Current Affairs for 24 February 2026

What is a Fluorescent Protein? From a Historic Achievement to a Quantum Future

Context

• Fluorescent proteins, which have been a staple of scientific research for decades, are now undergoing a revolutionary transformation. Recent research suggests that these luminous indicators are no longer limited to visual images, but are also capable of performing complex quantum computation and sensing within living cells.

What is a Fluorescent Protein?

• Fluorescent proteins (FPs) are macromolecular probes that can be defined as proteins capable of generating fluorescence through the spontaneous formation of a fluorophore from certain amino acid residues.
• This allows specific molecular processes, organs, and organisms to be observed in their natural state.
• Due to their high quantum yield, light stability, and diverse emission spectrum, they are widely used in biological studies.

From a Historic Achievement to a Quantum Future

• Fluorescent proteins gave biology the "vision" for which they were awarded the 2008 Nobel Prize in Chemistry. Their role has been unparalleled, from monitoring cancer cells to mapping the brain's neural networks.
• But two new studies published in the prestigious journal Nature have revealed a surprising fact: these proteins can be genetically modified to become "quantum sensors."
• Until now, quantum technology was considered a relic of the sub-zero temperatures and controlled environments of laboratories. The belief was that the warm and dynamic environment of a living cell was detrimental to "quantum states." These new studies have shattered this myth.

The Quantum Mechanism Behind the Glow: Spin and Radical Pairs

• When a fluorescent protein absorbs light, its electrons are excited to higher energy levels. During this process, radical pairs are formed in certain proteins.
• Electron spin: The spins of the electrons in these molecules are interconnected.
• Magnetic sensitivity: Even subtle magnetic effects can affect the behavior of these electrons. This is why the intensity of protein fluorescence changes when the external magnetic field changes. Scientists believe that this mechanism is how many migratory birds and animals are able to sense the Earth's magnetic field.

Two major pillars of research: EYFP and MagLOV

1.University of Chicago: Protein becomes a 'Qubit'

• Researchers at the Pritzker School of Molecular Engineering experimented with EYFP (Enhanced Yellow Fluorescent Protein). They controlled the protein's electron spin using laser pulses and microwave waves.
• Achievement: They successfully completed the sequence required for a quantum computer's qubit.
• Result: This effect was observed not only in cold environments but also at normal temperatures within E. coli bacteria, providing evidence of quantum stability in a biological environment.

2.Oxford University: Development of MagLOV

• The Oxford team developed a new protein family called 'MagLOV' using plant proteins.
• Technology: Through genetic engineering and selection, versions were created that are highly sensitive to radio waves.
• Significance: These proteins can modulate their brightness through radio waves, allowing movements within cells to be directly observed using magnetic resonance.

Why is this important in biological environments?

• Traditional quantum sensors made from solid materials, such as diamond, are highly accurate, but fitting them precisely within cells is difficult. In contrast, protein-based sensors have several advantages:
• Self-fabrication: Cells can make them themselves based on DNA instructions.
• Precise targeting: They can be attached to specific enzymes or cell organelles (such as mitochondria).
• Microscopic studies: They are capable of measuring electronic changes occurring during processes such as enzyme reactions, free radical formation, and respiration.

Future prospects and challenges

• Researchers have demonstrated that clear imaging can be achieved even in noisy environments using a 'lock-in detection' technique. This technology could revolutionize the following areas in the future:
• Drug effects: Tracking how drugs change protein structure at the molecular level.
• Biochemical monitoring: Real-time measurement of temperature and electric fields within cells.
• Advanced diagnostics: Taking high-level imaging like MRI to the nanoscale.
• However, technical hurdles such as short coherence time and photobleaching (fading of the protein's brightness) still remain. Nevertheless, just as fluorescent proteins took time to become an essential part of the laboratory, these biological-quantum hybrid sensors will chart a new course for the future of medicine and biology.

