UPSC CURRENT AFFAIRS – 6 April 2026

UPSC CURRENT AFFAIRS – 6 April 2026 covers important current affairs of the day, their backward linkages, their relevance for Prelims exam and MCQs on main articles

 

InstaLinks : Insta Links help you think beyond the current affairs issue and help you think multidimensionally to develop depth in your understanding of these issues. These linkages provided in this ‘hint’ format help you frame possible questions in your mind that might arise(or an examiner might imagine) from each current event. InstaLinks also connect every issue to their static or theoretical background.

Table of Contents

GS Paper 3 :

1. Transforming India’s Nuclear Power Landscape

2. India Needs GST 2.0

Content for Mains Enrichment (CME):

1. Project Chetak

Facts for Prelims (FFP):

1. Stagflation

2. Tar Balls

3. The Indian Crested Porcupine

4. Babu Jagjivan Ram

5. NATO (North Atlantic Treaty Organization)

Mapping:

1. The United Arab Emirates (UAE)

UPSC CURRENT AFFAIRS – 6 April 2026

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GS Paper 3 :

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Transforming India’s Nuclear Power Landscape

Source: TH

Subject: Nuclear Energy

Context: The Government of India introduced and rapidly passed the SHANTI (Sustainable Harnessing and Advancement of Nuclear Energy for Transforming India) Bill in December 2025.

• This transformative legislation repeals the Atomic Energy Act of 1962, allowing private companies to build, own, and operate nuclear plants to achieve a target of 100 GW of nuclear capacity by 2047.

About Transforming India’s Nuclear Power Landscape:

What It Is?

• The transformation involves a fundamental shift from a state-monopoly under the Department of Atomic Energy (DAE) to a liberalized, multi-stakeholder ecosystem. It aims to integrate nuclear energy as a primary baseload power source alongside renewables to achieve Viksit Bharat (Developed India) by 2047 and Net-Zero emissions by 2070.

Data/Stats on India’s Nuclear Landscape:

• Current Capacity: India’s installed nuclear capacity stands at 8,180 MW (approx. 8.8 GW), contributing only 3% of total electricity generation despite representing 1.8% of generating capacity.
• Generation Disparity: In 2024, India’s per capita electricity generation was 1,418 kWh, significantly lower than China (7,097 kWh) and the U.S. (12,701 kWh).
• Operational Base: The Nuclear Power Corporation (NPCIL) manages 24 reactors; the majority are indigenous Pressurised Heavy Water Reactors (PHWRs).
• Cost Efficiency: India’s indigenous 700 MW PHWR construction cost is million per MW, which is among the lowest globally.

Need for Transforming the Nuclear Landscape:

• Viksit Bharat Goals: To reach developed nation status, India needs to grow its electricity generating capacity to over 2,000 GW.
• Baseload Stability: Unlike solar and wind, which are intermittent, nuclear provides a steady baseload required for heavy industries like steel and cement.
• Land Scarcity: Renewables are roughly 10 times more land-intensive than nuclear power plants, making nuclear more viable for a land-stressed country like India.
• Decarbonization: Achieving Net-Zero by 2070 requires moving away from coal-based thermal power (currently 75% of generation) toward low-carbon nuclear energy.
• Capital Requirements: Adding 90 GW of capacity requires an outlay of billion (₹18 lakh crore), a sum that necessitates private and foreign investment beyond government budgets.

Initiatives Taken:

• SHANTI Act (2025): Replaced the 1962 Act to allow private participation and revised the liability framework to encourage investment.
• Statutory Status for AERB: The Atomic Energy Regulatory Board has been granted statutory status to ensure independent and transparent regulation.
• Small Modular Reactors (SMRs): The government allocated ₹20,000 crore to R&D for five indigenous SMR models (5 MW to 200 MW) for captive industrial use.
• Fleet Mode Implementation: Approval for building ten 700 MW reactors in fleet mode to gain economies of scale and reduce construction timelines.

Challenges Associated:

• High Upfront Costs: Nuclear plants require massive initial capital investment, even if operating costs remain low over their 60-year lifespan.
• Safety & Liability: Concerns regarding the Civil Liability for Nuclear Damage Act (CLNDA) have historically deterred foreign technology suppliers like GE and Westinghouse.
• Land Acquisition & Regulation: Current exclusion zone regulations for large plants are not suited for single-unit captive reactors in industrial hubs.
• Technological Indigenization: Foreign designs (French EdF or U.S. Westinghouse) are expensive ( million/MW) and need significant indigenization to be cost-effective.
• Waste Management: Creating a transparent and safe framework for long-term nuclear waste disposal remains a significant public and environmental concern.

