Why in news?

India's real GDP grew 7.8% in Q1 FY2026-27 (April-June 2026), surpassing the RBI's 7% estimate and marking the fastest Q1 growth in recent years.

However, elevated crude oil prices, food inflation and a strengthening El Niño cloud the outlook ahead.

What’s in Today’s Article?

• Headline Numbers
• Three Key Drivers of the Growth Surprise
• The Resilience Factor
• Lingering Risks Ahead
• Conclusion

Headline Numbers

• Real GDP growth: 7.8% in Q1 FY27 — higher than RBI's 7% estimate, higher than 6.9% in Q1 FY26, but lower than 8.6% in Q4 FY26
• Nominal GDP growth: 10.3%
• Real Gross Value Added (GVA) growth: 8.2%
• Gross Fixed Capital Formation (GFCF): Grew 11.9% (real terms); grew 20.4% in nominal terms, raising its GDP share to 34.3% from 31.4% last year

Three Key Drivers of the Growth Surprise

Manufacturing and Services Surge

• Manufacturing: Grew 9.2% (a three-quarter high), up from 8.3% a year ago, led by infrastructure-based companies.
• Services (tertiary sector): Expanded 10%, up from 8% a year ago; the 'Financial, Real Estate, Ownership of Dwelling, IT & Professional Services' category alone grew 12.1% (vs 8.8% last year).
• Construction: Grew 7.7%, up from 5.2%.
• Electricity, Gas, Water Supply & Utilities: Grew 8.9%, though partly a low-base effect.
• Agriculture: Grew a modest 3.6%, down from 4.4%, but better than feared given the June monsoon shortfall.
• Mining and quarrying: Contracted 2.4%, largely due to a high base (12.4% growth last year).

Demand Push

• Strong rural and urban demand reflected in GST collections and automobile sales.
• Rise in core exports (excluding oil, gems and jewellery).
• Air passenger traffic moderated in June amid higher costs.
• Rural consumption supported by PM-KISAN, higher Minimum Support Prices (MSP), and fertiliser affordability measures.

Investment Activity

• GFCF (the proxy for investment) rose sharply, signalling a healthy trend for future growth.
• Economic Advisory Council to the PM had noted that investment must reach 34–35% of GDP to sustain 7%+ growth — a threshold nearly touched this quarter.

The Resilience Factor

• Chief Economic Adviser V. Anantha Nageswaran identified "resilience" as the key message from the Q1 GDP data.
• He noted that this continued resilience in India's growth performance is well-supported by high-frequency indicators.
• All three sectors — agriculture, manufacturing and services — contributed to growth despite West Asia-related uncertainties, with outcomes turning out better than initially feared amid the simmering conflict.

Lingering Risks Ahead

• Crude oil prices: Risk of supply disruption amid US-Iran tensions may keep Brent crude above $80/barrel; rising prices of diesel and natural gas could dent private consumption globally and dim export prospects.
• El Niño intensification: Expected to peak in late 2026, posing downside risks to crop yields during the flowering and grain-formation stages, and threatening winter Rabi crops like wheat and mustard.
• Unfavourable base effects: Economists expect growth to slow from Q2 onward.
• Deficient monsoon risk: Could weigh on agriculture and rural demand in subsequent quarters.

Conclusion

India's 7.8% Q1 GDP growth, driven by robust manufacturing, services and investment activity, underscores the economy's resilience amid global uncertainty.

However, elevated crude prices, an intensifying El Niño and unfavourable base effects pose credible risks, necessitating sustained reform and diversification to secure growth momentum in the coming quarters.

Why in News?

• The Permanent Court of Arbitration (PCA), The Hague, has ruled that the 1960 Indus Waters Treaty (IWT) between India and Pakistan remains “fully in force” and that India must continue observing its obligations under the treaty.
• India, however, has categorically rejected the ruling, maintaining that the Court of Arbitration itself was constituted in violation of the IWT and therefore has no jurisdiction over India.
• The dispute marks a significant escalation in the long-standing India–Pakistan contest over transboundary water governance, hydroelectric projects and the interpretation of the IWT.

What’s in Today’s Article?

• Indus Waters Treaty - A Brief Framework
• What Has the Hague Court Ruled?
• Why Does India Reject the Court?
• The Ratle–Kishenganga Dispute
• Strategic and Geopolitical Significance
• International Legal Challenge
• What Lies Ahead? 

