Evolution of Indian Culture and Civilization — UPSC Anthropology Optional Notes

1. Concepts and Definitions

Prehistory, protohistory and history: prehistory is the period without writing, known from archaeology; protohistory has writing that is undeciphered or comes from outside (the Harappan civilization); history has readable written records.

Three-age system: C.J. Thomsen's Stone, Bronze and Iron Ages (1830s); John Lubbock divided the Stone Age into Palaeolithic and Neolithic (1865); the Mesolithic was added later.

Indian pioneers: Robert Bruce Foote of the Geological Survey of India found a handaxe at Pallavaram near Madras in 1863 and is called the father of Indian prehistory; H.D. Sankalia (Deccan College), V.N. Misra, B.B. Lal, K. Paddayya and Shanti Pappu are major later figures.

Dating methods: relative dating by stratigraphy and typology; absolute dating by radiocarbon (up to about 50,000 years), thermoluminescence, optically stimulated luminescence, palaeomagnetism and cosmogenic nuclide burial dating for older sites.

2. Palaeolithic Cultures

Lower Palaeolithic: two traditions were once distinguished, the Soanian chopper-chopping tool industry of the Soan valley (described by Helmut de Terra and T.T. Paterson after the Yale-Cambridge expedition, 1935; published 1939) and the Acheulian or Madrasian handaxe-cleaver industry of peninsular India; the Soanian is now often treated as a regional variant rather than a separate culture.

Key Acheulian sites: Attirampakkam in Tamil Nadu (dated to about 1.5 million years by Shanti Pappu and colleagues, 2011), Isampur and Hunsgi in Karnataka (K. Paddayya; Isampur about 1.2 million years), Didwana (Rajasthan), the Belan and Son valleys (Uttar Pradesh and Madhya Pradesh), Bhimbetka (Madhya Pradesh) and Chirki-Nevasa (Maharashtra).

Older claims: Riwat (Pakistan, about 1.9 million years) and Masol in the Siwalik hills near Chandigarh (cut-marked bones claimed at about 2.6 million years, published 2016) are debated and not universally accepted.

Middle Palaeolithic: flake tools (scrapers, points, borers) often made by Levallois or prepared-core technique; Sankalia named the Nevasan industry after Nevasa on the Pravara river; Attirampakkam has Middle Palaeolithic tools dated about 385,000 to 172,000 years (Akhilesh and colleagues, 2018), earlier than once thought.

Upper Palaeolithic: blades and burins, bone tools and the first art objects; sites include the Belan valley, Patne (Maharashtra, with engraved ostrich eggshell, about 25,000 years), Renigunta (Andhra Pradesh), the Kurnool caves and Baghor I in the Son valley, where a triangular natural stone with concentric markings set on a platform has been interpreted as a shrine (Kenoyer, Clark and colleagues, 1983).

Toba and Jwalapuram: Michael Petraglia and colleagues (2007) reported Middle Palaeolithic tools below and above the Toba volcanic ash (about 74,000 years) at Jwalapuram, Andhra Pradesh, suggesting human presence before and after the eruption; who made them (modern or archaic humans) is debated.

Ecology: Palaeolithic people were hunter-gatherers living in small mobile bands, using river valleys, lake margins and rock shelters, with climate alternating between wetter and drier phases.

3. Mesolithic Cultures

Features: microliths (tiny geometric blades, lunates, triangles and trapezes hafted in wood or bone to make arrows and sickles), more varied food (fish, small game, wild cereals), seasonal camps, burials and rock art; in India broadly from about 10,000 BCE, overlapping with farming in many regions.

Bagor (Rajasthan): excavated by V.N. Misra; one of the largest Mesolithic sites, with evidence of domesticated sheep and goat by about 5000 BCE in its early phase.

Adamgarh (Madhya Pradesh) and Langhnaj (Gujarat): Adamgarh gave early evidence of animal domestication; Langhnaj (H.D. Sankalia) yielded microliths, burials and animal bones.

Ganga plain sites: Sarai Nahar Rai, Mahadaha and Damdama in Pratapgarh district, Uttar Pradesh, beside oxbow lakes, show semi-sedentary life with hearths, double and triple burials, bone ornaments and fishing; they show tall, robust people.

Bhimbetka rock shelters: discovered by V.S. Wakankar in 1957 and inscribed as a UNESCO World Heritage Site in 2003; over 700 shelters near Bhopal with paintings of hunting, dancing and animals, many from the Mesolithic.

Belan valley sequence: Chopani Mando shows a continuous sequence from Palaeolithic through Mesolithic, with early hand-made pottery in the later Mesolithic, bridging to the Neolithic of Koldihwa and Mahagara.

4. Neolithic Cultures

Neolithic Revolution: V. Gordon Childe's term for the shift to food production, with domesticated plants and animals, polished stone axes (celts), pottery, permanent villages and storage.

Mehrgarh (Baluchistan, Pakistan): excavated by Jean-François Jarrige from 1974; from about 7000 BCE, barley and wheat cultivation, herding of goats, sheep and humped cattle, mud-brick houses and burials with ornaments; it shows that the subcontinent had its own early farming tradition leading toward the Harappan civilization.

Northern Neolithic (Kashmir): Burzahom (discovered 1935, excavated by the Archaeological Survey of India 1960–71) and Gufkral, from about 3000 BCE, with pit dwellings, bone tools, polished stone axes, harvesters with holes, and burials of dogs with their masters.

Vindhyan and Ganga Neolithic: Koldihwa, Mahagara and Lahuradewa (Uttar Pradesh) with cord-impressed pottery and rice; very early dates for rice at Lahuradewa (around 6000 BCE or earlier) are debated; Chirand (Bihar) is known for abundant bone tools.

Southern Neolithic: sites in Karnataka and Andhra Pradesh such as Utnur, Kupgal, Budihal, Sanganakallu, Brahmagiri, Maski, Piklihal, Tekkalakota and Hallur, from about 3000 BCE; ash mounds formed by burning accumulated cattle dung were interpreted by F.R. Allchin as cattle pens periodically burnt, possibly in festivals, showing a pastoral economy.

Eastern Neolithic: Daojali Hading and Sarutaru (Assam) and sites in Meghalaya and the Garo hills with shouldered celts and cord-marked pottery, linked to South-East Asian traditions and to Austro-Asiatic and Tibeto-Burman speakers.

5. Neolithic-Chalcolithic Cultures

Meaning: village farming cultures using copper alongside stone tools, with painted pottery, from about 3000 BCE in Rajasthan to about 700 BCE in the Deccan; mostly contemporary with or later than the Harappan civilization.

Ahar-Banas culture (Rajasthan): Ahar, Gilund and Balathal, about 3000–1500 BCE, with black-and-red ware, copper smelting (from Aravalli ores) and mud-brick houses.

Kayatha and Malwa cultures (Madhya Pradesh): Kayatha (about 2000–1800 BCE) and the Malwa culture at Navdatoli, Eran and Nagda (about 1700–1400 BCE) with painted Malwa ware.

Jorwe culture (Maharashtra): about 1400–700 BCE, with sites such as Inamgaon (excavated by Deccan College under H.D. Sankalia, M.K. Dhavalikar and Z.D. Ansari, 1968–83), Daimabad, Chandoli and Nevasa; Inamgaon showed a chief's house, granaries, irrigation channel and urn burials of children under house floors; the Daimabad bronze hoard includes a chariot with driver, a rhinoceros, an elephant and a buffalo.

Ganga-Yamuna doab: Ochre Coloured Pottery (OCP) and the Copper Hoard culture (copper harpoons, antennae swords, anthropomorphs); excavations at Sinauli (Uttar Pradesh, 2018) reported burials with wooden carts decorated with copper, described by the ASI as chariots, about 2000–1800 BCE (interpretation debated).

6. Theory and Debates

Out of Africa and India: the timing of the first modern humans in India (before or after Toba, about 74,000 years) and the makers of Middle Palaeolithic tools remain debated; genetics suggests modern humans arrived in South Asia by about 50,000–65,000 years ago.

Indigenous versus diffused farming: Mehrgarh and Ganga plain rice indicate local domestication, while wheat, barley and sheep-goat have West Asian ancestors; most scholars accept multiple centres in South Asia.

Living traditions: ethnographic parallels (honey collection, bow hunting, shifting cultivation) help interpret prehistoric remains, but tribal people are contemporary communities, not living fossils.

7. Diagrams to Draw

Chronological chart: a vertical timeline from Lower Palaeolithic (about 1.5 million years) to Middle Palaeolithic (about 385,000 years), Upper Palaeolithic (about 40,000 years), Mesolithic (about 10,000 BCE), Neolithic (about 7000 BCE at Mehrgarh) and Chalcolithic (about 3000–700 BCE), with key sites beside each.

Map of India: mark Attirampakkam, Isampur, Bhimbetka, Bagor, Mahadaha, Mehrgarh, Burzahom, Chirand, Utnur, Daojali Hading, Ahar, Navdatoli and Inamgaon.

Tool sketches: handaxe and cleaver (Lower), scraper and point (Middle), blade and burin (Upper), lunate and triangle microliths (Mesolithic), polished celt (Neolithic).

8. Using it in the Exam

10-mark note on a site or culture: location, excavator and date, tools and economy, special finds and significance for Indian civilization.

15 or 20-mark answer on prehistoric cultures: stage-wise account with sites, dates and tool types, a chronological table and map, Indian contributions (early Acheulian, independent domestication, rock art) and a conclusion linking to tribal ethnography.

Keywords: Acheulian, Soanian, Levallois, Nevasan, blade-burin, microlith, Neolithic Revolution, celt, ash mound, black-and-red ware, Jorwe, OCP.

Quotation: Childe's description of the Neolithic Revolution as the change by which humans became masters of their own food supply (paraphrase).

1. Concepts and Phases

Names: called the Indus Valley Civilization after its first known region and the Harappan civilization after its first excavated site; because many sites lie along the Ghaggar-Hakra, some call it the Indus-Saraswati civilization.

Discovery: Daya Ram Sahni excavated Harappa (Punjab, now Pakistan) in 1921 and R.D. Banerji found Mohenjo-daro (Sindh) in 1922; John Marshall, Director-General of the Archaeological Survey, announced the civilization in 1924.

Phases (Jim Shaffer and Mark Kenoyer's scheme): Early Harappan or Regionalisation era (about 3300–2600 BCE), Mature Harappan or Integration era (about 2600–1900 BCE) and Late Harappan or Localisation era (about 1900–1300 BCE).

Extent: over 1,000 sites from Sutkagen Dor (Baluchistan) in the west to Alamgirpur (Uttar Pradesh) in the east and from Manda (Jammu) in the north to Daimabad (Maharashtra) in the south, the largest Bronze Age culture by area.