Way Ahead:

• Private-Public Partnerships: Develop clear rules for the build-own-operate model to ensure private sector confidence in fuel ownership and waste management.
• SMR Modularization: Adapt the proven 220 MW PHWR design into a modular format for quick deployment (within 40 months) for data centers and heavy industry.
• Thorium Exploitation: Accelerate R&D into Thorium cladding with HALEU to utilize India’s vast thorium reserves without waiting for the complex Breeder Reactor route.
• Regulatory Independence: Ensure the AERB functions with total autonomy from the DAE to build public trust and ensure international safety standards.
• Financing Models: Work out innovative green-financing and insurance pools to mitigate the risks associated with high-capital nuclear projects.

Conclusion:

The SHANTI Act marks a paradigm shift by breaking the decades-old state monopoly on nuclear power, aligning India’s energy policy with its 2047 economic ambitions. Success will depend on moving from legislative intent to the nuts and bolts of implementation—specifically in creating a transparent, safe, and commercially viable environment for private players.

 

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India Needs GST 2.0

Source: FL

Subject: Economy

Context: The Justice Kurian Joseph Committee on Union-State Relations released a landmark report advocating for GST 2.0.

• The report warns that the current GST framework has eroded the fiscal autonomy of States and needs a second generation of reforms to restore the federal balance and fix the broken digital tax backbone.

About India Needs GST 2.0:

What is GST?

• The Goods and Services Tax (GST) is a comprehensive, multi-stage, destination-based indirect tax that subsumed almost all central and state indirect taxes.
• It was designed to create a One Nation, One Tax system, eliminating the cascading effect (tax-on-tax) and building a seamless national market through the mechanism of Input Tax Credit (ITC).

History of GST in India:

• The Blueprint: The idea was first proposed in 2000; however, it took 16 years of political negotiation to pass the 101st Constitutional Amendment Act (2016).
• Launch: It was officially rolled out on July 1, 2017, fundamentally altering India’s fiscal federalism by granting simultaneous taxing powers to the Union and States under Article 246A.
• The Compact: States surrendered their power to tax the sale of goods in exchange for a five-year compensation guarantee (which expired in June 2022).

Recent GST Reforms in India:

• Next Generation GST Reforms (2025): Announced by the Prime Minister on August 15, 2025, to simplify the tax structure further.
• Three-Tier Rate Structure: In September 2025, the GST Council approved a transition to a simplified three-slab system: 5%, 18%, and 40%.
• Threshold Revisions: The tax-free threshold for apparel and footwear was raised to ₹2,500 (from ₹1,000) to provide relief to lower-income consumers.
• Micro-Classification Rationalization: Incoherent tax differences (like different rates for plain vs. packaged buns) were eliminated to reduce the absurdity in tax administration.
• Compensation Extension: While the revenue guarantee for states ended in 2022, the Compensation Cess was extended until March 31, 2026, primarily to service Union borrowings taken during the pandemic.

The Need for GST 2.0:

• Fiscal Cliff for States: Since the compensation guarantee expired in 2022, States like Punjab and Kerala face revenue shortfalls of 36% to 50%, yet they lack the power to adjust rates to meet local needs.
• Broken Digital Architecture: The original digital handshake (invoice matching) failed. The current reliance on self-declared GSTR-3B returns has led to massive frauds and an unsettled IGST black box.
• Union Veto in GST Council: The current voting weight (1/3rd for Union, 2/3rd for States) gives the Union a de facto veto, turning a federal negotiation forum into an appendage of the Union Executive.
• Erosion of Legislative Autonomy: Under GST, State Assemblies have lost control over 44% of their own-tax revenue, reducing elected legislatures to mere passive ratifiers of executive decisions.
• Compliance Burden on MSMEs: GST has relocated complexity from the state to the market. Small firms now spend significantly more time and money on compliance compared to large enterprises.

Way Ahead:

• Reforming Voting Weights: Reduce the Union’s vote share to 20% or move to a one member, one vote model to treat the Union as an equal partner rather than a dominant promoter.
• Rotational Chairpersonship: Rotate the GST Council Chair every year among the Union and State Finance Ministers (following the EU model) to democratize the agenda-setting process.
• Limited Rate Flexibility: Allow States to vary their SGST component within a narrow band (e.g., +/- 2%) to provide them with fiscal agency during local crises.
• Decentralizing GSTN: Transition the GST Network to a federated architecture (like UPI), allowing States to build their own front-end portals for better data access and audit.
• Independent Dispute Authority: Establish a GST Dispute Settlement Authority chaired by a retired Supreme Court judge to resolve Union-State fiscal conflicts neutrally.

