India has successfully test-fired an advanced Agni missile with the strategic ability to deploy multiple payloads to separate targets simultaneously — a milestone that places the country among a select league of global powers.

2. About MIRV Technology

MIRV (Multiple Independently Targetable Re-entry Vehicle) technology represents a significant advancement in missile capabilities, allowing missiles to carry multiple warheads, each capable of hitting separate targets. This technology has the potential to greatly increase the destructive power of missiles and can be strategically impactful in various scenarios.

• Technology Overview: Traditional missiles carry a single warhead and hit a single target. In contrast, MIRV-equipped missiles can carry multiple warheads, which can be programmed to strike different locations or targets independently. This flexibility enables simultaneous strikes at multiple locations or a sequential attack on the same target, ensuring a more comprehensive and devastating impact.
• Historical Context: MIRV technology is not new and was developed in the 1960s, initially deployed by major nuclear powers such as the United States and the Soviet Union in the 1970s. Over time, other countries like France, the United Kingdom, China, and more recently Pakistan, have also developed and tested MIRV-equipped missiles.
• Capabilities and Complexity: The number of warheads a missile can carry depends on various factors like design, weight, size, range, and technological parameters. For instance, India's recent test showcased a missile capable of carrying three to four warheads, while some systems can carry as many as 15 warheads or more. However, the development and deployment of MIRV technology require the miniaturization of warheads, independent guidance, navigation controls, and sequential release mechanisms, making it a complex and sophisticated technological endeavour.
• Strategic Implications and Concerns: While MIRV technology offers enhanced military capabilities, it has also raised concerns among arms control advocates. There are concerns that MIRV-equipped missiles could incentivize preemptive strikes and escalate tensions, thus increasing the risks associated with nuclear weapons. Despite these concerns, MIRV-equipped missiles have not been used in any conflict situation to date.

3. Advantages of MIRV Technology

MIRV (Multiple Independently Targetable Re-entry Vehicle) technology offers several strategic advantages that make it a sought-after military capability worldwide. These advantages include

• Multiple Damage Infliction: The primary advantage of MIRV technology is its ability to cause multiple damages with a single strike. By carrying multiple warheads, each capable of hitting different targets independently, MIRV-equipped missiles significantly increase the destructive potential of a single missile launch.
• Penetration of Missile Defence Systems: MIRV-equipped missiles pose a challenge to missile defence systems. Traditional missile defence systems are designed to detect, track, and intercept incoming missiles. However, MIRV technology complicates this task by deploying multiple warheads with independent trajectories. This makes tracking and interception extremely difficult for defence systems, increasing the likelihood of warheads penetrating the shield and causing damage.
• Decoy Warheads and Confusion: Another advantage of MIRV technology is the ability to include decoy warheads along with actual warheads. Decoy warheads can confuse defence systems, making it harder to differentiate between real and decoy targets. This further enhances the effectiveness of MIRV-equipped missiles in bypassing missile defence systems.
• Strategic Deterrence: For countries like India, which adhere to a no-first-use policy for nuclear weapons, MIRV technology provides a crucial capability for response strikes. The ability to deliver multiple warheads with precision and cause significant damage in a response strike serves as a potent deterrence against potential aggressors. This capability can deter adversaries from initiating conflict due to the risk of facing a disproportionate and devastating response.

4. Agni Missile System Upgrade

The recent integration of MIRV (Multiple Independently Targetable Re-entry Vehicle) technology marks a significant upgrade for India's Agni family of ballistic missiles, developed indigenously by the DRDO (Defence Research and Development Organisation). The Agni missiles serve as crucial land-based delivery systems for India's nuclear arsenal.

• Development and Deployment: The Agni missile series, developed in the 1990s, includes short, medium, and intercontinental-range ballistic missiles. The first-generation Agni missiles were deployed in the armed forces in the mid-2000s. Ranging from Agni-I to Agni-IV, these missiles have varying ranges between 700 to 3,500 km and can carry single payloads weighing between 12 and 40 kilotons. The latest addition, Agni-V, equipped with MIRV technology, has a range exceeding 5,000 km and can potentially reach intercontinental distances of 5,500 km and above.
• Testing and Capabilities: Agni-V has undergone multiple tests since 2012, showcasing new features and capabilities. Its recent flight test in December 2022 highlighted its night-time capabilities and other advancements. Additionally, DRDO has been developing Agni-P missiles, modernized versions of the short-range Agni-1 and Agni-2, with expectations of integrating MIRV technology.
• Strategic Significance: The acquisition of MIRV technology by India was crucial, especially after China developed similar capabilities. With Pakistan also claiming tests with MIRV-equipped missiles, integrating MIRV into Agni missiles became imperative for India's strategic deterrence and defence capabilities. The upcoming Agni-VI missile, currently under development, is also expected to feature MIRV capabilities.
• National Announcement and Test Details: Prime Minister Narendra Modi personally announced this technological milestone, emphasizing its significance for India's defence posture. The recent test, conducted by Dr APJ Abdul Kalam Island off the coast of Odisha, validated the successful integration of MIRV technology. The mission achieved its designed parameters, as confirmed by DRDO through various telemetry and radar stations.

GalaxEye Drishti Satellite

• Skyroot Aerospace is expected to emerge as the first private Indian firm to launch an orbital rocket, named Vikram-1. This multi-stage launch vehicle uses a combination of solid and liquid propulsion systems and is capable of carrying satellites weighing up to 350 kg into Low Earth Orbit (LEO).

