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GS 1 · Practice archive

GS Paper 1 practice questions for UPSC Mains 2026.

Indian Heritage and Culture, History, Geography, Indian Society.

20 Qs / 250 marks406 questionsModel outlines included

GS Paper 1 · Tips & tricks

GS-1 — write with dates, places, persons and primary sources

  1. Name the historians, name the reports.GS-1 rewards specificity — cite Bipan Chandra, R.S. Sharma, Romila Thapar, the Hunter Commission, the Sarkaria report, etc. by name rather than as "historians say".
  2. Use a sketch map for Geography.A rough map labelled with the named feature (river, mountain, basin) earns marks even if your prose is average.
  3. Distinguish cause, course, consequence.Most history questions reward a three-part structure. Don't merge them into one narrative blob.
  4. Indian Society needs data + lived examples.Pair NFHS / Census / PLFS numbers with a named community, region or scheme — not abstract sociology.
  5. Beware the "discuss" trap.When the directive is "discuss", give multiple perspectives. When it is "examine", weigh evidence. When it is "evaluate", deliver a verdict.
Q.115 marks · 250w 14 min Medium

The Harappan civilisation was as much a hydraulic and town-planning achievement as a craft economy. Examine the archaeological evidence from Mohenjodaro, Dholavira and Lothal in support of this view.

Subtopic: Ancient India · Indus Valley Civilisation

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Introduction: Place the Indus / Harappan civilisation in the Bronze Age (c. 2600–1900 BCE) and frame the dual claim — urban planning plus craft specialisation.

Body — three dimensions: (1) Hydraulic engineering: Great Bath at Mohenjodaro, Dholavira’s sixteen reservoirs, Lothal dockyard. (2) Town planning: grid streets, citadel–lower town division, covered drains, standardised baked bricks (1:2:4 ratio). (3) Craft and trade economy: shell from Nageshwar, carnelian beads from Chanhudaro, weights in 16-ratios, Meluhha seals at Mesopotamian sites.

Conclusion: The Harappan achievement was an integrated urban system; recent excavations at Rakhigarhi and Sinauli are extending, not overturning, this picture.

Key points
  • Civilisation dated c. 2600–1900 BCE, mature phase
  • Great Bath, Mohenjodaro — first known public ritual tank
  • Dholavira (Kutch) — sixteen reservoirs, three-fold city plan
  • Lothal (Gujarat) — tidal dockyard, bead factory
  • Standardised baked bricks in 1:2:4 ratio
  • Weights in binary then decimal multiples (1, 2, 4, 8…)
  • Meluhha trade with Sargonid Mesopotamia
  • R.S. Sharma — stratified urban society
  • Rakhigarhi (Haryana) — largest Harappan site

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Q.215 marks · 250w 14 min Medium

The Dandi March was a piece of political theatre as much as an act of civil disobedience. Examine its symbolic, strategic and international dimensions.

Subtopic: Modern Indian History · Civil Disobedience Movement

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Introduction: The Dandi March (12 March to 6 April 1930) launched the Civil Disobedience Movement by walking 240 miles from Sabarmati Ashram to the Dandi sea coast in Gujarat.

Body — three dimensions: (1) Symbolic: salt as universal commodity, breaking a tax monopoly that fell hardest on the poorest — inverting Lord Salisbury’s claim that salt was not a political issue. (2) Strategic: 78 chosen marchers, daily speaking halts, nation-wide replication on the West and East coasts — Sarojini Naidu at Dharasana, C. Rajagopalachari’s Vedaranyam march. (3) International: world press coverage by United Press’ Webb Miller, the Salt March as the moment Indian nationalism became a global news story; led to the Gandhi-Irwin Pact, 5 March 1931 and Gandhi’s Second Round Table Conference visit.

Conclusion: Dandi turned an obscure tax into the most legible image of colonial injustice and made the Congress a global political actor.

Key points
  • Dandi March 12 March to 6 April 1930, 240 miles
  • 78 chosen satyagrahis from Sabarmati Ashram
  • Eleven demands letter to Lord Irwin, 2 March 1930
  • Salt tax dated to 1882, monopoly worth around 8% of revenue
  • Dharasana salt works raid, 21 May 1930, led by Sarojini Naidu
  • Vedaranyam Salt Satyagraha by C. Rajagopalachari
  • Webb Miller’s United Press dispatch on Dharasana
  • Gandhi-Irwin Pact, 5 March 1931
  • Second Round Table Conference, London, September 1931

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Q.315 marks · 250w 14 min Medium

India’s female labour-force participation rate rose from 23.3% in 2017-18 to 41.7% in 2023-24, but job quality has not improved at the same pace. Examine the role of unpaid care work and policy choices.

Subtopic: Indian Society · Women and Gender

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Introduction: PLFS 2023-24 reports FLFPR at 41.7%, an 18-point rise in six years; the headline conceals a quality problem.

