July 14, Current Affairs

Mains Analysis

Aircraft Accident Investigation Bureau (AAIB): India’s Aviation Accident Authority Explained

Recent Case: Air India AI 171 Crash

One month after the tragic crash of Air India flight AI 171 in Ahmedabad—where 241 of the 242 onboard perished—the Aircraft Accident Investigation Bureau (AAIB) released its preliminary findings. According to the report, both engine fuel control switches moved from the ''RUN'' to ''CUTOFF'' position just seconds after takeoff. One pilot questioned the other about this action, but the second pilot denied having done so. Given that these switches rarely shift unintentionally, the event has triggered deeper analysis, particularly of the cockpit voice recorder (CVR) and flight data recorder (FDR), as the AAIB continues its investigation.

International Framework for Air Crash Investigations

Aircraft accident investigations are governed by the 1944 Chicago Convention, under the oversight of the International Civil Aviation Organization (ICAO)—a UN agency that sets global standards for aviation safety and regulation.

Per Annex 13 of the Convention:

  • The State of Occurrence (where the accident takes place) leads the investigation.
  • Other involved states also have the right to participate:
    • State of Registry – where the aircraft is registered
    • State of the Operator – the airline operating the flight
    • State of Design – the country responsible for the aircraft’s design and airworthiness oversight
    • State of Manufacture – the nation where the aircraft was assembled

AAIB: India’s Independent Air Crash Investigation Body

Established in 2012, the Aircraft Accident Investigation Bureau (AAIB) operates under India’s Ministry of Civil Aviation. It was formed to separate accident investigations from regulatory authorities like the Directorate General of Civil Aviation (DGCA), in line with ICAO’s guidelines for independent inquiry.

Legal Authority and Governance

  • The AAIB’s powers derive from Section 7 of the Aircraft Act, 1934, allowing the government to set rules for investigating air accidents involving Indian aircraft or occurring within Indian territory.
  • Initially, investigations were handled by the DGCA’s Air Safety Directorate under the Aircraft Rules, 1937.
  • The Aircraft (Investigation of Accidents and Incidents) Rules, 2012 formally established the AAIB’s role. These rules were later amended in 2017 and 2021.
  • The AAIB now functions as an “Attached Office” under the Ministry of Civil Aviation.

Role and Responsibilities

The AAIB is tasked with investigating:

  • All Accidents and Serious Incidents involving aircraft with an All Up Weight over 2,250 kg or powered by turbojet engines.
  • Safety occurrences are classified into:
    • Accidents
    • Serious Incidents
    • Incidents

Key Principles:

  • Investigations are not intended to assign blame, but rather to improve aviation safety (as per Rule 3 of the 2017 Rules).
  • AAIB has immediate and unrestricted access to all relevant information and evidence—without needing prior approval from judicial or government entities.

Investigation Process

  1. On-Site Inspection: Investigators are dispatched promptly to secure wreckage and perishable evidence, including flight recorders.
  2. Data Collection: The AAIB collects information from airline operators, maintenance personnel, regulatory bodies, and others.
  3. Expert Analysis: Collaboration with technical experts and institutions like Hindustan Aeronautics Limited (HAL) or DGCA labs is common.
  4. Report Compilation: After internal reviews, a final investigation report is published and submitted to ICAO and relevant states.

Additional Functions

  • Conducting in-depth safety studies.
  • Issuing safety recommendations to domestic regulators like the DGCA or international bodies, aimed at preventing future occurrences.
  • Monitoring the implementation of these safety measures.

Why India Must Support CIMMYT and IRRI: Repaying the Green Revolution Debt

Introduction: A Legacy of Global Agricultural Collaboration

The term “Green Revolution” was first coined in 1968 by William S. Gaud of USAID, recognizing initiatives like India’s rapid adoption of high-yield wheat varieties to combat hunger. These advances—spearheaded by institutions such as the International Maize and Wheat Improvement Center (CIMMYT) and the International Rice Research Institute (IRRI)—transformed India''s food landscape and helped avert famines.

However, the closure of USAID under the Trump administration on July 1, 2024, has jeopardized the funding of these critical research organizations. With the U.S. withdrawing support, institutions like CIMMYT are turning to nations like India—longtime beneficiaries of their innovations—for financial backing.

CIMMYT and IRRI: Pioneers of the Green Revolution

  • CIMMYT (headquartered in Mexico) has been central to global wheat and maize research. It developed semi-dwarf wheat varieties such as Lerma Rojo 64A and Sonora 63, first introduced in India during 1964–65. These varieties laid the foundation for India''s Green Revolution.
  • IRRI, based in the Philippines and founded in 1960 by the Rockefeller and Ford Foundations, played a parallel role in rice research.

Both institutions were integral to the U.S. Cold War strategy of using food security to prevent the spread of communism by stabilizing politically fragile regions through agricultural self-sufficiency.

India’s Green Revolution Gains

India’s Green Revolution was built on CIMMYT and IRRI breeding lines. Indian scientists localized and improved these materials:

  • Wheat varieties like Kalyan Sona and Sonalika (1967–68) were developed from CIMMYT strains.
  • Subsequent successes included HD 2285, HD 2329, and HD 2967, pushing Indian wheat yields above 7 tonnes/hectare.
  • On the rice front, Indian breeders created mega varieties such as Swarna and Samba Mahsuri.
  • The Pusa Basmati series (developed at IARI) now dominates India’s premium rice exports, contributing $5.94 billion in 2024–25.

Norman Borlaug, the father of the Green Revolution, credited India’s success to institutions like IARI and the visionary leadership of MS Swaminathan.