Conclusion:

GST was a bold attempt at economic integration, but its current centralized execution has created an unsustainable fiscal imbalance for Indian States. GST 2.0 is not just a technical requirement but a constitutional necessity to move from coercive fiscal federalism to a genuine partnership. India’s success as a global economy depends on choosing trust over control and repairing the broken digital trust at the heart of the tax regime.

 

 

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UPSC CURRENT AFFAIRS – 6 April 2026 – Content for Mains Enrichment (CME)

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Project Chetak

Context: BRO’s Project Chetak has celebrated its 47th Raising Day on 4 April 2026 at Bikaner, Rajasthan, marking over four decades of strategic infrastructure development in India’s western border region.

About Project Chetak:

What it is?

• Project Chetak is one of the largest and strategically significant infrastructure projects under the Border Roads Organisation (BRO).
• It was raised in 1980 to develop and maintain roads and defence-related infrastructure in the western border region, especially across Rajasthan, Punjab, and northern Gujarat.

Organisation Involved: Border Roads Organisation (BRO)

Aim:

• To strengthen border infrastructure and military logistics in western India.
• To ensure all-weather connectivity for defence forces and border communities.
• To support national security and regional economic development.

Key Features:

• Extensive Road Network: Maintains over 4,000 km of roads across the western sector.
• Defensive Infrastructure: Includes 214 km of Ditch Cum Bund (DCB) for border security and flood control.
• Strategic Upgradation: Feeder roads toward the International Border are being upgraded to National Highway double-lane standards.

Significance:

• National Security: Ensures rapid movement of troops, equipment, and supplies to border areas.
• Regional Development: Improves connectivity for remote border villages, boosting trade, mobility, and socio-economic integration.

Relevance in UPSC Exam Syllabus:

• GS Paper III
  • Internal security
  • Border management
  • Infrastructure and logistics
  • Role of technology and roads in national security
• GS Paper I
  • Regional development
  • Geography of border regions

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UPSC CURRENT AFFAIRS – 6 April 2026 Facts for Prelims (FFP)

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Stagflation

Source: IE

Subject: Economy

Context: The ongoing conflict between the US-Israel and Iran in April 2026 has triggered a pernicious energy supply and price shock, leading to fears of a return to 1970s-style stagflation.

About Stagflation:

What It Is?

• Stagflation is a rare and challenging economic condition characterized by the simultaneous occurrence of stagnant economic growth (or recession), high unemployment, and high inflation.
• The term, coined by British politician Iain Macleod, describes the worst of both worlds, where prices rise rapidly even as the economy shrinks or stalls.

How It Occurs?

• Stagflation typically arises from a negative supply shock.
• In a normal economy, prices and quantity move along a curve. However, during a shock (like a war or pandemic), the entire supply curve shifts to the left.

• This shift means that at the same price level, producers can only supply a smaller quantity of goods (Q1 instead of Q0) due to higher input costs or broken logistics.
• The result is a new equilibrium where the price is higher (P1), but the actual output/growth is lower.

Factors Impacting Stagflation:

• Energy Supply Disruptions: Sudden stoppages in oil or gas (e.g., closure of the Strait of Hormuz) create sudden stops in industrial activity.
• Input Cost Surges: Rapid increases in the price of raw materials, petrochemical feedstocks, and fertilizers (crucial for modern Indian agriculture).
• Supply Chain Breakages: Wars and geopolitical tensions that physically block trade routes rather than just increasing the price of transit.
• Monetary Policy Lag: When central banks are slow to react or have already exhausted their ammunition (low interest rates) before the shock hits.

Features of Stagflation:

• Low/Negative GDP Growth: As seen in 1974, when the US and UK saw growth rates of -0.5% and -1.7% respectively.
• Double-Digit Inflation: Concurrent with low growth, consumer price inflation often exceeds 10% (reaching as high as 24.2% in the UK in 1975).
• High Unemployment: Stagnant growth leads to business closures (especially MSMEs) and job losses.
• Ineffectiveness of Traditional Tools: Normal textbook fixes for inflation usually worsen stagnation, and vice-versa.