2. Pre-Harappan (Early Harappan) Cultures

Roots in the Neolithic: Mehrgarh (from about 7000 BCE) shows continuity from early farming through craft specialisation to the Harappan period.

Regional cultures: Amri (Sindh), Kot Diji (Sindh, with a fortified settlement), Rehman Dheri, the Hakra ware culture of Cholistan and the Sothi-Siswal culture of Rajasthan and Haryana.

Early Kalibangan (Rajasthan): the pre-Harappan level has a fortified settlement and a ploughed field with criss-cross furrows (about 2800 BCE), one of the earliest such fields known; a similar cropping pattern survives in the area.

Bhirrana and Rakhigarhi (Haryana): show early Harappan levels; very early dates claimed for Bhirrana (going back to the seventh millennium BCE) are debated.

3. The Mature Harappan Civilization

Town planning: cities divided into a raised citadel and a lower town (at Dholavira into three parts), streets in a rough grid, houses of baked bricks in the standard ratio 1:2:4, covered drains, wells and bathrooms.

Major structures: the Great Bath and the so-called granary at Mohenjo-daro, the dockyard (debated as a tank) and bead factory at Lothal (S.R. Rao), fire altars at Kalibangan (B.B. Lal and B.K. Thapar), water reservoirs and a ten-sign signboard at Dholavira (R.S. Bisht; UNESCO World Heritage Site, 2021).

Indian sites: Dholavira and Lothal (Gujarat), Kalibangan (Rajasthan), Rakhigarhi, Banawali and Bhirrana (Haryana), Ropar (Punjab), Surkotada (Gujarat) and Alamgirpur (Uttar Pradesh); Rakhigarhi is among the largest Harappan sites.

Economy: wheat, barley, peas, sesame, cotton (among the earliest cotton cultivation), and some rice and millets; cattle, sheep, goats and buffalo; crafts such as bead-making (carnelian from Gujarat), shell work, metallurgy (copper and bronze by lost-wax casting, as in the dancing girl) and pottery.

Trade: standardised weights of chert cubes in a binary then decimal system, seals, contact with Mesopotamia (where the Indus region is probably the land called Meluhha in texts), the Persian Gulf and Central Asia (Shortugai in Afghanistan).

Script and seals: about 400 signs written mostly right to left, on square seals with animals such as the unicorn and bull; the script remains undeciphered despite many claims.

Religion: terracotta female figurines (interpreted as mother goddess), the seated horned figure on a Mohenjo-daro seal called proto-Shiva or Pashupati by Marshall (debated), tree and animal worship, fire altars at Kalibangan and Lothal, and possible ritual bathing.

Polity: no clear palaces or royal tombs; uniform standards suggest a shared system of authority, perhaps elites, merchants or several city-states (debated).

Physical anthropology and genetics: skeletal series from Harappa (Cemetery R37 and Cemetery H), Mohenjo-daro, Lothal and Kalibangan; R.B.S. Sewell and B.S. Guha (1931) classified Mohenjo-daro crania into Proto-Australoid, Mediterranean, Mongoloid and Alpine types, while Kenneth Kennedy stressed biological continuity with later South Asians; ancient DNA from a Rakhigarhi woman (Shinde and colleagues, 2019) showed ancestry mixing Iranian-related hunter-gatherers and South Asian hunter-gatherers, with no steppe ancestry.

4. Decline and Post-Harappan Cultures

Decline (about 1900 BCE): theories include Mortimer Wheeler's Aryan invasion idea (now rejected; George Dales called the massacre at Mohenjo-daro mythical in 1964), floods (Robert Raikes), tectonic shifts, the drying or shifting of the Ghaggar-Hakra and other rivers, weakening of the monsoon around 4,200 years ago, decline of trade with Mesopotamia and ecological degradation; most scholars now see gradual de-urbanisation from multiple causes.

Late Harappan cultures: Cemetery H culture (Punjab), Jhukar (Sindh), Rangpur and other late sites in Gujarat, and late Harappan settlements in Haryana and western Uttar Pradesh, with smaller villages and loss of writing and seals.

Post-Harappan continuity: Ochre Coloured Pottery, Painted Grey Ware (about 1200–600 BCE, linked by many with the later Vedic period) and the Chalcolithic cultures of central India and the Deccan; many Harappan traits continued, such as bangles, sindoor-like ornaments, weights, the bullock cart, cotton and some ritual practices.

5. Contributions of Tribal Cultures to Indian Civilization

Demographic weight: Scheduled Tribes numbered about 10.4 crore, 8.6 percent of India's population, in Census 2011, with 705 notified Scheduled Tribes; they speak languages of all four major families and have contributed to Indian culture for millennia.

Language: scholars such as Jean Przyluski, Suniti Kumar Chatterji and F.B.J. Kuiper (Proto-Munda Words in Sanskrit, 1948) identified Austro-Asiatic (Munda) and Dravidian loanwords in Sanskrit and Indo-Aryan languages, including terms linked to agriculture; specific etymologies are debated.

Agriculture and food: domestication and cultivation of rice in eastern India, millets, tubers, betel and many forest foods; shifting cultivation (jhum) systems preserved crop diversity, and tribal millets now feature in national nutrition policy.

Religion and deities: worship of nature, sacred groves (sarna, devrai), stones, trees and village deities; the cult of Jagannath at Puri is linked by tradition and by scholars (A. Eschmann, H. Kulke and G.C. Tripathi, 1978) to the Sabara, and the daitapati servitors claim tribal descent; goddesses such as Danteshwari of Bastar and Samaleswari of Sambalpur also have tribal roots.

Processes of absorption: N.K. Bose described the Hindu method of tribal absorption, in which tribes gradually entered caste society while keeping many customs; Surajit Sinha's tribe-caste continuum and Srinivas's Sanskritization describe the same two-way exchange, in which Hinduism also absorbed tribal gods and rituals.

Arts and crafts: Dhokra lost-wax metal casting (Bastar, Odisha, Jharkhand, West Bengal), Warli painting (Maharashtra), Gond and Bhil painting, Saura idital murals, Pithora painting of the Rathwa and Bhil, bamboo and cane craft of the north-east and tribal music and dance (Santhali, Chhau traditions), many protected by GI tags.

Medicinal and ecological knowledge: the Kani of Kerala guided scientists to the plant arogyapacha (Trichopus zeylanicus), from which the Tropical Botanic Garden and Research Institute developed the drug Jeevani in the 1990s with a benefit-sharing arrangement with the Kani, a landmark case; tribal knowledge of forests, seeds and water management is recognised under the Biological Diversity Act, 2002.

Political contribution: tribal uprisings such as Tilka Manjhi's revolt (1780s), the Kol rebellion (1831–32), the Santal Hul led by Sidhu and Kanhu Murmu (1855–56), Birsa Munda's Ulgulan (1899–1900), the Tana Bhagat movement (from 1914), the Rampa rebellion under Alluri Sitarama Raju (1922–24) and Rani Gaidinliu's struggle in the north-east enriched the freedom movement; since 2021 India marks 15 November, Birsa Munda's birth anniversary, as Janjatiya Gaurav Divas.

Social values: relative gender equality, bride price instead of dowry in many tribes, community ownership of land, youth dormitories (ghotul, morung) and democratic village councils offer models valued in contemporary debates.

6. Theory and Debates

Aryan question: the Aryan invasion theory has been replaced by models of migration and gradual cultural interaction; Rakhigarhi DNA (2019) and Narasimhan and colleagues (2019) suggest steppe ancestry arrived in South Asia in the second millennium BCE, after the mature Harappan phase; the subject remains politically sensitive and debated.

Great and little traditions: Robert Redfield's terms, used by McKim Marriott for India (universalisation and parochialisation), show that Indian civilization grew through constant exchange between textual (great) and folk and tribal (little) traditions.

Avoiding romanticism: tribal contributions should be presented with evidence and without treating tribes as unchanging or merely as sources for the mainstream; Verrier Elwin and G.S. Ghurye's debate (isolation versus integration) shows different views of the tribe-civilization relationship.

7. Diagrams to Draw

Harappan phase chart: a timeline with Early (about 3300–2600 BCE), Mature (about 2600–1900 BCE) and Late (about 1900–1300 BCE) phases and key sites in each.

Map of Harappan sites: mark Harappa, Mohenjo-daro, Chanhudaro, Kot Diji, Kalibangan, Rakhigarhi, Banawali, Ropar, Lothal, Dholavira, Surkotada, Alamgirpur, Manda, Daimabad and Sutkagen Dor.

City plan: sketch of Mohenjo-daro or Dholavira with citadel, lower town, grid streets, drains and the Great Bath or reservoirs.

Tribal contribution web: a central circle labelled Indian civilization with spokes to language, crops, deities, crafts, medicine and freedom struggle, each with one example.

8. Using it in the Exam

10-mark note: on a site (Dholavira, Lothal, Kalibangan, Rakhigarhi), on decline, or on a tribal contribution (Jagannath cult, Dhokra, Kani benefit-sharing), with dates and one analytical point.

15 or 20-mark answer on the Harappan civilization: phases, features, Indian sites, physical anthropology and DNA, decline theories and continuity; for tribal contributions, organise by language, economy, religion, art, knowledge and politics with Indian examples and current data (Census 2011).

Keywords: citadel and lower town, 1:2:4 bricks, Meluhha, undeciphered script, de-urbanisation, Cemetery H, Painted Grey Ware, Austro-Asiatic substratum, Hindu method of tribal absorption, great and little traditions.

Quotation: N.K. Bose's view that tribes were absorbed into Hindu society through a slow process that let them keep much of their own culture (paraphrase).

1. Concepts and Definitions

Palaeo-anthropology: the study of human and primate evolution through fossils, their geological context and dating; in India it centres on the Siwalik primates and the Narmada hominin.

The Siwaliks: the foothill ranges of the Himalaya from Pakistan's Potwar Plateau through Jammu, Himachal Pradesh and Uttarakhand to Nepal, made of river sediments from about 18 to 1 million years ago, rich in mammal fossils and divided into Lower, Middle and Upper Siwaliks.

Ethno-archaeology: the study of living societies by archaeologists in order to understand how material remains are produced, used, discarded and preserved, so as to interpret the archaeological record; Jesse Walter Fewkes used the word ethno-archaeologist as early as 1900.

Survivals and parallels: survivals are older practices that continue in present communities; parallels are similarities between living practices and archaeological evidence that suggest how the past may have worked, without implying that living people are frozen in time.

2. Siwalik Primates: Ramapithecus and Sivapithecus

Sivapithecus: named by Guy Pilgrim in 1910 from Siwalik fossils (Sivapithecus indicus), dated broadly to about 12.5 to 8.5 million years ago; a large Miocene ape with thick-enamelled molars.