— A key feature that distinguishes Vikram-1 is its construction using carbon composite materials instead of conventional metals. In addition, the rocket incorporates a fully indigenous 3D-printed engine, which significantly simplifies manufacturing and assembly while reducing production time and costs.

— Skyroot had earlier become the first private Indian company to conduct a successful single-stage sub-orbital launch in 2022, preceding another private player, Agnikul Cosmos. A sub-orbital mission travels at speeds below orbital velocity, allowing the vehicle to enter outer space without achieving a stable orbit around Earth.

• Pixxel announced on May 4 a collaboration with Sarvam AI to create India’s first orbital data-centre satellite, known as The Pathfinder.

— Scheduled to enter orbit by the end of 2026, the 200-kg satellite will carry advanced GPUs (Graphics Processing Units) that will support the training and inference functions of Sarvam AI’s models.

— In contrast to traditional satellite computing systems that depend on low-power processors designed mainly for operational survival, Pathfinder will employ hardware comparable to the advanced data-centre infrastructure used on Earth for cutting-edge AI applications.

• In 2024, Agnikul Cosmos achieved a milestone by successfully launching its maiden sub-orbital test vehicle, powered by the world’s first single-piece 3D-printed rocket engine. The engine, named Agnilet, operates using sub-cooled oxygen as propellant.

— The mission, titled “Agnibaan – SOrTeD” (Sub-Orbital Technology Demonstrator), was launched from “Dhanush,” India’s first privately developed launch pad established by Agnikul. The launch also marked India’s first rocket mission powered by a semi-cryogenic engine.

 

4. IN-SPACe

 

• In 2020, the Government of India established IN-SPACe and later introduced the Indian Space Policy 2023 to encourage wider participation of private companies in the country’s space sector.
• IN-SPACe operates as an autonomous, single-window nodal agency under the Department of Space (DoS), functioning independently to support and oversee non-governmental participation in space activities.
• The organisation serves both as a facilitator and a regulatory body. It acts as a bridge between ISRO and private enterprises while also evaluating the most effective ways to utilise India’s space assets and expand space-related operations.
• According to ISRO, IN-SPACe is entrusted with the responsibility of promoting, enabling, authorising, and supervising a range of activities undertaken by non-governmental entities. These include the development of launch vehicles and satellites, delivery of space-based services, access to infrastructure and facilities managed by DoS/ISRO, and the establishment of new space infrastructure.
• In 2025, the government finalised a revised draft of the Space Activities Bill with the objective of expanding India’s space economy to 44 billion dollars by 2033. Out of this projected market size, around 11 billion dollars is expected to come from exports. By comparison, India’s space sector was estimated to have a market value of 8.4 billion dollars in 2022.

 

5. What is an orbital data centre?

 

 

• It refers to a network of satellites equipped with advanced GPUs similar to those used in ground-based data centres. Unlike conventional satellites that primarily transmit data back to Earth, these satellites are capable of training and operating AI models directly in orbit.
• This enables them to perform computationally intensive tasks that go beyond the capabilities of the low-power edge processors typically used in satellites for functions such as data or signal compression.
• On Earth, edge computing involves processing data closer to its source instead of relying entirely on centralised cloud infrastructure. The same principle, when applied in space, forms the basis of space-based computing systems.
• Pixxel is developing the Pathfinder mission as a single-satellite technology demonstrator aimed at evaluating whether data-centre-grade hardware can operate effectively and reliably within the extreme thermal and environmental conditions of Low Earth Orbit (LEO)

 

6. Challenges

 

 

• GPU processors powered through solar energy generate significant amounts of heat during operation. Although outer space is extremely cold, it cannot naturally absorb this heat efficiently because space is a vacuum.
• In the absence of air, convection — the process through which warm air carries away heat from terrestrial servers — cannot occur.
• As a result, a GPU operating in orbit behaves like an enclosed oven, unable to dissipate excess thermal energy through airflow.
• To address this challenge, satellites rely on radiative cooling systems. Heat is transferred through loops filled with ammonia to extendable radiator panels, which then release the energy into space in the form of infrared radiation. The history of human space missions demonstrates how critical and unforgiving thermal management in space can be.
• Another major challenge is radiation exposure, which has influenced the design of nearly all long-duration space missions.
• High-energy cosmic radiation can cause “bit flips,” where computer data changes unexpectedly, and can also lead to gradual deterioration of semiconductor components over time.
• Although radiation-hardened chips are commonly used in spacecraft, they generally remain technologically behind commercial GPUs by several years.
• Power management presents an additional difficulty, since satellites must store sufficient energy to function during eclipse phases when sunlight is unavailable.
• Furthermore, maintenance or repairs in orbit are nearly impossible without specialised robotic systems, making built-in redundancy an essential aspect of spacecraft design from the beginning

 

 

7. Way Forward

 

India should strengthen its space-based computing ecosystem through sustained investment in indigenous AI hardware, radiation-resistant chips, and advanced thermal management technologies. Greater collaboration among private start-ups, academia, and organisations such as ISRO and IN-SPACe can accelerate innovation in orbital data centres and satellite infrastructure. A comprehensive regulatory framework under the proposed Space Activities Bill is essential to provide policy clarity, ensure cybersecurity, and encourage private investment. India must also focus on sustainable space operations by minimising space debris and promoting reusable launch systems. Expanding commercial applications in disaster management, agriculture, climate monitoring, and defence can improve the economic viability of orbital computing. Additionally, international cooperation and specialised skill development in aerospace engineering, AI, and semiconductor technologies will help India emerge as a major player in the global space economy while achieving technological self-reliance.

