UPSC Current Affairs 11 March 2026

Union Cabinet Approves Extension of Jal Jeevan Mission

Why in News

• Union Cabinet on March 10, 2026, approved the extension of the Jal Jeevan Mission with an outlay of Rs 8.7 lakh crore.

About Jal Jeevan Mission

• Launched in 2019 to provide functional household tap connections to all rural homes.
• Coverage expanded from around 17% to over 80% of rural households.
• Focuses on safe and adequate drinking water at the household level.

Objectives of the Extension (JJM 2.0)

• Shift single-village scheme responsibility to Gram Panchayats.
• Link funds directly to actual water delivery.
• Route O&M money directly to villages.
• State governments to handle large regional projects.
• Strengthen water quality surveillance with field testing kits and training for at least five women per village.

Challenges Addressed

• Corruption in contracting practices.
• System prioritizing pipeline construction over assured water supply.

Way Forward

• Enhance rural water security.
• Strengthen locally accountable governance in water management.

Jonathan: The World’s Oldest Living Land Animal

Why in News

• A giant tortoise named Jonathan has reached the age of 194 years.
• He is officially recognized by Guinness World Records as the oldest living land animal on Earth.
• Jonathan lives on the island of Saint Helena.

About Jonathan the Tortoise

• Species: Seychelles giant tortoise.
• Estimated birth year: Around 1832.
• Current age: Approximately 194 years.
• Residence: Grounds of Plantation House, the governor’s residence in Saint Helena.

Historical Background

• Jonathan was brought to Saint Helena in 1882 as a gift from the Seychelles.
• He was already several decades old when the first photograph in history was taken in 1839.
• Over his lifetime, he has lived through major historical periods from the Victorian era to the modern digital age.

Scientific Significance

• Scientists are interested in Jonathan due to the extraordinary longevity of giant tortoises.
• Giant tortoises are known for slow metabolism and strong biological resilience, which contribute to their long lifespan.

Project Cheetah: Scientists Urge India to Stop Importing Cheetahs

Why in News

• Nine African cheetahs were recently brought from Botswana to India under Project Cheetah.
• Scientists and conservationists have raised concerns and suggested that this should be the last import of cheetahs due to limited habitat and ecological challenges.

About Project Cheetah

• Project Cheetah was launched in 2022 to reintroduce cheetahs in India after their extinction in 1952.
• The initiative aims to restore the cheetah within its historical range and support grassland ecosystem conservation.
• It also seeks to promote biodiversity conservation and ecotourism opportunities for local communities.

Current Status of the Project

• India currently has around 53 cheetahs under the project.
• 20 adult cheetahs were imported from Namibia (2022), South Africa (2023), and Botswana (2026).
• 33 cubs have been born in India.
• Several cheetahs have been released into the wild in Kuno National Park.

Role of Kuno National Park

• Kuno National Park in Madhya Pradesh is the primary site for the cheetah reintroduction programme.
• The park covers about 748.76 square kilometres.
• Some cheetahs remain in enclosures while others are free-ranging.

Concerns Raised by Scientists

• Scientists argue that India lacks adequate habitat for sustaining a large population of wild cheetahs.
• Limited prey availability and poor connectivity between suitable habitats are major issues.
• Experts believe that importing cheetahs from African countries may not be effective if they remain in prolonged captivity.

Habitat and Carrying Capacity Issues

• Researchers estimate that Kuno National Park may support only about 10 adult cheetahs.
• Continuous breeding and import of cheetahs could lead to population pressure.
• Large grassland ecosystems required by cheetahs are limited in India.

Mortality Concerns

• Several cheetahs have died since the project began.
• Deaths occurred due to causes such as disease, injuries, conflict with other cheetahs, and possible poisoning or drowning.
• Some cubs born in India have also died.

Government and Supporters’ Perspective

• Project designers believe the programme can eventually establish a self-sustaining cheetah population in India.
• The government plans to expand the programme to other protected areas, including Gandhi Sagar Wildlife Sanctuary.
• Measures such as prey augmentation and habitat restoration are being implemented.