Tehran: The Emerging Center of Global Geopolitics

Context

• Iran's nuclear program is not merely a technical dispute, but a complex focal point of security concerns, regional hegemony, and superpower diplomacy. What appears to be a debate about nuclear capabilities is actually a broader battle for influence, deterrence, and political legitimacy in West Asia.
• History shows that US policy on this issue has revolved in a cyclical manner, starting with negotiations, then withdrawal from the agreement, then extreme pressure, and finally a return to diplomacy. This situation makes it clear that hostile relations cannot be resolved by military force alone; ultimately, solutions lie at the political table.

The Rise of Diplomacy: The JCPOA (2015)

• The 2015 Joint Comprehensive Plan of Action (JCPOA) was the result of years of hard work between Iran and the P5+1 countries (the United States, Britain, France, Russia, China, and Germany).
  • Main objective: Western countries suspected Iran was developing nuclear weapons, while Tehran claimed it was merely a civilian energy program.
  • Basis of the agreement: The agreement was based not on "trust" but on "verification," which included rigorous inspections and limits on uranium enrichment.
  • Result: Iran received relief from economic sanctions, and the international community succeeded in halting the nuclear arms race. This was a classic example of pragmatic diplomacy.

Policy of Pressure and Military Confrontation (2018-2025)

• The US withdrawal from the agreement in 2018 under Donald Trump's leadership proved a major turning point. This was called the policy of "Maximum Pressure."
• By 2025, the situation had deteriorated to the point where military attacks on Iran's nuclear and air defense systems, supported by Israel, were even witnessed. 
• These attacks damaged infrastructure but did not eliminate Iran's technological know-how or its geopolitical intentions. This proved that dialogue is not an alternative.

Perspectives of Key Stakeholders

1. Israel: Existential Defense

• Iran's nuclear acquisition poses an existential threat to Israel. Prime Minister Netanyahu's policy has been clear: Iran must be prevented from reaching the threshold of nuclear capability at all costs. Israel emphasizes complete prevention, not just containment.

2. Gulf Countries: Prioritizing Stability

• Countries like Saudi Arabia and the United Arab Emirates compete with Iran, but they are not in favor of all-out war. Their economies depend on oil exports and global trade routes. Any major conflict could devastate the global energy market and regional infrastructure.

3.Iran's Internal Politics

• The economic situation and protests within Iran influence Iran's foreign policy. External military pressure often strengthens hardline factions, reducing the scope for compromise for reformist forces.

India's Strategic and Economic Concerns

• For India, this dispute is not merely a distant matter, but a matter of direct impact:
  • Energy security: Iran has historically been a major oil supplier to India.
  • Connectivity (Chabahar Port): Chabahar Port is India's gateway to Afghanistan and Central Asia, bypassing Pakistan.
  • Regional balance: Iran's role is crucial for the stability of Afghanistan and Central Asia. Sanctions hamper India's trade and strategic investments, so India has always favored a diplomatic solution.

Conclusion

• The Iranian nuclear issue reinforces an eternal truth of international relations. No matter how deep the conflict, a solution ultimately emerges through dialogue. Agreements like the JCPOA may not be perfect, but they manage risks better than uncontrolled conflict. Lasting security is possible only through sustained diplomacy, as the alternative of war and retaliation is not only uncertain but also extremely destructive to the global economy.

PM Surya Ghar Scheme Crosses 30 Lakh Rooftop Installations

Why in the News?

The Union Minister recently announced that rooftop solar installations under the PM Surya Ghar: Muft Bijli Yojana have crossed 30 lakh households since its launch in February 2024.

The milestone highlights accelerating adoption of decentralised solar power across India.

Background and Context

India has committed to expanding non-fossil fuel capacity and promoting distributed renewable energy as part of its climate and energy transition goals.

Rooftop solar is seen as a key pillar in:

• Reducing household electricity bills.
• Lowering dependence on fossil fuels.
• Strengthening energy security.
• Easing pressure on DISCOMs during peak demand.

The PM Surya Ghar scheme was launched in 2024 to accelerate rooftop solar penetration in the residential sector.

About PM Surya Ghar: Muft Bijli Yojana

The PM Surya Ghar: Muft Bijli Yojana aims to provide free electricity to households by promoting rooftop solar installations.

Core Objective

• Enable households to generate their own electricity.
• Reduce monthly power bills.
• Promote clean and decentralised energy production.

