UPSC Current Affairs for 17ᵗʰ April 2026

The Institutionalised Sluggishness of the Legal System: Reforming Justice Delivery in India India’s legal system today faces a deep structural crisis marked by massive case backlogs, procedural delays, and limited accessibility. For millions of ordinary citizens, justice is not merely delayed but often effectively denied, as cases stretch across years and even generations. While landmark......

The Institutionalised Sluggishness of the Legal System: Reforming Justice Delivery in India

India’s legal system today faces a deep structural crisis marked by massive case backlogs, procedural delays, and limited accessibility. For millions of ordinary citizens, justice is not merely delayed but often effectively denied, as cases stretch across years and even generations. While landmark judgments dominate headlines, the everyday reality of the judiciary reflects institutional sluggishness, raising serious concerns about fairness, efficiency, and the credibility of the justice delivery system.

Nature of the Problem

  1. Justice Delayed as Systemic Reality
  • Courts burdened with over five crore pending cases, creating systemic congestion.
  • Legal processes often extend across decades, exhausting time, money, and patience.
  • “Justice delayed is justice denied” has become routine experience, not exception.
  1. Procedural Bottlenecks
  • Excessive adjournments and technical procedures slow down case progression significantly.
  • Administrative inefficiencies create avoidable delays in filings and hearings.
  • Legal system prioritises procedure over outcome, reducing effectiveness of justice delivery.
  1. Impact on Citizens
  • Common citizens face financial strain due to prolonged litigation costs.
  • Undertrial prisoners spend years in jail without conviction or timely hearing.
  • Vulnerable groups suffer most, losing dignity, livelihood, and social standing.

Structural Causes

  1. Colonial Legacy of Legal System
  • System designed during colonial period prioritised control over accessibility and speed.
  • Heavy reliance on physical processes and rigid procedures persists today.
  1. Shortage of Judges and Infrastructure
  • India has low judge-to-population ratio compared to global standards.
  • Court infrastructure inadequate to handle growing volume of cases efficiently.
  1. Limited Use of Technology
  • Digital transformation in judiciary remains partial and uneven across states.
  • Lack of integrated systems delays case tracking, filing, and resolution.

Issues of Accessibility and Inclusion

  1. Economic Barriers
  • High legal costs restrict access for poor and marginalised communities.
  • Quality legal representation remains unequal and often unaffordable.
  1. Social Representation
  • Judiciary lacks diversity, with underrepresentation of women and marginalised groups.
  • This affects public trust and perception of fairness in justice delivery.
  1. Geographical Constraints
  • Concentration of higher judiciary in select cities increases litigation costs and delays.
  • Citizens from distant regions face barriers in accessing justice institutions.

Need for Judicial Transformation

  1. Shift from Judge-Centric to Citizen-Centric System
  • Focus should move from courtroom procedures to citizen experience of justice delivery.
  • Justice must be timely, accessible, and responsive to social realities.
  1. Use of Technology and Innovation
  • Adoption of Artificial Intelligence and data systems for case management.
  • Expansion of virtual courts and online hearings to improve accessibility.
  • Digitisation can reduce backlog by automating routine administrative processes.
  1. Process Reforms
  • Set strict timelines for case disposal, especially for routine matters.
  • Limit adjournments and streamline procedural requirements.
  • Promote alternative dispute resolution mechanisms like mediation and arbitration.

Ensuring Judicial Independence with Accountability

  • Judicial independence must be preserved as core constitutional principle.
  • Transparency in appointments and functioning can enhance public trust.
  • Accountability mechanisms should ensure efficiency without compromising autonomy.

Administrative and Institutional Reforms

  • Increase number of judges and improve court infrastructure significantly.
  • Strengthen legal aid systems to ensure equitable access for all citizens.
  • Reform legal education to produce solution-oriented and socially aware professionals.