 

 

For Prelims: IN-SPACe, Synthetic Aperture Radar (SAR), Low Earth Orbit (LEO)   For Mains: GS III - Science and Technology

 

 

Source: Indian Express

 

 

GOVERNOR AND CHIEF MINISTER

 

 

 

1. Context

 

A day after the Trinamool Congress lost the West Bengal elections to the BJP, party chairperson Mamata Banerjee on May 5 said she would not resign as Chief Minister, alleging that the verdict was the result of a “conspiracy” rather than the people’s mandate. Addressing a press conference, Ms. Banerjee claimed the elections had not been conducted fairly and accused the BJP of misusing central forces to “forcibly capture” booths and influence the outcome. She added that the party would challenge the results and continue its political fight.

 

 

2. Can a Governor remove the Chief Minister?

 

 

• Article 164(1) of the Constitution states that the Chief Minister is appointed by the Governor, while the other Ministers are appointed on the Chief Minister’s advice, and that the Ministers remain in office “during the pleasure of the Governor.”
• A plain interpretation of this clause may suggest that the Governor has the power to dismiss a Chief Minister. Nevertheless, members of the Constituent Assembly had warned that such wording could permit arbitrary use of gubernatorial authority.
• During the Constituent Assembly debates, member Mohammad Ismail Khan proposed an amendment to the then Draft Article 144, recommending that the phrase “during the pleasure” be substituted with “so long as they enjoy the confidence of the Legislative Assembly of the State.”
• He argued that since the Governor was envisaged as a nominee of the President, the Constitution should clearly specify that the Council of Ministers would continue in office only while retaining the confidence of the State Legislature, rather than at the discretion of the Governor.
• Responding to these apprehensions, B. R. Ambedkar clarified that the Council of Ministers is intended to remain in office only as long as it enjoys majority support in the Legislative Assembly. He explained that this principle was not expressly mentioned because parliamentary constitutions elsewhere did not explicitly frame it in those terms.
• Subsequently, the Supreme Court has consistently interpreted the Governor’s authority as being largely exercised on the “aid and advice” of the Council of Ministers.
• In A.G. Perarivalan v. State Through Superintendent of Police (2022), the Court observed that the term “Governor” effectively operates as a shorthand reference to the State government.
• Although the Governor is recognised as the formal constitutional head and repository of executive authority, the Court reaffirmed that the office is ordinarily bound by the advice of the State Council of Ministers

 

 

3. When is a floor test required?

 

 

A floor test becomes necessary when there is uncertainty regarding whether the government in power still enjoys the confidence of the majority in the Legislative Assembly. In a parliamentary system, the majority support of elected legislators determines the legitimacy of the Council of Ministers.

The Supreme Court has repeatedly held that the appropriate forum to determine majority support is the floor of the House, not the Governor’s personal assessment or external claims. A floor test is generally ordered in the following situations:

• Loss of Majority Support
  If legislators withdraw support from the ruling party or coalition, and doubts arise about the Chief Minister’s majority, the Governor may direct the government to prove its strength in the Assembly.
• Post-Election Hung Assembly
  When no party secures a clear majority after elections, the Governor may invite a leader to form the government and require a floor test within a specified period.
• Internal Party Split or Defections
  If a significant number of MLAs rebel, defect, or claim that the Chief Minister no longer commands majority support, a floor test may be ordered.
• Competing Claims to Form Government
  Where rival political groups claim majority backing, the Assembly floor test serves as the constitutional method to verify numerical strength.
• After Withdrawal of Coalition Support
  In coalition governments, if an alliance partner withdraws support, the Governor may ask the Chief Minister to demonstrate majority support in the House.

 

 

The Supreme Court in S. R. Bommai v. Union of India emphasized that questions regarding majority must ordinarily be tested on the Assembly floor. Similarly, in Shivraj Singh Chouhan v. Speaker, Madhya Pradesh Legislative Assembly, the Court reiterated that a floor test is the most constitutionally appropriate mechanism to determine whether a government retains confidence of the House.

 

 

4. What happens after the Assembly’s tenure ends?

 

 

Article 172 of the Constitution deals with the duration of a State Legislative Assembly and stipulates that, “unless sooner dissolved”, an Assembly “shall continue for five years from the date appointed for its first meeting and no longer, and the expiration of the said period of five years shall operate as a dissolution of the Assembly.”

Once the tenure of a State Legislative Assembly ends — ordinarily after five years under Article 172 of the Constitution — the Assembly is dissolved, and its members cease to hold office. However, the constitutional machinery of government continues until a new Assembly is elected and a new Council of Ministers assumes office.

The following usually happens after the Assembly’s term expires:

• Dissolution of the Assembly
  The Legislative Assembly stands dissolved either automatically upon completion of its five-year term or earlier if dissolved by the Governor on the advice of the Chief Minister.
• Caretaker Government Continues
  The existing Chief Minister and Council of Ministers generally continue in a caretaker capacity until a new government is formed. Their role is limited to routine administration, and they are expected not to take major policy decisions or significant financial commitments.
• Elections Are Conducted
  The Election Commission of India conducts elections to constitute a new Assembly.
• Formation of New Government
  After the election results are declared, the Governor invites the leader who is most likely to command majority support in the Assembly to form the government and prove majority through a floor test if required.
• If No Government Can Be Formed
  If no party or coalition is able to establish majority support, constitutional complications may arise. In extreme situations, President’s Rule under Article 356 may be imposed upon the Governor’s report, subject to constitutional limitations laid down in S. R. Bommai v. Union of India.

