IASbaba's Daily Current Affairs Analysis
Archives
(PRELIMS Focus)
Subject: Geography (World Geography) / Art & Culture / International Relations
Why in News?
The Māori were in the news during Prime Minister Narendra Modi’s visit to New Zealand, where he referred to the Māori concept of “Waka” while addressing the Indian diaspora and received a traditional Haka welcome, highlighting the growing cultural dimension of India–New Zealand relations.
Key Facts
- Māori are the indigenous Polynesian people of New Zealand (Aotearoa).
- Their ancestors are believed to have arrived from Eastern Polynesia in large ocean-going canoes (Waka) during the 13th century CE.
- Around 86% of Māori live on the North Island, while the remainder reside mainly on the South Island.
- They constitute about one-sixth of New Zealand’s population.
- Language: Te Reo Māori is one of the official languages of New Zealand, along with English and New Zealand Sign Language.
- Marae: A sacred communal meeting place that serves as the centre of Māori social, cultural, and religious life.
- Haka: A traditional ceremonial dance performed to express unity, respect, celebration, or challenge; it is internationally associated with New Zealand’s All Blacks rugby team.
- Ta Moko: Traditional Māori tattoo art representing ancestry, identity, genealogy, and social status.
- Treaty of Waitangi (1840): Signed between the British Crown and Māori chiefs; regarded as New Zealand’s founding constitutional document.
UPSC Prelims Perspective
UPSC frequently asks about indigenous communities, tribal cultures, and map-based world geography. Revise the Polynesian cultural region, the distinction between Melanesia, Micronesia, and Polynesia, and indigenous groups such as the Māori (New Zealand), Aboriginal Australians, Inuit (Arctic), Sami (Northern Europe), and Ainu (Japan). Also remember the significance of the Treaty of Waitangi, Haka, and Waka, as these are potential culture-based prelims questions.
Source/Reference:
Subject: Environment & Ecology
Why in News?
The Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES) was in the news as the 34th Meeting of the CITES Animals Committee (AC34) convened in Geneva, Switzerland, to review issues related to wildlife trade, species conservation, illegal trafficking, and implementation of CITES provisions. The meeting discusses conservation measures for species such as corals, sharks and rays, eels, big cats, vultures, and amphibians.
Key Facts
- CITES is an international agreement that regulates international trade in wild animals and plants to ensure that such trade does not threaten their survival.
- Adopted: 3 March 1973, Washington, D.C.
- Entered into Force: 1 July 1975.
- Secretariat: Geneva, Switzerland, administered by the United Nations Environment Programme (UNEP).
- Parties: 185 (184 countries and the European Union).
- Three CITES Appendices:
- Appendix I: Species threatened with extinction; commercial international trade in wild specimens is generally prohibited.
- Appendix II: Species not necessarily threatened with extinction but requiring regulated trade through permits.
- Appendix III: Species protected in at least one country seeking international cooperation to regulate trade.
- Trade is regulated through a system of import, export, re-export permits, and certificates issued by designated national Management Authorities, based on scientific advice from Scientific Authorities.
UPSC Prelims Perspective
UPSC frequently asks about international environmental conventions, their secretariats, and species listed under different CITES Appendices. Revise the distinction between CITES (trade regulation) and conventions such as Convention on Biological Diversity (CBD), Ramsar Convention, Convention on Migratory Species (CMS), and IUCN Red List. Also remember that CITES regulates international trade but does not itself ban all wildlife trade, making the differences between Appendices I, II, and III a recurring prelims theme.
Source/Reference:
Subject: Science & Technology / Space Technology
Why in News?
Eärendil-1 was in the news after the U.S. Federal Communications Commission (FCC) approved the launch of the world’s first space mirror demonstration satellite. Developed by the U.S.-based startup Reflect Orbital, the mission aims to test whether sunlight can be reflected from space to illuminate selected areas on Earth after sunset.
Key Facts
- Eärendil-1 is an experimental satellite designed to redirect sunlight from Low Earth Orbit (LEO) to specific locations on Earth.
- Developer: Reflect Orbital, a California-based private space technology company.
- Purpose: To demonstrate “sunlight on demand” for applications such as:
- Emergency and disaster response
- Search and rescue operations
- Agriculture
- Night-time construction
- Extending solar power generation hours.
- Key Features:
- Deploys an 18 m × 18 m ultra-light reflective Mylar mirror.
- Planned orbit: 600–650 km altitude in Low Earth Orbit (LEO).
- Expected to illuminate a ground area of about 5 km in diameter with brightness comparable to moonlight for short durations.
- The mission is a technology demonstration; any future constellation of satellites would require separate regulatory approvals.
Concerns
- Potential light pollution affecting astronomical observations.
- Disruption of circadian rhythms in wildlife and humans.
- Possible impacts on aviation safety and satellite-based observations.