Indus Waters Treaty - A Brief Framework:

• The IWT, brokered by the World Bank in 1960, allocates the six Indus-system rivers between the two countries:
  • Eastern rivers — Ravi, Beas and Sutlej: primarily allocated to India.
  • Western rivers — Indus, Jhelum and Chenab: primarily allocated to Pakistan, while India retains specified rights for domestic use, irrigation and run-of-the-river hydropower projects.
• The treaty also establishes mechanisms for resolving disputes, including a Permanent Indus Commission, Neutral Expert and Court of Arbitration, depending upon the nature of the dispute.

What Has the Hague Court Ruled?

• The Court issued two decisions on August 31, 2026.
• Status of the Treaty:
  • India announced on April 23, 2025, following the Pahalgam terror attack, that the IWT would remain in “abeyance” until Pakistan “credibly and irrevocably” ended its support for cross-border terrorism.
  • The Court held that -
    • The IWT does not provide for unilateral suspension or termination by either party.
    • “Abeyance” cannot be used to suspend the treaty's operation.
    • The treaty remains binding unless India and Pakistan jointly modify or terminate it through a subsequent treaty.
    • India's cited grounds—including terrorism, sovereignty, material breach, demographic and technological changes, climate change and armed conflict—did not legally justify suspension or termination.
  • Consequently, the Court held that India remains bound by treaty obligations concerning its hydroelectric projects on the Western Rivers and the treaty's dispute-settlement mechanisms.
• Ratle Hydroelectric Project:
  • The Court also imposed interim measures concerning the Ratle Hydro-Electric Plant (RHEP) on the Chenab.
  • India has been directed to temporarily refrain from concreting the dam wall and power-intake structure above specified levels and to report changes to the construction schedule.
  • These restrictions are to continue until 90 days after the Neutral Expert's final decision, expected around July 2027.

Why Does India Reject the Court?

• India has never participated in the Court of Arbitration proceedings and disputes its very constitution.
• New Delhi argues that -
  • The Court was established by the World Bank in breach of the IWT.
  • Pakistan's invocation of the Court created parallel proceedings on issues that were already before the Neutral Expert.
  • The treaty does not permit simultaneous dispute-resolution mechanisms for the same questions.
  • The Court therefore lacks jurisdiction to rule upon India's sovereign decisions.
• India has consequently described the Court's pronouncements as “null and void” and reiterated that its decision to keep the IWT in abeyance remains operative.

The Ratle–Kishenganga Dispute:

• Pakistan has challenged design features of India's Ratle and Kishenganga hydroelectric projects, arguing that they violate the IWT's restrictions on India's use of the Western Rivers.
• These disputes involve highly technical issues such as reservoir storage/pondage, dam design and operational parameters.
• A Neutral Expert, appointed through the World Bank mechanism at India's request, was separately examining technical questions.
• India argues that this mechanism is the treaty-consistent route, whereas the Court of Arbitration represents an impermissible parallel process.

Strategic and Geopolitical Significance:

• Water as a strategic instrument:
  • Pakistan is heavily dependent on the Indus river system; the rivers covered by the treaty support a substantial share of its agriculture and water security.
  • Consequently, any alteration in India's approach to the treaty has significant implications for Pakistan's food security, irrigation and economy.
• India's security argument:
  • India's position reflects the linkage it has drawn between cross-border terrorism and bilateral agreements, particularly after the Pahalgam attack.
  • New Delhi has repeatedly argued that “blood and water cannot flow together” and has maintained that the treaty requires reconsideration because circumstances have changed substantially since the 1950s.

International Legal Challenge:

• The episode highlights a larger question of treaty law versus unilateral sovereign action.
• While the PCA has interpreted the IWT according to its legal provisions, India disputes the tribunal's jurisdiction itself.
• Thus, the immediate issue is not merely water allocation but also the legitimacy and applicability of the dispute-settlement mechanism.

What Lies Ahead?

• The ruling is unlikely to immediately resolve the dispute because India does not recognise the tribunal's jurisdiction.
• The central contest is therefore likely to continue through -
  • India's continued implementation of its “abeyance” position;
  • Pakistan's efforts to internationalise the issue;
  • Parallel proceedings involving the Neutral Expert;
  • Disputes over Indian hydroelectric projects on the Western Rivers; and
  • Broader negotiations over the future of the IWT.