Broader Debate

• Some experts argue that grassland ecosystems should be restored first before expanding cheetah populations.
• Others view the cheetah as a flagship species that could help protect grasslands and associated wildlife.

Way Forward

• Scientists suggest focusing on habitat restoration, prey base improvement, and landscape connectivity.
• Decisions on further imports of cheetahs should consider ecological sustainability and long-term conservation goals.

Roopkund Lake (Skeleton Lake), Uttarakhand

Why in News

• Roopkund Lake continues to attract scientific attention due to hundreds of human skeletons found around the lake.
• Recent studies using DNA analysis and radiocarbon dating revealed that the skeletons belong to different time periods and ancestry groups.

Location and Geographic Features

• Roopkund Lake is located in the Himalayan region of Uttarakhand.
• It lies at an altitude of about 5,020 metres above sea level.
• The glacial lake is surrounded by the Himalayan peaks Trishul Peak and Nanda Ghunti.
• The lake is small, usually less than 40 metres in diameter, and remains frozen for most of the year.

Discovery of the Skeletons

• Hundreds of skeletons were discovered around the lake.
• The discovery was widely reported in 1942 by forest ranger Hari Kishan Madhwal.
• Initial speculation suggested the bones might belong to soldiers from World War II, but later studies confirmed they were much older.
• Researchers also found artefacts such as wooden objects, leather footwear, iron spearheads, and rings near the remains.

Scientific Findings

• Studies revealed the remains belong to more than 300 individuals.
• Radiocarbon dating indicates that the skeletons belong to different time periods.
• Scientists concluded that deaths occurred in at least two separate events.
• DNA studies identified three ancestry groups:
  • South Asian individuals who died around 800 CE.
  • One Southeast Asian individual dating to around 1800 CE.
  • A group with ancestry linked to the Eastern Mediterranean region, including Greece and Crete.

Hailstorm Theory

• Early research by the Anthropological Survey of India found many skulls with severe head injuries.
• These injuries were consistent with impact from large round objects.
• Scientists suggested that a sudden and deadly hailstorm may have killed a group of travellers near the lake.

Local Legend

• Local folklore links the skeletons to a pilgrimage led by a king named Raja Jasdhaval and his pregnant queen Rani Balampa.
• According to the legend, the group was travelling to worship Nanda Devi.
• During the journey, a massive hailstorm struck and killed the entire group near the lake.

Religious Significance

• The region is associated with the Nanda Devi Raj Jat, a sacred pilgrimage held once every 12 years.
• Devotees travel through high Himalayan routes near Roopkund to honour Goddess Nanda Devi.
• Another religious gathering takes place annually at Bedni Bugyal.

Trekking Destination

• Roopkund is a popular trekking destination in the Indian Himalayas.
• The trek usually begins from the village of Lohajung.
• A common trekking route includes Lohajung – Wan – Bedni Bugyal – Roopkund.
• Trekkers pass through Himalayan forests, alpine meadows known as bugyals, and snow-covered mountain trails.

Conservation Concerns

• Authorities have raised concerns about the preservation of skeletal remains.
• Some visitors reportedly removed bones as souvenirs, causing loss of archaeological evidence.
• Officials are working to promote eco-tourism while protecting the natural and historical significance of the site.

Significance

• Roopkund Lake is one of the most mysterious archaeological sites in the Himalayas.
• The site combines historical mystery, scientific research, cultural traditions, and natural beauty.
• It remains an important location for archaeology, anthropology, and Himalayan studies.

HALEU–Thorium Fuel Unsuitable for Indian Nuclear Reactors: Study

Why in News

• Researchers from Bhabha Atomic Research Centre reported that HALEU–Thorium nuclear fuel may not be suitable for India’s current reactor system.
• The study, published in Current Science, suggests that adopting this fuel could require expensive redesigns of existing reactors.

What is HALEU–Thorium Fuel

• HALEU stands for High-Assay Low-Enriched Uranium.
• It contains uranium enriched to about 5–20% uranium-235.
• The fuel combines HALEU with thorium to create a new fuel composition.
• This fuel concept forms the basis of the ANEEL (Advanced Nuclear Energy for Enriched Life) technology.
• The technology is being explored by NTPC Limited and Clean Core Thorium Energy.