Subsidy Structure

The scheme provides financial assistance as follows:

• 60% subsidy on solar unit cost for systems up to 2 kW capacity.
• 40% subsidy on additional system cost for systems between 2–3 kW capacity.
• Subsidy capped at 3 kW capacity per household.

This structure ensures affordability while encouraging optimal system sizing.

Additional Components

1. Model Solar Village

• Development of one Model Solar Village in each district.
• Demonstration of decentralised renewable energy ecosystems.

2. Incentives to Local Bodies

• ₹1,000 incentive per rooftop solar installation.
• Applicable to:
  • Urban Local Bodies (ULBs).
  • Panchayati Raj Institutions (PRIs) at Gram Panchayat level.

This promotes grassroots-level ownership and monitoring.

Implementation Mechanism

National Level

• Implemented through a National Programme Implementation Agency (NPIA).

State Level

• State Implementation Agencies (SIAs) oversee execution.
• DISCOMs act as SIAs.

Role of DISCOMs

• Ensure availability of net meters.
• Conduct timely inspections.
• Commission installations.
• Facilitate grid connectivity.

DISCOMs receive performance-linked incentives for installing additional grid-connected rooftop solar capacity beyond baseline levels.

Eligibility Criteria

A household must:

1. Be an Indian citizen.
2. Own a house with a suitable rooftop.
3. Have a valid electricity connection.
4. Not have availed any other solar subsidy.

Significance of the Scheme

1. Energy Security

• Reduces peak demand pressure on the grid.
• Encourages decentralised energy generation.

2. Climate Goals

• Supports India’s renewable energy targets.
• Contributes to emissions reduction.

3. Financial Relief

• Lowers electricity bills for households.
• Provides long-term cost savings.

4. DISCOM Reform

• Promotes distributed generation.
• Improves demand-side management.

Challenges

• Financing constraints for households despite subsidy.
• DISCOM resistance due to revenue loss concerns.
• Net-metering policy inconsistencies across states.
• Technical limitations in urban high-rise buildings.

Way Forward

1. Streamline subsidy disbursal processes.
2. Strengthen net-metering frameworks nationwide.
3. Expand awareness campaigns.
4. Integrate rooftop solar with battery storage.
5. Ensure DISCOM financial compensation mechanisms.

India’s Bid for Full IEA Membership: A Complex Path Beyond Associate Status

Why in the News?

At its recent ministerial meeting in Paris, the International Energy Agency acknowledged progress on India’s request for full membership.

• India is currently an associate member of the Paris-based body. However, its bid for full membership is complex because the IEA’s founding framework allows only OECD countries to become full members.

Background and Context

The IEA was established in 1974 in response to the global oil crisis triggered by the Arab oil embargo during the Yom Kippur War.

• The embargo led to soaring oil prices and fuel shortages, exposing the vulnerability of industrial economies dependent on imported oil. In response, members of the Organisation for Economic Co-operation and Development collaborated to ensure energy security, leading to the creation of the IEA.
• Initially founded by 17 OECD nations, the IEA was designed as a coordinated mechanism to manage oil supply disruptions and enhance collective energy resilience.

The International Energy Agency (IEA): Origins and Role

Core Mandate

• Safeguard stable oil supplies.
• Coordinate collective response to supply shocks.
• Anticipate and mitigate future disruptions.

Emergency Mechanism

A key requirement for members is maintaining minimum strategic oil stocks.

This mechanism has been activated during:

• The 1991 Gulf War.
• After Russia’s invasion of Ukraine in 2022.

Membership Structure

• Full membership restricted to OECD members.
• Currently 33 full members (Colombia joined after becoming an OECD member in 2020).
• 13 associate members, including India (since 2017).

Expansion of IEA Membership

In 2015, the IEA created the Associate Membership category for non-OECD countries.

Associate members:

• Participate in policy discussions.
• Engage in technical collaboration.
• Do not have voting rights.

India became an associate member in 2017, marking a significant shift in the IEA’s engagement with emerging economies.

