IASbaba's Daily Current Affairs Analysis
Archives
(PRELIMS Focus)
Subject: Polity & Governance / Art & Culture / Social Justice (Ministry of Tribal Affairs, Tribal Welfare, Digital Governance, Tribal Research Institutes (TRIs))
Why in News?
The Ministry of Tribal Affairs launched TribeX, a first-of-its-kind digital learning platform dedicated to preserving, promoting, and disseminating India’s tribal arts, culture, languages, traditional knowledge, and skill development. The platform was launched by Union Tribal Affairs Minister Jual Oram during the National Workshop on Strengthening Tribal Research Institutes (TRIs) in Bhubaneswar, Odisha.
Key Highlights
- Launched by: Ministry of Tribal Affairs.
- A one-stop digital learning ecosystem for tribal knowledge, accessible to learners, researchers, educators, artisans, and enthusiasts worldwide.
- Offers:
- 20 free certificate courses (to be expanded to over 100 courses).
- Five UGC-recognized one-year hybrid Post Graduate Diploma programmes.
- PG Diploma courses include:
- Tribal Language: Santali (Ol Chiki)
- Sustainable Tribal Culture-Based Livelihood Practices
- Museology and Tribal Museum Management
- Tribal Arts and Crafts of India
- Tribal Textiles
- An MoU has been signed with Sampurnanand Sanskrit University, Varanasi for diploma programmes.
- Integrates a Learning Management System (LMS) and Repository Management System.
- The Heritage Archive currently hosts 5,000+ multimedia resources, with a target of 10,000, documenting tribal festivals, oral traditions, languages, crafts, and indigenous knowledge systems.
UPSC Prelims Perspective
TribeX is important from the perspective of tribal welfare, digital governance, and cultural preservation. UPSC may ask about the implementing ministry, Tribal Research Institutes (TRIs), Santali language and Ol Chiki script, or initiatives promoting tribal languages, crafts, and traditional knowledge. It also links with constitutional provisions for Scheduled Tribes, tribal education, and preservation of India’s intangible cultural heritage.
Source/Reference:
https://www.pib.gov.in/PressReleaseDetail.aspx?PRID=2282208®=6&lang=1
Subject: History & Culture / International Relations (Indian Cultural Influence Abroad, UNESCO World Heritage Sites, Temple Architecture, India–Indonesia Relations)
Why in News?
The Prambanan Temple Complex in Yogyakarta, Indonesia, was in the news after Prime Minister Narendra Modi, accompanied by Indonesian President Prabowo Subianto, visited the UNESCO World Heritage Site and jointly launched an Archaeological Survey of India (ASI)-supported conservation and restoration project, highlighting India’s cultural diplomacy and shared civilizational heritage with Indonesia.
Key Facts
- Location: Near Yogyakarta, Central Java, Indonesia.
- Built in the 9th century CE during the Sanjaya Dynasty.
- UNESCO World Heritage Site since 1991.
- It is the largest Hindu temple complex in Indonesia and the second-largest in Southeast Asia after Angkor Wat (Cambodia).
- Dedicated to the Trimurti:
- Shiva (largest central temple – 47 m high)
- Vishnu
- Brahma
- Originally comprised 240 temple structures, showcasing classical Javanese Hindu architecture.
- The temple complex contains intricate bas-reliefs depicting the Ramayana and Bhagavata Purana, reflecting the spread of Indian culture across Southeast Asia.
UPSC Prelims Perspective
Prambanan is important for questions on Indian cultural influence in Southeast Asia, UNESCO World Heritage Sites, and temple architecture. Revise Borobudur (Buddhist monument), Angkor Wat (Cambodia), My Son Sanctuary (Vietnam), and India’s role in conserving heritage abroad through the Archaeological Survey of India (ASI). Map-based questions on Indonesia, Java, and Yogyakarta are also potential prelims areas.
Source/Reference:
Subject: Defence & Security / Science & Technology (Indian Navy, Indigenous Warships, Project 15B, Maritime Security, Defence Exercises)
Why in News?