The Urgent Need for Continued Collaboration

Despite decades of domestic progress, India remains deeply reliant on global research inputs:

  • In 2024–25, six of India’s top 10 wheat varieties—covering over 20 million hectares—used CIMMYT germplasm.
  • India’s last widely adopted home-bred wheat variety, HD 2967, peaked several years ago.
  • Most new varieties since then have depended heavily on CIMMYT''s genetic resources.

The same is true for rice, where IRRI’s material continues to underpin varietal development in India.

India’s Minimal Support to Global Research Institutions

In 2024, despite its status as a major beneficiary:

  • India contributed only $0.8 million to CIMMYT
  • And $18.3 million to IRRI

These figures pale in comparison to the billions in economic gains and food security benefits derived from their research.

What India Should Do

With USAID funding withdrawn, institutions like CIMMYT are at risk. India has both the moral responsibility and strategic incentive to step up.

India should:

  • Increase core funding for CIMMYT and IRRI.
  • Prioritize joint research on:
    • Heat and drought resilience
    • Nitrogen-use efficiency
    • Gene editing
    • AI in crop breeding and precision farming
  • Ensure this global support complements, not replaces, investments in Indian research bodies like IARI and state agricultural universities.

Conclusion: Repaying the Green Revolution Debt

India owes much of its food security and agricultural prosperity to the foundational work of CIMMYT and IRRI. Now, with these institutions facing funding shortages, it is time for India to return the favor. Supporting them is not charity—it’s strategic, sustainable investment in the nation’s future food security.

The State of Inequality in India: A Deeper Look Beyond Consumption Metrics

Context

A recent World Bank report has suggested that India is among the least unequal countries in the world, citing a decline in the Gini coefficient of consumption inequality from 0.288 (2011–12) to 0.255 (2022–23). However, this optimistic picture is at odds with findings from multiple sources, including the World Inequality Database (WID), which reveal a worsening gap in income and wealth.

Understanding the Dimensions of Inequality

1. Consumption Inequality

  • Refers to differences in household spending on goods and services.
  • The World Bank’s low Gini estimate suggests reduced inequality.
  • However, consumption inequality often understates true economic disparities, as people tend to smooth consumption even in volatile income situations.
  • The decline may reflect improved access to credit or subsidies, not genuine income redistribution.

2. Income Inequality

  • Measures disparities in wages, salaries, and earnings.
  • According to WID 2023, India’s income Gini coefficient is 0.61—among the highest globally, surpassed by only 47 countries.
  • Official household surveys under-report income, especially at the top end, masking the full extent of the divide.

3. Wealth Inequality

  • Captures disparities in ownership of assets such as property, stocks, and savings.
  • India’s wealth Gini stands at 0.75 (WID, 2023), reflecting severe wealth concentration.
  • The top 1% owns a disproportionately large share of national wealth, highlighting entrenched inequality.

Why Measuring Real Inequality in India Is Challenging

  • Household Surveys (like HCES) miss out on top income and wealth brackets, which are underrepresented or absent in sample-based datasets.
  • Tax data covers only about 6 crore individuals, leaving the vast informal sector invisible in income assessments.
  • India lacks a formal wealth census; most wealth estimates rely on indirect proxies such as:
    • Forbes billionaires list
    • SEBI disclosures
    • Real estate valuations
  • Survey design bias and underreporting by the rich further distort inequality estimates.

Limitations of the Gini Coefficient

While widely used, the Gini coefficient has important limitations:

  • It provides an aggregate picture, hiding extreme wealth concentration at the very top.
  • It ignores distribution within population groups, such as the bottom 50% or top 0.1%.
  • Supplementary indicators like:
    • Top 1% wealth share
    • P90/P10 ratios
    • Theil index are needed for a more accurate representation of inequality.

Why High Inequality Matters

Persistent inequality has broad and damaging implications:

  • Economic Mobility Declines: The bottom 50% find it harder to move up the ladder.
  • Aggregate Demand Shrinks: The wealthy save more, but do not spend enough to drive broad-based growth.
  • Social Cohesion Weakens: Economic disparity fuels polarisation, resentment, and unrest.
  • Policy Distortion: Elite capture can skew taxation, subsidies, and land use in favour of the rich.
  • Uneven Growth: GDP growth disproportionately benefits the top 10%, leaving most behind.

India’s Constitutional and Policy Obligations

  • Article 38(2) of the Constitution mandates the state to reduce income and opportunity disparities.
  • Article 39(c) under the Directive Principles of State Policy requires the state to prevent wealth concentration.
  • Social schemes like MGNREGA, PM-KISAN, PM-SVANidhi, and the JAM trinity aim to bridge inequality, but suffer from leakages and poor targeting.

Way Forward: Towards Inclusive Development

To address structural inequality, India must pursue bold, multi-dimensional reforms:

1. Progressive Taxation

  • Reintroduce wealth and inheritance taxes on the ultra-rich.
  • Expand the tax base and reduce regressive indirect tax burdens.

2. Universal Public Services

  • Scale up investment in healthcare, education, nutrition, and housing to ensure equal life chances.

3. Financial Inclusion

  • Improve low-cost credit access, especially in rural areas.
  • Strengthen borrower protections to reduce dependency on informal lenders.

4. Employment and Skilling

  • Align vocational training with industry demand.
  • Promote job-rich sectors like manufacturing, MSMEs, and green economy.

5. Better Data Infrastructure

  • Integrate survey data, income tax records, and asset disclosures.
  • Regularly publish inequality metrics beyond consumption-based figures.

Conclusion

India’s rising inequality is more than a statistical concern—it is a structural threat to social justice, economic resilience, and democratic stability. While some indicators suggest progress, a broader and more accurate picture reveals deep disparities in income and wealth. Bridging these gaps requires not just targeted schemes but systemic reforms in taxation, public investment, and data transparency. Only then can India move toward inclusive and equitable growth for all.