India’s Three-Stage Nuclear Programme

• India’s nuclear energy strategy was designed to utilise limited uranium but abundant thorium reserves.
• Stage 1 uses natural uranium in Pressurised Heavy Water Reactors (PHWRs).
• Stage 2 uses plutonium produced in the first stage in fast breeder reactors.
• Stage 3 aims to use thorium-based fuel to produce uranium-233 for long-term nuclear energy.

Why HALEU–Thorium Was Proposed

• Supporters claim the fuel can be used in existing reactors as a “drop-in” replacement.
• This would allow India to start using thorium immediately instead of waiting for later stages of the nuclear programme.

Findings of the Study

• Computer modelling tested HALEU–Thorium in standard 220-MWe reactors.
• The fuel showed higher burn-up efficiency compared with natural uranium.
• HALEU–Thorium achieved about 50 gigawatt-days per tonne of burn-up.
• Natural uranium typically achieves about 7 gigawatt-days per tonne.
• This means the new fuel could produce about seven times more energy from the same amount of fuel.

Technical Problems Identified

• Thorium absorbs neutrons more strongly than uranium.
• This reduces the effectiveness of shutdown rods used to stop nuclear reactions.
• Researchers estimated shutdown rods could become about 26% less effective.
• As a result, reactor safety systems may need redesigning.

Economic Concerns

• Reactors may take about 7–10 years to reach stable operation with HALEU–Thorium fuel.
• During this period, reactors may produce less power and more unused fuel.
• This could create major economic challenges for power plants.

Impact on India’s Nuclear Strategy

• India’s second stage depends on plutonium produced from natural uranium fuel.
• HALEU–Thorium produces nearly 20 times less plutonium than natural uranium.
• This could disrupt the planned transition to fast breeder reactors.

Alternative Suggested

• Researchers suggest using slightly enriched uranium instead.
• This fuel has about 1.1% higher fissile content than natural uranium.
• It could improve uranium efficiency without requiring major reactor redesign.

Significance

• The study highlights technical and economic challenges in adopting new nuclear fuels.
• It also emphasizes the importance of aligning new technologies with India’s long-term nuclear energy strategy.

Strait of Hormuz Disruption Could Double India’s Energy Delivery Times

Why in News

• Rising geopolitical tensions and disruption in the Strait of Hormuz could significantly affect India’s energy imports.
• Replacing Gulf energy supplies with shipments from distant regions may increase delivery time and costs for India.

India’s Dependence on West Asian Energy

• India relies heavily on energy imports from West Asia.
• About 59.5% of India’s LNG imports come from Middle Eastern countries.
• This dependency is higher compared to major importers like China and Japan.
• The heavy reliance makes India vulnerable to disruptions in the Strait of Hormuz.

Current Shipping Time from the Gulf

• LNG cargoes from the Das Island in the UAE take around 4–6 days to reach India’s west coast.
• Shipments usually arrive at terminals such as Mundra Port or Dahej Port.
• Deliveries to east coast terminals like Dhamra Port and Ennore Port take about 11–12 days.

Alternative LNG Supply Routes

• If Gulf supplies are disrupted, India would need to import LNG from other regions.
• Western Australia shipments could take 9–12 days.
• Eastern Australia shipments may take 15–17 days.
• LNG from Nigeria in West Africa could take 18–24 days via the Cape of Good Hope.
• Cargoes from the United States may take around 30–35 days to reach India.

Economic Impact

• Longer shipping routes would significantly increase freight and insurance costs.
• Buyers in Asia may need to pay higher premiums to attract LNG cargoes away from European markets.
• War-risk insurance premiums for shipping have already increased.

India’s LNG Import Structure

• India imported about $15 billion worth of LNG in 2024.
• The top five supplier countries account for about 83.5% of total LNG imports.
• Limited diversification in suppliers increases vulnerability to supply disruptions.