INS Surat was in the news after participating in a Passage Exercise (PASSEX) with the Japan Maritime Self-Defense Force (JMSDF) destroyer JS Takanami off the Mumbai coast. The exercise focused on improving interoperability, communication, and maritime cooperation between the two navies, reinforcing the India–Japan strategic partnership in the Indo-Pacific.
Key Facts
- INS Surat is the fourth and final Visakhapatnam-class (Project 15B) stealth guided missile destroyer of the Indian Navy.
- Built by: Mazagon Dock Shipbuilders Limited (MDL), Mumbai.
- Commissioned: 15 January 2025.
- Named after: Surat, Gujarat.
- Equipped with:
- BrahMos supersonic cruise missiles
- Barak-8 (LR-SAM/MR-SAM) air defence missile system
- 76 mm Super Rapid Gun
- Anti-submarine torpedoes and rocket launchers
- Features advanced stealth design, network-centric warfare capabilities, and indigenous sensors and combat management systems.
- Designed for multi-role operations including anti-air, anti-surface, anti-submarine warfare, and maritime surveillance.
UPSC Prelims Perspective
UPSC frequently asks about indigenous defence platforms, missile systems, naval exercises, and ship classes. Revise the distinction between destroyers, frigates, corvettes, and aircraft carriers, along with Project 15A vs. Project 15B, BrahMos missile, and major bilateral naval exercises such as JIMEX, MALABAR, VARUNA, and PASSEX.
Source/Reference:
Subject: International Relations / Culture / Geography (India–Israel Relations, Tourism Geography, Cultural Interactions, Himalayan Tourism)
Why in News?
The Hummus Trail was in the news after an Israeli soldier was reportedly spotted travelling along the route in India, drawing attention to the long-standing tradition of post-military travel by young Israelis and the close people-to-people ties between India and Israel.
Key Facts
- The Hummus Trail is an informal backpacking circuit across India that is especially popular among young Israelis, many of whom visit after completing their mandatory military service.
- The trail derives its name from hummus, a staple Middle Eastern dish widely served in cafés and restaurants catering to Israeli visitors.
- It is popularly known in Israel as “Tiul Gadol” (The Big Trip), which typically lasts 6–12 months before higher education or employment.
- Major destinations along the trail include:
- Kasol (Himachal Pradesh – “Mini Israel”)
- Dharamkot and McLeod Ganj
- Manali
- Pushkar (Rajasthan)
- Goa
- Rishikesh and Varanasi.
- These destinations are known for trekking, yoga, meditation, spirituality, cafés, and backpacker culture.
UPSC Prelims Perspective
UPSC may link the Hummus Trail with India–Israel people-to-people relations, tourism geography, and cultural diplomacy. Revise important destinations such as Kasol (Parvati Valley, Himachal Pradesh), McLeod Ganj, and Pushkar, along with India’s growing engagement with Israel in defence, agriculture, innovation, and tourism.
Source/Reference:
Subject: Geography / Environment / Disaster Management (Dams and Reservoirs, River Basins, Water Resources, Flood Management)
Why in News?
Khadakwasla Dam was in the news after authorities began controlled water discharge following heavy rainfall in its catchment area to regulate rising reservoir levels and prevent downstream flooding in Pune. The release was part of routine monsoon flood-management operations.
Key Facts
- Location: Khadakwasla village, Pune district, Maharashtra.
- River: Built across the Mutha River, a tributary of the Bhima River.
- Original Construction: 1879 during the British period; the present structure was rebuilt after the 1961 flood disaster.
- Designed by: The original dam incorporated innovations associated with Sir M. Visvesvaraya.
- The reservoir, Khadakwasla Lake, is the primary source of drinking water for Pune and Pimpri-Chinchwad.
- It forms part of the Khadakwasla reservoir system, receiving water from:
- Panshet Dam
- Varasgaon Dam
- Temghar Dam
- Important institutions nearby include the National Defence Academy (NDA), College of Military Engineering (CME), Defence Institute of Advanced Technology (DIAT), and Central Water and Power Research Station (CWPRS).