Body — weigh evidence: (1) Composition: most of the rise sits in unpaid family labour and self-employment in agriculture; salaried regular wage share for women fell to 15.9%. (2) Care burden: NSO Time Use Survey 2024 — women do 289 minutes a day of unpaid domestic work, men 88 minutes (3.3x gap). (3) Policy: Maternity Benefit Amendment 2017, Anganwadi crches under Mission Saksham Anganwadi, Code on Wages 2019, Lakhpati Didi scheme; missing pieces — universal childcare, paid eldercare, social security for gig and self-employed women.

Conclusion: Diane Elson’s ‘recognise, reduce, redistribute’ frame for care work is the missing third pillar; without it, FLFPR rises will keep being counted, not paid.

Key points
  • PLFS 2023-24: FLFPR 41.7%, up from 23.3% in 2017-18
  • Women’s regular wage share 15.9%, men’s 23.5%
  • Time Use Survey 2024 — women 289 min/day unpaid care, men 88 min
  • Maternity Benefit Amendment 2017 — 26 weeks leave
  • Code on Wages 2019, Code on Social Security 2020
  • Mission Saksham Anganwadi and Poshan 2.0
  • Lakhpati Didi target of 3 crore women
  • Diane Elson’s ‘recognise, reduce, redistribute’
  • U-shaped curve hypothesis in development economics

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Q.415 marks · 250w 14 min Medium

Indian urbanisation is generating wealth at one end and slums at the other. Examine the structural reasons for this dual outcome with reference to migration, housing and urban local governance.

Subtopic: Indian Society · Urbanisation and Urban Poor

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Introduction: India’s urban share, last measured at 31.16% in Census 2011, is projected by the World Bank’s 2025 report to reach about 951 million urban Indians by 2050.

Body — three dimensions: (1) Migration: 45.36 crore migrants in Census 2011, with rural-to-urban moves driving city growth. PRS data shows over 80% of urban informal workers are migrants. (2) Housing: National Buildings Organisation puts the urban housing shortage at 1.88 crore in 2012 with 95% in EWS and LIG; PMAY-Urban 2.0 (September 2024) sanctioned around 3.53 lakh houses by mid-2025. (3) Governance: 74th Constitutional Amendment 1992 devolved 18 functions to ULBs but state finance commissions remain weak; municipal own revenue is 1% of GDP against the global 7%.

Conclusion: The Isher Judge Ahluwalia HPEC 2011 report’s estimate of ₹39 lakh crore in urban investment over 20 years is still the benchmark; without fiscal devolution to ULBs the dual city will harden.

Key points
  • Census 2011: 31.16% urban; no Census since
  • World Bank 2025 report — 951 million urban Indians by 2050
  • Internal migrants 45.36 crore (Census 2011)
  • Urban housing shortage 1.88 crore (NBO 2012)
  • PMAY-Urban launched 25 June 2015; PMAY-U 2.0 September 2024
  • 74th Constitutional Amendment 1992, Twelfth Schedule, 18 functions
  • ULB own-revenue c. 1% of GDP
  • Isher Judge Ahluwalia HPEC report, 2011 — ₹39 lakh crore over 20 years
  • Mike Davis ‘Planet of Slums’ framing

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Q.515 marks · 250w 14 min Medium

The Rigvedic economy was pastoral in idiom but agrarian in practice. Examine with reference to irrigation, the kshetra and the role of women in early Vedic agriculture.

Subtopic: Ancient India · Vedic Period

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Introduction: Place the Rigvedic period c. 1500–1000 BCE in the Sapta Sindhu region. Pastoralism dominates the literary surface (gau-dhana, cattle-raid hymns) but archaeology and stray hymns reveal a working agrarian base.

Body — three dimensions: (1) Irrigation and field practice: avata (well), kulya (canal), khanitra (digging tool) in the Rigveda; ploughing references in book IV; barley (yava) as principal crop. (2) Kshetra and ritual: the kshetra-pati hymn (RV IV.57) personifies the field; Atharvaveda's kshetra-patni elevates the 'mistress of the field' as ritual presence; agricultural rites bind the household economy. (3) Continuity into Later Vedic: shift to Doab, iron axes (krishna ayas), expansion into Painted Grey Ware villages — agriculture moves from supplementary to principal. R.S. Sharma's 'Material Culture and Social Formations' anchors this transition.

Conclusion: The pastoral idiom of the Rigveda masks an emerging agrarian order whose deepening through the Later Vedic period laid the base for the second urbanisation.

Key points
  • Rigvedic dating c. 1500–1000 BCE, Sapta Sindhu region
  • Avata (well), kulya (canal), khanitra (digging tool) in Rigvedic text
  • Yava (barley) as principal Rigvedic crop, dhanya in plural
  • Kshetra-pati hymn RV IV.57 — deity of the field
  • Atharvaveda kshetra-patni — ritual mistress of the field
  • Later Vedic shift to Ganga-Yamuna Doab, c. 1000–600 BCE
  • Krishna ayas (iron) enables forest clearance and ploughing
  • Painted Grey Ware sites — Hastinapur, Atranjikhera
  • R.S. Sharma — material base of social hierarchy

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Q.615 marks · 250w 14 min Medium

The Gupta period has been called India’s ‘Golden Age’ more for its cultural synthesis than its political reach. Critically analyse.

