforms. Balancing affordability with viability is essential to ensure reliable and efficient power supply, making the sector resilient and future-ready.

EXPECTED QUESTIONS FOR UPSC CSE

Prelims MCQ

1. Regulatory assets in the power sector refer to:

(a) Profits earned by discoms

(b) Deferred costs due to lower tariffs than actual cost

(c) Government grants to power companies

(d) Transmission losses

Answer: (b)

Descriptive Question

1. Discuss the challenges of financial sustainability in India’s power distribution sector. How can regulatory and audit mechanisms improve governance? (150 Words, 10 Marks)

 

 

Article 2: Wildlife Conservation Governance

Why in News: India’s Project Cheetah at Kuno National Park has shown recovery success through advanced veterinary interventions, highlighting progress in wildlife conservation.

Key Details

India reintroduced cheetahs under Project Cheetah (2022) after extinction in 1952.

Multiple cheetahs at Kuno were treated for fractures, infections, and amputations.

Veterinary teams successfully managed complex cases like bone fractures and osteomyelitis.

The programme is now considered stable and evolving, with native-born cheetahs surviving.

Project Cheetah: Reintroduction Initiative

India’s First Intercontinental Translocation: Project Cheetah involves translocation of cheetahs from Namibia and South Africa, marking the world’s first large carnivore intercontinental relocation.

Historical Context of Extinction: Cheetahs were declared extinct in India in 1952 due to hunting, habitat loss, and ecological imbalance, making reintroduction a restoration effort.

Ecological Objective: The project aims to restore grassland ecosystems and improve biodiversity by reintroducing an apex predator that regulates prey populations.

Location Significance: Kuno National Park in Madhya Pradesh was selected due to its adequate prey base, habitat suitability, and low human interference.

Veterinary Science and Wildlife Management

Advanced Clinical Interventions: Cases like Mukhi’s humerus fracture and Nirva’s bone infection required X-rays, immobilisation, surgery, and antibiotics, showing integration of modern veterinary science.

Handling High-Speed Injury Risks: Cheetahs are prone to injuries due to speeds up to 100 km/h, leading to fractures and soft tissue damage during hunts or territorial fights.

Amputation and Rehabilitation: Complex procedures such as tail amputation and digit removal highlight the capacity for surgical intervention and post-operative care in wildlife conservation.

Institutional Capacity Building: Indian forest and veterinary staff have developed expertise in wildlife rehabilitation, reducing dependence on foreign specialists.

Conservation Biology and Ecosystem Restoration

Role of Apex Predators: Cheetahs help maintain ecological balance by controlling herbivore populations, thus preventing overgrazing and habitat degradation.

Grassland Ecosystems Focus: India’s grasslands are often neglected compared to forests, but projects like this bring attention to their role in biodiversity conservation.

Genetic Diversity Challenges: Imported cheetahs raise concerns about genetic adaptation, survival rates, and long-term sustainability in Indian conditions.

Human-Wildlife Interface: Ensuring minimal conflict with local communities is essential, requiring buffer zones, compensation mechanisms, and awareness programs.

Policy Framework and Institutional Mechanisms

Legal Backing: Wildlife conservation in India is governed by the Wildlife (Protection) Act, 1972, which provides legal protection to endangered species.

National Biodiversity Goals: The project aligns with India’s commitments under the Convention on Biological Diversity (CBD) and biodiversity conservation targets.

Role of Government Agencies: The Ministry of Environment, Forest and Climate Change and state forest departments coordinate implementation and monitoring.

Use of Technology: GPS collars, surveillance systems, and digital radiography tools are used for tracking and health monitoring of animals.

Challenges and Criticism

High Mortality Concerns: Initial deaths of some cheetahs raised questions about habitat suitability and adaptation stress.

Climate and Habitat Differences: Indian conditions differ from African savannas, posing challenges in temperature tolerance and prey behaviour adaptation.

Long-Term Sustainability: Maintaining a viable breeding population requires continuous monitoring, genetic management, and habitat expansion.

Resource Allocation Debate: Critics argue about prioritising cheetahs over other endangered native species like Great Indian Bustard or Asiatic Lion.

Success Indicators and Emerging Outcomes

Birth of Native Cubs: The birth and survival of cubs like Mukhi’s offspring indicate successful adaptation and reproduction.

Improved Veterinary Response: Timely medical interventions have resulted in 100% recovery in documented injury cases.

Capacity Enhancement: Indian wildlife management systems are becoming self-reliant and technically advanced.

Global Recognition: The project positions India as a leader in innovative conservation strategies and species reintroduction.

Conclusion

Project Cheetah reflects a holistic conservation model combining ecology, science, and governance. Strengthening habitat management, ensuring genetic diversity, enhancing community participation, and adopting adaptive strategies are crucial for long-term success. The initiative demonstrates that conservation is a continuous, evolving process requiring scientific innovation and institutional commitment.