 

 

5. Way Forward

 

 

Section 100 of the Representation of the People Act, 1951 lays down the circumstances under which a candidate’s election can be disputed and set aside. These grounds include involvement in corrupt electoral practices by the candidate, violations of legal procedures by the returning officer, and various other forms of statutory non-compliance.

 

 

For Prelims: Governor, Chief Minister,  Article 153,  Article 154,  Article 164,  and Article 243K. For Mains: 1. In the context of friction between the state governments and the Governor explain the role and powers of the Governor and what reforms have been suggested so far to end the tussle between the state governments and the Governor.

 

 

Previous Year Questions   Which of the following are the discretionary powers given to the Governor of a State? (UPSC CSE 2014) 1. Sending a report to the President of India for imposing the President’s rule 2. Appointing the Ministers 3. Reserving certain bills passed by the State Legislature for consideration of the President of India 4. Making the rules to conduct the business of the State Government Select the correct answer using the code given below A. 1 and 2 Only B. 1 and 3 Only C. 2, 3 and 4 D. 1, 2, 3, 4 Answer (B) 2.Which one of the following suggested that the Governor should be an eminent person from outside the State and should be a detached figure without intense political links or should not have taken part in politics in the recent past? (UPSC CSE 2019) A.First Administrative Reforms Commission (1966) B.Rajamannar Committee (1969) C.Sarkaria Commission (1983) D.National Commission to Review the Working of the Constitution (2000) Answer (C)

Source: The Hindu

 

 

FOREIGN PORTFOLIO INVESTMENT (FPI)

 

 

 

1. Context

 

 Foreign portfolio investors’ (FPIs) share in Indian equities has fallen to a nearly 14-year low, even as domestic institutions have quietly emerged as the market’s largest stakeholder — a structural shift unfolding alongside another week of sustained foreign selling.

 

 

2. What are foreign portfolio investors (FPI)?

 

 

• Foreign Portfolio Investors (FPIs) are overseas entities or individuals who invest in the financial assets of a country, such as shares, bonds, debentures, mutual funds, or other securities, without having direct control over the businesses they invest in.
• Unlike Foreign Direct Investment (FDI), which involves establishing a lasting interest in an enterprise, setting up facilities, or acquiring a controlling stake, FPIs are primarily concerned with earning returns from the movement of capital markets.
• Essentially, FPIs put their money into a country’s stock market or debt market to benefit from short- or medium-term price changes, dividends, or interest income.
• Their investment is often guided by considerations like the stability of the economy, growth prospects, interest rates, and global liquidity conditions.
• Because the money can be moved in and out relatively quickly, FPIs are often described as “hot money,” highlighting the fact that such investments can be highly volatile.
• In India, FPIs are regulated by the Securities and Exchange Board of India (SEBI) and the Reserve Bank of India (RBI), which set the rules regarding eligibility, permissible investment limits, and reporting requirements
•  These investors can include foreign institutional investors such as pension funds, insurance companies, hedge funds, asset management companies, or even individual investors from abroad.
• Their participation is significant because it not only provides additional capital for companies and governments but also increases liquidity and depth in the financial markets.
• However, large-scale entry or exit of FPIs can impact stock prices, exchange rates, and overall financial stability

 

3. How is it different from foreign direct investment?

 

• That’s a very relevant follow-up. The key difference between Foreign Portfolio Investment (FPI) and Foreign Direct Investment (FDI) lies in the nature, purpose, and level of control over the assets being invested in.
• Foreign Portfolio Investment (FPI) refers to investment in a country’s financial markets—such as equities, bonds, or other securities—without seeking management control or a lasting interest in the company.
• An FPI is more like buying shares on the stock exchange: the investor becomes a shareholder but has little or no say in how the company is run.
• The intention is usually to earn returns from dividends, interest, or capital gains, and the money can move in and out relatively quickly depending on market conditions. Because of this, FPIs are generally considered more volatile and speculative in nature.
• On the other hand, Foreign Direct Investment (FDI) involves investing directly in productive assets of another country, such as setting up factories, infrastructure projects, offices, or acquiring a significant stake in a company to gain management influence.
• The idea here is to establish a long-term business presence and contribute to the host country’s economic activities.
• FDI is more stable because it ties the investor to physical assets and operational responsibilities, making it less prone to sudden withdrawal compared to FPI.

 

In short: FPI is financial investment—short to medium term, market-driven, without control. FDI is business investment—long-term, with management control and significant impact on the host economy.

 

 

4. What is the significance of FPI?

 

 

• FPI brings in foreign capital into a country’s stock and debt markets, which increases the liquidity and depth of those markets. This makes it easier for domestic companies and governments to raise funds, since more investors are available to buy their securities.
• It also improves market efficiency, as the entry of sophisticated foreign investors often brings in better practices in valuation, analysis, and corporate governance.
• For the broader economy, FPIs are an important source of foreign exchange inflow. This helps strengthen the balance of payments, stabilizes the currency in times of pressure, and gives policymakers more room to finance trade deficits.
• For emerging economies like India, FPIs signal international confidence in the domestic economy. When foreign investors channel funds into Indian markets, it reflects their positive outlook on India’s growth potential, macroeconomic stability, and regulatory environment.
• However, FPIs are equally significant because of their volatility. Since FPI money can be withdrawn at short notice—depending on global interest rates, risk perception, or geopolitical conditions—large inflows or sudden outflows can cause swings in stock markets and currency values.
• For example, massive withdrawals of FPI funds may lead to a depreciation of the rupee and stock market instability, affecting both investors and the wider economy.