Subtopic: Ancient India · Gupta Empire

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Introduction: The Gupta age (c. 319–550 CE) under Chandragupta I, Samudragupta, Chandragupta II and Skandagupta is conventionally framed as a classical golden age, a label that deserves disaggregation.

Body — three dimensions: (1) Cultural synthesis: Sanskrit literature peaks with Kalidasa's Abhijnanashakuntalam and Meghaduta, Vishakhadatta's Mudrarakshasa; Aryabhatiya (499 CE) defines astronomy and mathematics; Nalanda emerges as a mahavihara; classical sculpture at Sarnath, Deogarh, Udayagiri caves; decimal system formalised. (2) Political reach: Samudragupta's Allahabad pillar lists conquests but most southern kings remain tributary, not annexed; Hun invasions weaken Skandagupta; empire collapses by mid-6th century. (3) Limits and critique: D.N. Jha and R.S. Sharma point to early feudalism — land grants to Brahmanas and temples, decline of urban-monetary economy, hardening of varna and patriarchy as recorded in Smritis.

Conclusion: The Gupta age is golden in art, science and Sanskritic culture; politically it is a north-Indian classical revival whose social undercurrents preview medieval Indian feudalism.

Key points
  • Gupta dynasty c. 319–550 CE
  • Samudragupta's Allahabad Prashasti by Harisena
  • Chandragupta II Vikramaditya, Iron Pillar of Mehrauli
  • Kalidasa — Abhijnanashakuntalam, Meghaduta, Raghuvamsha
  • Aryabhatiya 499 CE — value of pi, place-value notation
  • Nalanda Mahavihara founded by Kumaragupta I
  • Decline of urban centres — Kausambi, Mathura
  • Hun invasions under Toramana and Mihirakula
  • R.S. Sharma — Indian feudalism thesis
  • Increased land grants (agraharas) to Brahmanas

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Q.715 marks · 250w 14 min Medium

Colonial land revenue settlements in the 19th century rewrote agrarian relations across India in three distinct moulds. Compare the Permanent Settlement, the Ryotwari and the Mahalwari systems.

Subtopic: Modern Indian History · Colonial Economy

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Introduction: Between 1793 and 1833 the East India Company experimented with three revenue regimes that together covered most of British India and shaped agrarian society into the 20th century.

Body — three dimensions: (1) Permanent Settlement (1793, Bengal, Bihar, Orissa, parts of Madras): Cornwallis fixed land revenue forever with zamindars as proprietors; created absentee landlordism, sub-infeudation, indebtedness; the Sunset Law dispossessed older zamindars. (2) Ryotwari (1820, Madras and Bombay): Thomas Munro and Captain Read settled directly with the cultivating ryot, revenue revised every 30 years, no intermediary — but revenue often set at 45–55% of gross produce, leading to chronic indebtedness and the Deccan Riots of 1875. (3) Mahalwari (1822, North-Western Provinces and Punjab): Holt Mackenzie and R.M. Bird settled with the village (mahal) treated as a corporate body, revenue collected through lambardars; revision every 20–30 years. (4) Common effect: cash revenue regardless of harvest, commercialisation of agriculture (cotton, indigo, opium), rise of moneylender, decline of village artisans — the Bengal famine of 1770 and Madras famine of 1876–78 expose the system's brittleness.

Conclusion: Bipan Chandra reads the three settlements as a single colonial project of revenue maximisation with regional variations; their structures echo into post-1947 land reform debates.

Key points
  • Permanent Settlement 1793, Lord Cornwallis
  • Sunset Law — zamindars dispossessed for default
  • Ryotwari 1820, Thomas Munro, Madras and Bombay
  • Mahalwari 1822, Holt Mackenzie, R.M. Bird, NWP and Punjab
  • Lambardar as village revenue collector under mahalwari
  • Revenue 45–55% of gross under ryotwari
  • Commercialisation — indigo, cotton, opium
  • Deccan Riots 1875 — Ahmednagar, Poona ryots vs moneylenders
  • Bengal famine 1770, Madras famine 1876–78
  • Bipan Chandra — revenue maximisation as single colonial project

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Q.815 marks · 250w 14 min Medium

The Green Revolution and the White Revolution were technologically distinct but politically continuous projects of post-1947 Indian state. Compare their methods, regional spread and unintended consequences.

Subtopic: Post-Independence India · Agricultural Transformation

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Introduction: Between 1965 and 1990 the Indian state turned a food-deficit, milk-importing economy into a wheat-rice surplus producer and the world's largest milk producer through two state-led technological revolutions.

Body — three dimensions: (1) Green Revolution: launched after the 1965–66 drought and PL-480 dependence; Norman Borlaug's Mexican wheat varieties (Lerma Rojo, Sonora 64) and IRRI's IR-8 rice introduced by M.S. Swaminathan; package programme of HYV seeds, chemical fertilisers, assured irrigation, MSP and FCI procurement after 1965; output of foodgrains rose from 74 million tonnes in 1966-67 to 211 million tonnes by 2001-02. (2) White Revolution: Operation Flood launched 13 January 1970 under Verghese Kurien; Anand pattern co-operative federated as Gujarat Co-operative Milk Marketing Federation (Amul); India became the world's largest milk producer in 1998. (3) Continuity and consequences: both used cooperative-state hybrid institutions and price support; Green Revolution concentrated in Punjab, Haryana, western UP — by-passed eastern India, dryland regions; led to groundwater depletion (CGWB data — 78% blocks in Punjab over-exploited), soil salinity, agrarian distress; White Revolution diffused widely but caused buffalo monoculture and bovine population pressure.