UPSC Prelims Perspective
UPSC frequently asks about emerging space technologies and private space missions. Revise the differences between LEO, MEO, GEO, and Sun-Synchronous Orbit, along with applications of reflective satellites, space debris, and the environmental implications of increasing satellite constellations. This topic also links to concepts such as light pollution, astronomical observations, and sustainable use of outer space.
Source/Reference:
Subject: Science & Technology / Environment & Ecology
Why in News?
Hyperkeratosis was in the news after veterinarians reported that monkeys at Jaipur’s Galtaji Temple (Rajasthan) were developing the condition due to frequent consumption of sugary foods and sweets offered by devotees. Experts warned that an unnatural diet is adversely affecting the animals’ health and increasing the incidence of skin disorders.
Key Facts
- Hyperkeratosis is a condition characterized by abnormal thickening of the outermost layer of the skin (stratum corneum) due to excessive production of keratin, the protective structural protein of the skin.
- It can affect humans and animals, involving the skin, hands, feet, mouth, nose, nails, or footpads.
- Major Types:
- Pressure-related hyperkeratosis: Caused by repeated friction, pressure, or irritation (e.g., calluses and corns).
- Non-pressure-related hyperkeratosis: Associated with genetic disorders, nutritional deficiencies, infections, autoimmune diseases, or chronic inflammation.
- Common Symptoms:
- Thickened, rough, dry, or scaly skin
- Cracks (fissures)
- Hard plaques or calluses
- Reduced flexibility of affected skin
- Management: Depends on the cause and may include removal of the underlying trigger, moisturizers, keratolytic agents (e.g., urea or salicylic acid), and treatment of associated diseases.
UPSC Prelims Perspective
UPSC increasingly covers diseases affecting wildlife alongside biodiversity conservation. Remember that hyperkeratosis is a non-communicable skin condition, not an infectious disease. It is important to distinguish it from zoonotic and vector-borne diseases such as avian influenza, rabies, or Nipah. The issue also highlights the impact of human feeding practices on wildlife health, linking conservation with responsible tourism and human–wildlife interactions.
Source/Reference:
Subject: Environment & Ecology / Geography
Why in News?
The Gulf of Mannar was in the news after a long-term scientific study reported a 57% decline in migratory shorebird populations over the past four decades. The decline has been attributed to habitat degradation, coastal development, mangrove expansion over mudflats, and increasing anthropogenic pressures, raising concerns about the health of this ecologically significant marine ecosystem.
Key Facts
- The Gulf of Mannar is a shallow bay in the Indian Ocean, located between southeastern Tamil Nadu (India) and western Sri Lanka.
- It is separated from the Palk Bay by Rameswaram Island and Adam’s Bridge (Rama Setu).
- Declared India’s first Marine Biosphere Reserve in 1989 under UNESCO’s Man and the Biosphere (MAB) Programme.
- The Gulf of Mannar Marine National Park comprises 21 uninhabited islands.
- Recognized as one of the world’s richest marine biodiversity hotspots, supporting:
- Coral reefs
- Seagrass meadows
- Mangroves
- Salt marshes
- It is India’s largest seagrass ecosystem and an important habitat for the Dugong (Sea Cow), sea turtles, dolphins, whales, and over 3,600 marine species.
- It is a crucial wintering ground for migratory birds along the Central Asian Flyway (CAF).
UPSC Prelims Perspective
UPSC frequently asks map-based questions on marine protected areas, biosphere reserves, coral reefs, and flyways. Revise the location of the Gulf of Mannar, its distinction from Palk Bay, and its significance as India’s first Marine Biosphere Reserve. Also prepare associated species such as the Dugong, the ecological role of seagrass ecosystems, and the Central Asian Flyway, which are recurring prelims themes.
Source/Reference:
Subject: Indian Economy / Agriculture
Why in News?
The PM Formalisation of Micro Food Processing Enterprises (PMFME) Scheme was in the news as the Central Government is considering extending the scheme till 2029 with revised guidelines. The proposal aims to strengthen the unorganised food processing sector by enhancing financial support, promoting women entrepreneurs, and expanding branding and marketing assistance.
Key Facts
- Launched: 2020 under the Aatmanirbhar Bharat Abhiyan.
- Implementing Ministry: Ministry of Food Processing Industries (MoFPI).
- Nature: Centrally Sponsored Scheme implemented in partnership with States/UTs.
- Outlay: ₹10,000 crore.
- Objective: To enhance the competitiveness and formalisation of 2 lakh unorganised micro food processing enterprises through financial, technical, and business support.
- Key Components:
- 35% credit-linked capital subsidy (up to ₹10 lakh per unit).
- One District One Product (ODOP) approach to develop district-specific food value chains.
- Seed capital of ₹40,000 per SHG member for working capital and tools.