Methods to Control Stagflation:

• Supply-Side Reforms: Since stagflation is a supply-side problem, the primary solution is restoring broken supply chains and increasing production capacity.
• Energy Diversification: Shifting away from volatile fossil fuels toward renewables or electric cooking/transport to insulate the economy from oil shocks.
• Targeted Fiscal Support: Providing specific relief to vulnerable sectors (like MSMEs or farmers) rather than broad-based stimulus which could fuel further inflation.
• Balanced Interest Rate Hikes: Central banks must carefully raise rates to anchor inflation expectations without choking what little growth remains in the economy.

 

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Tar Balls

Source: NIE

Subject: Environment

Context: The Ministry of Environment, Forest, and Climate Change has released the draft Tar Balls Management Rules, 2026, to protect India’s coastline from oil spills.

About Tar Balls:

What They Are?

• Tar balls are small, dark, sticky, or hardened blobs of weathered crude oil found floating on the ocean surface or washed ashore on beaches. They are essentially the remnants of oil that has undergone physical and chemical changes due to environmental exposure.

Chemical Composition:

Tar balls are complex mixtures consisting of:

• Hydrocarbons: Primarily heavy, high-molecular-weight compounds like paraffins and aromatics.
• Asphaltenes: These provide the characteristic black color and sticky texture.
• Impurities: They often trap sand, shells, seaweed, and microplastics as they roll along the ocean floor or beach.
• Sulfur and Metals: Trace amounts of nickel and vanadium are often present, depending on the source of the crude oil.

How They Are Formed?

The formation of tar balls is a result of a process called weathering:

1. Oil Release: It begins with an oil spill from ships, offshore platforms, or natural oil seeps on the ocean floor.
2. Evaporation & Dissolution: Lighter components of the oil evaporate into the air or dissolve in water.
3. Emulsification: The remaining heavy oil mixes with seawater to form a thick, mousse-like emulsion.
4. Fragmentation: Wind and waves break this thick oil into smaller pieces.
5. Solidification: As the lighter fractions continue to leave, the residue hardens into sticky, dense spheres (tar balls) that are carried by currents to the shore.

Key Features:

• Persistence: They are highly resistant to environmental degradation and can remain in the marine environment for a long time.
• Size Variability: They can range from the size of a coin to that of a basketball.
• Seasonal Presence: In India, they are most prominent on the western coast (Gujarat to Goa) between April and September due to south-westerly winds and currents.
• Sticky Texture: When fresh, they are soft and tacky, but they can become hard and crusty over time as they incorporate sand and debris.

Implications:

• Seabirds, fish, and sea turtles often mistake tar balls for food. Ingestion can lead to internal poisoning, while external coating can impair a bird’s ability to fly or swim.
• They can smother coral reefs and seagrass beds, disrupting local marine habitats.
• Accumulation on beaches reduces the aesthetic value of coastal destinations, impacting the tourism industry in states like Goa.

 

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The Indian Crested Porcupine

Source: TOI

Subject: Species in News

Context: Kashmir’s red gold (Saffron) is under severe threat as the Indian crested porcupine has begun devouring saffron corms (underground bulbs) in the Pampore highlands.

About The Indian Crested Porcupine:

What It Is?

• The Indian crested porcupine (Hystrix indica) is a large, nocturnal rodent belonging to the Old World porcupine family. It is characterized by its coat of sharp quills, which serve as a highly effective defense mechanism against predators. In Kashmir, it has recently emerged as a significant agricultural pest, specifically targeting the roots and bulbs of high-value crops.

Habitat:

• Geographic Range: Found throughout Southern Asia and the Middle East, including India, Pakistan, and Iran.
• Ecological Preference: They are highly adaptable and live in various habitats, including rocky hillsides, scrublands, forests, and increasingly, cultivated agricultural highlands (like the karewa uplands of Pampore).
• Nesting: They are expert burrowers, creating extensive underground tunnel systems or using natural caves and rock crevices for shelter.

IUCN Status:

• Least Concern (LC): Globally, the species is widespread and not currently threatened with extinction.

Key Characteristics:

• Defense Mechanism: Its body is covered in multiple layers of quills; the longest quills are located on the neck and shoulder, forming a crest.
• Nocturnal Behavior: They are active primarily at night, making it difficult for farmers to monitor or deter them during their peak foraging hours.
• Diet: They are herbivorous, feeding on fruits, grains, and roots. Their powerful incisors allow them to dig deep and hollow out corms and tubers.
• Size: They are the largest rodents in India, weighing between 11 kg and 18 kg.
• Reproduction: They have a high survival rate in areas where natural predators like leopards are declining.