Conclusion: Both revolutions show that scale was achieved by state-cooperative scaffolding; sustaining them now requires correcting regional and ecological imbalances.

Key points
  • Green Revolution from 1965–66 after PL-480 crisis
  • M.S. Swaminathan introduced Mexican wheat varieties
  • HYV seeds — Lerma Rojo, Sonora 64, IR-8 rice
  • Foodgrain output: 74 mt (1966-67) to 211 mt (2001-02)
  • Operation Flood, three phases, 1970–1996
  • Verghese Kurien — Father of White Revolution
  • Amul, Anand pattern, GCMMF model
  • India world's largest milk producer since 1998
  • Punjab groundwater — 78% blocks over-exploited (CGWB)
  • M.S. Swaminathan and Borlaug — Nobel and Magsaysay lineage

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Q.915 marks · 250w 14 min Medium

India sits on three crustal blocks with very different seismic histories, and earthquake risk in India is concentrated where the population is rising fastest. Examine the geomorphology and the policy response.

Subtopic: Geography · Physical — Geomorphology and Hazards

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Introduction: The Indian subcontinent is built from three structural blocks — the active Himalayan thrust belt, the stable Peninsular shield (the Indian craton with Deccan Trap cover), and the Indo-Gangetic foredeep. Each has a distinct seismic signature.

Body — three dimensions: (1) Tectonic causes: ongoing collision of the Indian Plate moving north at 5 cm/year against the Eurasian Plate generates the Himalayan thrust; intra-plate stresses in the peninsula along the Narmada-Son lineament produced Latur (1993, M 6.4) and Koyna (1967, M 6.5). (2) Bureau of Indian Standards seismic zoning: Zone V (Kashmir, NE, parts of Gujarat, A&N) — very high risk; Zone IV (Delhi NCR, Mumbai metro, parts of UP, Bihar); Zone III (Chennai, Bengaluru), Zone II — low risk. Around 59% of India's land falls in Zone III or higher. (3) Policy gap: NDMA Earthquake Guidelines 2007 require structural compliance with IS 1893; municipal enforcement weak; National Building Code 2016 not adopted by all states; retrofitting limited; Kashmir 2005, Sikkim 2011, Doda 2013, Manipur 2016 illustrate continuing exposure. NDRF and INSAT-3DS provide post-event response.

Conclusion: The shift India needs is from response to risk-informed urban planning along the Himalayan front and in Zone IV megacities.

Key points
  • Indian Plate movement c. 5 cm/year
  • Three structural blocks — Himalaya, Indo-Gangetic foredeep, Peninsular shield
  • Narmada-Son lineament as peninsular weakness
  • BIS IS 1893 seismic zoning, four zones (II–V)
  • 59% of Indian land in Zone III or higher
  • Bhuj 2001 (M 7.7), Latur 1993 (M 6.4), Koyna 1967 (M 6.5)
  • Kashmir 2005, Sikkim 2011, Nepal 2015 spillover
  • NDMA Earthquake Guidelines 2007
  • National Building Code 2016
  • INSAT-3DS for disaster warning

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Q.1015 marks · 250w 14 min Medium

India’s iron ore endowment is unmatched in Asia but its industrial geography of steel does not always follow the ore. Examine the spatial mismatch and its implications for industrial policy.

Subtopic: Economic Geography · Mineral and Industrial Location

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Introduction: India holds the world's fifth-largest iron ore reserves (over 5.5 billion tonnes per IBM, 2023), is the second-largest crude steel producer (140 million tonnes, 2023), and is targeting 300 million tonnes by 2030 under the National Steel Policy 2017.

Body — three dimensions: (1) Ore geography: 80% hematite reserves in Odisha (Joda-Barbil, Keonjhar), Jharkhand (Singhbhum), Chhattisgarh (Bailadila), Karnataka (Sandur, Hospet); magnetite in Karnataka (Kudremukh) and Tamil Nadu (Salem); siderite minor. (2) Steel plant location: weight-loss principle — older plants (TISCO Jamshedpur 1907, Bhilai 1955, Rourkela 1959, Durgapur 1959, Bokaro 1965) located on Damodar-Subarnarekha coal-iron axis. Newer plants (Vijayanagar JSW, Hospet Karnataka; ArcelorMittal Hazira; AMNS Paradip) on coast-orientation for imported coking coal and export. (3) Policy and industrial corridors: National Steel Policy 2017; PLI for specialty steel 2021; iron ore export restrictions; Vizag-Chennai Industrial Corridor and East Coast Economic Corridor align with new steel geography; railway corridors (DFC East-West) carry iron ore to ports. Conflict: Bailadila in Bastar — Maoist insurgency overlaps with mineral belt.