 

Positive side – boosts liquidity, deepens capital markets, brings foreign exchange, and reflects global confidence. Risk side – can cause volatility and expose the economy to sudden capital flight

 

 

5. What is Foreign capital paradox?

 

The Foreign Capital Paradox refers to the puzzling observation that capital (money for investment) does not always flow from rich countries to poor countries, even though economic theory suggests it should.

In theory, poorer countries, being capital-scarce, should offer higher returns on investment compared to rich countries where capital is already abundant and returns are relatively lower. Based on this logic, one would expect foreign capital—through FDI, FPI, or loans—to flow heavily into developing or low-income nations, helping them grow faster. This is consistent with the predictions of the neoclassical growth model.

However, in reality, the flow of capital is often the opposite. A large share of global investment moves among already rich, developed nations rather than toward poorer countries. Many developing countries actually see capital outflows instead of inflows, despite their greater need for funds. This mismatch between theory and reality is what economists call the “foreign capital paradox.”

 

One of the best-known explanations for this paradox comes from Robert Lucas (1990), often referred to as the Lucas Paradox. He argued that capital doesn’t flow as expected due to several factors: Institutional weaknesses in developing countries (weak governance, poor enforcement of contracts, corruption). Political instability and risk that discourage investors. Lack of human capital (skilled labor, technology absorption capacity) to complement physical capital. Poor infrastructure and underdeveloped financial markets. Policy uncertainty, such as sudden changes in taxation or restrictions on profit repatriation

 

 

For Prelims: Balance of payments (BOP), foreign portfolio investors (FPI),  foreign direct investment(FDI)   For Prelims: GS III - Economy

 

Previous Year Questions   1.Which of the following is issued by registered foreign portfolio investors to overseas investors who want to be part of the Indian stock market without registering themselves directly? (UPSC CSE 2019) (a) Certificate of Deposit (b) Commercial Paper (c) Promissory Note (d) Participatory Note Answer (d)   Participatory Notes (P-notes) are financial instruments issued by registered Foreign Portfolio Investors (FPIs) to overseas investors who wish to invest in Indian stock markets without directly registering with SEBI. They are essentially offshore derivative instruments, linked to Indian securities. For example, if an FPI buys shares of Infosys in India, it can issue a P-note to an overseas investor. That overseas investor will gain the benefits (returns) from Infosys’ shares without directly owning them in India. This route is often used by investors who want to save time and avoid the regulatory process of registration, though SEBI keeps a close watch on P-notes due to concerns about transparency and misuse

 

Source: Indianexpress

 

 

GREAT NICOBAR ISLAND PROJECT

 

 

1. Context

 

The ecological assessments cited by the Union government to clear the Great Nicobar Island Development project do not fulfil the statutory requirements, Congress general secretary (communications) Jairam Ramesh said in a letter to Union Environment Minister Bhupender Yadav on Sunday. He demanded that the report of the High-Powered Committee (HPC), constituted on directions of the National Green Tribunal (NGT), be made public

 

2.What is the Great Nicobar Island Project?

 

• The Great Nicobar Island Project is a significant infrastructure development initiative undertaken by the Indian government on Great Nicobar Island, part of the Andaman and Nicobar Islands in the Indian Ocean. The project aims to transform the island into a strategic and economic hub.
• A deep-draft international container transshipment terminal is planned to be developed at Galathea Bay. This port is expected to serve as a key shipping hub in the region, facilitating trade and reducing dependency on transshipment ports in other countries
• An international airport is proposed to improve connectivity to the island, both for tourism and strategic purposes. This airport will be capable of handling wide-bodied aircraft and will enhance the island's accessibility
• To support the infrastructure and population growth, a gas- and solar-based power plant will be developed. This plant aims to provide a reliable and sustainable energy source for the island's needs
• A modern township with residential, commercial, and recreational facilities is planned to accommodate the increased population and workforce that the project will attract. This township is expected to have state-of-the-art amenities and infrastructure

 

Strategic and Economic Importance

• Great Nicobar Island is situated near the Malacca Strait, one of the world's busiest shipping lanes. Developing this island will enhance India's strategic presence in the Indian Ocean Region, particularly in terms of maritime security and trade control
• The project aims to boost the local economy by creating job opportunities and attracting investments. Improved infrastructure and connectivity are expected to stimulate tourism and other economic activities on the island
• Enhancing connectivity through the transhipment port and international airport will integrate Great Nicobar Island more closely with the global and regional trade networks, potentially making it a key logistical and commercial hub

 

Environmental and Social Considerations

• The project has raised concerns about its potential impact on the island's rich biodiversity and ecosystems. Great Nicobar Island is home to unique flora and fauna, including endangered species. Ensuring sustainable development practices and environmental protection measures will be crucial
• There are concerns about the impact on local communities, particularly indigenous tribes such as the Nicobarese and Shompen. Ensuring that their rights and livelihoods are protected is a key consideration for the project
• The project's emphasis on using renewable energy sources like solar power and promoting eco-friendly practices is an effort to mitigate environmental concerns. However, balancing development with conservation will be an ongoing challenge

 

 