About Saffron:

What It Is?

• Saffron is the world’s most expensive spice by weight, derived from the dried, vivid crimson stigmas (thread-like structures) of the Crocus sativus flower, commonly known as the saffron crocus. Each flower produces only three stigmas, which must be hand-harvested and dried to produce the spice used in cooking, medicine, and dyes.

Region and Cultivation:

Saffron requires a very specific climate—cool, dry summers and cold, snowy winters—to thrive.

• Global Leaders: Iran is the largest producer, accounting for roughly 90% of global supply. Other major producers include Spain, Greece, and Afghanistan.
• Indian Context: In India, saffron is primarily grown in the Kashmir Valley, specifically in the Pampore highlands (Pulwama district), often referred to as the Saffron Bowl of Kashmir.
• Soil Type: It grows best in Karewa soil—lacustrine (lake-derived) deposits consisting of silt, sand, and clay, which are unique to the Kashmir valley and provide excellent drainage.

Key Features:

• The Corm: Unlike many plants grown from seeds, saffron grows from corms, which are underground, bulb-like stems. These corms are perennial and are the target of pests like the Indian crested porcupine.
• Labor Intensive: It takes approximately 150,000 to 175,000 flowers to produce just one kilogram of dry saffron. Because the flowers bloom for only a few weeks in autumn and must be picked at dawn, the labor costs are immense.
• Chemical Profile:
  • Crocin: Responsible for the intense orange-yellow color.
  • Picrocrocin: Gives saffron its distinct, slightly bitter taste.
  • Safranal: Provides the characteristic hay-like or metallic aroma.
• GI Tag Status: Kashmir Saffron has been granted a Geographical Indication (GI) tag, which protects its identity and prevents the sale of adulterated or cheaper Iranian saffron under the Kashmiri name.
• Grade and Quality: It is graded based on the length of the red part of the stigma. Mongra (Kashmiri) or Sargol (Iranian) represents the highest grade, consisting only of the deep red tips without the yellow style.

 

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Babu Jagjivan Ram

Source: PIB

Subject: History

Context: The nation paid rich tributes to Babu Jagjivan Ram on his 119th birth anniversary. Dignitaries, including former President Ram Nath Kovind and former Lok Sabha Speaker Meira Kumar, gathered at Samta Sthal (his memorial) in New Delhi to honor his legacy.

About Babu Jagjivan Ram:

Who He Was?

• Popularly known as Babuji, Jagjivan Ram was a towering national leader, a veteran freedom fighter, and an unwavering crusader for social justice. He holds the record for being a Union Cabinet Minister for 35 years—the longest tenure in Indian history—and served as the Deputy Prime Minister of India.

Early Life:

• Birth: Born on April 5, 1908, in Chandwa (Bihar) to a Dalit family.
• Education: Despite facing severe caste-based discrimination, he excelled academically. He attended Banaras Hindu University (BHU) and later Calcutta University, where he organized students against social inequalities.
• Social Awakening: In 1935, he was instrumental in foundation of the All India Depressed Classes League, an organization dedicated to attaining equality for untouchables.

Key Contribution to Indian Freedom Movement:

• Civil Disobedience: He was actively involved in the Quit India Movement (1942) and was imprisoned by the British for his participation.
• Organizational Role: He served as a bridge between the Dalit community and the Indian National Congress, ensuring that the struggle for independence was also a struggle for social reform.
• Interim Government: In 1946, he became the youngest minister in Jawaharlal Nehru’s interim government, handling the Labour portfolio.

Key Contributions to Post-Independent India

• Green Revolution: As the Minister for Food and Agriculture (1967–1970), he is credited with successfully steering the Green Revolution, making India self-sufficient in food grains.
• 1971 War: As the Defence Minister during the 1971 Indo-Pak war, his leadership was pivotal in India’s victory and the subsequent birth of Bangladesh.
• Labour Reforms: He introduced several landmark legislations for workers’ rights, including the Minimum Wages Act and the Employees’ State Insurance (ESI) scheme.

Last Days:

• In 1977, he resigned from the Congress and formed the Congress for Democracy, eventually joining the Janata Party alliance.
• He served as Deputy Prime Minister from January 1979 to July 1979.
• He remained an active parliamentarian until his passing on July 6, 1986.

 

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NATO (North Atlantic Treaty Organization)

Source: LM

Subject: International Organisation

Context: U.S. President Donald Trump described NATO as a paper tiger and stated that withdrawing U.S. membership is now beyond reconsideration.