Conclusion: India's steel future requires integrating mineral logistics, port-led growth (Sagarmala) and conflict-affected mining areas into one industrial policy frame.

Key points
  • India 5th in world iron ore reserves, >5.5 billion tonnes
  • Second-largest crude steel producer, 140 mt in 2023
  • National Steel Policy 2017 — 300 mt by 2030
  • Hematite belt — Odisha, Jharkhand, Chhattisgarh, Karnataka
  • Magnetite — Kudremukh, Salem
  • Damodar Valley plants — Jamshedpur, Bhilai, Bokaro
  • Coastal new plants — Hazira, Paradip, Visakhapatnam
  • Bailadila in Bastar — Maoist overlap
  • Dedicated Freight Corridor East-West for iron ore
  • Indian Bureau of Mines (IBM) as data authority

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Q.1115 marks · 250w 14 min Medium

India’s port-led development under Sagarmala is reshaping the economic geography of the coast. Critically examine its components, progress and concerns.

Subtopic: Economic Geography · Maritime Infrastructure

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Introduction: Sagarmala was approved by the Union Cabinet on 25 March 2015, drawing on the National Perspective Plan 2016, with the four-fold objective of port modernisation, port connectivity, port-led industrialisation, and coastal community development. Sagarmala 2.0 was launched in 2024.

Body — three dimensions: (1) Components: 12 major ports + over 200 non-major ports; six new mega-ports including Vadhavan (Maharashtra, foundation August 2024), Galathea Bay (Great Nicobar), Vizhinjam (Kerala, commissioned 2024) as India's first deep-water transshipment terminal; coastal economic zones; multi-modal logistics parks; Roll-on Roll-off (Ro-Ro) ferries. (2) Progress: 839 projects worth Rs 5.79 lakh crore identified; over 240 projects completed by 2024; coastal cargo doubled 2014–24; Jawaharlal Nehru Port Authority and Mumbai Port pursuing capacity expansion. (3) Concerns and gaps: environmental clearances at Vadhavan and Vizhinjam contested under CRZ; Great Nicobar Holistic Development overlaps Sundaland biodiversity hotspot; coastal fisher displacement (Vizhinjam protests 2022); concentration of investment in west coast; East Coast Economic Corridor implementation slower; dredging and silting in major ports.

Conclusion: Sagarmala's logic — replacing land-based with coast-based logistics — is sound but its execution must reconcile port economics with CRZ, fisher livelihoods and biodiversity.

Key points
  • Sagarmala approved 25 March 2015
  • National Perspective Plan 2016, Sagarmala 2.0 in 2024
  • Four pillars — port modernisation, connectivity, industrialisation, community
  • 12 major + 200+ non-major ports
  • Vadhavan (Maharashtra) — foundation 30 August 2024
  • Vizhinjam (Kerala) — first deep-water transshipment hub
  • Galathea Bay (Great Nicobar) — proposed mega-port
  • 839 projects, Rs 5.79 lakh crore plan size
  • JNPT Mumbai capacity expansion
  • Vizhinjam fisher protests 2022

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Q.1215 marks · 250w 14 min Medium

Communalism in India is less an inheritance of religious difference and more a modern political construction. Discuss with reference to the colonial legacy and post-1947 communal incidents.

Subtopic: Indian Society · Communalism

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Introduction: Define communalism as the political mobilisation of religion, distinct from religious diversity. Bipan Chandra's three-stage formulation — communal consciousness, liberal communalism, extreme communalism.

Body — three dimensions: (1) Colonial construction — separate electorates under the Indian Councils Act, 1909; the two-nation theory; partition violence of 1947 killing an estimated 0.2–2 million. (2) Post-1947 incidents — Ahmedabad 1969, Bhiwandi 1970, Sikh massacre 1984, Mumbai 1992-93, Gujarat 2002, Muzaffarnagar 2013, Delhi February 2020 (53 dead per Delhi Police). (3) Drivers — fake news on social media, urban segregation, ‘love jihad’ and conversion laws in Uttar Pradesh and Madhya Pradesh.

Conclusion: Constitutional secularism (Articles 25–28, S.R. Bommai 1994 judgment), the Sachar Committee (2006) and the National Foundation for Communal Harmony are the institutional response; political will is the missing input.

Key points
  • Bipan Chandra — three stages of communal consciousness
  • Separate electorates from Indian Councils Act, 1909
  • Partition 1947 — estimated 0.2 to 2 million deaths, 15 million displaced
  • Anti-Sikh riots November 1984 — at least 2,733 killed in Delhi (Nanavati Commission)
  • Mumbai riots December 1992 – January 1993 (Srikrishna Commission)
  • Gujarat 2002 — about 1,044 killed (G.T. Nanavati & Akshay Mehta Commission)
  • Sachar Committee Report 2006 on Muslim socio-economic status
  • Communal Violence (Prevention, Control and Rehabilitation) Bill — pending
  • S.R. Bommai v. Union of India (1994) — secularism as basic structure

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Q.1315 marks · 250w 14 min Medium

Multidimensional poverty in India has fallen sharply — NITI Aayog estimates 24.82 crore people escaped poverty between 2013-14 and 2022-23 — but the bottom states still lag. Examine the Alkire-Foster method and the policy implications.