Ramapithecus: named by G. Edward Lewis of Yale after fossils he collected in 1932 in the Siwaliks near Haritalyangar (Himachal Pradesh); Elwyn Simons and David Pilbeam in the 1960s argued it was the earliest hominid because of its small canines, thick enamel and what they reconstructed as a rounded, parabolic dental arcade.

Fall of Ramapithecus as hominid: Vincent Sarich and Allan Wilson's molecular clock (1967) placed the human-ape split at only about 5 million years; then a more complete Sivapithecus face (GSP 15000) from the Potwar Plateau, published by Pilbeam in 1982, showed a concave face and features like the orang-utan; Ramapithecus was merged into Sivapithecus, now seen as related to the orang-utan lineage.

Gigantopithecus: a giant ape species, Gigantopithecus bilaspurensis, was described from the Siwaliks near Bilaspur by Elwyn Simons and S.R.K. Chopra (1969); related to the much later Chinese Gigantopithecus blacki.

Significance: the Siwaliks document the diversification and dispersal of Miocene apes in Asia and show how fossil interpretation changed with new finds and molecular evidence, a classic lesson in scientific revision.

Other finds: Siwalik fauna include elephants, horses, giraffids and hippopotamus (in the Pinjor and Tatrot formations); claims of cut-marked bones and stone tools at Masol (about 2.6 million years, 2016) are debated.

3. Narmada Man

Discovery: geologist Arun Sonakia of the Geological Survey of India found a partial hominin skull (calvaria) on 5 December 1982 in the Narmada valley gravels at Hathnora, Hoshangabad (now Narmadapuram) district, Madhya Pradesh.

Original classification: Sonakia described it as Homo erectus narmadensis, based on its thick vault, strong brow ridge and low skull.

Reassessment: Kenneth Kennedy and colleagues (1991) argued it shows a mix of erectus-like and more advanced features, with a cranial capacity estimated at about 1,155 to 1,421 cc, and classified it as archaic Homo sapiens; many now compare it with Middle Pleistocene hominins such as Homo heidelbergensis.

Additional finds: A.R. Sankhyan reported two hominin clavicles from Hathnora (1997), suggesting a short, stocky population, and later a rib; associated finds include Acheulian tools and Middle Pleistocene fauna.

Date: generally placed in the Middle Pleistocene, but estimates from different methods vary widely (from about 250,000 years or older to considerably younger), so its exact age is debated.

Significance: it remains the only widely accepted Middle Pleistocene hominin fossil from the Indian subcontinent, linking Acheulian tools with their makers and filling the gap between African, European and East Asian records.

4. Ethno-archaeology: Concept and Methods

Development: the New Archaeology of Lewis Binford stressed middle-range theory, linking static archaeological remains to dynamic past behaviour; his Nunamiut Ethnoarchaeology (1978) studied how Alaskan Inuit hunters butchered and discarded animal bones; Richard Gould's Living Archaeology (1980) studied Australian Aborigines.

Methods: observing and recording manufacture of tools, pots and ornaments, settlement layout, discard and abandonment, and site formation processes; interviewing craftspeople; mapping camps; and experimental replication of artefacts.

Uses: interpreting function of tools, craft specialisation, household organisation, seasonal mobility, ritual and burial, and testing archaeological hypotheses.

Cautions: the method risks the direct historical fallacy, assuming that present communities are unchanged since prehistory; modern groups have their own history, trade links and state contact, so analogies must be tested, not assumed.

Indian scholars: K. Paddayya (Shorapur Doab and Hunsgi valley, linking pastoral camps and Acheulian sites), V.N. Misra (Bagor and Rajasthan pastoralists), M.K. Dhavalikar (Inamgaon houses and present Maharashtra villages), F.R. Allchin (ash mounds and cattle pens), and J.M. Kenoyer and Massimo Vidale (Harappan craft traditions).

5. Survivals and Parallels among Indian Communities

Hunting communities: the Birhor of Jharkhand hunt monkeys with nets and make ropes from creepers; the Jarawa, Onge and Sentinelese of the Andamans hunt pigs with bows and arrows and gather shellfish; their shell middens and hunting camps parallel Mesolithic sites and help interpret microlithic arrows and food refuse.

Foraging communities: the Chenchu (Andhra Pradesh and Telangana), Kadar and Kattunayakan (Kerala and Tamil Nadu) and Paliyan collect honey, tubers and forest produce; their seasonal rounds and rock shelter use help explain the distribution of Mesolithic and Upper Palaeolithic camps.

Fishing communities: riverine and coastal fishing groups use traps, nets and spears similar to evidence from Mesolithic lake-side sites (Mahadaha, Damdama) and Harappan fish hooks and net sinkers.

Pastoral communities: the Toda buffalo herders of the Nilgiris, the Gaddi, Gujjar and Bakarwal of the Himalaya and the Raika (Rebari) camel and sheep herders of Rajasthan show seasonal transhumance, temporary camps and dung use that parallel Mesolithic Bagor and the southern Neolithic ash mounds.

Peasant and shifting cultivators: jhum by the Garo, Naga and Bondo, use of digging sticks, storage bins and threshing floors parallel Neolithic and Chalcolithic evidence; the Harappan toy bullock cart and plough furrows at Kalibangan closely resemble present carts and cropping patterns.

Craft-producing communities: Dhokra metal-casters of Bastar, Odisha and Bengal use the lost-wax process seen in the Harappan dancing girl; agate and carnelian bead-makers of Khambhat (Gujarat), studied by Kenoyer, Vidale and K.K. Bhan (1991), reproduce Harappan drilling and polishing techniques; conch-shell bangle makers of Bengal parallel Harappan shell working; Agaria iron smelters of central India (described by Verrier Elwin, The Agaria, 1942) illuminate early iron technology; potters' wheels and kilns illuminate Chalcolithic ceramics.

Art and ritual: rock paintings at Bhimbetka compared with wall paintings and rituals of local Gond and Korku communities (V.S. Wakankar), and Saura and Warli paintings, suggest continuity of themes such as hunting, dancing and animal figures.

Burial and memorials: megalithic memorial stones still erected by Munda, Ho, Khasi and Naga communities parallel the Iron Age megaliths of south and central India.

6. Theory and Debates

Hominid status and taxonomy: the Ramapithecus story shows the danger of classifying fossils from fragmentary teeth and jaws; the classification and date of Narmada Man remain open.

Analogy and agency: ethno-archaeology should treat present communities as historical agents with their own innovations; scholars warn against the colonial idea of tribes as living fossils, an argument central to Paper II.

Heritage and rights: ethno-archaeological knowledge also supports protection of crafts (GI tags) and of communities' rights over sites and resources.

7. Diagrams to Draw

Siwalik map and section: a map showing the Siwalik belt from Potwar to Nepal with Haritalyangar, Ramnagar and Bilaspur marked, and a column of Lower, Middle and Upper Siwaliks.

Ramapithecus reinterpretation flow: 1932 Lewis find, 1960s Simons-Pilbeam hominid claim, 1967 molecular clock, 1982 Sivapithecus face, conclusion as orang-utan relative.

Narmada Man skull sketch: side view of a calvaria with thick vault, prominent brow ridge and low forehead, labelled with cranial capacity range.

Ethno-archaeology table: community type, living example and archaeological parallel in three columns.

8. Using it in the Exam

10-mark note: on Ramapithecus, Sivapithecus, Narmada Man or ethno-archaeology: discovery, features, interpretation and debate, and significance.

15 or 20-mark answer on ethno-archaeology in India: concept and history, methods, Indian scholars, community-wise survivals and parallels with archaeological links, cautions, and a conclusion on continuity and change.

Keywords: Siwaliks, molecular clock, GSP 15000, Hathnora, calvaria, archaic Homo sapiens, middle-range theory, direct historical approach, analogy, survivals, lost-wax casting.

Quotation: Binford's view that archaeology needs middle-range theory to connect the static present record with the dynamic past (paraphrase).

1. Prehistoric Cultures of India

Example 1 (UPSC 2026, 20 marks): Make a critical appraisal of the mesolithic culture of Ganga basin with reference to artifacts, faunal and human skeletal remains excavated from different sites.

Paper and question: Paper II, Q6(a)

Approach: Critically appraise the Ganga plain Mesolithic: setting and sites, artefacts, fauna, human skeletons, then debates (dating, sedentism, transition to farming). A site map helps.

The Mesolithic of the middle Ganga plain is known from sites beside horseshoe (oxbow) lakes in Pratapgarh district, Uttar Pradesh: Sarai Nahar Rai, Mahadaha and Damdama, excavated by Allahabad University from the 1970s to the late 1980s (G.R. Sharma and colleagues). Unlike rock-shelter sites, they are open-air settlements on the alluvial plain.

Artefacts: geometric microliths (lunates, triangles, trapezes) of chert and chalcedony brought from the Vindhyas, bone and antler arrowheads and ornaments, hammer stones, querns and mullers, and many hearths and floors with post-holes suggesting huts; no pottery in the main levels.

Fauna and subsistence: charred bones of wild cattle, buffalo, deer (chital, sambar, swamp deer), rhinoceros, wild pig, turtles, fish and birds, plus grinding stones suggesting wild grain use; Mahadaha has a butchering area by the lake. This is a broad-spectrum, lake-based economy.

Human remains: dozens of extended burials in shallow graves inside the settlements, some double and multiple, with bone ornaments and animal bones as grave goods. Studies by Kenneth Kennedy and John Lukacs describe tall, robust, long-headed people with heavy jaws and large teeth, few caries but marked dental wear; some skeletons show injuries.

Diagram: a map of Pratapgarh district marking the oxbow lakes with Sarai Nahar Rai, Mahadaha and Damdama, and the Vindhyan sites of Chopani Mando and Lekhahia to the south.

Critical issues: radiocarbon dates vary widely (very early dates for Sarai Nahar Rai are doubted; most place the sites in the early Holocene, about ten to seven thousand years ago); evidence of cultivation is weak, so 'semi-sedentary foragers' is a safer label; stone carried from the Vindhyas shows mobility and exchange; and links to the later Neolithic of Lahuradewa remain unclear.

The Ganga Mesolithic is nonetheless the richest skeletal record of Holocene foragers in South Asia and shows that settled village life had local roots.

Example 2 (UPSC 2025, 10 marks): 'Soanian cultural' tradition

Paper and question: Paper II, Q1(a)

Approach: A short note: the Soanian discovery, tool types and terraces, then the modern reassessment of its status.