EXPECTED QUESTION FOR UPSC CSE

Prelims MCQ

1. Project Cheetah aims to:

(a) Conserve Asiatic lions

(b) Reintroduce cheetahs in India

(c) Protect wetlands

(d) Increase forest cover

Answer: (b)

 

 

Article 3: Climate Accounting Reform

Why in News: A recent study proposes a new Radiative Forcing-based Accounting (RFA) framework, questioning the accuracy of existing methods used to measure global warming impacts.

Key Details

Climate policy currently uses CO₂ equivalent (CO₂e) based on Global Warming Potential (GWP100) to compare greenhouse gases.

Experts argue this method underestimates short-lived but powerful gases like methane.

A new framework, Radiative Forcing-based Accounting (RFA), aims to better reflect real-time warming impacts.

The study finds that existing systems may under-credit methane reduction projects by 36–40%.

Greenhouse Gases & Climate Dynamics

Diverse Nature of Greenhouse Gases: Greenhouse gases differ in radiative efficiency (heat-trapping ability) and atmospheric lifetime. For example, CO₂ persists for centuries, while methane lasts about 12 years but is more potent.

Methane vs Carbon Dioxide: Methane has about 28 times more warming potential than CO₂ over 100 years, but its short lifespan means it has strong near-term effects on global warming.

Short-Lived Climate Pollutants (SLCPs): Gases like methane and black carbon are called SLCPs, contributing significantly to near-term warming and extreme weather events.

Policy Relevance: Addressing SLCPs is critical for achieving quick climate gains, especially to meet the 1.5°C target under the Paris Agreement.

Existing Climate Accounting System (GWP100)

Carbon Dioxide Equivalent (CO₂e): Different gases are converted into a common unit (CO₂e) using Global Warming Potential (GWP) to facilitate comparison and policy decisions.

100-Year Averaging Problem: The widely used GWP100 measures warming over 100 years, which dilutes the immediate impact of short-lived gases like methane.

Uniform Metric Limitation: Using a single metric ignores variations in timing and intensity, leading to inaccurate valuation of mitigation efforts.

Impact on Carbon Markets: This affects carbon credit pricing and project funding, often disadvantaging projects that target methane reduction.

Radiative Forcing-based Accounting (RFA) Framework

Concept of Radiative Forcing: It measures the change in Earth’s energy balance due to greenhouse gases, making it a more scientifically grounded metric.

Dynamic Measurement Approach: Unlike GWP100, RFA considers both intensity and duration of warming, providing a time-sensitive evaluation.

Focus on Timing of Emissions Cuts: RFA recognises that reducing methane today yields faster climate benefits compared to delayed action.

Project-Specific Assessment: It accounts for the lifetime and impact period of mitigation projects, ensuring more accurate credit allocation.

Implications for Climate Policy & Carbon Markets

Underestimation of Methane Mitigation: Studies show current systems may under-credit methane projects by 36–40%, affecting incentives.

Impact on Global Mechanisms: Mechanisms like the Clean Development Mechanism (CDM) under the Kyoto Protocol rely on existing metrics, which may need reform.

Examples from India: Projects such as landfill gas management (Chandigarh) and industrial wastewater treatment show significant methane reduction potential.

Financial and Policy Relevance: Improved accounting could redirect climate finance toward high-impact, short-term solutions.

Global Climate Governance & India’s Perspective

Paris Agreement Goals: Accurate measurement is essential for achieving Nationally Determined Contributions (NDCs) and global temperature targets.

India’s Climate Strategy: India focuses on renewable energy, energy efficiency, and sustainable agriculture, but methane reduction (e.g., in agriculture and waste) is gaining attention.

Equity and Climate Justice: Developing countries argue for fair accounting systems that reflect their development needs and mitigation efforts.

Future of Climate Metrics: Reforming accounting frameworks can improve transparency, credibility, and effectiveness of global climate action.

Conclusion

Climate change mitigation depends not only on reducing emissions but also on accurately measuring them. The proposed RFA framework highlights the need to move beyond simplified metrics like GWP100 and adopt science-based, time-sensitive approaches. Reforming climate accounting can enhance policy effectiveness, incentivise rapid mitigation, and support global efforts to limit warming. For India and the world, better measurement means better action and faster results.

EXPECTED QUESTIONS FOR UPSC CSE

Prelims MCQ

1. Consider the following statements:

Global Warming Potential (GWP100) measures warming impact over 100 years.

Methane has a shorter atmospheric lifetime than carbon dioxide.

Radiative forcing measures Earth’s energy balance.

Which of the above are correct?

1 and 2 only

2 and 3 only

1 and 3 only

1, 2 and 3

Answer: d

Descriptive Question

100. Critically examine the limitations of existing climate accounting methods like GWP100. How can alternative frameworks improve global climate governance? (150 Words, 10 Marks)