Subtopic: Indian Society · Poverty and Developmental Issues

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Introduction: The Multidimensional Poverty Index (MPI), developed by Sabina Alkire and James Foster at OPHI (2010), measures poverty as overlapping deprivation in health, education and living standards.

Body — three dimensions: (1) Method — 12 indicators across 3 dimensions; a household is multidimensionally poor if deprived in at least one-third weighted indicators; NITI Aayog's National MPI uses NFHS data. (2) Progress — national MPI head-count ratio fell from 29.17% (2013-14) to 11.28% (2022-23); 24.82 crore lifted out (NITI Aayog Discussion Paper, January 2024). (3) Persistence — Bihar 33.76%, Jharkhand 28.81%, Meghalaya 27.79% still poor; nutrition (33% deprivation) and maternal health (22%) the slowest indicators.

Conclusion: The MPI moves with PMAY, Jal Jeevan, Ujjwala, Saubhagya — but anaemia, nutrition and antenatal care need targeted convergence, especially in EAG states.

Key points
  • MPI developed by Alkire-Foster, OPHI (2010)
  • 12 indicators across health, education, living standards
  • Deprivation cut-off — 33.3% weighted indicators
  • National MPI 29.17% (2013-14) → 11.28% (2022-23, NITI Aayog Jan 2024)
  • 24.82 crore escaped multidimensional poverty in nine years
  • Bihar 33.76%, Jharkhand 28.81%, Meghalaya 27.79% — bottom three
  • Nutrition deprivation 33%, maternal health 22%
  • Global MPI 2023 — India 16.4%, 23 crore poor (UNDP-OPHI)
  • Tendulkar (2011-12) — 21.9% income poor; Rangarajan — 29.5%

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Q.1415 marks · 250w 14 min Medium

India’s female labour-force participation rose from 23.3% in 2017-18 to 41.7% in 2023-24, but unpaid care work fell barely at all. Examine the care-economy argument with reference to the Time Use Survey and the Mahila Samman scheme architecture.

Subtopic: Indian Society · Women and Care Economy

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Introduction: FLFPR (15+) jumped to 41.7% by PLFS 2023-24; yet the Time Use Survey 2019 shows women spend 299 minutes/day on unpaid domestic services vs 97 for men — a 3:1 gap.

Body — three dimensions: (1) Quality — most of the rise is in unpaid family-farm or own-account self-employment, not waged jobs; agricultural feminisation. (2) Care burden — TUS-2019: women 134 min/day on care of children/elderly/sick vs 76 for men; 53.7% of e-Shram registrants female. (3) Policy — Mission Shakti's Sambal (safety) + Samarthya (empowerment) pillars; PMMVY ₹5,000 maternity benefit; creche provisions under the Code on Social Security; Anganwadi as a care infrastructure.

Conclusion: Recognising, reducing, redistributing unpaid care (Diane Elson's 3R framework) is the missing leg — invest in childcare, eldercare and time-saving infrastructure (water taps, LPG) to convert FLFPR rise into real economic agency.

Key points
  • PLFS 2023-24 — FLFPR (15+) 41.7%, up from 23.3% (2017-18)
  • Time Use Survey 2019 — women 299 min/day unpaid domestic vs men 97 min
  • Women 134 min/day on caregiving vs men 76 min (TUS 2019)
  • Most FLFPR gain in unpaid self-employment, agricultural feminisation
  • Mission Shakti — Sambal + Samarthya umbrella since 2021-22
  • PMMVY — ₹5,000 maternity benefit for first child
  • Maternity Benefit (Amendment) Act, 2017 — 26 weeks paid leave
  • Diane Elson — Recognise, Reduce, Redistribute unpaid care
  • Anganwadi network — about 14 lakh centres as care infrastructure

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Q.1515 marks · 250w 14 min Medium

Child stunting in India fell only from 38.4% to 35.5% between NFHS-4 and NFHS-5, while child anaemia rose from 58.6% to 67.1%. Examine the 20-80 driver split and the convergence challenge facing POSHAN 2.0.

Subtopic: Indian Society · Poverty — Child Malnutrition

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Introduction: NFHS-5 (2019-21) — stunting 35.5%, wasting 19.3%, underweight 32.1%, child anaemia 67.1%. India runs the world's largest child-nutrition programme yet one in three under-fives is stunted.

Body — three dimensions: (1) The 20-80 split — Bhutta (Lancet 2013): direct nutrition interventions cut stunting only ~20%, the rest rides on WASH, maternal health, poverty. (2) Maternal-cycle problem — low birth weight 27.4%, women's anaemia 57%; about half of growth failure happens in the womb. (3) Scheme architecture — POSHAN 2.0 reaches ~10 crore beneficiaries across 14 lakh Anganwadis, ₹21,960 crore in 2025-26; Poshan Tracker app; Anemia Mukt Bharat.

Conclusion: Converge Jal Shakti (sanitation, water), Health (anaemia, antenatal care), Women and Child Development (POSHAN) and Education in the same district — nutrition is a horizontal problem trapped in a vertical bureaucracy.