Why in the News?

• The Government has notified the second phase of the India Semiconductor Mission (ISM 2.0) with an outlay of about Rs. 1,27,500 crore.
• The scheme expands support beyond semiconductor fabrication to cover chip design, equipment, materials, packaging, research and development, and talent development.

What’s in Today’s Article?

• Semiconductor Ecosystem (Background, ISM 1.0, ISM 2.0, etc.)
• News Summary (Investment Support, Talent and R&D, Significance)

Semiconductor Ecosystem in India

• Semiconductors are essential components used in smartphones, computers, automobiles, defence systems, telecommunications equipment, consumer electronics and artificial intelligence infrastructure.
• Their strategic importance has increased because disruptions in global semiconductor supply chains can affect multiple industries.
• India has traditionally been strong in semiconductor design and engineering talent, but has had limited domestic manufacturing capacity.
• Government policy has therefore increasingly focused on developing an integrated ecosystem covering the entire semiconductor value chain.
• The India Semiconductor Mission was launched with this broader objective.
• The first phase, or ISM 1.0, received an allocation of Rs. 76,000 crore and resulted in the approval of 12 projects involving around Rs. 1.64 lakh crore of cumulative investment.

India Semiconductor Mission 2.0

• ISM 2.0 seeks to move beyond individual semiconductor projects and develop a complete domestic ecosystem. Its six pillars are:
  • Chip design: Supporting indigenous chip design, particularly for strategically important applications.
  • Machines and materials: Promoting domestic manufacturing of semiconductor equipment, chemicals and gases.
  • Fabs: Supporting the establishment of semiconductor fabrication facilities.
  • Packaging and testing: Expanding assembly, packaging and testing capabilities.
  • Research and development: Supporting advanced semiconductor technologies.
  • Talent development: Building the specialised workforce required by the industry.

News Summary

• The notified scheme has an outlay of approximately Rs. 1,27,500 crore.
• The Government expects ISM 2.0 to attract around Rs. 4 lakh crore of cumulative investment, generate semiconductor production worth Rs. 2 lakh crore, and achieve approximately Rs. 1 lakh crore of exports during the scheme period.
• The broader ecosystem is also expected to create 50,000-60,000 direct jobs, according to the Electronics and Information Technology Minister.

Investment Support

• The Centre will provide capital support of up to 40% for silicon fabrication units.
• Support of up to 35% will be available for compound semiconductor and discrete fabs, as well as specified display fabs and semiconductor packaging units.
• Incentives will be released on a pari-passu basis, meaning government support will correspond proportionately to capital invested in the project.
  • Pari passu is a Latin phrase that means "equal footing" or "moving together in equal step".
• The scheme also extends support upstream. Facilities producing wafers, substrates, chemicals and gases, as well as semiconductor testing and R&D facilities, can receive support of up to 30% of capital expenditure.
• Manufacturers of equipment, sub-assemblies and components can receive an additional production-linked incentive of 2-10% of the bill of materials.

Support for Indian Chip-Design Start-ups

• ISM 2.0 also seeks to strengthen India's semiconductor design ecosystem. The Centre can take minority stakes in Indian semiconductor start-ups, matching private investment to bridge funding gaps.
• Chip-design start-ups and MSMEs can receive seed funding of up to Rs. 15 crore, followed by government co-investment beyond that threshold.
• The scheme also provides for royalty financing, under which supported companies pay 5% of net revenue until the Government recovers 1.5 times its support.

Talent and R&D

• Research and development and talent development receive support of up to 75% of project cost, according to the notified framework.
• This is important because semiconductor manufacturing requires specialised skills spanning chip architecture, fabrication, packaging, equipment and materials.
• India has already exceeded an earlier target of developing 85,000 semiconductor engineers in four years, against the original 10-year timeline.

Significance

• ISM 2.0 attempts to address India’s semiconductor vulnerability by developing capabilities across the entire value chain, rather than focusing only on fabrication.
• It can strengthen supply-chain resilience, support domestic technology companies, generate skilled employment and increase India's participation in global semiconductor production.