Great Nicobar   Great Nicobar is the largest of the Nicobar Islands, part of the Union Territory of Andaman and Nicobar Islands in India. It is located in the Indian Ocean, near the western entrance of the Malacca Strait, which is a key maritime route for international trade.   Here are some key aspects of Great Nicobar: Great Nicobar is situated at the southern end of the Nicobar Islands, approximately 1,280 kilometers (800 miles) from the Indian mainland The island features diverse landscapes, including dense tropical rainforests, hilly terrain, and coastal areas. Mount Thullier is the highest point on the island, rising to an elevation of about 642 meters (2,106 feet) Great Nicobar is known for its rich biodiversity and is part of the Great Nicobar Biosphere Reserve. The island hosts unique flora and fauna, including several endemic and endangered species. The Nicobar megapode, Nicobar tree shrew, and saltwater crocodile are some of the notable species found here The island is sparsely populated, with a mix of indigenous tribes and settlers from other parts of India. The Nicobarese and Shompen are the primary indigenous communities on the island The indigenous tribes have distinct cultural practices, languages, and traditions. Efforts are being made to preserve their cultural heritage and ensure their rights and well-being amidst development initiatives Great Nicobar’s strategic location near the Malacca Strait, one of the world's busiest maritime routes, enhances its significance for India's maritime security and trade interests Given its strategic position, the island hosts Indian military installations, which play a crucial role in monitoring and securing the Indian Ocean Region

 

3. Strategic Importance

 

• The Bay of Bengal and Indian Ocean region are critically important for India's strategic and security interests, especially as the Chinese People’s Liberation Army Navy aims to increase its presence in these waters.
• India is concerned about the buildup of Chinese naval forces at key Indo-Pacific chokepoints, particularly Malacca, Sunda, and Lombok. China's efforts to extend its influence in the area include constructing a military facility on the Coco Islands in Myanmar, located just 55 km north of the Andaman & Nicobar Islands.
• Earlier this year, The Indian Express reported significant upgrades to the military infrastructure on the Andaman & Nicobar Islands.
• This includes modernizing airfields and jetties, creating new logistics and storage facilities, establishing a base for military personnel, and enhancing surveillance capabilities.
• The goal of these upgrades is to support the deployment of more military forces, larger warships, aircraft, missile batteries, and troops.
• Maintaining close surveillance over the area surrounding the archipelago and establishing a strong military presence on Great Nicobar is crucial for India's national security

4. Environmental Concerns

• The proposed infrastructure upgrade has faced opposition due to its potential ecological threat to the islands. Wildlife conservation researchers, anthropologists, scholars, civil society members, and the Congress party have raised concerns about the devastating impact on the Shompen, a particularly vulnerable tribal group (PVTG) of hunter-gatherers, who have an estimated population of a few hundred individuals residing in a tribal reserve on the island.
• Critics claim the project infringes on the rights of the tribal population and will harm the island’s ecology, including the felling of nearly a million trees. There are fears that the port project will damage coral reefs, affecting the local marine ecosystem, and pose a threat to terrestrial species like the Nicobar Megapode bird and leatherback turtles, which nest in the Galathea Bay area.
• A statement by senior Congress leader and former Environment Minister Jairam Ramesh highlighted that the proposed port is in a seismically active zone, which experienced permanent subsidence of about 15 feet during the 2004 tsunami.
• The statement also accused the local administration of insufficiently consulting the Tribal Council of Great and Little Nicobar Islands as required by law.
• In November 2022, the tribal council withdrew a no-objection certificate it had issued for the diversion of about 160 sq km of forest land, citing inadequate information provided to them.
• In April 2023, the Kolkata Bench of the National Green Tribunal (NGT) chose not to interfere with the environmental and forest clearances granted to the project. However, the Tribunal ordered the formation of a high-power committee to review the clearances. There is still no clarity on whether the committee, mainly composed of government representatives, has submitted its report

 

 

For Prelims: National Green Tribunal (NGT), Great Nicobar Island, Coastal Regulation Zones, Turtles, Dolphins, Particularly Vulnerable Tribal Groups (PVTGs), Mangroves, Great Nicobar Biosphere Reserve For Mains: Significance and Issues Related to Great Nicobar Island Project

 

Previous Year Questions 1. Which one of the following pairs of islands is separated from each other by the ‘Ten Degree Channel’? (2014) (a) Andaman and Nicobar (b) Nicobar and Sumatra (c) Maldives and Lakshadweep (d) Sumatra and Java Answer (a) 2. Which of the following have coral reefs? (2014) Andaman and Nicobar Islands Gulf of Kachchh Gulf of Mannar Sunderbans Select the correct answer using the code given below: (a) 1, 2 and 3 only (b) 2 and 4 only (c) 1 and 3 only  (d) 1, 2, 3 and 4 Answer (a) 3. In which one of the following places is the Shompen tribe found? (2009) (a) Nilgiri Hills (b) Nicobar Islands (c) Spiti Valley (d) Lakshadweep Islands Answer (b)

 

Source: indianexpress

 

 

INDIAN OCEAN RIM ASSOCIATION (IORA)

 

 

1. Context

 

‘Reinforcing Indian Ocean Identity’ was the banner theme at the Indian Ocean Rim Association’s (IORA) Council of Ministers (COM) held in Colombo on October 11 2023, that was attended by foreign ministers and senior officials of the 23-nation grouping of countries. 