Key points
  • NFHS-5 — stunting 35.5%, wasting 19.3%, underweight 32.1%
  • Child anaemia 58.6% (NFHS-4) → 67.1% (NFHS-5), worsened
  • Women's anaemia rose 53% → 57%
  • Low birth weight 27.4% (SOFI 2024)
  • 194.6 million undernourished, world's largest country count (SOFI 2024)
  • Direct interventions cut stunting only ~20% (Bhutta, Lancet 2013)
  • POSHAN 2.0 — 10 crore beneficiaries, 14 lakh AWCs
  • ₹21,960 crore POSHAN allocation, Union Budget 2025-26
  • POSHAN Abhiyaan 2018 target — stunting 25% by 2022

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Q.1615 marks · 250w 14 min Medium

India’s urban housing shortage was estimated at 1.88 crore units in 2012; PMAY-Urban has sanctioned 1.18 crore homes as of 2024. Critically analyse the demand-supply gap and the case for an Urban Employment Guarantee.

Subtopic: Indian Society · Urbanisation — Housing and Employment

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Introduction: The Hashim Committee (2012) estimated urban housing shortage at 1.88 crore units, of which ~96% was in EWS/LIG. PMAY-U (launched 25 June 2015) has sanctioned about 1.18 crore homes by 2024.

Body — three dimensions: (1) Supply gaps — PMAY-U four verticals (ISSR, AHP, BLC, CLSS); PMAY-U 2.0 (2024) targets 1 crore more; affordable rental housing complexes for migrants. (2) Demand side — urban informality, in-situ slum upgrading vs eviction; 65 million slum residents (Census 2011). (3) Employment side — case for an Urban Employment Guarantee Scheme: Kerala's Ayyankali Scheme, Himachal's MGNREGS-style urban programmes; need is highest among construction-dependent workers post-pandemic.

Conclusion: Bundle PMAY-U 2.0 with rental housing for migrants and an UEGS as a counter-cyclical floor; otherwise PMAY units stand empty while migrants live in slums.

Key points
  • Hashim Committee 2012 — urban housing shortage 1.88 crore units
  • ~96% shortage in EWS/LIG
  • PMAY-U launched 25 June 2015
  • PMAY-U four verticals — ISSR, AHP, BLC, CLSS
  • About 1.18 crore homes sanctioned by 2024 (MoHUA)
  • PMAY-U 2.0 — 1 crore additional homes
  • Slum population — 65.49 million (Census 2011)
  • Affordable Rental Housing Complexes scheme, 2020
  • Kerala Ayyankali Urban Employment Guarantee Scheme

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Q.1715 marks · 250w 14 min Medium

‘Indian secularism is sui generis — neither French laïcité nor American wall-of-separation.’ Examine with reference to constitutional articles, the Sachar Committee and recent debates over personal laws.

Subtopic: Indian Society · Secularism

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Introduction: Indian secularism = principled distance (Rajeev Bhargava), allowing state engagement with religion for reform while maintaining equal respect. 42nd Amendment (1976) inserted ‘secular’ in the Preamble.

Body — three dimensions: (1) Constitutional fabric — Articles 25–28 (freedom of religion), 29-30 (minority rights), 44 (UCC directive); S.R. Bommai (1994) — secularism as basic structure. (2) State engagement — Hindu Code Bill 1955-56, Places of Worship Act 1991, Triple Talaq verdict (Shayara Bano, 2017) and law 2019, Sabarimala (2018). (3) Tensions — Sachar Committee 2006 (Muslim deprivation index), CAA 2019 debate, anti-conversion laws in 9 states.

Conclusion: The model permits intervention for equality while protecting religious freedom; the test is even-handed application, not retreat to either French or American template.

Key points
  • ‘Secular’ inserted by 42nd Amendment, 1976
  • Articles 25–28 — religious freedom; 29-30 — minority rights
  • Article 44 — Uniform Civil Code (Directive Principle)
  • S.R. Bommai v. Union of India (1994) — secularism as basic structure
  • Rajeev Bhargava — ‘principled distance’ doctrine
  • Places of Worship (Special Provisions) Act, 1991
  • Shayara Bano v. Union of India (2017) — triple talaq
  • Muslim Women (Protection of Rights on Marriage) Act, 2019
  • Sachar Committee Report, 17 November 2006
  • Anti-conversion laws — Uttar Pradesh 2020, MP, Karnataka 2022

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Q.1815 marks · 250w 14 min Medium

The world’s iron and steel industry has shifted decisively eastward: China alone produced 1,019 million tonnes of crude steel in 2023, over half the global total. Examine the location factors of the steel industry with reference to raw-material, market and energy axes.

Subtopic: World Geography · Location of Industries — Iron and Steel

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Introduction: World crude-steel output crossed 1,892 million tonnes in 2023 (worldsteel). Top five: China (1,019 MT), India (140 MT), Japan (87 MT), USA (81 MT), Russia (76 MT).