- Support for Farmer Producer Organisations (FPOs), Self-Help Groups (SHGs), Producer Cooperatives, common infrastructure, branding, and marketing.
- Capacity building, entrepreneurship training, and handholding support.
UPSC Prelims Perspective
UPSC frequently asks about government schemes, implementing ministries, funding patterns, and scheme-specific features. Revise the distinction between PMFME and Pradhan Mantri Kisan Sampada Yojana (PMKSY), as well as the ODOP initiative, FPOs, and the role of the food processing sector in reducing post-harvest losses, enhancing farmers’ income, and generating rural employment. Also remember that PMFME is a Centrally Sponsored Scheme, whereas PMKSY is a Central Sector Scheme—a common conceptual prelims question.
Source/Reference:
(MAINS Focus)
GS III – Economy
Economic Indicators, Services Sector, and Data-Driven Policy
Introduction
India has launched the Index of Services Production (ISP), a high-frequency indicator to track output in the services sector, which contributes 52.9% of GVA and around 30% of employment. The first trial release showed strong growth across major service sub-sectors and uses GST-based data, strengthening economic monitoring and evidence-based policymaking.
Understanding the Index of Services Production
Purpose and Significance
- What it measures: Short-term changes in volume of output produced by the formal services sector
- Base Year: 2024-25 (aligned with new CPI series)
- Release: Monthly trial indices with ~60 days lag (available on 29th of each month)
- Coverage: 19 sub-sectors (~60% of services sector)
- Need: IIP measures only industrial activity; ISP fills gap for services
Key Features
- Price Deflators: WPI for wholesale trade; relevant CPI for most sectors; CPI-Services where specific CPI unavailable
- Data Sources: Administrative data, GST (first-time use in statistical applications), ASISSE (launched April 2026)
- Global Standards: Based on OECD Compilation Manual (2007) and Eurostat guidelines
- Comparable: France, Spain, South Korea, UK publish similar indicators
First Release (April 2026): Top Performers
Monthly Growth (April 2026 vs April 2025):
- Accommodation & Food: 37.2%
- Retail Trade: 30.8%
- Administrative & Support Services: 28.7%
- Real Estate: 27.7%
- Telecommunications: 22.8%
Yearly Growth (2025-26):
- Accommodation & Food: 35.6%
- Retail Trade: 30.5%
- Repair Services: 25.1%
- Wholesale Trade: 23.6%
- Road Transport: 22.6%
Services Sector: India’s Economic Powerhouse
Contribution to Economy
- GVA Share: Over 50% since 2013-14; 52.9% in 2024-25
- Employment: ~30% of total workforce; ~40 million jobs created over six years
- Exports: USD 103.41 billion (April-June 2026-27) – 6.16% YoY growth
- Global Target: 10% share in global services by 2047
Sectoral Coverage and Exclusions
Included: Wholesale/retail trade, accommodation & food, transport, telecom, real estate, IT, professional services, arts & entertainment (using GST/ASISSE data)
Excluded: Public administration, core financial services (central bank), government health/education, personal services, gambling – due to non-market or informal nature
Data Ecosystem
- Administrative Data: Air/rail transport, banking, insurance
- GST Data: Trade, hospitality, transport, telecom, IT, real estate, professional services
- ASISSE (Launched April 2026): Health and education (excluding government) – comprehensive database for incorporated services
Significance and Way Forward
Why ISP Matters
- High-Frequency Monitoring: Monthly tracking of services performance
- Policy Support: Evidence-based decision-making for India’s largest economic sector
- National Accounts: Improves GDP estimation
- Global Alignment: Brings India’s statistical system to international standards
- Target Tracking: Supports 10% global services share ambition
Challenges
- Coverage Gaps: Informal sector and some sub-sectors not yet included
- Data Quality: GST/administrative data reliability
- Deflator Choice: Appropriate price indices for diverse services
- Capacity: Need for continuous statistical capacity building
Way Forward
- Expand coverage to include more sub-sectors
- Refine deflators for specific services
- Integrate with other high-frequency indicators
- Enhance data quality and timeliness
- Use ISP for targeted policy interventions
Conclusion
The Index of Services Production (ISP) is a major step in strengthening India’s economic statistics by providing high-frequency data on the services sector, which contributes 52.9% of GVA. It enhances policy formulation and economic monitoring through timely, GST-based data. However, expanding coverage, improving methodology, and ensuring data quality will be crucial for its long-term effectiveness.
Practice Question
- Examine the significance of the Index of Services Production (ISP) for India’s economy and the challenges in its implementation. (15 Marks, 250 words)
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2284646®=3&lang=1
GS II – International Relations / GS III – Energy Security
Bilateral Agreements, Civil Nuclear Cooperation, and Energy Transition
Introduction
The India–Australia Administrative Arrangement enables long-term Australian uranium exports to India under IAEA safeguards, strengthening India’s nuclear fuel security. It supports the 100 GW nuclear target by 2047, complements the SHANTI Act (2025), and deepens the India–Australia strategic partnership while advancing India’s clean energy and net-zero goals.