 

2. Indian Ocean Rim Association’s (IORA) 

• The Indian Ocean Rim Association (IORA) is an international organization consisting of countries that have coastlines along the Indian Ocean. Its primary aim is to promote regional cooperation and sustainable development in the Indian Ocean region. The organization was established in 1997 and is headquartered in Ebene, Mauritius.
• The Indian Ocean Rim Association includes 23 countries from Africa, West Asia, South Asia, South East Asia, Australia and littoral states situated in and around the Indian Ocean.
• The grouping, whose apex body is the Council of Foreign Ministers that meet once a year, moves by rotation through members every two years
•  Sri Lanka took charge as Chair this year from Bangladesh, and India is Vice-Chair, meaning that the troika of IORA is within the South Asian region
•  IORA’s membership includes 23 countries: Australia, Bangladesh, the Comoros, France, India, Indonesia, Iran, Kenya, Madagascar, Malaysia, the Maldives, Mauritius, Mozambique, Oman, Seychelles, Singapore, Somalia, South Africa, Sri Lanka, Tanzania, Thailand, the UAE and Yemen. It also has 11 dialogue partners: China, Egypt, Saudi Arabia, Germany, Italy, Japan, South Korea, Russia, Türkiye, the U.K. and the U.S.
• While the IORA was formed in 1997 (then called the Indian Ocean Region-Association for Regional Cooperation) in Mauritius, its genesis came from a speech Nelson Mandela gave in Delhi in 1995

3. Significance of Indian Ocean Rim Association’s (IORA)

 

• A third of the world’s population (2.6 billion people) live in the region, and 80% of global oil trade, 50% of the world’s containerised cargo and 33% of its bulk cargo passes through it. The region produces a combined total of $1 trillion in goods and services and intra-IORA trade is billed at around $800 billion

• India’s other regional organisations, like SAARC (South Asian Association for Regional Cooperation) and BIMSTEC (Bay of Bengal Initiative for Multi-Sectoral Technical and Economic Cooperation), face their own challenges. While the QUAD (Quadrilateral Security Dialogue), has made progress, it remains U.S.-led, along with military allies Australia and Japan. 
• Meanwhile, China is actively trying to rope in India’s neighbours with groupings like the Belt and Road Initiative (BRI), China-Indian Ocean Region Forum on Development Cooperation, China-South Asian Countries Poverty Alleviation and Cooperative Development Centre, which exclude India
• IORA, however, remains a “safe space” for India and other countries of the region that wish to keep out the constant challenge of big-power rivalries
• ORA membership is based on consensus, and Pakistan has not been admitted to the grouping since it first applied in 2001, on the basis that it has not extended MFN (most favoured nation) status to India, making the IORA a less contentious space for India as well, compared to groupings like the Shanghai Cooperation Organisation (SCO)

 

4. IORA Importance to Countries

The Indian Ocean Rim Association (IORA) holds significant importance for the countries in the Indian Ocean region and the global community for several reasons:

• Economic Significance:

  • The Indian Ocean is home to some of the world's most important shipping lanes, making it a critical hub for global trade. Many of the world's busiest and most strategically significant maritime trade routes, such as the Strait of Hormuz and the Strait of Malacca, are situated in this region.
  • IORA fosters economic cooperation and trade among member countries, aiming to boost economic growth, investment, and regional integration. This is vital for the prosperity of the region and its ability to engage in international trade.

• Strategic Significance:

  • The Indian Ocean region holds strategic significance for global powers due to its geopolitical location. It connects the major economies of Asia, the Middle East, and Africa.
  • Ensuring the safety and security of the Indian Ocean is crucial for global stability and trade. IORA plays a role in addressing issues related to maritime security, piracy, and regional stability.

• Resource Management:

  • The Indian Ocean region is rich in marine resources, including fisheries and hydrocarbons. Cooperative management of these resources is vital to ensure their sustainability and to prevent conflicts over resource use.

• Climate Resilience:

  • The region is prone to various climate-related challenges, including cyclones, tsunamis, and rising sea levels. IORA facilitates cooperation in disaster risk management and climate resilience efforts.

• Cultural Exchange:

  • The diverse member countries of IORA represent a rich tapestry of cultures, languages, and traditions. Promoting cultural exchange and understanding through IORA fosters people-to-people connections, which can contribute to global harmony.

5.Way forward

IORA’s seven priority areas are maritime safety and security; trade and investment facilitation; fisheries management; disaster risk management; academic, science and technology; tourism and cultural exchanges; and gender empowerment

The IORA also runs a special fund in addition, disbursing $80,000-$150,000 for project grants to members, and has a particular focus on climate change. It is clear that strategic issues and the importance of keeping a free and open sea lane, guarding against piracy, have become an integral part of the discussions

 

 

Previous Year Questions 1.With reference to 'Indian Ocean Rim Association for Regional Cooperation (IOR-ARC)', consider the following statements: (UPSC CSE 2015) 1. It was established very recently in response to incidents of piracy and accidents of oil spills. 2. It is an alliance meant for maritime security only. Which of the statements given above is/are correct? A. 1 Only B. 2 Only C. Both 1 and 2 D. Neither 1 nor 2 Answer (D)

Source: The Hindu

 

 

HEATWAVE

 

1. Context

Delhi and the NCR are facing longer and more intense heatwaves, with the city increasingly retaining heat even at night. Rapid urbanisation, concrete-heavy infrastructure, air conditioning, and shrinking green cover have turned the Urban Heat Island Effect into a deeper “heat re-trap”.