Way Forward

  • Treat judicial reform as a national priority, not incremental adjustment process.
  • Build integrated digital ecosystem connecting courts across all levels.
  • Ensure inclusivity by improving representation within judiciary.
  • Enhance accessibility through decentralisation and regional judicial capacity.
  • Promote culture of resolution over adversarial litigation mindset.
The crisis of judicial delays in India is not merely an administrative issue but a fundamental challenge to the rule of law and democratic governance. A system where justice takes decades erodes public trust and weakens constitutional guarantees. Transforming the judiciary requires a comprehensive overhaul—combining technology, institutional reform, inclusivity, and accountability. Only by placing the citizen at the centre of justice delivery can India move towards a system where justice is not just promised, but meaningfully delivered in time.

Development vs Conservation: Kali Valley Case Study

The Kali Valley in Karnataka represents a rare ecological recovery story where degraded forests have gradually transformed into a thriving ecosystem, evidenced by the return of tigers in the 2022 monitoring exercise. However, this success now faces a serious challenge due to the proposal to restart quarrying and build infrastructure within the Eco Sensitive Zone of the Kali Tiger Reserve for the expansion of Kaiga nuclear power units. This situation highlights a deeper conflict between developmental priorities and environmental sustainability, raising critical questions about how India balances energy security with ecological preservation.

Background of the Issue

  • Kali Valley located in Western Ghats, a global biodiversity hotspot of ecological importance.
  • Region has shown significant forest regeneration and wildlife recovery in recent years.
  • Presence of tigers indicates functional and healthy ecosystem, not just green cover.
  • Proposal involves quarrying and road construction for Kaiga Units 5 and 6 expansion.
  • Project site lies within Eco Sensitive Zone where extractive activities are prohibited.

Ecological Significance of Kali Valley

  1. Habitat Connectivity
  • Forest provides continuous corridors for movement of tigers, elephants, and other species.
  • Quarrying and roads can create fragmented forest patches leading to genetic isolation.
  • Increased risk of human wildlife conflict due to disrupted natural movement patterns.
  1. Hydrological Importance
  • Forest acts as natural catchment for Kadra reservoir ensuring water regulation.
  • Prevents soil erosion and controls siltation in water bodies downstream.
  • Degradation may threaten regional water security and ecological balance.
  1. Geological Stability
  • Region receives heavy rainfall making slopes naturally vulnerable to disturbances.
  • Blasting and excavation increase risk of landslides affecting both humans and wildlife.
  • May also threaten nearby infrastructure including nuclear facilities.

Legal and Regulatory Issues

  1. Violation of ESZ Norms
  • Ministry guidelines clearly prohibit mining and quarrying in Eco Sensitive Zones.
  • Proposal contradicts existing environmental protection framework.
  1. Contradiction with NBWL Conditions
  • 2019 approval for Kaiga expansion required materials to be sourced outside forests.
  • Current proposal attempts to bypass earlier environmental safeguards.
  1. Institutional Inconsistency
  • Authorities acknowledge ecological risks yet approve project citing strategic importance.
  • Creates precedent where development overrides environmental science selectively.

Administrative Concerns

  • Quarry lease expired in 1999 but land not restored to Forest Department.
  • Indicates gaps in land governance and regulatory enforcement mechanisms.
  • Quarry and road proposals submitted separately indicate possible salami slicing strategy.
  • Raises concerns about underestimating cumulative environmental impact.

Socio-Economic Dimension: Conservation Injustice

1. Denial of Local Development
  • Villagers denied basic infrastructure like roads, electricity, and connectivity.
  • Restrictions justified in name of conservation and wildlife protection.
2. Double Standards
  • Large industrial projects allowed within same ecological zone citing strategic importance.
  • Creates perception that environmental laws are selectively applied.
3. Impact on Trust
  • Leads to erosion of local trust in conservation policies and governance systems.
  • May reduce community participation in long term environmental protection.

 

Strategic Importance vs Environmental Risks

1. Energy Security Argument
  • Kaiga expansion important for clean nuclear energy and carbon reduction goals.
  • Supports India’s long term energy transition strategy.
2. Internal Risk Contradiction
  • Disaster drills identified landslides and extreme rainfall as key risks.
  • Quarrying may worsen same risks threatening plant safety itself.
3. Long-Term Sustainability
  • Short term development gains may lead to long term ecological and infrastructural risks.