The Soanian is a Lower Palaeolithic pebble-tool tradition named after the Soan (Sohan) river of the Potwar plateau, now in Pakistan. It was defined by Helmut de Terra and T.T. Paterson after the Yale-Cambridge expedition of 1935, published in 1939.

Tools: choppers (flaked on one face) and chopping tools (flaked on both faces) made on river pebbles, with flakes; Early Soan had pebble tools, Late Soan more flakes, some of prepared-core type. Tools were tied to river terraces, which were correlated with a now-outdated scheme of Himalayan glaciations.

In India similar assemblages occur along the Siwalik frontal belt in Himachal Pradesh, Punjab and Jammu (the Beas-Banganga valley and Hoshiarpur), studied by B.B. Lal and G.C. Mohapatra.

Reassessment: it was once seen as a separate culture opposed to the peninsular Acheulian (Madrasian) handaxe tradition, echoing Movius's line; but handaxes occur in the Siwaliks, pebble tools occur in Acheulian sites, and many terrace dates are insecure, so most scholars now treat the Soanian as a raw-material and activity facies rather than a distinct culture.

Example 3 (UPSC 2025, 20 marks): Describe the distinctive features and distribution of Upper Palaeolithic of India.

Paper and question: Paper II, Q3(a)

Approach: Describe the distinctive technological, economic and artistic features of the Indian Upper Palaeolithic, then its regional distribution with key sites and dates; end with significance and a map.

The Upper Palaeolithic in India, roughly 45,000 to 10,000 years ago, falls in the last glacial phase, when the subcontinent was drier and cooler. It is associated with anatomically modern humans, though the makers of the earliest blade assemblages are debated.

Distinctive features: parallel-sided blades struck from prepared cores, burins, backed blades, end scrapers and points, often in fine-grained silica rocks; the first bone tools (Kurnool caves); ornaments and art, such as ostrich eggshell beads and the engraved eggshell from Patne (about 25,000 years); a possible shrine at Baghor I in the Son valley (Kenoyer, Clark and colleagues, 1983); and early microblades at Mehtakheri in Madhya Pradesh, dated to about 45,000 years.

Economy: hunting of deer, wild cattle and antelope and gathering of plants by mobile bands using river valleys, rock shelters and dune or lake margins.

Distribution: Uttar Pradesh and Madhya Pradesh (Belan and Son valleys, Baghor, Bhimbetka, Mehtakheri); Maharashtra (Patne, Inamgaon area); Andhra Pradesh (Renigunta, Yerragondapalem, the Kurnool caves of Muchchatla Chintamanu Gavi and Billa Surgam, Jwalapuram 9 rock shelter); Karnataka (Shorapur Doab); Rajasthan and Gujarat (Budha Pushkar, Visadi); and Odisha. Sites are rare in the Ganga plain, Kerala and the north-east, partly because of sediment burial and limited survey.

Diagram: an outline map of India marking Belan, Baghor, Bhimbetka, Mehtakheri, Patne, Renigunta, Kurnool caves, Jwalapuram and Budha Pushkar, with a sketch of a blade and a burin.

Unlike Europe, the Indian Upper Palaeolithic shows no sharp break: blades appear gradually and microliths emerge early, as at Jwalapuram and Mehtakheri, so it is best seen as a phase of continuity leading into the Mesolithic, marking the arrival of symbolic behaviour in South Asia.

Example 4 (UPSC 2024, 20 marks): Describe the important Paleolithic sites from South India with suitable examples. What is the significance of South Indian Paleolithic cultures ?

Paper and question: Paper II, Q8(a)

Approach: Describe major Palaeolithic sites of South India by stage (Lower, Middle, Upper) with excavators and dates, then explain their significance for world and Indian prehistory.

South India is where Indian prehistory began: Robert Bruce Foote found a handaxe at Pallavaram near Madras on 30 May 1863, and the region's Acheulian became known as the Madras handaxe industry.

Lower Palaeolithic: Attirampakkam in the Kortallaiyar valley, Tamil Nadu (found by Foote and King in 1863), has Acheulian tools dated by Shanti Pappu and colleagues (2011) to about 1.5 million years; the Hunsgi and Baichbal valleys in Karnataka, studied by K. Paddayya, include the Isampur quarry-workshop dated to about 1.2 million years; other sites are Gudiyam cave, Vadamadurai, Nagarjunakonda and Lakhmapur.

Middle Palaeolithic: flake tools on prepared cores at Attirampakkam, dated about 385,000 to 172,000 years (Akhilesh and colleagues, 2018), and at Jwalapuram in the Jurreru valley, Andhra Pradesh, where Michael Petraglia's team (2007) found tools below and above the Toba ash of about 74,000 years. Upper Palaeolithic: blade and bone tools in the Kurnool caves (Billa Surgam, explored by Foote in 1884) and blade sites at Renigunta.

Significance: Attirampakkam and Isampur are among the oldest Acheulian sites outside Africa, implying early dispersal of handaxe-making hominins and placing the peninsula firmly in the handaxe world described by Hallam Movius; the early Middle Palaeolithic at Attirampakkam suggests local development rather than arrival with modern humans; Jwalapuram is central to the Toba catastrophe debate; and quarry-workshop sites such as Isampur reveal how stone was procured and shaped.

Diagram: a map of peninsular India marking Pallavaram, Attirampakkam, Gudiyam, Hunsgi-Isampur, Nagarjunakonda, Jwalapuram, Kurnool caves and Renigunta, with a handaxe and cleaver sketch.

The absence of hominin fossils in the south remains a gap, but South Indian sites have moved India from the margins to the centre of debates on human dispersal.

Example 5 (UPSC 2023, 10 marks): Prehistoric rock arts from Uttarakhand

Paper and question: Paper II, Q1(d)

Approach: A short note on the rock art of Uttarakhand, centred on Lakhudiyar: location, themes, colours, style, dating problems and comparison with central India.

The best known prehistoric rock art of Uttarakhand is at Lakhudiyar ('a lakh caves'), rock shelters on the bank of the Suyal river near Barechhina, about 20 km from Almora in the Kumaon hills; several other painted shelters are known in Almora district.

Themes and style: three groups of motifs, human figures, animals and geometric patterns; stick-like humans, including rows of hand-linked dancing figures; animals such as a long-snouted animal, a fox and a multi-legged lizard; and wavy lines, dot groups and rectangles filled with designs. Colours are red ochre, black and white, often superimposed in layers.

Dating and significance: no direct dates exist, so age is inferred from style and superimposition; the art probably spans several phases, possibly from Mesolithic-like to later periods. Like Bhimbetka, the dancing groups suggest communal ritual, and the shelters show that Himalayan foothill people shared central Indian artistic conventions.

Weathering, mineral deposits and visitor damage threaten the paintings, so scientific dating and conservation are urgent.

Example 6 (UPSC 2023, 15 marks): Was Mesolithic culture the first step towards sedentary way of life? Illustrate your answer by citing suitable examples.

Paper and question: Paper II, Q3(b)

Approach: Weigh the evidence: define sedentism, show Mesolithic signs of settled life with Indian examples (Ganga plain, Belan, Bagor, Adamgarh) and a world parallel, then the counter-evidence of mobility; conclude with a qualified yes.

Sedentism means living at one place for most or all of the year. The Mesolithic, after about 10,000 BCE in India, saw a warmer, wetter Holocene, smaller game, microliths and a broad-spectrum diet, the setting Kent Flannery (1969) called the broad-spectrum revolution, which in many regions preceded farming.

Evidence for settled life: at Sarai Nahar Rai, Mahadaha and Damdama in the Ganga plain, hut floors, post-holes, hearths, querns and burials within the settlement suggest long stays beside lakes; at Chopani Mando in the Belan valley, circular huts, ring stones, wild rice and hand-made pottery appear in the late Mesolithic; Bagor in Rajasthan (V.N. Misra) has stone-paved floors and early domestic sheep and goat, and Adamgarh early domestic animals; Langhnaj in Gujarat has burials.

A world parallel is the Natufian culture of the Levant (about 12,500–9,500 BCE), where foragers built stone houses and harvested wild cereals before farming began.

Counter-evidence: most Mesolithic sites, such as the rock shelters of Bhimbetka and the dune sites of Rajasthan, are small seasonal camps; stone raw material was carried long distances; and living foragers such as the Birhor and Chenchu move seasonally, so many Mesolithic groups were semi-sedentary at best.

So the Mesolithic was a first step toward sedentism in rich niches such as lakes and valleys, but full village life came with the Neolithic, at Mehrgarh from about 7000 BCE.

Example 7 (UPSC 2022, 10 marks): Pit-dwellers of Kashmir

Paper and question: Paper II, Q1(a)

Approach: A short note on the Neolithic pit-dwellers of Kashmir: sites, dates, pit houses, material culture, burials and affinities.

The Northern Neolithic of Kashmir is known for pit dwellings at Burzahom near Srinagar (found by de Terra and Paterson in 1935 and excavated by the Archaeological Survey under T.N. Khazanchi, 1960–71) and Gufkral (A.K. Sharma, 1981), from about 3000 BCE; Gufkral has an aceramic early phase.

Houses: circular or oval pits, narrow at the top and wider at the base, some about four metres deep, entered by steps, with post-holes on the rim for a roof and hearths inside, suited to the cold winter; later, mud-brick houses were built above ground.

Material culture: polished stone axes, rectangular perforated harvesters, many bone tools (awls, needles, harpoons), coarse grey pottery; wheat, barley and lentil with hunting. Burials include dogs and wolves buried with humans, trephined skulls, and a stone slab engraved with a hunting scene.

Pit houses, harvesters and dog burials resemble Neolithic cultures of northern China and Central Asia, while carnelian beads and a pot with a horned figure show contact with early Harappan groups, making Kashmir a meeting point of traditions.

Example 8 (UPSC 2022, 20 marks): Make a critical appraisal of Megalithic tradition in India with special reference to North-East India.

Paper and question: Paper II, Q3(a)

Approach: Critically appraise the megalithic tradition: define and classify megaliths, outline the Indian (especially south Indian Iron Age) pattern, then focus on North-East India as a living tradition, with theories of origin and function and an assessment.

Megaliths are monuments of large stones raised for burial or commemoration. Types include dolmens (table stones), menhirs (standing stones), cists, cairns, stone circles, urn burials and rock-cut chambers. In India they are most common in the south and in Vidarbha, mainly in the Iron Age, from about 1200 BCE to the early centuries CE (Brahmagiri, Junapani, Adichanallur, Hirebenakal), with iron tools and black-and-red ware.

North-East India is distinctive because megaliths are still erected. Among the Khasi and Jaintia of Meghalaya, upright menhirs (mawbynna, regarded as male) stand behind flat table stones (mawkynthei, female) to commemorate clan ancestors; the Nartiang monoliths of the Jaintia Hills include some of the tallest in India. Naga groups such as the Angami, Mao and Maram raise stones after feasts of merit, and Willong Khullen in Manipur has hundreds of standing stones; the Mizo, Kuki and Karbi also erect memorials.