Impact on Crude Oil Supplies

• Crude shipments from western Russia usually take 20–35 days to reach India.
• Shipments from eastern Russian ports take about 12–15 days.
• If Gulf supplies are disrupted, India may rely more on these longer routes.

Government Response

• India maintains energy reserves sufficient for over three weeks of consumption.
• The government has started diverting natural gas supplies to priority sectors.
• Households are being prioritised while industrial gas supply has been reduced to about 70–80% of usual consumption.

Significance

• Disruption of the Strait of Hormuz could raise energy costs and supply uncertainty for India.
• Longer delivery routes could tighten energy markets and affect industries dependent on imported fuel.

US–Iran War Impact: How India Can Shock-Proof Its Energy Supply

Why in News

• The ongoing conflict between the United States and Iran has raised concerns about disruptions to global energy supply routes.
• The crisis has particularly highlighted risks associated with the Strait of Hormuz, a critical maritime corridor for oil and gas shipments.
• Since India depends heavily on imported crude oil, LPG, and LNG, experts are assessing how the country can protect itself from future energy supply shocks.

India’s Dependence on Imported Energy

• India imports about 90% of its crude oil requirements.
• Around 60% of LPG (liquefied petroleum gas) demand is met through imports.
• Nearly 50% of LNG (liquefied natural gas) consumption also depends on imports.
• This high level of import dependence makes India vulnerable to geopolitical disruptions in major energy-producing regions.

Importance of West Asia for India’s Energy Supply

• West Asia remains one of the most important suppliers of energy to India.
• In 2025, the region accounted for:
  • 48.7% of India’s crude oil imports
  • 68.4% of LNG imports
  • More than 91% of LPG imports
• Such concentration increases the risk of sudden supply disruptions if conflicts affect regional shipping routes.

Current Status of India’s Energy Security

• India has built some strategic energy buffers to deal with short-term disruptions.
• Current energy availability includes:
  • Around 25 days of crude oil reserves.
  • Petrol and diesel stocks sufficient for another 25 days.
  • LPG stocks that can last approximately 25–30 days.
  • LNG reserves that can last around 10 days.
• These reserves provide temporary protection but may not be enough during prolonged global crises.

Strategic Petroleum Reserves in India

• India has developed underground strategic petroleum reserves to enhance energy security.
• Major storage facilities are located at:
  • Visakhapatnam
  • Mangaluru
  • Padur
• These underground caverns can store about 5.33 million tonnes of crude oil, roughly equal to 40 million barrels or about 9–10 days of national demand.
• Around 80% of this storage capacity is currently filled.

Additional Commercial Supply Buffer

• Cargo-tracking data suggests that nearly 100 million barrels of commercial crude oil are currently available through shipments already en route or in storage.
• These supplies could support India’s imports for around 40–45 days if flows through the Strait of Hormuz were disrupted.
• Experts believe the immediate risk for India is higher energy prices rather than physical shortages.

LPG Storage Infrastructure

• India has strengthened LPG storage through underground caverns on both coasts.
• Key facilities include:
  • Visakhapatnam LPG storage cavern
  • Mangaluru LPG storage cavern
• Together, these sites provide approximately 140,000 tonnes of underground LPG storage capacity, improving supply security.

LNG: The Weakest Link in Energy Security

• Natural gas remains the most vulnerable component of India’s energy system.
• Although India operates eight LNG import terminals, it currently lacks a formal strategic gas reserve.
• Policymakers are considering creating a small strategic buffer within existing LNG storage tanks to manage supply disruptions.

Upcoming Strategic Reserve Projects

• India is planning to expand its strategic petroleum reserves under Phase II.
• New storage sites are proposed at Chandikhol and Padur-II.
• Once completed, total reserve capacity will increase from 5.33 million tonnes to about 11.83 million tonnes.
• This expansion could raise India’s strategic oil coverage to around 20 days.

Measures to Strengthen Energy Security

Experts recommend several long-term strategies to reduce India’s vulnerability to supply shocks.

Diversifying Energy Import Sources

• India should expand energy imports beyond West Asia.
• Potential suppliers include the United States, Australia, and West African countries.
• Diversified sources reduce the risk associated with disruptions in any single region.