Context

• What connects Elon Musk, K. Stalin, N. Chandrababu Naidu, Mohan Bhagwat, religious leaders and C. Joseph Vijay is their concern about declining birth rates and their calls for larger families.
• Falling fertility, population ageing, migration and changing population balances increasingly influence elections, public policy, federal relations and identity politics.
• In India, Census 2027 and the prospect of future Lok Sabha delimitation have intensified concerns about uneven population growth across States and communities.

Take the Subject Seriously

• Political demography examines how changes in births, deaths, ageing and migration affect political power, public policy and social stability.
• Serious discussion, however, is often weakened by two extremes: conspiracy theories that exploit demographic anxieties and the tendency to dismiss all demographic concerns as nativism or xenophobia.
• India is undergoing a rapid fertility transition. According to NFHS-5, India's total fertility rate has fallen below replacement level to around 2.0 children per woman.
• Fertility has declined across all major religious communities, while gaps between communities have narrowed.
• Demographic change is influenced by education, urbanisation, healthcare and economic development rather than religious identity alone.
• Yet, it remains politically significant because population trends vary sharply across India's regions.

Uneven Demographic Transition

• India's demographic transition is highly uneven. Southern States such as Keralam and Tamil Nadu achieved lower fertility earlier and are now ageing faster.
• Keralam has a significantly higher median age than younger States such as Uttar Pradesh.
• These differences have major political consequences. Younger States will continue adding more people to the workforce and may demand greater political representation.
• Meanwhile, States that successfully controlled population growth may face ageing populations and labour shortages.
• Migration further complicates the situation. Millions of Indians move internally from regions with limited opportunities to economically stronger areas.
• Many Indians also migrate abroad. Therefore, population trends must be understood through birth rates, age structure, migration, employment opportunities and life expectancy.

What Is in Focus: The Limits of Natalism

• Growing political support for natalism or pronatalism reflects anxiety over declining fertility.
• It encourages higher birth rates through appeals to national survival, cultural identity or political representation.
• However, natalism often simplifies a complex reality. Countries such as Japan, South Korea, China and Italy have introduced financial incentives, childcare support and parental benefits, yet none has consistently restored fertility to earlier levels.
• Decisions about having children depend on housing costs, employment security, education, gender relations, childcare responsibilities and confidence in the future.
• Financial incentives alone cannot reverse sustained fertility decline. Political appeals asking communities to have more children are therefore unlikely to provide a complete solution.

Demography, Federalism and Representation

• Political representation is closely connected to population, but a purely numerical approach can create tensions between States.
• Southern States may argue that they should not be politically disadvantaged for achieving population stabilisation and better social development.
• Younger and more populous States, meanwhile, may demand representation proportional to their population.
• The challenge is to balance population, development, representation and federal equality.
• The debate should move beyond numbers and consider investments in healthcare, education, human development and the challenges created by ageing populations.

Impact on Planning and Politics

• Ageing populations require greater spending on healthcare, pensions and elderly care, while younger populations require investment in education, skills and employment.
• Regional differences may intensify disputes over fiscal transfers, taxation, migration and political representation.
• States with ageing populations may increasingly depend on workers from younger States.
• Demographic anxieties can also encourage divisive identity politics.
• Communities that perceive themselves as shrinking may feel insecure, while growing groups may demand greater political influence.
• Such concerns should not be exploited through theories of demographic replacement.

Towards a More Expansive Idea of “The People”

• The central challenge is to recognise demographic differences without turning them into permanent political conflicts.
• Democratic societies must accommodate group identities, regional inequalities and changing population patterns while preserving social cohesion.
• India needs a more mature approach to political demography. Instead of encouraging competitive population growth among communities, policymakers should focus on ageing, migration, employment, welfare and regional inequality.
• The important questions are not simply Who has more people? but which regions need greater resources, where employment must be created, how representation should evolve and how States can cooperate despite different demographic trajectories.

Conclusion

• Declining fertility, ageing, migration and uneven regional growth will reshape economies, democracies and federal systems.
• Natalism alone cannot solve demographic challenges. Encouraging larger families without addressing economic insecurity, gender inequality and the cost of raising children is unlikely to reverse long-term trends.
• India must balance democratic representation, federalism, development and social cohesion.
• The goal should not be to fear demographic change or exploit it politically, but to manage it with sensitivity and foresight.
• A stronger democracy requires an inclusive idea of the People that accommodates changing populations and identities without allowing demographic differences to become permanent political antagonisms.