Archaeological megaliths also exist, such as the stone jars of Dima Hasao in Assam, studied in 2020 and compared with the Plain of Jars in Laos.

Origin and function: Robert von Heine-Geldern linked north-eastern megaliths to South-East Asian Austro-Asiatic traditions, while Christoph von Fürer-Haimendorf linked south Indian megaliths to Dravidian speakers; both migration theories are debated. Functions include secondary burial, ancestor memorials, status display in feasting systems, land and clan boundary markers, and possibly astronomical alignment (debated).

Diagram: sketches of a dolmen, a menhir, a cist and a Khasi menhir-and-table-stone group.

Appraisal: the north-eastern tradition is poorly dated and seldom excavated, and grouping all megaliths as one culture is misleading; yet its living practice offers rare ethno-archaeological insight into how and why ancient megaliths were raised, linking prehistory to present tribal society.

Example 9 (UPSC 2021, 15 marks): Give the distribution and characteristic features of Upper Paleolithic culture in India.

Paper and question: Paper II, Q2(b)

Approach: Give the distribution of Upper Palaeolithic sites region by region, then their characteristic features (tools, raw material, bone and art, economy, chronology); a map is essential.

The Upper Palaeolithic of India, about 45,000 to 10,000 years ago, is the last Pleistocene stage, linked with modern humans and with a cooler, drier climate. It was recognised as a separate stage from the 1970s onward, after the Belan valley work of G.R. Sharma.

Distribution: central India (Belan and Son valleys, Baghor, Bhimbetka, Mehtakheri); western India (Patne in Maharashtra, Budha Pushkar in Rajasthan, Visadi in Gujarat); the south-east (Renigunta, Yerragondapalem, the Kurnool caves, Jwalapuram); Karnataka (Shorapur Doab); and eastern India (sites in Odisha and Jharkhand). The Ganga plain, Kerala and the north-east have very few sites.

Features: blade-and-burin technology with backed blades, scrapers and points on chert, chalcedony and jasper; microblades appear early; bone tools in the Kurnool caves; ostrich eggshell beads and the engraved eggshell of Patne; the possible shrine at Baghor I; and mobile hunting-gathering of deer, antelope and wild cattle.

Diagram: a map of India with the sites above, and sketches of a blade, burin and backed blade.

The Indian Upper Palaeolithic shows gradual change rather than the sharp revolution seen in Europe; it flows into the Mesolithic and marks the spread of symbolic behaviour in South Asia.

Example 10 (UPSC 2020, 10 marks): Contribution of Robert Bruce Foote to Indian Archaeology

Paper and question: Paper II, Q1(a)

Approach: A short note on Robert Bruce Foote: who he was, his key discoveries, publications and legacy.

Robert Bruce Foote (1834–1912), a geologist of the Geological Survey of India from 1858, is called the father of Indian prehistory.

On 30 May 1863 he found a handaxe at Pallavaram near Madras, the first recognised Palaeolithic tool in India, and with William King soon after found Attirampakkam in the Kortallaiyar valley, now dated to about 1.5 million years. The Acheulian of the region became known as the Madras handaxe industry.

Over four decades he located hundreds of Palaeolithic, Neolithic and Iron Age sites in the south and Deccan, including Neolithic sites around Bellary, and in 1884 explored the Billa Surgam caves of Kurnool with his son, finding animal bones and bone tools.

His collection is in the Government Museum, Chennai, and his catalogues of Indian prehistoric and protohistoric antiquities (1914, 1916) remain basic references. By placing artefacts in geological context he set the scientific foundation on which Sankalia, Misra and Paddayya later built.

Example 11 (UPSC 2020, 15 marks): Discuss the contribution of V. N. Misra to Archaeological Anthropology in India.

Paper and question: Paper II, Q2(b)

Approach: Discuss V.N. Misra's contributions under heads: Palaeolithic and palaeo-environment, Mesolithic (Bagor), rock art (Bhimbetka), Chalcolithic (Balathal), ethno-archaeology, and institution-building.

Virendra Nath Misra (1935–2015) of Deccan College, Pune, was a leading prehistorian whose work on Rajasthan and central India joined archaeology with geology, ecology and anthropology.

Palaeolithic and environment: his early survey of the Berach basin in south Rajasthan, and later the Didwana excavations with S.N. Rajaguru, which gave a long Acheulian to Middle Palaeolithic sequence in the Thar and linked tool industries to past wet and dry climates.

Mesolithic: excavation of Bagor on the Kothari river (from 1968), one of India's largest Mesolithic sites, with stone-paved floors, burials and evidence of early domestic sheep and goat, showing the transition from foraging to herding. Rock art: excavation at Bhimbetka in the 1970s, which gave a long sequence from the Acheulian to historic times in the shelters.

Chalcolithic: excavation of Balathal near Udaipur (1994–2000), an Ahar-Banas settlement with a fortification, mud-brick houses and early farming from the fourth millennium BCE. Ethno-archaeology: he used the life of Rajasthan's pastoralists and hunting groups to interpret Bagor and other sites.

Institutions: he edited the journal Man and Environment of the Indian Society for Prehistoric and Quaternary Studies and trained a generation at Deccan College.

Misra's legacy is an ecological, multidisciplinary archaeological anthropology that treats prehistoric people as adapting to changing environments, a model for Indian prehistory.

Example 12 (UPSC 2020, 15 marks): Discuss the characteristic features of 'Neolithic culture' in India.

Paper and question: Paper II, Q7(b)

Approach: Define the Neolithic, list its general features, then show regional variation across India with sites and dates; end with significance.

The Neolithic is the stage of food production; V. Gordon Childe called the shift the Neolithic Revolution. In India it began at Mehrgarh in Baluchistan around 7000 BCE and spread unevenly, lasting in some regions until about 1000 BCE.

General features: ground and polished stone axes (celts), domesticated plants and animals, pottery, permanent villages of mud, wattle-and-daub or pit houses, storage, bone tools and burials.

Regional variation: the north-west (Mehrgarh: wheat, barley, goats and humped cattle, mud-brick houses); Kashmir (Burzahom and Gufkral: pit dwellings, harvesters, dog burials); the Vindhyas and Ganga plain (Koldihwa, Mahagara, Lahuradewa: rice and cord-impressed pottery); Bihar (Chirand: abundant bone tools); the south (Utnur, Sanganakallu, Brahmagiri, Maski, Hallur: cattle pastoralism and ash mounds); and the north-east (Daojali Hading, Sarutaru: shouldered celts and cord-marked pottery linked to South-East Asia).

Diagram: a map of the six Neolithic zones with two sites each, and a sketch of a polished celt and a shouldered celt.

The Indian Neolithic shows multiple centres of domestication, local rice in the Ganga valley alongside West Asian wheat and barley, and laid the base for the Harappan and later village cultures that still survive among tribal and peasant communities.

Example 13 (UPSC 2019, 20 marks): Describe the Palaeolithic culture with special reference to Soanian tradition. Indicate the problems of describing the Indian Palaeolithic. (15+5=20)

Paper and question: Paper II, Q2(a)

Approach: Two parts (15 + 5): describe the Indian Palaeolithic in its three stages with the Soanian tradition in detail, then list the problems of describing the Indian Palaeolithic.

The Palaeolithic is the Old Stone Age of hunter-gatherers in the Pleistocene, divided by tool technology into Lower, Middle and Upper stages; in India it spans from about 1.5 million to about 10,000 years ago.

Lower Palaeolithic: two traditions were described, the Acheulian handaxe-cleaver industry of the peninsula (Attirampakkam, about 1.5 million years; Isampur; Didwana; Bhimbetka) and the Soanian of the north-west. Middle Palaeolithic: flake tools on prepared cores, Sankalia's Nevasan industry, with early dates at Attirampakkam. Upper Palaeolithic: blades, burins, bone tools and art (Patne, Baghor, Kurnool caves).

Soanian tradition: defined by de Terra and Paterson (1939) from the Soan river terraces of the Potwar plateau after the 1935 Yale-Cambridge expedition. Early Soan had pebble choppers and chopping tools and flakes; Late Soan had more refined flakes, some of prepared-core type. They correlated the terraces with four Himalayan glaciations. Indian equivalents occur in the Siwalik belt of Himachal Pradesh, Punjab and Jammu (Beas-Banganga valley, Hoshiarpur), studied by B.B. Lal and G.C. Mohapatra.

Today the Soanian is seldom treated as a separate culture: handaxes occur in the Siwaliks, pebble tools occur in Acheulian sites, and the glacial chronology has been abandoned.

Problems of describing the Indian Palaeolithic: few hominin fossils (only Narmada Man), so makers are unknown; most tools come from surface or river gravels without secure stratigraphy; dating is difficult beyond radiocarbon range; terminology borrowed from Europe (Acheulian, Levallois) may not fit; regional names multiply (Madrasian, Soanian, Nevasan, Series I-II-III); and survey is uneven, leaving the Ganga plain and north-east poorly known.

Diagram: a chronological chart of Lower, Middle and Upper Palaeolithic with key sites, and sketches of a chopper, chopping tool and handaxe.

Example 14 (UPSC 2019, 10 marks): Distribution of Neolithic sites in India.

Paper and question: Paper II, Q5(e)

Approach: A short note mapping Neolithic sites by region with their characteristic traits.

Neolithic sites in the subcontinent fall into regional clusters with distinct ecologies and traits, beginning at Mehrgarh (about 7000 BCE) in Baluchistan.

North: Burzahom and Gufkral in Kashmir, with pit dwellings. Vindhyan-Ganga: Koldihwa, Mahagara, Chopani Mando and Lahuradewa in Uttar Pradesh, with rice. East: Chirand and Senuwar in Bihar, Kuchai and Golbai Sasan in Odisha. North-east: Daojali Hading and Sarutaru in Assam and Selbalgiri in the Garo hills, with shouldered celts.

South: Karnataka and Andhra Pradesh, at Utnur, Kupgal, Budihal, Sanganakallu, Brahmagiri, Maski, Piklihal, Tekkalakota and Hallur, and Paiyampalli in Tamil Nadu, with ash mounds and cattle herding.

Diagram: an outline map of India shading these six zones and marking two or three sites in each.

The distribution shows that farming arose in several regions with local crops and animals, not from a single centre; western India and the Deccan instead moved directly into Chalcolithic village farming.

Example 15 (UPSC 2018, 20 marks): Examine the regional variations of mesolithic cultures of India.