Body — three dimensions: (1) Raw-material orientation (Weber's theory) — coking coal, iron ore, limestone bulky, high weight-loss; Ruhr (Germany), Donbas (Ukraine), Pittsburgh historically; India's Jamshedpur near Jharia coal and Singhbhum iron. (2) Market orientation — Japan (Yawata, Kawasaki) built on imported ore (Australia) and coking coal (Indonesia), located on coastal sites near consumers. (3) Energy and policy — China's Anshan-Wuhan-Baotou belt on Datong coalfield; India's Bhilai and Rourkela located on Bailadila and Barsua ore via national policy.

Conclusion: Modern steel locations are pulled by ports more than coalfields — Japan's coastal model and India's emerging coastal capacity (Paradip, Hazira) confirm the shift.

Key points
  • World crude steel 2023 — 1,892 MT (worldsteel)
  • China 1,019 MT (53.9%), India 140 MT, Japan 87 MT
  • Weber's least-cost location theory (1909)
  • Ruhr — Germany's historic steel belt on coking coal
  • Donbas (Ukraine), Kuznetsk (Russia) coal-iron pairs
  • Pittsburgh, Pennsylvania — historic US steel capital
  • Japan — coastal Yawata, Kawasaki on imported raw materials
  • Jamshedpur (1907) — TISCO near Jharia coal, Singhbhum ore
  • Bailadila ore (Chhattisgarh) — feeds Vizag and Japanese mills
  • China's Anshan-Wuhan-Baotou steel triangle

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Q.1915 marks · 250w 14 min Medium

Population distribution in India is geographically polarised — six states hold half the population while desert, hill and forest regions remain sparsely peopled. Examine the demographic geography with reference to density, growth and migration patterns.

Subtopic: Geography · Effects on Human Life — Demographic Geography

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Introduction: India's 2011 population was 1.21 billion; UN World Population Prospects 2024 puts 2024 estimate at 1.45 billion. National density 382/km² (Census 2011); huge regional disparity.

Body — three dimensions: (1) Density — Bihar 1,106/km², West Bengal 1,028, Kerala 859 vs Arunachal Pradesh 17/km², Mizoram 52, Sikkim 86; six states (UP, Maharashtra, Bihar, WB, MP, TN) hold ~50% of population. (2) Growth — Census 2011 decadal growth 17.7% (down from 21.5% in 2001); EAG states above 20%, southern states below 16%. (3) Migration — Census 2011 recorded 45.6 crore internal migrants (37.6% of population); Bihar-UP source corridor to Delhi-Mumbai-Punjab; PMGKY 2020 pandemic exposed migrant precarity.

Conclusion: Geography determines who is dense, who is sparse, and who moves — the 2027 Census will be the first to map this in 16 years.

Key points
  • Census 2011 population 1.21 billion; UN WPP 2024 — 1.45 billion
  • National density 382/km² (Census 2011)
  • Bihar 1,106/km², Arunachal 17/km² — extreme range
  • UP, Maharashtra, Bihar, WB, MP, TN hold ~50% of population
  • Decadal growth 17.7% (Census 2011), down from 21.5%
  • EAG states (Bihar, UP, MP, Rajasthan, Jharkhand, Chhattisgarh, Odisha)
  • Internal migrants 45.6 crore (Census 2011 D-series)
  • 84% of migration is intra-state (mostly marriage-driven for women)
  • Census 2027 enumeration cleared 12 December 2025

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Q.2015 marks · 250w 14 min Medium

India’s groundwater accounts for 62% of irrigation and 85% of rural drinking water (CGWB), but the resource is being depleted faster than recharge. Examine the spatial pattern of groundwater stress.

Subtopic: Geography · Distribution of Natural Resources — Water

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Introduction: Groundwater meets 62% irrigation needs and 85% rural drinking water; India is the world's largest groundwater user (~245 BCM annually, ~25% of global use).

Body — three dimensions: (1) Spatial stress — CGWB Dynamic Assessment 2024: of 6,746 blocks/units assessed, 751 over-exploited (>100% extraction) and 206 critical; concentrated in Punjab, Haryana, Rajasthan, western UP, Tamil Nadu's Cauvery delta. (2) Drivers — free/subsidised power for tube wells, MSP-led paddy-wheat in northwest, sugarcane in Maharashtra; recharge falling as monsoon variability rises. (3) Policy — Atal Bhujal Yojana (2019, ₹6,000 crore) in seven states; Jal Shakti Abhiyan ‘Catch the Rain’; PMKSY-Per Drop More Crop micro-irrigation push.

Conclusion: Switch to participatory groundwater management at panchayat level, decouple electricity subsidy from extraction, and align crop choice with aquifer recharge.

Key points
  • Groundwater meets 62% irrigation, 85% rural drinking water (CGWB)
  • India largest groundwater user — ~245 BCM/year
  • CGWB Dynamic Assessment 2024 — 751 over-exploited, 206 critical blocks (of 6,746)
  • Punjab, Haryana, western UP — over-exploitation hotspots
  • Atal Bhujal Yojana 2019 — ₹6,000 crore, 7 states
  • PMKSY-Per Drop More Crop for micro-irrigation
  • Jal Shakti Abhiyan 2019, ‘Catch the Rain’ 2021
  • Model Bill for Groundwater Management 2016
  • Mihir Shah Committee Report 2016 on water reform

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