The Administrative Arrangement: Key Features and Significance
Operationalising the 2014 Agreement
- Background: Civil Nuclear Cooperation Agreement signed in September 2014, entered into force in November 2015
- Current Step: Administrative Arrangement finalised on 9 July 2026, establishing procedures for implementation
- Private Sector Role: Australian private mining entities can now conclude commercial contracts with Indian private companies and organisations
- IAEA Safeguards: All Australian uranium supplied to India will remain under IAEA safeguards for peaceful purposes only
Australia’s Uranium Export Policy
- Non-Proliferation: Uranium exported only to countries covered by civil nuclear cooperation agreements
- India’s Exception: Despite India being a non-signatory to the NPT, Australia agreed due to India’s strong non-proliferation record and IAEA safeguards agreement (2008)
- Tracking Mechanism: Strict safeguards ensure uranium is used solely for civilian energy generation
- Nuclear Suppliers Group: Australia reaffirmed support for India’s NSG membership
Strategic Significance for India
Energy Security and Clean Energy Transition
- Fuel Security: Assured long-term supply of uranium for expanding fleet of reactors
- Nuclear Power Expansion: Current capacity 8.78 GW (24 reactors); 10 more units under construction (8,000 MW); target 100 GW by 2047
- Clean Energy: Nuclear power provides low-carbon baseload generation, complementing variable solar and wind
- Net-Zero Commitment: Supports India’s target of achieving net-zero emissions by 2070
Private Sector Participation (SHANTI Act)
- SHANTI Act (December 2025): Enables Indian private companies and joint ventures to build, own, and operate nuclear power plants
- Foreign Equity: Allows 49% foreign equity in civilian nuclear projects
- Reduced Liability Risks: Replaced stringent Civil Liability for Nuclear Damage Act (2010), enabling supplier confidence
- Regulatory Reform: Atomic Energy Regulatory Board granted statutory status for independent oversight
Geopolitical and Strategic Dimensions
- Diversification: Reduces dependence on fossil fuels and single-source uranium imports
- Hormuz Dilemma: Agreement comes amid disruptions in Gulf energy routes due to Iran-Israel conflict
- Indo-Pacific Partnership: Adds robust energy pillar to Comprehensive Strategic Partnership covering trade, defence, critical minerals, and technology
- China Factor: Diversifies Australia’s export destinations away from China; strengthens India’s strategic autonomy
Challenges
- Volume Uncertainty: Commercial volumes and pricing yet to be negotiated
- Timeline: Administrative arrangements took over a decade to finalise (since 2014 Agreement)
- Safeguards Compliance: Strict IAEA oversight requires continuous monitoring
- NSG Membership: Australia’s support needs broader NSG consensus
- Cost Competitiveness: Imported uranium may be costlier than domestic sources
Way Forward
Operationalising the Agreement
- Commercial Contracts: Facilitate negotiations between Australian miners (e.g., BHP’s Olympic Dam) and Indian entities
- Pricing and Volumes: Establish transparent, long-term pricing mechanisms
- Logistics: Develop secure shipping routes and supply chain infrastructure
Strengthening Nuclear Infrastructure
- Reactor Expansion: Accelerate construction of 10 new units and pre-project activities for 10 more
- Small Modular Reactors: Operationalise at least five indigenous SMRs by 2033 (₹20,000 crore allocated)
- Fast Breeder Programme: Leverage PFBR at Kalpakkam (criticality achieved April 2026) to utilise thorium reserves
Policy and Regulatory Reforms
- SHANTI Act Implementation: Ensure smooth private sector participation and foreign investment
- Liability Framework: Build global confidence through transparent nuclear liability regime
- Regulatory Independence: Strengthen AERB’s statutory authority
Geopolitical and Diplomatic Engagement
- NSG Membership: Pursue broader consensus for India’s membership
- Global South Cooperation: Position India as a responsible nuclear power in the Global South
- Indo-Pacific Architecture: Use energy cooperation to deepen QUAD and bilateral partnerships
Conclusion
The India–Australia Administrative Arrangement operationalises uranium exports under the 2014 civil nuclear agreement, strengthening India’s long-term nuclear fuel security. It supports nuclear expansion, clean energy goals, and the 100 GW nuclear target by 2047, while deepening the India–Australia strategic partnership. However, commercial, regulatory, and infrastructure challenges must be addressed for its full potential to be realised.
Practice Question
- Examine the significance of the India–Australia uranium export arrangement for India’s energy security and strategic interests. (15 Marks, 250 words)
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2284465®=3&lang=1