Informal Credit in India

Context

Despite near-universal access to bank accounts in India, recent research—including from CMIE and Piramal Enterprises—reveals a surge in informal borrowing among low-income households. This trend exposes the persistent gaps in formal credit inclusion.

Defining Informal Credit

Informal credit includes loans or advances obtained from non-regulated sources such as:

  • Local moneylenders
  • Pawnshops
  • Friends and family
  • Chit funds

These channels usually lack formal agreements, legal safeguards, or transparency, placing borrowers at heightened risk.

  • Recent Trends in Credit Access
  • Bank Access: According to NFHS-5 (2021), 96% of Indian households have at least one member with a bank account.
  • Shift Toward Informal Sources:
    • A 4.2% decline in formal credit usage was recorded among poor households (CMIE, 2023).
    • Simultaneously, there was a 5.8% increase in informal borrowing among families earning ₹1–2 lakh annually.
  • Reliance in Rural Areas: As per NABARD’s Financial Inclusion Survey (2019), three out of four rural adults depend on informal credit in some capacity.
  • Volume: Informal credit outstanding was estimated at 1.4 lakh crore in 2022 (CRISIL).

Implications

  • Reluctance of Formal Lenders: Banks and NBFCs are wary of lending to low-income individuals due to perceived credit risk.
  • Exclusion Due to Documentation Gaps: Many poor households lack necessary collateral, stable income proof, or formal employment records required for institutional loans.
  • Mismatch Between Demand and Supply: Formal credit channels are ill-equipped to meet the urgent, localized, and small-ticket needs of the rural and informal economy.

Recognising India’s Open Ecosystems: A Call for Conservation and Policy Reform

Introduction: Misunderstood Landscapes at Risk

India’s deserts, grasslands, and savannas—collectively known as open ecosystems—are rich in biodiversity and cultural significance. Yet, these landscapes continue to be misclassified as “wastelands”, leading to their degradation through inappropriate land-use policies. Environmental experts and ecologists are calling for an urgent reassessment of this outdated classification to protect these ecologically vital regions.

What Are Open Ecosystems and Why They Matter

Open ecosystems include deserts, scrublands, grasslands, and savannas, defined by limited tree cover and dominated by herbaceous or shrubby vegetation. While often perceived as barren, these landscapes are highly adapted to their harsh environments and support complex ecological systems.

Globally, deserts cover about one-third of Earth’s land surface and sustain unique biodiversity. Historically, such regions supported great civilizations—like the Indus Valley, Mesopotamia, and ancient Egypt—demonstrating their capacity to support both nature and human societies.

The Colonial Legacy of “Wastelands”

India’s land-use classifications still reflect colonial frameworks that labelled vast open ecosystems as unproductive wastelands. This label implies these lands require transformation—often through tree plantations, agriculture, or infrastructure projects—rather than protection.

Millions of hectares of grasslands and scrublands have been designated as wastelands in official records, justifying their conversion. This misclassification has led to widespread ecological degradation, compromising essential services like:

  • Soil fertility
  • Water retention
  • Carbon storage
  • Wildlife habitats

Ecological and Cultural Value of Open Landscapes

India’s open ecosystems are home to several endangered species, including:

  • Great Indian Bustard
  • Caracal
  • Indian Wolf
  • Chinkara

These species depend on the structure and dynamics of open habitats, which tree-planting schemes often disrupt.

Moreover, open ecosystems are critical carbon sinks, storing substantial amounts of carbon in their soils—a factor often ignored in climate policies focused solely on forest biomass.

Culturally, these landscapes sustain the livelihoods of millions of pastoralists, such as:

  • Dhangars (Maharashtra)
  • Rabaris (Gujarat)
  • Kurubas (Karnataka)

These communities have acted as traditional stewards of these ecosystems through sustainable practices like rotational grazing and local water management. However, conservation policies that favour fencing or afforestation have resulted in displacement, marginalisation, and the loss of traditional ecological knowledge.

Rethinking Restoration and Greening Goals

The current push to "green" open ecosystems through tree plantations stems from a misconception that all ecosystems should resemble forests. Such efforts often produce monoculture plantations that harm biodiversity and alter local ecology.

Experts propose an alternative, ecologically informed restoration model that is:

  • Low-tech and community-led
  • Based on natural regeneration
  • Focused on soil and moisture conservation
  • Grounded in indigenous knowledge systems
  • Inclusive of soil carbon as a key climate metric

Afforestation should not be a one-size-fits-all solution. Restoration must respect and reflect the diversity of India’s ecosystems.

Policy Recommendations: Charting a New Course

To safeguard open ecosystems and the communities that depend on them, India must adopt a revised land management approach. Key policy reforms include:

  1. Eliminating the “wasteland” label from land classification systems.
  2. Creating ecosystem-specific conservation frameworks tailored to deserts, grasslands, and savannas.
  3. Recognising pastoralist communities as co-managers, with legal rights and incentives for conservation.
  4. Integrating open ecosystems into national climate, biodiversity, and land degradation strategies.
  5. Accounting for soil carbon in India’s climate mitigation and restoration targets.

Symbolic changes also matter. Experts recommend renaming the “World Day to Combat Desertification and Drought” to “World Day to Combat Land Degradation”, to reflect the ecological legitimacy of deserts and grasslands.

Conclusion: Towards a More Inclusive Conservation Ethic

India’s open ecosystems are not empty lands waiting to be “fixed” but living landscapes vital to biodiversity, climate resilience, and cultural identity. Recognising their value—ecologically and socially—demands a paradigm shift in policy and public perception. Moving away from colonial legacies and afforestation-centric thinking is essential to conserving these ecosystems for future generations.

Climate Migration in South Asia: A Rising Crisis

Context

An increase in climate-related disasters—such as prolonged droughts in Bundelkhand and recurring floods along the Jamuna River in Bangladesh—has brought attention to climate migration as an escalating livelihood challenge in South Asia.