Evolving Role of the IEA

Over time, the IEA’s mandate expanded beyond oil security to include:

• Renewable energy.
• Decarbonisation strategies.
• Energy efficiency.
• Clean technology transitions.
• Critical minerals governance.

Changing Global Energy Dynamics

At its founding, IEA members accounted for over 60% of global energy demand.

That share declined to around 40% a decade ago.

However, when associate members such as India, China, Brazil, South Africa, Indonesia, Egypt, and Thailand are included, the broader IEA framework now represents nearly 80% of global energy demand.

This expansion underscores the IEA’s evolving global relevance.

India’s Quest for Full IEA Membership

India formally submitted its request for full membership in October 2023.

The issue has also featured prominently in India–US bilateral discussions.

Why India Seeks Full Membership

1. Decision-Making Power: As an associate member, India participates in discussions but lacks voting rights.

2. Strategic Influence: Full membership would allow India to shape global energy governance rules.

3. Access to Data and Knowledge: The IEA maintains one of the world’s most comprehensive energy databases and policy platforms.

4. Energy Security Coordination: Membership enhances coordination during global supply disruptions.

Legal and Structural Hurdles

The major challenge lies in the IEA’s founding charter, which restricts membership to OECD countries.

Since India does not intend to join the OECD, full membership would require:

• Amending the IEA’s founding legal framework, or
• Creating a special exception.

Both options involve political consensus among current members, making the process complex and time-consuming rather than automatic.

Brazil, another non-OECD country, has also sought full membership, adding to the broader debate on reforming the IEA’s structure.

IEA’s Support for India

The IEA has expressed strong support for India’s bid, recognising:

• India’s growing central role in global energy demand.
• Its leadership in inclusive energy transitions.
• Its projected status as the largest source of energy demand growth over the next three decades.

Growing India–IEA Engagement

• Increased India-focused analytical reports.
• Expanded data collaboration.
• Policy advisory support.

LiFE Initiative Collaboration

The IEA prepared a special report on India’s LiFE (Lifestyle for Environment) initiative, estimating that widespread lifestyle changes could avoid up to 2 billion tonnes of global emissions by 2030.

Significance for India

1. Strengthens India’s position in global energy governance.
2. Enhances strategic energy security coordination.
3. Boosts India’s credibility as a climate transition leader.
4. Reflects the shift from OECD-centric energy governance to a more inclusive global framework.

Challenges Ahead

• Legal amendments require consensus among existing members.
• Concerns about diluting OECD-based institutional character.
• Broader geopolitical considerations in energy governance reform.

‘Prahaar’: India Unveils Its First Comprehensive Counter-Terrorism Doctrine

Why in the News?

The Centre has launched ‘Prahaar’, India’s first comprehensive counter-terrorism policy. Built on a zero-tolerance approach, it emphasises intelligence-led prevention and coordinated responses to extremist violence.

The framework aims to dismantle terror networks by cutting off access to funding, weapons, and safe havens, both within India and abroad, targeting not just terrorists but also their financiers and supporters.

Background and Context

India has faced persistent security challenges, including cross-border terrorism, radicalisation, sleeper cells, and technology-enabled terror financing. While India has strong legal instruments such as the Unlawful Activities (Prevention) Act (UAPA) and a robust institutional mechanism involving the NIA, IB, and state police forces, there has been no single integrated doctrine outlining a comprehensive national counter-terror strategy.

‘Prahaar’ seeks to fill this gap by institutionalising a unified, doctrine-based approach to counter-terrorism rooted in prevention, coordination, and resilience.

India’s First Counter-Terrorism Policy: Prahaar

The policy adopts a whole-of-government and whole-of-society approach, integrating intelligence, law enforcement, legal safeguards, and international cooperation.

Core Objectives

Prahaar aims to:

• Criminalise all terrorist acts without ambiguity.
• Starve terrorists and their supporters of funding, weapons, cyber tools, and safe havens.
• Ensure seamless coordination between central and state agencies.
• Strengthen prevention through proactive intelligence mechanisms.