Expanding Strategic Petroleum Reserves

• Accelerating the Phase II expansion of oil reserves is considered crucial.
• Future phases may include additional reserve locations across the country.

Creating LNG Strategic Buffers

• A proposed policy requires LNG terminals to maintain an additional 10% strategic buffer.
• This reserve could function as a national emergency gas supply.

Investing in Overseas Energy Assets

• India may acquire minority stakes in oil and gas production projects abroad.
• Such investments can guarantee access to energy supplies even during global market disruptions.

Strengthening Energy Trading and Shipping Capacity

• Expanding LNG trading capabilities and building a dedicated fleet of LNG carriers would improve supply flexibility.
• Advanced hedging strategies could also help manage price volatility.

Expanding LPG Strategic Storage

• Experts suggest building additional underground LPG storage facilities.
• Priority areas include northern and north-eastern India to improve regional supply security.

Role of Russian Oil in India’s Energy Strategy

• Some analysts argue that India should strengthen long-term crude oil contracts with Russia.
• Earlier, Russian oil accounted for about 35% of India’s crude imports.
• Long-term supply agreements could provide stable volumes and reduce exposure to global price volatility.

Long-Term Energy Security Strategy

• Experts recommend adopting a three-tier strategic reserve system similar to models used in countries like Japan.
• This framework could include:
  • National strategic reserves managed by the government.
  • Mandatory storage by private energy companies.
  • Joint energy stockpiling with producing countries.

Conclusion

The US–Iran conflict has once again demonstrated the vulnerability of global energy supply chains. Although India has built stronger buffers in recent years, its heavy dependence on imported fuel continues to pose risks. Expanding strategic reserves, diversifying supply sources, investing in overseas energy assets, and creating LNG storage buffers will be essential steps for India to ensure long-term energy security and resilience against future geopolitical disruptions.

Impact of US–Iran War on India’s Oil, LPG and LNG Supply

Why in News

• Rising tensions in West Asia and disruption in shipping through the Strait of Hormuz have affected global energy supplies.
• India, which imports a large share of its oil, LPG and LNG from the Gulf region, is facing supply concerns and price volatility.
• The government has introduced several emergency measures to ensure fuel availability and avoid shortages.

India’s Heavy Dependence on Energy Imports

• India imports nearly 90% of its crude oil requirements.
• More than 60% of LPG demand and over half of LNG consumption are met through imports.
• A significant portion of these imports originates from West Asian countries.

Strategic Petroleum Reserves and Energy Buffer

• India maintains underground strategic petroleum reserves with a capacity of about 5.33 million tonnes.
• These reserves are currently filled to around 80%.
• Overall, India holds more than 250 million barrels of crude oil and petroleum products.
• This stockpile can provide a supply buffer of about seven to eight weeks.

Increase in Russian Crude Oil Imports

• India has increased crude oil purchases from Russia to offset supply disruptions from West Asia.
• Russia remained India’s largest crude supplier in February.
• India has also expanded its supplier base from 27 to 40 countries across six continents.

Petrol and Diesel Prices Expected to Remain Stable

• Despite Brent crude briefly rising close to $120 per barrel, the government has indicated that retail petrol and diesel prices are unlikely to increase immediately.
• Officials believe India’s current supply buffer is adequate to absorb short-term price shocks.

India Declines to Release Strategic Oil Reserves

• India has decided not to participate in the International Energy Agency’s proposal to release strategic oil reserves to cool global prices.
• The government stated that its reserves will only be used in case of physical supply disruptions.

Emergency Gas Allocation Measures

• The government has revised the priority framework for domestic natural gas allocation.
• LPG production, CNG supply and piped cooking gas are placed in the highest priority category.
• The fertiliser sector has been assigned the second priority level.
• Industrial consumers such as manufacturing units and tea plantations will receive limited supplies depending on availability.