UPSC Prelims Perspective
UPSC frequently asks about important dams, their rivers, tributaries, and associated river basins. Revise the Bhima River system, major dams in Maharashtra, and the 1961 Panshet–Khadakwasla flood, which remains a significant case study in dam safety and flood management. Khadakwasla is also important due to its proximity to key defence institutions and its role in urban water security.
Source/Reference:
Subject: Science & Technology / Defence & Security (Indigenous Missile Systems, DRDO, Air-to-Air Missiles, Defence Exports)
Why in News?
Astra Mk-1 was in the news after India signed its first export agreement for the indigenous missile with Indonesia, marking a major milestone in India’s defence exports and strengthening bilateral strategic cooperation.
Key Facts
- Astra Mk-1 is an indigenously developed Beyond Visual Range Air-to-Air Missile (BVRAAM) designed by the Defence Research and Development Organisation (DRDO).
- Manufacturer: Bharat Dynamics Limited (BDL).
- Type: All-weather, active radar-guided air-to-air missile.
- Range: Approximately 80–110 km (head-on engagement).
- Speed: Around Mach 4.5.
- Guidance System:
- Inertial Navigation System (INS) with mid-course updates via datalink.
- Active Radar Homing (ARH) seeker for terminal guidance.
- Equipped with Electronic Counter-Counter Measures (ECCM) to resist enemy jamming.
- Integrated with:
- Su-30 MKI (operational)
- LCA Tejas Mk-1A (integration underway)
- Planned integration with other future fighter platforms.
- Variants:
- Astra Mk-1: 80–110 km
- Astra Mk-2: ~200 km (under development)
- Astra Mk-3 (Gandiva): 350+ km using Solid Fuel Ducted Ramjet (SFDR) technology.
UPSC Prelims Perspective
UPSC frequently tests indigenous defence technologies and missile classifications. Revise the distinction between air-to-air, surface-to-air, air-to-surface, and cruise missiles, along with other DRDO-developed systems such as Akash, BrahMos, Nag, Helina, Rudram, and QRSAM. Also remember DRDO as the developer and BDL as the production agency for several indigenous missile systems.
Source/Reference:
Subject: Science & Technology (Biology) / Health (Immune System Disorders, Rare Diseases, Human Physiology)
Why in News?
Hemophagocytic Lymphohistiocytosis (HLH) was in the news following the demise of former Afghanistan cricketer Shapoor Zadran, who was battling this rare and life-threatening immune disorder. The case has drawn attention to the importance of early diagnosis and treatment of HLH.
Key Facts
- Hemophagocytic Lymphohistiocytosis (HLH) is a rare, life-threatening hyperinflammatory syndrome in which the body’s immune system becomes excessively activated, attacking healthy tissues and organs instead of only fighting infections.
- It can affect the bone marrow, liver, spleen, brain, lymph nodes, and other organs, potentially leading to multi-organ failure if untreated.
- Types of HLH:
- Primary (Familial) HLH: Caused by inherited genetic mutations; usually manifests in infancy or early childhood.
- Secondary (Acquired) HLH: Triggered by severe viral infections (e.g., Epstein–Barr Virus), autoimmune diseases, cancers (especially lymphomas), or certain medications.
- Common Symptoms:
- Persistent high fever
- Enlarged liver and spleen (hepatosplenomegaly)
- Cytopenias (reduced blood cell counts)
- Liver dysfunction
- Neurological manifestations in severe cases
- Treatment: Immunosuppressive therapy, corticosteroids, chemotherapy, biologic agents, and hematopoietic stem cell transplantation in selected patients.
UPSC Prelims Perspective
UPSC may ask about rare immune disorders, autoimmune vs. genetic diseases, or hyperinflammatory conditions. Revise concepts such as the immune system, cytokine storm, inherited genetic disorders, viral triggers (especially EBV), and stem cell transplantation. HLH can also be linked to current developments in immunology and rare disease management.