Guiding Principles

1. Zero Tolerance: No justification for terrorism under any circumstances.
2. Victim-Centric Approach: Strong institutional support for victims of terror.
3. No Religious Attribution: Terrorism is not linked to any religion, ethnicity, or civilisation.
4. Recognition of State Sponsorship: Notes the use of terrorism as an instrument of state policy in the region.

Seven Strategic Pillars of Prahaar

Each letter of “Prahaar” represents a pillar:

1. Prevention

• Intelligence-led disruption of terror plots.
• Continuous monitoring of overground worker networks.
• Cyber surveillance to counter extremist propaganda.

2. Responses

• Swift, proportionate, graded counter-terror operations.
• Uniform anti-terror structures and SOPs across governance levels.

3. Aggregating Internal Capacities

• Whole-of-government approach.
• Modernisation of law enforcement agencies (LEAs).
• Enhanced inter-agency intelligence sharing.

4. Human Rights and Rule of Law

• Due process safeguards.
• Multi-level redressal and appeal mechanisms.
• Periodic legal reforms in counter-terror laws.

5. Attenuating Enabling Conditions

• Graded response to radicalisation.
• Legal action based on degree of involvement.
• Addressing socio-economic vulnerabilities among youth.

6. Aligning International Efforts

• Strengthened global counter-terror partnerships.
• Extradition and deportation under UN norms.
• Collaboration to counter misuse of ICT by terror groups.

7. Recovery and Resilience

• Whole-of-society rebuilding after terror incidents.
• Community resilience and psychological support systems.

Key Threat Perceptions

1. Cross-Border and State-Sponsored Terror

• Persistent cross-border infiltration and proxy warfare.
• Global terror outfits such as Al-Qaeda and Islamic State attempting recruitment and incitement.
• Drone-based arms and narcotics smuggling, particularly in Punjab and Jammu & Kashmir.
• Terror-crime nexus for logistics and recruitment.

2. Technology-Driven Terrorism

• Use of encrypted communication and dark web platforms.
• Cryptocurrency-based financing channels.
• Social media radicalisation pipelines.
• Emerging threats from CBRNED materials (chemical, biological, radiological, nuclear, explosive, digital).
• Misuse of drones, robotics, and cyberattacks by both state and non-state actors.

3. Organised Crime Nexus

• Terror groups leveraging criminal syndicates.
• Cross-border logistics support networks.
• Convergence of narco-terrorism and transnational organised crime.

Counter-Measures and De-Radicalisation

• Proactive takedown of online extremist propaganda.
• Strengthened intelligence collection and counter-terror operations.
• Community-based reintegration efforts involving psychologists, NGOs, legal experts, and religious leaders.
• Youth engagement through education and livelihood programmes.

Strategic Way Forward

• Enhanced coordination between intelligence and security agencies.
• Capacity-building at state and district levels.
• Investment in advanced surveillance and forensic technologies.
• Partnerships with private enterprises in cybersecurity and AI.
• Standardisation of procedures across all governance tiers.

Significance

• Institutionalises India’s counter-terror strategy into a formal doctrine.
• Integrates intelligence, law enforcement, and socio-economic interventions.
• Addresses emerging tech-enabled threats.
• Reinforces India’s global commitment to counter-terror cooperation.
• Strengthens resilience against radicalisation and extremist narratives.

PRASHAD Scheme: Pilgrimage Infrastructure and Spiritual Tourism Development

Why in the News?

The Union Civil Aviation Minister recently stated that the Centre is preparing plans to further develop tourist destinations around prominent temples in Andhra Pradesh under the PRASHAD scheme.

The announcement highlights the government’s renewed focus on spiritual tourism and infrastructure augmentation at major pilgrimage centres.

Background

Launched in 2014–15, the PRASHAD scheme was conceptualised to promote holistic development of pilgrimage destinations across India. It aims to integrate spiritual heritage preservation with modern tourism infrastructure to enhance the overall experience for pilgrims.

About PRASHAD Scheme

PRASHAD stands for Pilgrimage Rejuvenation and Spiritual Heritage Augmentation Drive.

Launch and Ministry

• Launched in 2014–15
• Implemented by the Ministry of Tourism
• Operates as a Central Sector Scheme

Objectives

The core objective of the scheme is the integrated development of identified pilgrimage and heritage destinations.