Paper and question: Paper II, Q3(a)

Approach: Define the Mesolithic, then examine regional variants (Rajasthan-Gujarat, central India, Ganga plain, Deccan, south and east coast, north-east) with sites, economy and dates, ending with what the variation shows.

The Mesolithic, from about 10,000 BCE in India, is marked by geometric microliths hafted as composite tools, a broad-spectrum diet in the warmer Holocene, and in places semi-sedentary life, burials and rock art. Because environments differed, regional cultures varied greatly.

Rajasthan and Gujarat: on sand dunes and lake margins; Bagor (V.N. Misra) with stone-paved floors and early domestic sheep and goat; Tilwara; Langhnaj (H.D. Sankalia) with burials and wild animal bones. Central India: rock shelters of Bhimbetka and Adamgarh with rich paintings, and early domestic animals at Adamgarh.

Vindhyas and Ganga plain: Chopani Mando in the Belan valley with circular huts, wild rice and early hand-made pottery; Sarai Nahar Rai, Mahadaha and Damdama by oxbow lakes, with hearths, querns, dozens of burials and tall robust people. Deccan and south: microliths at Nevasa, Patne and Sanganakallu; the teri (red dune) sites of the Tirunelveli coast and coastal shell middens show marine foraging.

East and north-east: microlithic sites in the Chota Nagpur plateau, Odisha and Bengal (Birbhanpur, excavated by B.B. Lal), and few, poorly dated sites in the north-east.

Diagram: a map of India marking these regional clusters, with sketches of lunate, triangle and trapeze microliths.

The variation shows adaptation to dunes, lakes, forests and coasts: some regions moved to herding (Bagor), some to semi-sedentary lake life (Ganga plain), while others stayed mobile foragers, a pattern that survives in tribal foragers such as the Birhor and Chenchu. Dating, however, remains patchy, and some 'Mesolithic' sites overlap with farming communities.

Example 16 (UPSC 2017, 10 marks): Neolithic cultures of South India.

Paper and question: Paper II, Q1(a)

Approach: A short note on the Southern Neolithic: area, sites, dates, economy, ash mounds and significance.

The Southern Neolithic covers the granite hill country of north Karnataka, western Andhra Pradesh and northern Tamil Nadu, from about 3000 to 1200 BCE.

Sites: Utnur and Palavoy (Andhra Pradesh); Kupgal, Budihal, Sanganakallu, Brahmagiri, Maski, Piklihal, Tekkalakota and Hallur (Karnataka); Paiyampalli (Tamil Nadu).

Features: polished stone axes, grey burnished pottery, circular wattle-and-daub huts, cultivation of millets and pulses such as horse gram and green gram, and a strong cattle economy. Its hallmark is the ash mound, formed by burning accumulated cattle dung, which F.R. Allchin, excavating Utnur, interpreted as cattle pens burnt periodically, perhaps in festivals; Budihal has a butchery floor, and Kupgal has rock bruisings of cattle.

The pastoral emphasis and ash mounds find a parallel in present cattle festivals of the region, and the culture forms the base of the later south Indian Iron Age megaliths.

Example 17 (UPSC 2017, 15 marks): Describe the salient features of chalcolithic cultures of the Deccan.

Paper and question: Paper II, Q2(b)

Approach: Describe the Deccan Chalcolithic: phases with dates, key sites, settlement, economy, crafts, burials and decline, using Inamgaon as the main example.

The Chalcolithic cultures of the Deccan were farming villages using copper alongside stone blades, in the black-soil valleys of the Godavari, Pravara, Bhima and Tapi in Maharashtra, from about 2000 to 700 BCE.

Phases: Savalda (about 2000–1800 BCE), a late Harappan phase at Daimabad, the Malwa phase (about 1700–1400 BCE) and the Jorwe culture (about 1400–700 BCE), named after Jorwe near Ahmednagar; sites include Inamgaon, Daimabad, Nevasa, Chandoli, Prakash and Songaon.

Inamgaon (Deccan College, 1968–83, under Sankalia, Dhavalikar and Ansari) shows rectangular houses, granary pits, an embankment and channel to divert the Ghod river, and a large five-roomed house interpreted as a chief's, suggesting ranked society. Crops included barley, wheat, lentils and some rice; cattle, sheep and goats were kept and deer hunted.

Crafts and ritual: Jorwe ware, red with black geometric painting, spouted jars and carinated bowls; copper axes and bangles; the Daimabad bronze hoard of a chariot, rhinoceros, elephant and buffalo; and urn burials of children under house floors, including a late Jorwe four-legged urn.

Increasing aridity after about 1000 BCE brought smaller, poorer late Jorwe settlements and abandonment. These cultures were the first widespread farming villages of the Deccan, and Dhavalikar's ethno-archaeological comparison with present Maharashtra villages shows continuity in houses and storage.

Example 18 (UPSC 2016, 10 marks): Significance of Mesolithic findings from Belan Valley

Paper and question: Paper II, Q1(a)

Approach: A short note: location, the Belan sequence, Mesolithic features at Chopani Mando, and why it matters.

The Belan valley, a tributary of the Tons in the Vindhyan hills south of Prayagraj, was explored by G.R. Sharma of Allahabad University with J. Desmond Clark in the 1970s.

It gives a rare continuous sequence from the Lower Palaeolithic through Middle and Upper Palaeolithic to the Mesolithic and Neolithic, preserved in river sections and sites.

The key Mesolithic site, Chopani Mando, has three phases: early non-geometric microliths, then geometric microliths, and finally late Mesolithic levels with circular huts marked by post-holes, hearths, ring stones, querns, wild rice and some of the earliest hand-made, cord-impressed pottery in South Asia.

Significance: it documents the shift from mobile foraging to semi-sedentary life and from wild-grain use to the rice-growing Neolithic of nearby Koldihwa and Mahagara, supporting local rather than imported origins of farming, though its early dates are debated.

Example 19 (UPSC 2015, 10 marks): South Indian Paleoliths

Paper and question: Paper II, Q1(c)

Approach: A short note on South Indian Palaeolithic tools: discovery, types by stage, key sites and dates, and significance.

South Indian palaeoliths were the first recognised in India: Robert Bruce Foote found a handaxe at Pallavaram near Madras in 1863, and the region's handaxe-cleaver assemblages were long called the Madras industry.

Lower Palaeolithic: Acheulian handaxes and cleavers of quartzite at Attirampakkam (about 1.5 million years, Pappu and colleagues, 2011), Gudiyam cave, Vadamadurai and the Hunsgi-Baichbal valleys with the Isampur quarry (about 1.2 million years, Paddayya).

Middle Palaeolithic: scrapers and points on prepared cores at Attirampakkam (about 385,000 years) and Jwalapuram, where tools occur below and above the Toba ash. Upper Palaeolithic: blades, burins and bone tools in the Kurnool caves and at Renigunta.

These finds place South India among the earliest Acheulian regions outside Africa, show that the peninsula belonged to the handaxe world from very early times, and reveal a long, largely local development of stone technology; the lack of hominin fossils in the south, however, leaves the identity of the toolmakers unknown.

Example 20 (UPSC 2015, 10 marks): Prehistoric Rock Art of Central India

Paper and question: Paper II, Q5(a)

Approach: A short note: main sites of central India, themes, colours, phases and dating, and significance with an ethnographic link.

Central India has the world's richest concentration of rock art, in the sandstone shelters of the Vindhya and Satpura ranges; Bhimbetka near Bhopal, discovered by V.S. Wakankar in 1957, has over 700 shelters and became a UNESCO World Heritage Site in 2003.

Other sites include Adamgarh, Raisen, the Pachmarhi hills, Kathotia and the long frieze of Chaturbhujnath Nala near Gandhi Sagar.

Paintings use red and yellow ochre and white kaolin. Themes include large animals (bison, deer, elephant, rhinoceros), hunting with bows and spears, honey collection, dancing, childbirth and later horse riders and battles. Yashodhar Mathpal's study of Bhimbetka (1984) identified phases from possible Upper Palaeolithic, through the dominant Mesolithic, to Chalcolithic and historic; dating is mainly by style and superimposition.

The art records prehistoric life, ritual and environment, and its themes continue in Gond and Korku wall paintings, making it valuable for ethno-archaeology.

Example 21 (UPSC 2014, 10 marks): Neolithic cultures of N-E India

Paper and question: Paper II, Q1(a)

Approach: A short note: sites and excavators, tool types and pottery, economy, dating problems and South-East Asian links.

The North-Eastern Neolithic is known from Daojali Hading in the Dima Hasao hills of Assam (excavated by M.C. Goswami and T.C. Sharma in the early 1960s), Sarutaru near Guwahati, Selbalgiri in the Garo hills, and sites in Manipur (Napchik) and Arunachal Pradesh.

Features: shouldered celts and rounded-butt axes, grinding stones, mortars and pestles, jadeite tools, and cord-marked and basket-impressed pottery; the economy combined hill cultivation, probably slash-and-burn, with hunting and gathering.

The tools resemble those of South-East Asia and southern China, linking the region to Austro-Asiatic and Tibeto-Burman speakers, and jhum cultivation by the Garo and Naga today offers ethnographic parallels.

Problems: few excavations, acidic soils that destroy bone, and very few reliable dates make its age uncertain; it is generally considered later than the Neolithic of the north-west and may extend into the first millennium BCE.

2. Harappan Civilization and Tribal Contributions to Indian Civilization

Example 22 (UPSC 2026, 15 marks): What are the evidences available regarding crops and domesticated animals of Indus Valley Civilization ? What are the views of the scholars regarding Indus script ?

Paper and question: Paper II, Q2(c)

Approach: Two parts: the archaeobotanical and archaeozoological evidence of Harappan crops and animals with sites, then the main scholarly positions on the Indus script.

The Harappan economy rested on mixed farming, known from charred grains, animal bones, the Banawali terracotta plough and the furrowed field of early Kalibangan (about 2800 BCE).

Crops: winter (rabi) crops of wheat and barley were staples, with peas, lentils, chickpea, linseed and mustard; cotton, among the earliest cultivated in the world, with textile impressions at Mohenjo-daro; sesame and dates; and summer crops, millets at Rojdi in Gujarat (Steven Weber's work) and rice at Harappa and in Haryana, showing regional diversity.

Animals: humped zebu cattle dominate bone assemblages, with water buffalo, sheep, goats, pigs and dogs; the camel occurs at some sites, and fishing and hunting supplemented diet. Claims of the domestic horse, for example at Surkotada, are disputed by archaeozoologists such as Richard Meadow.