Source/Reference:
(MAINS Focus)
GS III – Agriculture
Farm Mechanization, Inclusive Growth, and Technology Adoption
Introduction
Launched in 2014–15 under RKVY, the Sub-Mission on Agricultural Mechanization (SMAM) promotes inclusive farm mechanisation by supporting small farmers, women, SC/ST communities, and underserved regions. Through subsidies, Custom Hiring Centres, Farm Machinery Banks, and drone demonstrations, it has improved access to modern farm equipment, boosted productivity, and reduced the mechanisation gap.
Understanding SMAM: Objectives and Strategic Pillars
Genesis and Purpose
- Launched: 2014-15 under Rashtriya Krishi Vikas Yojana (RKVY)
- Objective: Promote inclusive farm mechanization; reduce drudgery; enhance productivity
- Focus: Small/marginal farmers, women, SC/ST, FPOs, SHGs, rural entrepreneurs
- Special Emphasis: Underserved and North-Eastern States
Strategic Pillars
- Promotion through Training & Demonstration: Post-harvest mechanization; crop residue management
- Financial Assistance: 40% subsidy (general); 50% (SC/ST, small/marginal, NE) via DBT
- Custom Hiring Centres (CHCs): 80-90% support for SHGs, FPOs; 40% for projects up to ₹250 lakh
- Farm Machinery Banks (FMBs): 80% support for projects up to ₹30 lakh
- Hi-Tech Hubs: Advanced, high-capacity machinery for specific crops
- North-East Focus: Up to 100% subsidy for small machinery; 95% support for FMBs
Achievements and Financial Support
Infrastructure and Machinery Distribution
- Central Assistance: ₹9,404.47 crore (2014-15 to 2025-26)
- Machines Distributed: 21.61 lakh to individual farmers
- Custom Hiring Centres: 27,554 established
- Farm Machinery Banks: 25,608 established
- Hi-Tech Hubs: 646 established
- Beneficiaries: Increased from 2.07 lakh (2020-21) to 2.32 lakh (2024-25)
Funding Pattern
- General States: 60:40 (Centre:State)
- North-Eastern & Himalayan States: 90:10
- Union Territories: 100% Central funding
Drone-Based Farming
- Demonstrations: 40,928 (2023-24 to 2025-26) covering 40,918 hectares
- Financial Support: ₹52.50 crore
- Institutions: ICAR, KVKs, State Agricultural Universities (100% support up to ₹10 lakh/drone)
- FPOs: 75% grant support
- Service Models: ₹6,000/hectare contingency expenditure
Inclusivity and Impact
Focus on Underserved Groups
- Women Farmers: 30% funds earmarked
- SC/ST Farmers: 50% subsidy on machinery
- Small/Marginal Farmers: 50% subsidy; ₹2,000/hectare for mechanized services (including drones)
- North-Eastern States: Enhanced support (up to 100% subsidy)
Impact on Productivity
- Timely Operations: Reduced dependence on manual labour
- Lower Costs: Economies of scale through CHCs and FMBs
- Reduced Drudgery: Improved working conditions
- Post-Harvest Management: Reduced losses through mechanization
- Crop Residue Management: Promotes sustainable practices
Challenges
- Awareness: Limited knowledge among small farmers
- Access: Remote areas still lack CHC/FMB coverage
- Maintenance: High cost of machinery upkeep
- Skilling: Need for training in operation and maintenance
- Scale: 21.61 lakh machines for vast farming community
Way Forward
Expanding Reach
- Scale up CHCs and FMBs in all districts
- Target aspirational districts for enhanced support
- Promote mechanization in rainfed and tribal areas
Technology and Innovation
- Expand drone demonstrations for crop monitoring and spraying
- Promote AI/IoT-based precision farming tools
- Develop lightweight, affordable machinery for small farms
Capacity Building
- Train farmers in machinery operation and maintenance
- Strengthen KVK and extension services
- Create local machinery service providers
Sustainability
- Promote renewable energy-powered machinery
- Encourage crop residue management through mechanization
- Link with FPOs for collective machinery ownership
Conclusion
SMAM has accelerated farm mechanisation by improving access to machinery through subsidies, Custom Hiring Centres, and support for small and marginal farmers. However, gaps in awareness, affordability, maintenance, and regional access remain. Strengthening infrastructure, skill development, and precision farming can make mechanisation more inclusive, productive, and sustainable.