It seeks to:

• Develop quality tourism infrastructure
• Improve accessibility and visitor amenities
• Preserve spiritual and cultural heritage
• Provide a more enriching experience for pilgrims and tourists

Key Features

1. Integrated Development Approach

The scheme focuses on infrastructure creation such as:

• Roads and connectivity
• Drinking water facilities
• Sanitation and waste management
• Illumination and beautification
• Tourist facilitation centres

2. Funding Pattern

• The Central Government provides 100% funding for public-funded project components.
• Financial assistance is extended to State Governments and Union Territory Administrations.

Additionally, the scheme welcomes:

• Corporate Social Responsibility (CSR) contributions
• Public-Private Partnership (PPP) participation

3. Implementation Mechanism

The Ministry of Tourism has established a Mission Directorate to implement the scheme.

The Directorate:

• Identifies projects in selected cities
• Coordinates with States/UTs
• Engages with stakeholders for effective implementation

Broader Significance

1. Promotion of Spiritual Tourism

India has a rich spiritual heritage with prominent temple towns and pilgrimage circuits. Infrastructure development under PRASHAD enhances tourism potential and promotes cultural preservation.

2. Employment Generation

The scheme contributes to:

• Direct and indirect employment
• Skill development among local communities
• Capacity building in tourism-related services

3. Balanced Regional Development

By focusing on pilgrimage towns, often located in semi-urban or rural areas, the scheme supports inclusive economic growth.

Independence of the Election Commission: Constitutional Safeguards and Contemporary Concerns

Why in the News?

The independence of the Election Commission has come under debate following allegations of irregularities in electoral roll revisions and a proposed motion to remove the Chief Election Commissioner (CEC).

Concerns have been raised regarding large-scale deletions of voter names during the Special Intensive Revision (SIR) exercise and the broader implications for institutional autonomy.

Background and Context

The Election Commission of India (ECI) is one of the most critical constitutional institutions safeguarding India’s democratic framework. Any controversy relating to electoral roll revisions, appointment procedures, or removal of commissioners directly impacts public trust in the integrity of elections.

The present debate also follows the enactment of the Chief Election Commissioner and Other Election Commissioners (Appointment, Conditions of Office and Terms of Office) Act, 2023, and judicial scrutiny over its validity.

Importance of Free and Fair Elections

Free and fair elections form part of the Basic Structure of the Constitution, as recognised by the Supreme Court in Indira Gandhi vs. Raj Narain.

Constitutional Basis

• Article 326 guarantees universal adult franchise to every citizen above 18 years, subject to reasonable restrictions.
• The right to vote, though statutory, is integral to democratic participation.

Recent allegations of “vote theft” and mass deletions of names during SIR exercises in certain States have raised concerns about procedural fairness and electoral integrity.

Any perceived dilution of electoral processes affects the legitimacy of democratic institutions.

Constitutional Status of the Election Commission

Article 324

Article 324 vests in the Election Commission of India the powers of superintendence, direction, and control over elections to:

• Parliament
• State Legislatures
• President
• Vice-President

This ensures:

• Institutional permanence
• Autonomy from routine executive interference
• Wide discretionary powers in conducting elections

Since 1993, the Commission has functioned as a multi-member body, a structure upheld in T. N. Seshan vs. Union of India.

The CEC acts as Chairperson, and decisions are taken collectively.

Appointment of Election Commissioners

The appointment process became contentious after the 2023 Act.

Key Provisions of the 2023 Act

• The President appoints the CEC and Election Commissioners.
• A Selection Committee comprising:
  • Prime Minister
  • A Union Minister
  • Leader of the Opposition

Critics argue that the exclusion of the Chief Justice of India (CJI) from the Selection Committee weakens institutional independence.

This issue arose after the Supreme Court’s ruling in Anoop Baranwal vs. Union of India, which had temporarily mandated inclusion of the CJI in the selection panel until Parliament enacted a law.

The validity of the 2023 Act is currently under judicial review.