Boosting Domestic LPG Production

• Oil refiners have been instructed to increase the production of cooking gas for domestic use.
• Petrochemical plants are being asked to divert propane, butane and similar hydrocarbons into the LPG supply pool.
• The additional LPG will be supplied to public sector companies for distribution to households.

LPG Refill Waiting Period Extended

• The minimum waiting period for booking a domestic LPG refill has been increased from 21 days to 25 days.
• This step aims to prevent panic buying and hoarding.
• Officials note that an average household typically requires a refill only every 50–55 days.

Search for Alternative LPG Suppliers

• India is exploring alternative LPG supply sources such as the United States, Algeria, Norway and Canada.
• However, shipments from these countries take longer due to greater distances and altered shipping routes.

Priority Supply for Essential Sectors

• LPG supplies are being prioritised for households, hospitals and educational institutions.
• A government committee is reviewing requests for supply from other commercial users.

Impact on Commercial LPG Consumers

• Hotels, restaurants and small industries are facing shortages of commercial LPG cylinders.
• Some eateries in major cities such as Bengaluru and Mumbai have reported supply disruptions.
• With limited deliveries, many businesses fear temporary shutdowns.

Possible Inflation Impact

• According to the finance ministry, a 10% rise in crude oil prices generally increases inflation by around 30 basis points.
• Current price fluctuations are not expected to trigger a major inflation spike in the short term.

Conclusion

The US–Iran conflict and disruptions in the Strait of Hormuz have created temporary stress on India’s energy supply chains. While crude oil supplies remain relatively secure due to strategic reserves and diversified imports, LPG availability has faced more immediate pressure. Through emergency policy measures, increased domestic production and diversified imports, India is attempting to stabilise fuel supplies and protect its economy from prolonged global energy disruptions.

Fuel Crisis in Bangladesh: India to Supply Diesel Amid Shortages

Why in News

• Bangladesh is facing a fuel shortage amid reports of illegal hoarding and black-market sales. To address the situation, India has agreed to supply diesel to Bangladesh through an existing pipeline.

Details of India’s Diesel Supply

• India will supply 5,000 tons of diesel to Bangladesh via the Parbatipur border pipeline, starting Tuesday.
• Under the agreement, India is to deliver 180,000 tons annually, with at least 90,000 tons expected within six months.
• The current shipment of 5,000 tons is part of this six-month allocation, with authorities aiming to complete the total delivery in the next two months.

Bangladesh Government Measures

• Fuel supply limits have been imposed based on vehicle categories to ensure equitable distribution.
• Mobile court drives have been launched to curb illegal hoarding and black-market sales.
• Energy ministry inspections revealed that some petrol stations were selling beyond approved quotas or engaging in smuggling.

Impact on Petrol Stations

• Some stations, like City Filling Station, Tejgaon (MPL), remain dry until the next consignment arrives.
• Others, such as Clean Fuel, Tejgaon (POPLC), are operating normally under government regulations.

Broader Context

• The diesel supply comes amid regional energy disruptions linked to geopolitical tensions in West Asia.
• India’s support reflects cross-border energy cooperation to stabilize fuel availability in neighboring countries.

Who are Iran’s Revolutionary Guards?

Overview

• Full Name: Islamic Revolutionary Guard Corps (IRGC) / Sepah-e-Pasdaran
• Founded: 1979, shortly after the Islamic Revolution
• Founder: Ayatollah Ruhollah Khomeini
• Primary Role: Protect the Islamic Republic, its ideology, and the clerical establishment
• Size: Around 190,000 trained personnel (roughly half of Iran’s regular military)

Purpose and Origins

• Formed to guard the revolution, due to distrust of the regular army, which had royalist ties
• Khomeini described them as “soldiers of Islam”
• Initially focused on internal loyalty and ideological enforcement, later evolved into a major military and political power

Structure

1. Ground Forces: Spread across Iran’s 31 provinces
2. Aerospace Force: Manages missiles and air defense
3. Navy: Patrols strategic maritime areas, including the Strait of Hormuz
4. Quds Force: Elite unit for overseas operations
5. Basij: Civilian volunteer militia for internal security and mobilization