Understanding Climate Migration

  • Definition: Climate migration involves the involuntary movement of individuals or communities due to environmental changes triggered by climate-related events. These include sudden-onset disasters like floods, droughts, and cyclones, as well as gradual changes such as rising sea levels and land degradation.
  • Annual Impact: According to the 2022 report by the International Refugee Assistance Project, approximately 20 million people are internally displaced each year due to climate-induced disasters.
  • Patterns: These migrations may be temporary or long-term, recurring seasonally or becoming permanent. Vulnerable populations, especially those with fewer resources, are most affected.

Examples and Data Points

  • Bundelkhand (India): Between 1998 and 2009, the region experienced 8 to 9 droughts. The Indian Meteorological Department (IMD) projects a temperature increase of 2–3.5°C by the year 2100.
  • Charpauli (Bangladesh): In 2022, over 500 homes were destroyed within a week due to riverbank erosion caused by the Jamuna River. The river erodes its banks by 12 to 52 meters annually.
  • Vidarbha and Marathwada (India): Migrants from these areas travel extensive distances, often on foot, for seasonal sugarcane cutting work. They endure extreme heat, with temperatures exceeding 50°C and unpredictable rainfall patterns.

Primary Drivers of Climate Migration

  • Drought and Rainfall Instability: In Bundelkhand and Marathwada, agricultural collapse due to weak or delayed monsoons has driven mass outmigration.
  • Flooding and Riverbank Erosion: Villages like Charpauli demonstrate how increased river swelling—exacerbated by glacial melt and floods—leads to significant displacement.
  • Extreme Heat and Water Scarcity: In Maharashtra’s sugarcane-producing areas, rising temperatures and shrinking water availability reduce farm viability and trigger seasonal migration.
  • Debt Burden and Economic Collapse: Repeated crop failures have led to bonded labour practices, where sugarcane workers accept advances between ₹50,000 and ₹5 lakh, effectively tying them into exploitative contracts.
  • Loss of Livelihood Assets: The degradation of soil, erosion of cultivable land, and escalating input costs in climate-sensitive regions compound vulnerability and drive migration.

Consequences of Climate Migration

  • Rural Depopulation: Entire families are abandoning their native villages, transforming local demographics and land-use patterns.
  • Urban Informality: Migrants frequently end up in slums lacking basic amenities such as sanitation, housing, and public services. For instance, many from Bundelkhand relocate to informal settlements in Delhi.
  • Gender-Specific Risks: Women left behind in villages face increased risks of sexual violence, take on financial responsibilities, and often must withdraw children—especially girls—from school.
  • Labour Exploitation: Seasonal workers bound by sugarcane contracts operate under forced labour conditions, with no right to exit.
  • Erosion of Community Networks: Sustained outmigration fractures rural support systems, dismantling shared practices like collective farming and communal water use.

Challenges in Addressing Climate Migration

  1. Absence of Legal Framework: India does not officially recognize climate migrants, excluding them from disaster relief or migration-related welfare policies.
  2. Inaccessibility of Welfare Schemes: Migrants frequently lose entitlements such as ration cards, pensions, and MGNREGA eligibility after moving to new regions.
  3. Substandard Living and Working Conditions: Migrant workers, like cane cutters in Maharashtra, often reside in makeshift tents without clean water, sanitation, or electricity.
  4. Entrapment in Debt Cycles: As payments are tied to productivity in low-yield conditions, many migrant families accrue debt over multiple years.
  5. Lack of Reliable Data: The absence of a national mechanism to track climate-induced migration hinders timely and informed policymaking.

Pathways Forward

  • Legal Recognition: Incorporate climate-displaced individuals into national migration and disaster management laws, such as the Disaster Management Act (NDMA).
  • Portable Social Protection: Ensure access to entitlements during migration through mechanisms like the One Nation One Ration Card scheme and eShram registration.
  • Climate-Resilient Employment in Rural Areas: Strengthen MGNREGA’s scope to include activities like water conservation, agroforestry, and drought mitigation.
  • Skills and Mobility Support: Offer mobile skill development and job placement services tailored to seasonal migrants, particularly sugarcane cutters.
  • Creation of a Climate Migration Index: Develop a district-level vulnerability index by integrating data from IMD, Census, and SECC to enable early warning and policy response.

Conclusion

Climate migration has already become a pressing reality in India, especially among agrarian and rural populations. In the absence of targeted policies and social protections, migration driven by climate stress will remain a form of involuntary displacement rather than a livelihood choice. A sustainable and inclusive development approach must recognize the interplay between mobility, dignity, and climate resilience.

India’s Sovereignty and the Threat of Digital Dependence

  • Vice President’s Warning:

India’s Vice President recently cautioned that modern threats to national sovereignty no longer stem from military invasions but from increasing dependence on foreign digital infrastructure. He emphasized a rising danger of “digital colonialism” — a new era of dominance, not by armed forces, but by algorithms and data.

Understanding Digital Colonialism

  • Definition:

Digital colonialism refers to the control and exploitation of digital infrastructure, data, and platforms of developing nations by powerful multinational technology corporations, primarily based in developed countries.

  • It reflects a form of neo-colonialism where the Global North dominates the digital landscape of the Global South.
  • Example:

American tech giants such as Google and Amazon routinely extract vast amounts of data from users in developing countries. This data is used to reshape markets, influence consumer behavior, and control technological ecosystems.

Major Concerns Around Digital Colonialism

1. Loss of Digital Sovereignty:

Big tech companies and developed nations increasingly dictate terms of engagement in the digital world.

  • Example: In 2024, WhatsApp threatened to withdraw from India over the traceability requirement under the 2021 IT Rules, highlighting tensions between national regulation and foreign platform policies.