Script: about 400 signs (Iravatham Mahadevan's concordance of 1977 listed 417), written mostly right to left in short texts of about five signs on seals and tags, still undeciphered because there is no bilingual text. Asko Parpola and Mahadevan argue for a Dravidian language; S.R. Rao proposed an Indo-Aryan reading; Steve Farmer, Richard Sproat and Michael Witzel (2004) argued the signs were a non-linguistic symbol system, while Rajesh Rao and colleagues (2009) found statistical patterns typical of language.

Crops and animals show a resilient, regionally adapted farming base; the script debate stays open until a bilingual text is found.

Example 23 (UPSC 2025, 10 marks): Lothal dockyard and international trade relations

Paper and question: Paper II, Q5(e)

Approach: A short note: the Lothal dockyard (description and the debate over its function) and evidence of Harappan international trade.

Lothal, near the Gulf of Khambhat in Gujarat, was excavated by S.R. Rao of the Archaeological Survey from 1955 to 1960. Its eastern side has a brick-lined basin about 219 by 37 metres with an inlet and a spillway, which Rao identified as a dockyard linked by a channel to the Sabarmati estuary.

The interpretation is debated: Lawrence Leshnik (1968) argued it was a freshwater reservoir for irrigation and drinking, but marine microfossils and the nearby warehouse support a maritime role for many scholars.

Trade evidence: a warehouse with clay sealings bearing seal impressions, a bead factory working carnelian and agate, shell-working, standard weights, and a circular Persian Gulf-type seal; Mesopotamian texts refer to ships from Meluhha (probably the Indus region), Dilmun (Bahrain) and Magan (Oman), and Sargon of Akkad (about 2300 BCE) boasted of Meluhhan ships at his capital.

Lothal thus shows the Harappans as a maritime people linked to the Gulf and Mesopotamia, and its bead-making tradition survives in the agate workshops of Khambhat.

Example 24 (UPSC 2024, 20 marks): Critically describe evidences from Rakhi Garhi and its linkages to Harappan civilization.

Paper and question: Paper II, Q3(a)

Approach: Critically describe Rakhigarhi: location and excavations, evidence by phase (early, mature), burials and ancient DNA, then its linkages to the wider Harappan civilization and the limits of the evidence.

Rakhigarhi, in Hisar district of Haryana on the plain of the Ghaggar-Chautang (Drishadvati) system, consists of several mounds and is among the largest Harappan sites, claimed by its excavators to rival Mohenjo-daro in area (the exact extent is debated). It was excavated by Amarendra Nath of the Archaeological Survey (1997–2000), Vasant Shinde of Deccan College (2013–16) and the Survey again from 2022; it was named one of five iconic archaeological sites in the Union Budget of 2020.

Evidence: early Harappan levels with Hakra and Sothi-type pottery; mature Harappan planned streets, drains, mud-brick and baked-brick houses, fire altars, a bead and jewellery workshop, seals, standard weights and copper objects; and a cemetery with dozens of extended burials in pits with pottery, ornaments and occasionally a couple buried together.

Ancient DNA: the genome of a woman from the cemetery (Shinde and colleagues, Cell, 2019) showed ancestry from Iranian-related early farmers or hunter-gatherers mixed with South Asian hunter-gatherers, with no steppe ancestry; related individuals found in Iran and Turkmenistan confirm this 'Indus periphery' profile (Narasimhan and colleagues, Science, 2019). This population later contributed to both Ancestral North and South Indians.

Linkages: its sequence from early to mature phases supports the indigenous growth of the civilization in the Ghaggar basin, alongside Kalibangan, Banawali, Bhirrana and Kunal; its brick sizes, seals, weights and crafts match Harappa and Mohenjo-daro, showing integration of an eastern domain; and burial customs resemble Harappa's Cemetery R37.

Diagram: a map of the Ghaggar-Hakra basin marking Rakhigarhi, Kalibangan, Banawali, Bhirrana and Kunal in relation to Harappa and Mohenjo-daro.

Critical view: one genome cannot represent a whole civilization, claims about the site's size and very early dates need full publication, and the DNA has been used in public debates beyond what the evidence supports. Still, Rakhigarhi has shifted attention to the Indian heartland of the civilization.

Example 25 (UPSC 2023, 15 marks): "Indus Valley was the first settlement of the big civilization." Comment critically.

Paper and question: Paper II, Q2(b)

Approach: Comment critically: test the claim against the chronology of Mesopotamia and Egypt, then show in what sense the Indus civilization was 'first' or unique (scale, planning, local roots); conclude with a qualified judgement.

The statement needs qualification. A civilization in V. Gordon Childe's sense (the urban revolution, 1950) has cities, surplus, specialists, writing, monumental building and long-distance trade. By this test the Indus civilization's mature phase (about 2600–1900 BCE) was not the world's first.

Against the claim: in Mesopotamia, Uruk was a city with writing by about 3300–3100 BCE, and Egypt was unified under a pharaonic state around 3100 BCE, both several centuries earlier than mature Harappan cities.

In favour of a qualified version: it was the first urban civilization of South Asia; it was the largest Bronze Age civilization by area, with over 1,000 sites from Baluchistan to western Uttar Pradesh and Gujarat; its roots go back to Mehrgarh (about 7000 BCE) and early Harappan towns such as Kot Diji and Kalibangan, so it grew indigenously rather than by borrowing; and its standardised bricks, grid streets, drainage and weights were unmatched.

It also differed in character: no royal tombs or grand palaces, and relatively uniform houses, suggesting a less overtly hierarchical, perhaps merchant or council-based order (debated).

Thus the Indus valley was not the first civilization of the world, but it was the first and largest urban civilization of the subcontinent and one of the three great early civilizations of the Old World, distinct in its planning and egalitarian appearance.

Example 26 (UPSC 2022, 15 marks): Describe briefly the proto-history of Gujarat. Discuss the significance of Gujarat proto-history in international trade.

Paper and question: Paper II, Q4(b)

Approach: Two parts: a brief account of Gujarat's protohistory (pre-Harappan, Harappan, late and post-Harappan, with regions and sites), then its role in international trade with evidence.

Gujarat has more Harappan sites than any other Indian state, spread over Kutch, Saurashtra and the north Gujarat plain, and its long coastline made it the civilization's maritime gateway.

Protohistory: pre-Harappan Anarta and Padri traditions in north Gujarat and Saurashtra (Nagwada, Loteshwar, Padri); mature Harappan cities and towns such as Dholavira in Kutch (R.S. Bisht; UNESCO World Heritage, 2021) with reservoirs and a ten-sign inscription, Lothal, Surkotada, Desalpur, Kuntasi, Bagasra (Gola Dhoro) and Shikarpur; the regional Sorath Harappan of Saurashtra (Gregory Possehl's term), with Rojdi; and late or post-Harappan Lustrous Red Ware of Rangpur and Prabhas Patan, leading into Chalcolithic villages.

International trade: ports and craft centres such as Lothal (dockyard, warehouse with sealings), Kuntasi and Bagasra; carnelian and agate from the Ratanpur mines near Rajpipla worked into long beads found in Mesopotamian royal tombs at Ur; shell bangles from the Gulf of Kutch; a Persian Gulf-type seal at Lothal; and Harappan pottery and weights in Oman and Bahrain (ancient Magan and Dilmun), the route to Mesopotamia's Meluhha trade.

Gujarat thus linked the Indus interior to the Arabian Sea, and its craft traditions, Khambhat bead-making and Kutch shell work, continue today, giving ethno-archaeologists such as Kenoyer living parallels.

Example 27 (UPSC 2021, 10 marks): Harappan seals

Paper and question: Paper II, Q1(c)

Approach: A short note: material and manufacture, motifs and script, functions, and distribution including finds abroad.

Harappan seals are the civilization's most distinctive artefacts: mostly square, about 2 to 3 cm across, carved in intaglio on soft steatite, then fired to harden and glaze, with a perforated boss at the back.

Motifs: a short line of Indus script above an animal, most often the one-horned 'unicorn' before a standard, and also the humped bull, elephant, rhinoceros, tiger and buffalo; ritual scenes include the seated horned figure called Pashupati by John Marshall and a figure in a pipal tree.

Functions: sealing goods and storerooms, as shown by clay sealings with cloth and string marks at Lothal; marking the identity of merchants, clans or officials; and possibly amulets.

Found at all major sites and in Mesopotamia, the Gulf and Central Asia, the seals show standardisation and trade networks; their uniform style across a vast area is a key sign of the civilization's integration, though their script remains undeciphered.

Example 28 (UPSC 2021, 20 marks): Critically discuss the origin of Indus Valley Civilization. Mention the evidences of its endogenous origin from the pre-Harappan sites.

Paper and question: Paper II, Q2(a)

Approach: Critically discuss theories of origin (diffusionist versus indigenous), then give evidence of endogenous origin from pre-Harappan sites in sequence, ending with the present consensus.

The origin of the Indus civilization was long debated because its mature cities seemed to appear suddenly around 2600 BCE.

Diffusionist view: Mortimer Wheeler and others suggested that the 'idea of civilization' came from Mesopotamia through trade or migration, citing writing, planned cities and bronze. Critics note that the Indus script, seals, town plans and brick standards are quite unlike Mesopotamian forms, so at most ideas, not a ready-made civilization, could have travelled.

Indigenous view: Walter Fairservis, M. Rafique Mughal (who defined the Early Harappan phase in 1970), Jean-François Jarrige, Gregory Possehl and Mark Kenoyer showed a long local evolution from village farming to cities.

Evidence from pre-Harappan sites: Mehrgarh (from about 7000 BCE) with wheat, barley, cattle, mud-brick houses and later craft specialisation; Kot Diji with a fortified town and a horned-deity motif on pottery; Amri and Rehman Dheri with planned layouts; early Kalibangan with a fortification, the Sothi pottery and a ploughed field (about 2800 BCE); Banawali, Kunal, Bhirrana and Rakhigarhi in Haryana with Hakra and early Harappan levels; the Hakra ware sites of Cholistan; and at Harappa itself the Ravi phase (from about 3300 BCE) with potters' marks that may precede the script (Kenoyer and Meadow).

Diagram: a timeline from Mehrgarh (7000 BCE) through the Regionalisation era (3300–2600 BCE) to the Integration era (2600–1900 BCE), with sites placed in each.

The transition from regional cultures to integration was relatively rapid, and its trigger, trade, population growth or elite formation, is still debated; but the continuity of crops, crafts, motifs and brick ratios makes the endogenous origin the accepted view, with external contact as a stimulus rather than a cause.

Example 29 (UPSC 2019, 20 marks): What kind of society may be reconstructed from the archaeological evidences of Harappan culture?

Paper and question: Paper II, Q3(a)

Approach: Reconstruct Harappan society from archaeological evidence under heads: settlement and planning, economy and specialisation, stratification, polity, religion and ideology, burials and health, gender; note what the evidence cannot tell.