Way Forward

  1. Follow Mitigation Hierarchy
  • Priority should be avoidance of ecological damage rather than compensation later.
  • Respect earlier NBWL condition of non-forest sourcing of materials.
  1. Alternative Resource Sourcing
  • Quarrying should be shifted to non forest and non ESZ regions.
  • Additional cost justified considering irreversible ecological damage avoided.
  1. Strengthen ESZ Governance
  • Prevent misuse of “strategic importance” as loophole for environmental clearance.
  • Ensure strict and uniform application of environmental laws.
  1. Inclusive Development Approach
  • Infrastructure planning must include local community needs alongside industrial projects.
  • Promote model where conservation and development both benefit local population.
  1. Scientific Decision Making
  • Base decisions on ecological data, disaster risk assessment, and long term sustainability.
  • Avoid fragmented approvals and ensure cumulative impact assessment.
The Kali Valley case reflects the broader dilemma facing India’s development trajectory—how to pursue economic and strategic goals without undermining ecological foundations. While nuclear energy expansion is crucial for a low carbon future, compromising a recovering biodiversity hotspot may create irreversible environmental and even strategic risks. True development lies not in choosing between growth and conservation, but in integrating both through informed, equitable, and sustainable decision making that safeguards ecosystems while meeting national priorities.

Prelims Boosters

Urban Challenge Fund (UCF)

Context:
  • Government launched UCF guidelines and CRGSS for urban infrastructure financing
About
  • Urban Challenge Fund (UCF) is a market-linked urban financing initiative.
  • It is reform-driven and outcome-oriented. It uses limited government support to attract private investment.
  • It moves away from traditional grant-based funding model
  • Nodal Ministry: Ministry of Housing and Urban Affairs (MoHUA). Duration: FY 2025–26 to 2030–31
Aim
  • It aims to make cities investment-ready and financially sustainable
  • It aims to mobilize private capital for urban infrastructure. It supports Viksit Bharat @2047 vision
Key Features
  • Total Central Assistance: ₹1 lakh crore. It aims to mobilize around ₹4 lakh crore (4x leverage)
  • Funding Pattern: Central share: 25% of project cost & Remaining 50%+ from market sources (bonds, loans, PPPs)
Fund Allocation
  • ₹90,000 crore → Project funding
  • ₹5,000 crore → Capacity building
  • ₹5,000 crore → CRGSS (Credit Guarantee)
Credit Repayment Guarantee Sub-Scheme (CRGSS)
  • It provides credit guarantees to lenders
  • It helps: Tier-II and Tier-III cities and Hilly and North-Eastern regions
  • It improves access to loans and financing
Focus Areas
  • Urban redevelopment (old cities, markets); Urban mobility and transport; Water, sanitation, climate-resilient infrastructure
Selection Mechanism
  • Based on: Project bankability and Urban reforms by local bodies (ULBs)
  • Uses digital tools (e-directory) to connect cities with financiers
Significance
  • It promotes private investment in urban development. It improves financial discipline of urban local bodies. It bridges credit gaps for smaller cities

Scarborough Shoal

Context:
  • China deployed floating barriers and vessels, blocking access to the shoal
About
  • Scarborough Shoal is a chain of reefs and rocks with a central lagoon.
  • It is not an island, but a high-tide feature. It is an important fishing ground and strategic maritime location
  • Also known as: Bajo de Masinloc (Philippines) and Huangyan Island (China)
Location
  • Located in the South China Sea
  • Around: 120 nautical miles west of Luzon (Philippines) and ~470 nautical miles from China
Geographical Feature
  • It is a coral atoll formed over an underwater volcanic base. It has a triangular shape with a central lagoon
Countries Involved
  • Philippines: Claims under 200 nautical mile EEZ (UNCLOS)
  • China: Claims under Nine-Dash Line (historical claim)
  • Taiwan: Also claims the shoal
Key Issues
  • Control vs Legal Rights: 2016 arbitration ruling rejected China’s claims. But China maintains de facto control since 2012
  • Fishing Restrictions: Chinese vessels block Filipino fishermen
  • Militarisation: Use of coast guard and maritime militia
Implications
  • It is a major geopolitical flashpoint in South China Sea. It may trigger US–Philippines defence treaty in case of conflict. It affects livelihood of Filipino fishing communities
Significance
  • Important for regional security and maritime trade routes
  • Reflects tensions over UNCLOS vs historical claims
  • Key area in Indo-Pacific geopolitics