2. Cultural Imperialism:

Global platforms often promote the values, content, and narratives of developed countries, pushing local cultures, languages, and traditions to the margins.

3. Surveillance Capitalism:

Tech companies collect, analyze, and monetize user data—often without informed consent—posing a serious risk to privacy, civil liberties, and democratic control.

India’s Strategy to Counter Digital Colonialism

1. Strengthening Digital Sovereignty:

India is actively building indigenous digital frameworks such as:

  • India Stack – a unified digital identity and payments infrastructure.
  • ONDC (Open Network for Digital Commerce) – an open-source alternative to dominant e-commerce platforms.

2. Data Localization Efforts:

  • India refused to join the Osaka Track, which promotes unrestricted cross-border data flows.
  • Enacted the Digital Personal Data Protection (DPDP) Act, 2023, aiming to localize and regulate personal data within national boundaries.

3. Reducing Strategic Tech Dependence:

  • Programs like Make in India and Chips to Startup (C2S) seek to increase domestic manufacturing and self-reliance in key technology sectors such as semiconductors, defense, and space.

4. Policy Adaptation:

  • UNCTAD’s 2021 report advised nations to routinely revise data policies to ensure a balance between economic growth, public interest, and global integration.

India’s Growing Influence in a Multipolar World

Recognition of India’s Role:

India’s evolving strategic importance was acknowledged by Singapore’s Foreign Minister during his recent engagement with India’s External Affairs Minister. This comes as global power dynamics increasingly shift toward multipolarity.

What is a Multipolar World Order?

  • Definition:

A multipolar order is characterized by the presence of multiple influential powers, unlike bipolar (e.g., Cold War-era US-USSR) or unipolar (e.g., post-Cold War US dominance) systems.

  • In this structure, various regions and countries pursue independent policies, collaborate selectively, and compete across different domains like security, trade, and technology.

Rise of Multipolarity in Global Affairs

  • Geopolitical Shift: The world is gradually moving away from post-WWII power structures dominated by the US and USSR.
  • Institutional Relevance Questioned: Traditional institutions like the UN, IMF, and World Bank are being scrutinized for their relevance in today''s context.
    • Example: The New Development Bank (established by BRICS) serves as an alternative to the World Bank.
  • Growth of Plurilateral Platforms:
    • Bodies like BRICS+, Quad, and SCO represent a flexible, issue-based approach to international cooperation, unlike rigid Cold War blocs such as NATO or the Warsaw Pact.

India’s Role in Shaping the Multipolar Landscape

1. From Non-Alignment to Multi-Alignment:

India has moved from its historic non-aligned stance to a pragmatic policy of engaging across diverse groupings—balancing ties with both Western and Eurasian powers:

  • Western blocs like Quad and IPEF
  • Eurasian platforms like SCO and BRICS

2. Focus on Mini-laterals:

India increasingly participates in smaller, purpose-driven alliances:

  • Quad (Indo-Pacific security)
  • I2U2 (India-Israel-UAE-USA)
  • IPEF (Indo-Pacific Economic Framework)

3. Vision of a Multipolar Asia:

India supports a global multipolar order built around a similarly diverse and multipolar Asia.

Challenges in Pursuing Multipolarity

1. Resurgence of Cold War-Like Blocs:

The Ukraine conflict has deepened geopolitical divides—reviving bipolar dynamics with:

  • US-led Western bloc vs.
  • Russia-China alliance

This resurgence restricts the space India needs to exercise strategic autonomy.

2. Growing Pressure to Take Sides:

As global tensions increase, India’s policy of balancing between QUAD and SCO, or BRICS and Indo-Pacific alliances, becomes harder to maintain.

3. Declining Russian Influence:

Russia’s increasing reliance on China reduces its strategic independence, which in turn narrows India''s options in Eurasian geopolitics.

Conclusion

India stands at a pivotal crossroads in both digital and geopolitical domains. Protecting digital sovereignty from external control is as vital today as guarding territorial integrity. Simultaneously, India’s nuanced diplomacy and leadership are crucial in steering the global order toward genuine multipolarity. Both efforts require sustained investment in domestic capacity, resilient institutions, and bold international engagement.

Prelims Bytes

3I/ATLAS: An Ancient Interstellar Visitor

Discovery and Classification

  • On July 1, astronomers using the ATLAS telescope in Chile confirmed tracking a new object named 3I/ATLAS, first observed on June 14.
  • It is classified as an interstellar comet, potentially the oldest comet ever detected—believed to be over 3 billion years older than the solar system itself.

Key Characteristics

  • The comet exhibits a highly elliptical, hyperbolic orbit, confirming its origin from beyond the solar system.
  • It travels at a remarkable speed of 57–68 km/s relative to the Sun.
  • Its trajectory traces back to the Sagittarius constellation, hinting at its possible origin in the Milky Way’s thick disk.
  • As a hyperbolic object, it will pass through the solar system once and then depart permanently.

Proximity Details

  • Closest approach to Earth: ~270 million km
  • Closest approach to the Sun: ~210 million km, projected for October 29–30, 2025, slightly inside Mars''s orbit.

Physical Properties

  • 3I/ATLAS is actively shedding material, forming a coma of ice and dust around its nucleus.
  • As it nears the Sun, it is expected to grow a cometary tail due to solar heating.
  • Photometric analysis reveals a reddish tone, with a spectral slope of ~1.3% per 100 nm, indicating a surface composition possibly rich in complex organics or water ice.
  • The nucleus is estimated to be between 10–30 km wide, larger than past interstellar visitors:
    • 1I/ʻOumuamua (2017)
    • 2I/Borisov (2019)
  • Ongoing global observations aim to determine its composition and rotation period.