Practice Question
- Examine the role of the Sub-Mission on Agricultural Mechanization (SMAM) in promoting farm productivity and inclusive mechanisation. Discuss the challenges and suggest measures. (250 words, 15 marks)
https://www.pib.gov.in/PressReleasePage.aspx?PRID=2282697®=3&lang=1
GS I – Society / GS II – Governance
Women’s Education, Employment, and Social Empowerment
Introduction
The AISHE 2023–24 highlights India’s progress in women’s higher education, with female enrolment rising to 2.24 crore and a Gender Parity Index of 1.08. However, women remain underrepresented in engineering and formal employment, with lower labour force participation and wages than men. The key challenge is to translate educational gains into productive, degree-matched employment.
Key Findings of AISHE 2023-24
Enrolment and Gender Parity
- Total Enrolment: 4.5 crore (record high)
- Female Enrolment: 2.24 crore (up 42% from 1.57 crore in 2014-15)
- Male Enrolment: 2.26 crore (up 22.16%)
- Gender Parity Index: 1.08 (108 women per 100 men)
- SC Female Enrolment: Rose 51.4%
- ST Female Enrolment: Rose 75.7%
STEM Enrolment
- Women in STEM: 44% of total STEM students
- General Sciences: Women hold 54.6% majority
- Engineering & Technology: Women only 31.1%
Faculty and Leadership Gap
- Teachers: 82 female teachers per 100 male teachers
- Leadership: Women absent from top-tier roles
- Infrastructure: Private/low-tier colleges face faculty shortages and poor infrastructure
The Employment Disconnect
Labor Force Participation
- Regular Salaried Workforce: Men 26.5% vs. Women 18.2% (PLFS 2025)
- Average Monthly Earnings: Men ₹24,217 vs. Women ₹18,353
- Self-Employment: 64.2% women classified as self-employed (includes unpaid household/farm labour)
Barriers to Employment
- Societal Expectations: Gender roles and domestic responsibilities
- Safety Concerns: Workplace and commute safety
- Skill Mismatch: Clustering in traditional sciences away from AI, software engineering
- Patriarchal Institutions: 50-50 student split but faculty/leadership skewed male
Quality of Higher Education
- Expansion: Influx of private and low-tier colleges
- Faculty Shortages: Affects quality and employability
- Disconnect: Higher education not aligned with formal job market needs
Challenges
- Course Segregation: Women in general sciences, not future-proof tech
- Faculty Gap: 82 female teachers per 100 male; few leaders
- Employment Gap: Low FLFPR, wage disparity, unpaid work
- Institutional Barriers: Patriarchal culture, safety, infrastructure
- Quality: Explosion of low-tier colleges with poor faculty
Way Forward
Education and Skill Development
- Promote women in engineering, AI, software through targeted scholarships
- Strengthen STEM mentorship and industry internships
- Align curricula with emerging job markets
- Improve quality of low-tier colleges
Employment and Workplace
- Create safe and flexible work environments
- Expand maternity, childcare, and return-to-work policies
- Promote women-led enterprises and entrepreneurship
- Implement equal pay and transparency
Institutional and Policy Reform
- Enforce reservation for women in faculty and leadership
- Strengthen PoSH Act implementation
- Improve career counselling and placement services
- Link higher education with industry needs
Societal Change
- Address gender stereotypes and domestic burden
- Promote shared household responsibilities
- Community awareness on women’s education and employment
Conclusion
India has achieved near-gender parity in higher education, but this has not translated into comparable workforce participation. Women continue to face skill mismatches, occupational segregation, leadership gaps, and wage disparities. Bridging the education-to-employment gap through targeted skilling, industry linkages, and supportive workplace policies is essential for women’s economic empowerment.
Practice Question
- Despite rising female enrolment in higher education, women remain underrepresented in the workforce. Examine the challenges and suggest measures. (250 words, 15 marks)