Key Roles

• Domestic: Protects the clerical government, suppresses dissent, enforces ideology
• International: Expands Iran’s influence and supports allied groups in the region
• Economic: Controls key sectors and investments in Iran
• Military: Parallel to Iran’s regular army (Artesh), often prioritized by the Supreme Leader

Axis of Resistance

• Network of Iran-aligned groups across the region:
  • Hezbollah (Lebanon)
  • Hamas and Islamic Jihad (Palestinian territories)
  • Houthis (Yemen)
  • Shia brigades in Iraq and Syria
• The IRGC coordinates strategy and support for these groups

Role in Recent Conflicts

• Iran-Iraq War (1980–88) shaped its combat and ideological capabilities
• Syria Civil War: Supported Bashar al-Assad with Russian cooperation
• Regional tensions: Active against US, Israel, and Gulf allies
• Current war (2026 US-Israel strikes): Acting as main pillar of Iranian defense, loyal to Mojtaba Khamenei

Political Influence

• Directly commanded by the Supreme Leader
• Deeply embedded in Iran’s government, economy, and intelligence
• Opposed reformist politicians historically (e.g., Mohammad Khatami era)
• Designated as a terrorist entity by the US

India Eases Rules to Allow Chinese Investments, Sets Ownership Limits

Why in News

The Union Cabinet has amended the 2020 rules under Press Note 3, which restricted foreign direct investment (FDI) from countries sharing a land border with India, particularly China. The changes aim to ease business entry while keeping strategic safeguards.

Key Changes in FDI Rules

• Companies with non-controlling stakes from countries sharing a land border with India (LBCs) can now invest without prior government approval.
• Non-controlling LBC beneficial ownership of up to 10% is allowed under the automatic route, subject to sectoral caps and reporting requirements.
• Investee entities must report relevant investment details to the Department for Promotion of Industry and Internal Trade (DPIIT).

Specified Sectors and Approvals

• Investments in strategic sectors like electronic capital goods, electronic components, polysilicon, and ingot-wafer will be processed and decided within 60 days.
• The Committee of Secretaries can revise the list of specified sectors as needed.
• Majority shareholding and control in investee entities must remain with Indian citizens or Indian-owned entities at all times.

Expected Impact

• Provides clarity and ease of doing business for foreign investors.
• Encourages greater FDI inflows, access to new technologies, domestic value addition, and integration with global supply chains.
• Helps enhance India’s competitiveness as an investment and manufacturing destination.

Strategic and Economic Rationale

• India’s capital appetite combined with China’s overcapacity makes selective investment favorable.
• Some sectors, such as highways and bridges, do not pose significant strategic or data sovereignty concerns.
• Chinese investments could yield better returns compared to alternatives like US Treasury bonds while benefiting India’s economic growth.

Milk Adulteration Case

Why in News

Mass poisoning occurred in Rajamahendravaram, Andhra Pradesh, after milk contaminated with ethylene glycol was supplied to consumers. As of March 8, 2026, 11 people have died and around 20 others, including infants, were hospitalised.

What is Milk Adulteration?

Milk adulteration refers to the practice of adding harmful or non-permitted substances to milk in order to increase its quantity, improve appearance, or reduce costs, which compromises its quality and safety for consumption.

Key Points About Milk Adulteration

• It can involve industrial chemicals, water, starches, synthetic milk, detergents, or preservatives.
• Common examples include adding water, detergent, urea, synthetic milk, hydrogen peroxide, or ethylene glycol.
• Adulteration can mask poor quality or spoilage but is dangerous for human health, causing kidney damage, poisoning, or even death.
• It is often more prevalent in informal or unregulated milk supply chains, where safety inspections are weak.

Health Risks

• Short-term effects: nausea, vomiting, diarrhea, or acute poisoning (e.g., ethylene glycol).
• Long-term effects: kidney failure, liver damage, growth issues in children, reproductive problems.

Prevention

• Regular testing using milk testing kits.
• Strengthening cold chain and hygiene practices at dairies.
• Ensuring vendors and dairies are registered and licensed.
• Public awareness about checking milk taste, smell, and appearance.