Understanding Comets

  • Comets are icy solar system bodies composed of frozen gases (like water vapor, methane, ammonia, CO₂) mixed with rocky and metallic dust.
  • They have highly elliptical orbits, differing from the nearly circular paths of planets.
  • Short-period comets originate in the Kuiper Belt, while long-period comets come from the distant Oort Cloud (5,000–100,000 AU from the Sun).
  • As they approach the Sun, they sublimate, releasing gases and forming a coma and often a tail.
  • Halley’s Comet, a well-known example, appears approximately every 76 years, last seen in 1986.

Super-Earth (TOI-1846)

  • Recent Discovery
  • Astronomers using NASA’s TESS (Transiting Exoplanet Survey Satellite) have discovered a super-Earth named TOI-1846.
  • It orbits a red dwarf star about 154 light-years away, potentially rich in water.
  • What Are Super-Earths?
  • Super-Earths are a class of exoplanets (planets beyond the solar system).
  • They are:
    • Larger than Earth (up to 2x size)
    • More massive (up to 10x Earth''s mass)
    • Lighter than Neptune
  • The term refers to size/mass only, not to Earth-like conditions.
  • Sub-Neptunes or mini-Neptunes refer to larger super-Earths.
  • Their composition is uncertain and they differ from any known solar system planets.

Arboviral Diseases – WHO Guidelines

New WHO Guidelines

  • The World Health Organization (WHO) has issued its first integrated guidelines for managing arboviral diseases.

What Are Arboviral Diseases?

  • Viral diseases transmitted by arthropods, especially Aedes mosquitoes.
  • Includes:
    • Dengue
    • Chikungunya
    • Zika
    • Yellow fever

Current Challenges

  • Arboviral infections are rising due to:
    • Climate change
    • Rapid urbanisation
    • Increased global travel
  • Globally, over 5.6 billion people are at risk.
  • Many of these illnesses have similar symptoms, complicating early diagnosis.
  • WHO highlights the need for a standardised clinical approach due to the increasing frequency and severity of outbreak

Fuel Control Switches – Air India Flight AI171 Incident

Incident Summary

  • A Boeing 787-8 aircraft (Air India Flight AI171) crashed after both engines shut down shortly after take-off.
  • The cause was traced to the fuel control switches being accidentally moved to the “CUTOFF” position.

What Are Fuel Control Switches?

  • Located just below the thrust levers in the cockpit.
  • They control fuel supply to each engine.
  • Equipped with a pull-to-unlock safety feature to prevent accidental movement.
  • Functionality
  • RUN: Normal fuel supply enabled.
  • CUTOFF: Fuel supply is cut, causing immediate engine shutdown.

Operation Sequence

  1. Engine Start: Pilot activates start selector, then moves switch to RUN.
  2. In-Flight Operation: Switch stays in RUN.
  3. Emergency: Manually switching to CUTOFF shuts down the engine.
  4. Safety Feature: System attempts automatic engine relight if the switch is toggled back to RUN.

Design & Safety Aspects

  • Spring-loaded, lockable design to avoid unintended movement.
  • Visual indicators: Red warning lights on affected switches during emergencies.
  • System redundancy:
    • Independent wiring for each switch
    • Backup power circuits
    • Automatic valve closure in power-loss scenarios

‘Ordinarily Resident’: Electoral Inclusion and Legal Definition

Background

  • The Election Commission’s recent Special Intensive Revision (SIR) in Bihar sparked debate on voting rights for migrants, emphasizing the importance of legal clarity in electoral enrollment.

Legal Definition

  • Under Section 19 of the Representation of the People Act (RP Act), only a person who is ordinarily resident in a constituency can be listed in its electoral roll.
  • Section 20 clarifies that owning property alone does not qualify someone as an ordinarily resident.
  • Individuals temporarily away for work, education, or travel remain residents of their usual place of stay.

Special Categories under Section 20:

  • Armed Forces personnel
  • State armed police deployed outside their state
  • Central government staff posted abroad
  • Holders of constitutional posts (as notified by the President in consultation with ECI)
  • Spouses of the above are also considered ordinarily resident in the home constituency.

Section 20A (Added in 2010):

  • Allows Non-Resident Indians (NRIs) to register and vote using the address on their passport, regardless of extended stays abroad.

Governing Framework

  • The Election Commission of India (ECI) manages electoral rolls under the RP Act, 1950.
  • The Registration of Electors Rules, 1960 (RER) governs voter registration, inclusion, deletion, and verification.

Why It Matters

  • The criterion ensures that voters maintain a habitual and genuine connection with the constituency, preserving electoral integrity and reducing fraud.
  • The Gauhati High Court (1999, Manmohan Singh case) held that:
    • Residency requires habitual presence and intention to stay.
    • A reasonable person must consider the individual a resident of that place.

Nominated Members of Rajya Sabha

  • Recent Development
  • The President of India has nominated four new members to the Rajya Sabha.
  • Constitutional Provisions
  • Article 80 of the Constitution:
    • The Rajya Sabha consists of up to 238 elected members and 12 nominated members.
    • As per Article 80(3), the President can nominate individuals with special knowledge or practical experience in:
      • Literature
      • Science
      • Art
      • Social service
  • Administrative Process
  • According to the Allocation of Business Rules, 1961:
    • The Ministry of Home Affairs (MHA) manages the nomination process.
    • MHA issues notifications after the President finalises nominations.
  • Notable Legal Case
  • In 2012, the Delhi High Court upheld the nomination of Sachin Tendulkar under Article 80(3) in the case:
    • Ram Gopal Singh Sisodia vs. Union of India

Carbon Credit Trading Scheme (CCTS): India’s New Carbon Market Framework

Overview

  • The Indian government has launched the Carbon Credit Trading Scheme (CCTS) under the Indian Carbon Market (ICM) to reduce GHG emission intensity in high-emission industries.
  • It replaces the older Perform, Achieve, and Trade (PAT) scheme.