Safeguards for Independence

Removal of the CEC

Under Article 324(5), the CEC can be removed only in the same manner and on the same grounds as a Supreme Court judge under Article 124(4).

Grounds:

• Proved misbehaviour
• Incapacity

Procedure:

1. Motion signed by:
   1. At least 100 Lok Sabha members, or
   2. 50 Rajya Sabha members
2. Admission by Speaker/Chairman
3. Constitution of a three-member inquiry committee:
   1. A Supreme Court judge
   2. Chief Justice of a High Court
   3. A distinguished jurist
4. Opportunity of defence to the CEC
5. Passage by special majority in both Houses

This makes removal extremely difficult, reinforcing autonomy.

Removal of Other Election Commissioners

Other Election Commissioners may be removed by the President on the recommendation of the CEC.

However, in Vineet Narain vs. Union of India, the Supreme Court held that such advice must not be arbitrary, thereby preventing misuse of executive discretion.

Special Intensive Revision (SIR) and Electoral Concerns

Recent controversies include:

• Large-scale deletion of names from voter rolls
• Alleged targeting of specific demographic groups
• Compressed timelines in revision exercises

Since electoral rolls form the foundation of democratic participation, any irregularities risk undermining constitutional guarantees under Article 326.

Challenges to revision exercises have reached the Supreme Court, highlighting the tension between administrative efficiency and democratic legitimacy.

Key Concerns

1. Appointment Process: Perceived executive dominance in the selection committee.
2. Electoral Roll Transparency: Need for greater procedural safeguards.
3. Public Trust Deficit: Political allegations may erode institutional credibility.
4. Judicial Review Pending: Legal uncertainty regarding the 2023 Act.

Way Forward

• Ensuring transparent and participatory electoral roll revisions.
• Strengthening data audit mechanisms and grievance redressal systems.
• Clarifying constitutional principles governing appointments through judicial interpretation.
• Institutional reforms that balance independence with accountability.

Ferruginous Pochard (Ferruginous Duck / White-eyed Pochard) – Classification, Habitat, Migration and Conservation Status

Recently, a rare Ferruginous Pochard was spotted among a flock of Common Pochards at Amur Lake in Chennai. This species is seen in limited numbers in India, making such sightings significant for birdwatchers and conservationists.

Scientific Classification

The Ferruginous Pochard (scientific name: Aythya nyroca) is a medium-sized diving duck.
It is also known as:

• Ferruginous Duck
• Common White-eye
• White-eyed Pochard

The male is easily identified by its bright white eye and rich reddish-brown (chestnut) plumage.

Physical Characteristics

• Medium-sized diving duck
• Excellent diver; submerges underwater to catch food
• Males: Deep chestnut body with striking white eye
• Females: Duller brown with less prominent eye color

Habitat

This species prefers shallow freshwater bodies such as:

• Lakes
• Ponds
• Marshes
• Reservoirs

Ideal habitats contain:

• Abundant submerged and floating vegetation
• Dense emergent plants along the margins

Such environments provide food, breeding grounds, and protection.

Distribution

The Ferruginous Pochard is mainly distributed across:

• Europe
• Asia
• North Africa

It is particularly found in countries such as China, Mongolia, Portugal, France, Albania, Austria, Belgium, and Bosnia.

Migration

• Winters in the Mediterranean Basin and the Black Sea region
• Some populations migrate via the Nile Valley to Sub-Saharan Africa
• In India, it is observed in small numbers as a winter migratory bird

Diet:-The Ferruginous Pochard has an omnivorous diet

Threats

The species faces serious threats mainly due to human activities:

• Dam construction
• Wetland drainage
• Pollution
• Encroachment of wetlands
• Poor water management

Destruction and degradation of wetlands are rapidly reducing its breeding habitats.

Conservation Status

• IUCN Red List: Near Threatened
• Listed by the International Union for Conservation of Nature

This status indicates that if current threats continue, the species may soon qualify as Vulnerable.

Importance in the Indian Context

For the conservation of this species and other migratory birds in India, the following measures are crucial:

• Protection of Ramsar Sites
• Restoration of urban lakes
• Control of water pollution
• Involvement of local communities