About NATO (North Atlantic Treaty Organization):

What It Is?

• NATO is a 32-nation intergovernmental military alliance based on the North Atlantic Treaty. it serves as a system of collective defense where its independent member states agree to mutual defense in response to an attack by any external party.

Established In:

• Date: April 4, 1949.
• Headquarters: Brussels, Belgium.

Background:

• NATO was created in the aftermath of World War II to provide security against the perceived threat posed by the Soviet Union.
• As pro-Soviet Communist regimes were installed across Eastern Europe and China, the U.S., Canada, and 10 Western European nations sought a unified front to prevent further Soviet expansion.
• Following the collapse of the USSR, the alliance expanded to include many former Eastern Bloc countries.

Aim:

• The primary aim is defined in Article 5, which states that an attack against one member is considered an attack against all.
• To promote democratic values and enable members to consult and cooperate on issues related to defense and security.
• To provide a deterrent against potential aggressors through a unified command structure.

Members:

• Currently, there are 32 member countries.
• Founding Members: Include the U.S., UK, France, Canada, and Italy.
• Recent Additions: Following Russia’s 2022 invasion of Ukraine, Finland (2023) and Sweden (2024) joined the alliance, significantly shifting the security landscape of Northern Europe.

Key Functions:

• Command Structure: While NATO has no independent army, members contribute personnel and resources to a unified command called SHAPE (Supreme Headquarters Allied Powers Europe), usually led by a U.S. 4-star General.
• Joint Operations: Historically, NATO has conducted missions in the Balkans (1990s), and Afghanistan (2001).
• Nuclear Umbrella: The U.S. provides a nuclear deterrent for European allies who do not possess their own nuclear weapons.
• Defense Spending: Members are expected to contribute to the alliance’s budget; at the 2025 Hague Summit, members agreed to raise spending to 5% of their GDP by 2035.

Significance:

• NATO has been the backbone of the Western security architecture for over 75 years, ensuring stability in Europe.
• It remains the primary counterweight to Russian influence in Eurasia.
• The alliance has traditionally been the vehicle through which the U.S. projects power and maintains its nuclear umbrella over the Western world.

 

Facts for Prelims – 6th April 2026 Current Affairs Video

 

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UPSC CURRENT AFFAIRS – 6 April 2026 Mapping:

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The United Arab Emirates (UAE)

Source: DD News

Subject: Mapping

Context: The UAE has officially backed Bahrain’s call for the UN Security Council to intervene in the Strait of Hormuz crisis, labeling the near-blockage of the waterway a direct threat to global stability.

About The United Arab Emirates (UAE):

What It Is?

• The UAE is a federation of seven emirates (Abu Dhabi, Dubai, Sharjah, Ajman, Umm Al Quwain, Ras Al Khaimah, and Fujairah) located in the southeast of the Arabian Peninsula. Established in 1971, it has transformed from a quiet desert region into a global hub for finance, tourism, and energy.

Location and Borders:

• Region: Middle East/West Asia.
• Capital: Abu Dhabi (The largest and wealthiest of the seven emirates).
• Bordering Nations:
  • Saudi Arabia: To the west and south.
  • Oman: To the east and northeast.
• Coastline: It has a long coastline along the Persian Gulf (North) and a shorter coast along the Gulf of Oman (East).

Key Geological Features:

• Desert Landscape: Over 80% of the UAE’s land is part of the Rub’ al Khali (Empty Quarter), characterized by rolling sand dunes and arid plains.
• Al Hajar Mountains: Located in the east, these rugged mountains separate the coastal plain from the interior desert and provide a cooler climate and seasonal water run-off.
• Sabkha (Salt Flats): Extensive coastal salt flats, particularly in the western regions of Abu Dhabi, formed by the evaporation of seawater.
• Coral Reefs and Islands: The UAE possesses numerous offshore islands and a complex marine ecosystem in the Persian Gulf, vital for biodiversity.
• Hydrocarbon Deposits: Geologically, the UAE sits atop some of the world’s largest oil and gas reserves, primarily concentrated in the Emirate of Abu Dhabi.

Significance:

• The UAE is a key member of OPEC and a top global exporter of oil. Its proximity to the Strait of Hormuz makes its economic stability inseparable from maritime security.
• With ports like Jebel Ali and airports in Dubai and Abu Dhabi, it serves as a critical bridge between Europe, Asia, and Africa.
• The UAE is a leader in the Global South and the Arab world, often mediating regional conflicts and hosting major international summits

 

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