Purpose and Function

  • CCTS sets GHG emission reduction targets (not just energy efficiency) for specific industries.
  • It introduces Carbon Credit Certificates (CCC), each equivalent to 1 tonne of CO emissions reduced.

Key Authorities

  • Bureau of Energy Efficiency (BEE)
  • National Steering Committee for Indian Carbon Market (NSCICM)
  • Shift from PAT to CCTS

Feature

PAT Scheme

CCTS

Focus

Energy efficiency

GHG emissions intensity

Credits

ESCerts

Carbon Credit Certificates (CCC)

Applicability

Energy-intensive sectors

Emission-intensive sectors

Sectors Under Compliance Mechanism

  • Aluminium
  • Cement
  • Pulp & Paper
  • Chlor-alkali
  • Iron & Steel
  • Textiles
  • Petrochemicals
  • Petroleum Refineries

These sectors contribute about 16% of India''s GHG emissions.

Power Sector:

  • Despite contributing ~40% of national emissions, the power sector is currently excluded from the CCTS but may be added in the future.

Mechanisms within CCTS

  1. Compliance Mechanism:
    • Obligated industries must meet targets or buy CCCs if they fall short.
    • Overachievers can trade surplus credits in the carbon market.
  2. Offset Mechanism:
    • Allows non-mandated entities to participate voluntarily by reducing emissions and earning credits.

National Commitments

  • Under India’s Nationally Determined Contributions (NDCs):
    • Goal: 45% reduction in emissions intensity of GDP by 2030 (compared to 2005 levels).
    • CCTS is a key mechanism to meet this target.

Barak Valley: Connectivity Crisis in Assam’s Southern Region

Recent Developments

  • Gaurav Gogoi, President of Assam Pradesh Congress Committee (APCC) and Lok Sabha MP, has urged the Prime Minister to intervene in the worsening transportation and infrastructure issues in the Barak Valley, citing an emerging connectivity crisis.

Geographic Overview

  • The Barak Valley lies in the southernmost part of Assam, named after the Barak River, which flows through the region.
  • It comprises three districts:
    • Cachar
    • Hailakandi
    • Karimganj
  • Together, these districts make up around 9% of Assam’s total area.

Bordering States and Nations

  • North: Meghalaya
  • South: Mizoram
  • East: Manipur
  • West: Tripura and the Sylhet Division of Bangladesh

Key Features

  • Known for its fertile lands, the region heavily relies on agriculture.
  • Silchar serves as the primary urban and educational hub in the valley.

Barak River: Lifeline of the Region

Overview

  • The Barak River is the second largest river system in Northeast India after the Brahmaputra.
  • It passes through Manipur, Nagaland, Mizoram, and Assam, before entering Bangladesh.

River Course

  • Source: Rises in the Manipur Hills, near Mao in Senapati district, at an elevation of 2,331 meters.
  • Flows along the Nagaland-Manipur border, traverses hilly terrain, and enters Assam.
  • In Bangladesh, the river splits into the Surma and Kushiyara, later rejoining as the Meghna, eventually merging with the Ganga-Brahmaputra system before draining into the Bay of Bengal.

Key Stats

  • Total Length: ~900 km, of which 564 km lies in India.
  • Major Tributaries:
    • Jiri
    • Dhaleswari
    • Singla
    • Longai
    • Sonai
    • Katakhal

Weather Derivatives in India

Context

  • India is set to launch its first weather derivatives.
  • A collaboration between NCDEX (National Commodity and Derivatives Exchange Ltd) and the India Meteorological Department (IMD) will enable the creation of rainfall-based derivative contracts.

Purpose

  • To help farmers and agri-based businesses hedge against weather-related risks, such as:
    • Irregular rainfall
    • Heatwaves
    • Unseasonal weather events

Key Features

  • Based on location-specific weather data from IMD.
  • Contracts will be seasonal and rely on historical and real-time weather indices.
  • These are non-traditional derivatives, where:
    • The underlying asset is a weather index (e.g., rainfall or temperature).
    • They do not carry inherent market value, placing them in the category of incomplete markets.
  • Globally, over-the-counter trading in such derivatives began in the 1990s.

Patriot Air Defence Missile System

Recent Development

  • The U.S. President has announced the deployment of Patriot air defence systems to Ukraine in response to increasing Russian military actions.

Overview

  • Full Form: Patriot stands for Phased Array Tracking Radar for Intercept on Target.
  • It is an all-weather, all-altitude surface-to-air missile defence system.
  • Originally designed to counter aircraft, its modern versions can also target:
    • Ballistic missiles
    • Cruise missiles
    • Loitering munitions
  • Developed by Raytheon Technologies Corp, it is the most advanced air defence system of the U.S. Army.

Global Usage

  • Operated by many U.S. allies including Germany, Israel, Japan, South Korea, Saudi Arabia, and Poland.
  • Combat history includes:
    • Gulf War (1991) – used in Saudi Arabia, Kuwait, and Israel
    • Iraq invasion (2003) – used for missile defence

Key Features

  • A Patriot battery includes:
    • Phased array radar
    • Engagement control station
    • Computers and power units
    • Up to eight launchers (each carrying four missiles)
  • Operated by around 90 soldiers, but only three are needed during combat.
  • Uses Track-Via-Missile (TVM) guidance and midcourse corrections from the control station.