Memristor (Memory + Resistor)

Context:
  • New hafnium-oxide memristor may reduce AI energy consumption
About
  • A memristor is an electronic component combining: Memory + Resistor
  • It is a device whose resistance depends on past current flow. It can remember previous electrical states
Basic Concept
  • A resistor provides fixed resistance to current
  • A memristor provides variable resistance based on history
Key Features
  • It has memory of past resistance states. It retains resistance even when power is switched off
  • It is Nano-sized device and Energy-efficient. It is usually made using: Titanium dioxide (TiO₂) layer between metal electrodes
Working
  • When current flows: Resistance changes based on flow
  • When current stops: It remembers and retains that resistance
Applications
  • Memory Devices: Used in non-volatile memory (NVRAM)
  • Integrated Circuits: It can replace or support transistors
  • Artificial Intelligence: Used in neuromorphic computing (brain-like systems)
Significance
  • It reduces energy consumption in computing systems. It enables brain-like computing (AI advancement). It supports development of next-generation electronics

Annatto

Context:
  • Annatto growers seek support as it is the second most important natural colourant after caramel
About
  • Annatto is a natural food colour and flavouring agent
  • It is obtained from seeds of the Achiote tree (Bixa orellana). The tree is native to tropical America. It is also cultivated in Asia and Africa
Production
  • The ripe fruits are dried to obtain annatto seeds. These seeds are used to extract natural colour
  • The crop is: Rain-fed and Requires minimal inputs (no fertilizers/pesticides)
Colour Source
  • The colour comes from carotenoids (plant pigments). It gives a reddish-orange colour
Applications
  • Used as: Natural food colouring, Food dye, Flavouring agent. It is added to: Dairy products and Processed foods
  • It has: Mild peppery taste and Nutty and floral aroma
Health Properties
  • Contains antimicrobial compounds
  • Helps limit growth of: Bacteria, Fungi and Parasites
Significance
  • It is an important natural alternative to synthetic colours. It supports sustainable agriculture (low input crop)
  • It has growing demand in food and cosmetic industries

Red Sea

Context:
  • Strategic tensions due to threats to block trade through the Red Sea
About
  • The Red Sea is a semi-enclosed sea (inlet) of the Indian Ocean
  • It lies between Africa and Asia. It is one of the most important global maritime routes
Location and Connectivity
  • Connected to: Indian Ocean via Gulf of Aden and Through Bab-el-Mandeb Strait (southern entry)
  • Northern part splits into: Gulf of Suez → connected to Mediterranean via Suez Canal & Gulf of Aqaba
Bordering Countries
  • Africa side: Egypt, Sudan, Eritrea, Djibouti
  • Asia side: Saudi Arabia, Yemen
Geological Features
  • It lies in a rift (fault depression). It is located between: Arabian Plate and African Plate
  • It is known for: High salinity and Warm waters
Why is it Called “Red Sea”?
  • The color change is due to algae blooms
Important Locations
  • Bab-el-Mandeb Strait: Strategic chokepoint
  • Suez Canal: Connects to Mediterranean Sea
  • Islands: Tiran Island (Gulf of Aqaba) and Shadwan Island (Gulf of Suez)
Resources
  • Rich in: Petroleum, Sulphur, Phosphates, Metal deposits
Significance
  • It is a key route for global trade (Europe–Asia link)
  • It is strategically important for energy transportation. It is a major geopolitical hotspot

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