2. What is a Heat Wave?

• A heatwave is a period of abnormally high temperatures, a common phenomenon in India during the months of May-June and in some rare cases even extends till July.
• Indian Meteorological Department (IMD) classifies heat waves according to regions and temperature ranges. As per IMD, the number of heatwave days in India has increased from 413 over 1981-1990 to 600 over 2011-2020.
• This sharp rise in the number of heatwave days has resulted due to the increasing impact of climate change.
• The last three years have been La Niña years, which has served as a precursor to 2023 likely being an El Niño year. (The El Niño is a complementary phenomenon in which warmer water spreads west­east across the equatorial Pacific Ocean.)
• As we eagerly await the likely birth of an El Niño this year, we have already had a heat wave occur over northwest India.
• Heat waves tend to be confined to north and northwest India in El Niño years.

 

Image Source:News18

3. How do Heat waves Occur?

• Heat waves are formed for one of two reasons warmer air is flowing in from elsewhere or it is being produced locally.
• It is a local phenomenon when the air is warmed by higher land surface temperature or because the air sinking down from above is compressed along the way, producing hot air near the surface.
• First of all, in spring, India typically has air flowing in from the west­northwest. This direction of air­flow is bad news for India for several reasons.
• Likewise, air flowing in from the northwest rolls in over the mountains of Afghanistan and Pakistan, so some of the compression also happens on the leeward side of these mountains, entering India with a bristling warmth.
• While air flowing over the oceans is expected to bring cooler air, the Arabian Sea is warming faster than most other ocean regions.
• Next, the strong upper atmospheric westerly winds, from the Atlantic Ocean to India during spring, control the near-surface winds.
• Any time winds flow from the west to the east, we need to remember that the winds are blowing faster than the planet which also rotates from west to east.
• The energy to run past the earth near the surface, against surface friction, can only come from above. This descending air compresses and warms up to generate some heat waves.

4. Impacts of heat waves in India

• The frequent occurrence of heat waves also adversely affects different sectors of the economy.
• For instance, the livelihood of poor and marginal farmers is negatively impacted due to the loss of working days.
• Heatwaves also have an adverse impact on daily wage workers' productivity, impacting the economy.
• Crop yields suffer when temperatures exceed the ideal range.
• Farmers in Haryana, Punjab, and Uttar Pradesh have reported losses in their wheat crop in the past rabi season. Across India, wheat production could be down 6-7% due to heat waves.
• Mortality due to heat waves occurs because of rising temperatures, lack of public awareness programs, and inadequate long-term mitigation measures.
• According to a 2019 report by the Tata Center for Development and the University of Chicago, by 2100 annually, more than 1.5 million people will be likely to die due to extreme heat caused by climate change.
• The increased heat wave will lead to an increase in diseases like diabetes, circulatory and respiratory conditions, as well as mental health challenges.
• The concurrence of heat and drought events is causing crop production losses and tree mortality. The risks to health and food production will be made more severe by the sudden food production losses exacerbated by heat-induced labor productivity losses.
  These interacting impacts will increase food prices, reduce household incomes, and lead to malnutrition and climate-related deaths, especially in tropical regions.

5. How does air mass contribute to heat waves?

• The other factors that affect the formation of heat waves are the age of the air mass and how far it has traveled.
• The north northwestern heatwaves are typically formed with air masses that come from 800-1600 km away and are around two days old.
• Heat waves over peninsular India on the other hand, arrive from the oceans, which are closer (around 200-400km) and are barely a day old. As a result, they are on average less intense.

6. Way ahead for Heat waves

• Identifying heat hot spots through appropriate tracking of meteorological data and promoting timely development and implementation of local Heat Action Plans with strategic inter-agency coordination, and a response that targets the most vulnerable groups.
• Review existing occupational health standards, labor laws, and sectoral regulations for worker safety in relation to climatic conditions.
• Policy intervention and coordination across three sectors health, water, and power are necessary.
• Promotion of traditional adaptation practices, such as staying indoors and wearing comfortable clothes.
• Popularisation of simple design features such as shaded windows, underground water storage tanks, and insulating house materials.
• Advance implementation of local Heat Action Plans, plus effective inter-agency coordination is a vital response that the government can deploy in order to protect vulnerable groups.

For Prelims & Mains

For Prelims: Heat Wave, India Meteorological Department (IMD), El Nino, Equatorial Pacific Ocean, La Nina, Malnutrition, Heat Action Plans. For Mains: 1. Examine the various adverse impacts caused by heat waves and how India should deal with them.

 

Previous Year Questions   1.What are the possible limitations of India in mitigating global warming at present and in the immediate future? (UPSC CSE 2010) 1. Appropriate alternate technologies are not sufficiently available. 2. India cannot invest huge funds in research and development. 3. Many developed countries have already set up their polluting industries in India. Which of the statements given above is/are correct? (a) 1 and 2 only (b) 2 only (c) 1 and 3 only (d) 1, 2 and 3 Answer (a) India faces challenges in addressing Global Warming: Developing and underdeveloped nations lack access to advanced technologies, resulting in a scarcity of viable alternatives for combating climate change. Being a developing nation, India relies partially or entirely on developed countries for technology. Moreover, a significant portion of the annual budget in these nations is allocated to development and poverty alleviation programs, leaving limited funds for research and development of alternative technologies compared to developed nations. Analyzing the statements provided: Statements 1 and 2 hold true based on the aforementioned factors. However, Statement 3 is inaccurate as the establishment of polluting industries by developed countries within India is not feasible due to regulations governing industrial setup Mains 1.Bring out the causes for the formation of heat islands in the urban habitat of the world. (UPSC CSE Mains GS 1 2013)

 

Source: The Hindu