About Chile:

• Location: It is located in the southwestern part of South America.
  • It occupies a long, narrow coastal land strip wedged between the Andes Mountains to the east and the South Pacific Ocean to the west.
• Bordering Countries: It is bordered by Peru to the north, Bolivia to the northeast and Argentina to the east and by the Drake Passage to the south.
• Capital City: Santiago
• Geographical Features of Chile
  • Climate: Temperate; desert in north; Mediterranean in central region; cool and damp in south.
  • Desert: Atacama Desert which is the driest non-polar desert in the world is in Chile.
  • Major River: Loa River
  • Volcano: Ojos del Salado which is the World’s highest active volcano and 2nd highest peak in South America (6,880 m).
  • It is located along the Pacific Ring of Fire.
  • Natural Resources: It is the world’s largest copper and Lithium producer. Other resources include molybdenum, iron ore, timber, hydropower, and precious metals.

About Malaria:

• It is a life-threatening febrile illness caused by Plasmodium parasites.
• Transmission: It is transmitted through the bites of infected female Anopheles mosquitoes.
• It is not contagious, but can be spread through infected blood or contaminated needles.
• Risk: Infants, children under 5 years, pregnant women and girls, travellers and people with HIV or AIDS are at higher risk of severe infection. 
• Treatments include
  • ACTs (Artemisinin-based Combination Therapies) for P. falciparum.
  • Chloroquine for P. vivax 
  • Primaquine to prevent relapses in P. vivax and P. ovale infections.

About Magnetar:

• Magnetars are neutron stars having an ultrahigh magnetic field that are much stronger than the terrestrial magnetic field.
• They are formed in the same way as all neutron stars, through the core-collapse of a massive star in a supernova explosion.
• The idea of a magnetar was first proposed in 1987 and used to successfully explain soft gamma repeaters (SGR) in 1992. 
• Characteristics:
  • They are characterised by exceptionally strong magnetic fields, estimated to be a thousand times stronger than typical neutron stars.
  • The magnetic field of a magnetar is over one quadrillion times stronger than the magnetic field of Earth.
  • What powers the emission of high-energy electromagnetic radiation in them is the decay of magnetic fields in these objects.
  • Besides, magnetars display strong temporal variability, typically including a slow rotation, a rapid spin-down, bright but short bursts going on upto months-long outbursts.
  • Occasionally, they emit intense bursts of energy in the form of flares.

About Kamlang Tiger Reserve:

• Location: It is located in Arunachal Pradesh near the border with Myanmar.
• It is a part of the larger Eastern Himalayan Biodiversity Hot Spot.
• It is named after the Kamlang River, which flows through the reserve and joins the Brahmaputra.
• It is spread between the famed Namdapha National Park on its south and the Lang River on its north.
• The western border is formed by the Lati River, while its eastern part is bordered by the Tawe River.
• Topography: It encompasses a diverse range of landscapes, including dense tropical forests, grasslands, rivers, and hills.
• Climate: It enjoys a subtropical climate as it falls within the subtropical zone.
• Vegetation: The vegetation types include moist evergreen tropical forests in the foothills and subtropical and temperate forests in higher elevations.
• Flora: Common species of trees in the reserve include Ammora wallichi (Amari), Gmelina arborea (Gamari), Terminalia chebula (Hillika), Canarium resigniferum (Dhuna), and many others.
• Fauna: All four big cats, including the Snow Leopard, Clouded Leopard, Leopard and Tiger and other species like Himalayan Palm Civets, Leopard Cat, Slow Lories and Hoolock Gibbon, can also be spotted in the sanctuary.

About Hanging Glaciers:

• Hanging glaciers are ice masses perched on steep slopes that can detach and trigger massive avalanches.
• Formation:
  • They occur when a major valley glacier system retreats and thins, leaving the tributary glaciers in smaller valleys high above the shrunken central glacier surface.
  • If the entire system has melted and disappeared, the empty high valleys are called hanging valleys.
• Impact of Hanging Glaciers:
  • Hanging glaciers pose a significant risk of break-offs.
  • The break-offs from hanging glaciers can also trigger secondary hazards such as glacial lake outburst floods (GLOFs).
  • Glaciers in high-elevation alpine environments are highly sensitive to climate variability and warming.
  • This sensitivity is particularly pronounced in the Himalaya, where warming over the past two decades has exceeded the global average, resulting in accelerated glacier retreat.