Interceptor Variants

  • PAC-2: Uses a blast-fragmentation warhead.
  • PAC-3: Employs hit-to-kill technology for higher accuracy.
  • Interceptors can:
    • Reach altitudes of over 24 km
    • Strike targets up to 160 km away

Radar range: Over 150 km

Singapore – Key Highlights

  • Diplomatic Engagement
  • India’s External Affairs Minister met with his Singaporean counterpart to boost bilateral relations.
  • Country Overview
  • Capital: Singapore (same as the country)
  • Geography:
    • A city-state located at the southern tip of the Malay Peninsula.
    • Consists of a main island and 60+ smaller islets.
    • Lies about 137 km north of the Equator, with a humid equatorial monsoon climate.
  • Borders:
    • Separated from Malaysia by the Johor Strait (north).
    • Faces Indonesia across the Singapore Strait (south).
  • Economy & Ports:
    • Home to Southeast Asia''s largest port, among the busiest in the world.
    • Strategic position on the Strait of Malacca, linking the Indian Ocean to the South China Sea, drives its economic success.

New Caledonia Autonomy Agreement

Context

  • France has agreed to grant greater autonomy to New Caledonia, creating a new administrative unit called the “State of New Caledonia” within the French Republic.

About New Caledonia

  • A French overseas territory in the South Pacific.

Historical Background:

    • Indigenous people were forcibly taken for slavery and plantation labour in the 1800s.
    • Annexed by France in 1853.

Current Issue:

    • There are deep political and ethnic divides, particularly between the indigenous Kanak people and European settlers, with long-standing demands for full independence.

ADEETIE Scheme: Boosting Energy Efficiency in MSMEs

What is ADEETIE?

  • ADEETIE stands for Assistance in Deploying Energy Efficient Technologies in Industries & Establishments.
  • It is a flagship initiative launched by the Bureau of Energy Efficiency (BEE) under the Ministry of Power.
  • The scheme aims to help Micro, Small, and Medium Enterprises (MSMEs) reduce energy consumption and become more climate-resilient.

Key Features

  • Offers financial and technical assistance to Udyam-registered MSMEs for adopting technologies with 10%+ energy savings potential.
  • Provides:
    • Interest subvention:
      • 5% for Micro and Small Enterprises
      • 3% for Medium Enterprises
    • Investment Grade Energy Audits (IGEA)
    • Detailed Project Reports (DPRs)
    • Post-implementation monitoring & verification (M&V)

Additional Support

  • Focus on capacity building for MSMEs.
  • A dedicated online platform under ADEETIE will streamline project financing for energy efficiency improvements.

Nano-Fertilisers and Biostimulants

Government Advisory

  • The Union Agriculture Minister urged states to halt the forced promotion of nano-fertilisers and biostimulants among farmers.

Nano-Fertilisers

  • Nano-fertilisers are nutrients encapsulated in nanoparticles (less than 100 nm).
  • They offer controlled and efficient nutrient release, improving crop absorption and reducing waste.

Biostimulants

  • Biostimulants are substances or microorganisms that stimulate plant growth and improve stress tolerance, independent of nutrient content.
  • Common examples:
    • Humic acids
    • Seaweed extracts
    • Beneficial fungi and bacteria
    • Liquid compost manure

ICMR-NIE and the "Silent Salt Epidemic"

Context

  • The ICMR-National Institute of Epidemiology flagged a growing public health threat due to excessive salt consumption.
  • A community intervention programme has been launched in Punjab and Telangana to promote low-sodium salt alternatives.
  • Problem Overview
  • Excess salt intake is a leading cause of hypertension and heart diseases.
  • Average daily salt consumption:
    • Urban India: 9.2 g/day
    • Rural India: 5.6 g/day
    • Both exceed the WHO’s recommended limit of 5g/day.

Project Goals

  • A three-year study to test the effectiveness of:
    • Salt-reduction counselling
    • Low-sodium substitutes
  • Focus on hypertensive individuals in pilot states.

Health Impact of Salt

  • Common salt (NaCl) contributes to high blood pressure.
  • Low-sodium salts replace part of NaCl with potassium or magnesium, maintaining taste while improving health.
  • Switching to low-sodium salt can reduce blood pressure by an average of 7/4 mmHg.

Key Challenges

  • Silent onset: Symptoms only appear after years of excess intake.
  • Cultural diet: High-salt foods are embedded in Indian cuisine and processed products.
  • Awareness gap: Most people are unaware of daily salt limits.
  • NCD rise: Poor salt habits contribute to non-communicable diseases like:
    • Hypertension
    • Cardiovascular diseases
    • Kidney disorders

India–Saudi Arabia Fertilizer Agreement

Context

Three Indian fertilizer companies have entered a five-year agreement with Saudi Arabia’s Ma’aden to annually import 3.1 million metric tonnes (MMT) of DAP fertilizer starting in 2025–26.

Overview of the Agreement

  • Parties Involved:
    • Indian: IPL (Indian Potash Limited), KRIBHCO, Coromandel International
    • Saudi: Ma’aden (Saudi Arabian Mining Company)
  • Term: Five years beginning FY 2025–26, extendable through mutual agreement.
  • Annual Volume: 3.1 MMT of DAP fertilizer, raising Saudi exports to India to 30 LMT.

Key Features

  • Long-Term Assurance: Provides a secure and consistent supply of DAP to India.
  • Collaborative Research: Focus on developing India-specific alternative fertilizers aimed at improving soil and crop productivity.
  • Investment Opportunities: Encourages Indian public sector investment in Saudi Arabia and vice versa in agri-inputs.
  • Strategic Coordination: Establishes a bilateral platform for policy, research, and investment coordination in fertilizers and mining.

Importance for India

  • Enhancing Food Security: Ensures nutrient-rich fertilizer access crucial for high crop yields.
  • Supply Chain Stability: Reduces dependency on volatile global markets.
  • Strategic Partnership: Strengthens India-Saudi cooperation in energy and agriculture.
  • Tailored Innovation: Enables the creation of fertilizers suited to India’s diverse agro-climatic conditions.


POSTED ON 14-07-2025 BY ADMIN
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