With the script undeciphered, Harappan society must be reconstructed from material remains: cities, houses, artefacts, burials and skeletons. The picture is of an urban, specialised, ordered but not obviously despotic society.

Urban order: citadel and lower town, grid streets, covered drains, baked bricks in the ratio 1:2:4 and standard weights across a huge area imply strong shared rules and civic organisation. Economy: farming of wheat, barley and cotton with cattle herding supported specialist crafts, bead-making, shell-working, metallurgy and pottery, organised in workshops (Chanhudaro, Lothal), and trade with Mesopotamia and the Gulf.

Social stratification: house sizes range from single rooms to large courtyard houses, workers' quarters existed at Harappa, and burials vary in grave goods, showing inequality; yet there are no royal tombs, palaces or great temples. Polity: Possehl called it a 'faceless' civilization; Kenoyer suggests several city-states run by merchants, landowners and ritual specialists, debated against a single state.

Religion and ideology: the Great Bath suggests ritual purity, fire altars at Kalibangan and Lothal suggest fire rituals, and female figurines, the seated horned figure, sacred trees and animals suggest fertility and nature cults. Burials and health: extended burials with pots and ornaments in Cemetery R37 at Harappa; skeletal studies by Gwen Robbins Schug and colleagues (2012) found more injuries and infection among people buried outside the formal cemetery, hinting at social marginalisation, and stress rose in the late phase.

Gender and family: many female figurines, bangles and ornaments suggest women's ritual and domestic importance; house plans suggest households, perhaps extended families, sharing courtyards.

Diagram: a plan of Mohenjo-daro with the citadel (Great Bath, 'granary') to the west and the lower town grid to the east.

The evidence cannot reveal language, kinship terms or titles, so reconstructions are provisional; Harappan society appears urban, specialised and ranked, bound by shared ideology and trade rather than conspicuous kingship.

Example 30 (UPSC 2018, 20 marks): Explain the contribution of tribal cultures to Indian civilization.

Paper and question: Paper II, Q2(a)

Approach: Explain tribal contributions domain by domain (language, agriculture and food, religion, arts and crafts, medicine and ecology, politics and freedom struggle, social values), with named examples and processes of exchange, then a balanced conclusion.

Scheduled Tribes numbered about 10.4 crore, 8.6 percent of India's population, in Census 2011. They shaped Indian civilization through a long two-way exchange that N.K. Bose called the Hindu method of tribal absorption and Surajit Sinha a tribe-caste continuum.

Language: Austro-Asiatic (Munda) and Dravidian words entered Sanskrit and Indo-Aryan languages, as F.B.J. Kuiper (1948) and Suniti Kumar Chatterji argued, especially for crops and tools; Santali entered the Eighth Schedule in 2003. Agriculture and food: rice domestication in eastern India, millets, tubers and forest foods; shifting cultivation preserved crop diversity, and millets now feature in national nutrition policy.

Religion: nature worship, sacred groves (sarna, devrai) and village goddesses fed popular Hinduism; the Jagannath cult of Puri is linked to the Sabara (Eschmann, Kulke and Tripathi, 1978). Arts and crafts: Dhokra lost-wax casting, Warli, Gond, Saura and Pithora painting, north-eastern bamboo craft and Chhau dance, many with GI tags.

Knowledge and ecology: the Kani of Kerala guided scientists to arogyapacha, source of the drug Jeevani (1990s), with benefit-sharing. Freedom struggle: the Santal Hul (1855–56), Birsa Munda's Ulgulan (1899–1900), the Tana Bhagat movement and Rani Gaidinliu's struggle; since 2021, 15 November is Janjatiya Gaurav Divas.

Social values: relatively high status of women, bride price rather than dowry, a Scheduled Tribe sex ratio of 990 (Census 2011), community land ownership, youth dormitories such as the ghotul and morung, and village councils offer models for wider society.

Diagram: a web with 'Indian civilization' at the centre and spokes to language, crops, deities, crafts, medicine and freedom struggle, each with one example.

These contributions correct the view of tribes as 'backward' recipients of civilization; Redfield's great and little traditions, applied to India by McKim Marriott, show Indian civilization growing from such exchange, though claims must rest on evidence, not romanticism.

Example 31 (UPSC 2017, 15 marks): Describe various aspects of trade and religion of Harappan civilization.

Paper and question: Paper II, Q4(b)

Approach: Two parts: trade (internal and external, with organisation and evidence) and religion (deities, symbols, ritual structures, burial), noting debated interpretations.

Trade and religion integrated the vast Harappan world: one moved goods and standards, the other shared symbols and rituals.

Internal trade: raw materials moved over long distances, carnelian and agate from Gujarat, copper from the Khetri belt of Rajasthan, lapis lazuli via Shortugai in Afghanistan, chert from the Rohri hills of Sindh for standard cubical weights in a binary-then-decimal system, and shell from the coasts; bullock carts (terracotta models) and boats carried goods.

External trade: Mesopotamian texts name Meluhha, probably the Indus region, as a source of carnelian, timber and ivory; Indus seals and etched carnelian beads occur at Ur, and Persian Gulf seals at Lothal; Dilmun (Bahrain) and Magan (Oman) were intermediaries; seals and sealings show administrative control of goods.

Religion: female figurines interpreted as a mother goddess; the seated horned figure surrounded by animals, which John Marshall called proto-Shiva Pashupati (debated); worship of the pipal tree and animals such as the bull; the Great Bath for ritual bathing; fire altars at Kalibangan and Lothal; amulets and the swastika motif; and burial with pots and ornaments, suggesting belief in an afterlife.

Without readable texts, religious interpretation rests on analogy with later Hinduism and risks reading the present into the past, but the shared symbols across sites show a common ideology that, with trade, held the civilization together.

Example 32 (UPSC 2016, 15 marks): Discuss how cultural diversity of Indian tribes has enriched its plural traditions.

Paper and question: Paper II, Q2(c)

Approach: Show the diversity of Indian tribes (ecological, linguistic, economic, social, religious) and explain how each strand has enriched India's plural traditions, with examples and concepts of exchange.

India's 705 Scheduled Tribes (Census 2011), from the Andaman foragers to Himalayan pastoralists, are themselves enormously diverse, and this diversity has fed the country's plural traditions rather than standing outside them. K.S. Singh's People of India project (1985 onward) documented wide sharing of traits across tribal and non-tribal groups.

Linguistic plurality: tribes speak languages of all four families, Munda (Santali, Ho), Dravidian (Gondi, Kurukh), Tibeto-Burman (Bodo, Mizo) and Indo-Aryan (Bhili), plus the Andamanese languages, keeping India multilingual. Economic plurality: foraging (Birhor), shifting cultivation (Garo, Naga), pastoralism (Toda, Gaddi), settled farming (Gond, Oraon) and crafts add varied food systems and knowledge.

Social plurality: matrilineal Khasi and Garo, polyandrous Toda, youth dormitories of the Muria (ghotul) and Naga (morung), and bride price widen the range of Indian family forms. Religious plurality: Sarna faith, sacred groves, village deities and syncretic cults such as Jagannath, along with tribal Christianity and Buddhism in the north-east.

Arts: Warli, Gond and Saura painting, Dhokra metalwork and dances such as Bihu and Chhau have become national symbols. Through Sanskritization (Srinivas), universalisation and parochialisation (Marriott) and the Hindu method of tribal absorption (N.K. Bose), these elements flowed both ways.

Constitutional safeguards such as the Fifth and Sixth Schedules and Article 29 protect this diversity; preserving tribal languages and autonomy is thus essential to India's pluralism.

Example 33 (UPSC 2016, 20 marks): Give a detailed appraisal of skeletal remains from Chalcolithic culture of undivided Punjab.

Paper and question: Paper II, Q4(a)

Approach: Appraise skeletal remains from the Harappan (Chalcolithic) sites of undivided Punjab, chiefly Harappa (Cemetery R37, Cemetery H) and Ropar: burial context, morphology, racial typology versus modern biological views, palaeopathology and ancient DNA.

Undivided Punjab contains Harappa on the Ravi (Sahiwal district, now Pakistan) and Ropar on the Sutlej (Punjab, India), whose cemeteries give the largest skeletal series of the Bronze Age Chalcolithic of the subcontinent.

Cemetery R37 (mature Harappan) has extended burials, head to the north, with pottery, ornaments and occasionally mirrors, including a wooden coffin burial. Cemetery H (late Harappan) has fractional or pot burials in painted urns with peacock and other motifs, a change in burial custom. At Ropar, excavated by Y.D. Sharma (1953–56), Harappan burials include one with a dog.

Morphology: the Anthropological Survey of India studies (P. Gupta, P.C. Dutta and A. Basu, 1962) described mostly long-headed (dolichocranial), medium-statured people with fairly narrow faces and noses; R.B.S. Sewell and B.S. Guha (1931) had divided the Mohenjo-daro crania into Proto-Australoid, Mediterranean, Mongoloid and Alpine types, reflecting the racial typology of that era.

Modern reassessment: Kenneth Kennedy and Brian Hemphill's dental and cranial studies found close affinity between Cemetery R37 and Cemetery H populations, arguing for biological continuity rather than replacement by invaders, and placed Harappans within the range of later South Asians. Palaeopathology: dental caries and enamel hypoplasia point to a cereal diet and childhood stress; Robbins Schug and colleagues (2012) reported more trauma and infectious disease, including leprosy, in late Harappan burials, suggesting urban decline and social stress.

Diagram: a sketch of an extended R37 burial with pots near the head beside a Cemetery H painted burial urn.

Ancient DNA from Rakhigarhi (2019), east of Punjab, now shows the Harappans' Iranian-related and South Asian hunter-gatherer ancestry. Together these data replace old racial typing with a picture of a mixed, locally continuous population whose health declined in the late phase.

Example 34 (UPSC 2015, 15 marks): Discuss the significance of Harappan Civilization sites from India.

Paper and question: Paper II, Q6(c)

Approach: Discuss the main Harappan sites in present India region-wise, with excavators and distinctive finds, then their collective significance.

After Partition, Harappa and Mohenjo-daro went to Pakistan, but intensive exploration since 1947 has shown that most Harappan sites lie in India, especially in Gujarat, Haryana, Rajasthan and Punjab.

Gujarat: Dholavira (R.S. Bisht), a three-part city with stone architecture, water reservoirs and a ten-sign signboard, inscribed as a World Heritage Site in 2021; Lothal (S.R. Rao), with a dockyard and bead factory; Surkotada and Rangpur. Rajasthan: Kalibangan (B.B. Lal and B.K. Thapar), with a pre-Harappan ploughed field and fire altars.

Haryana: Rakhigarhi, among the largest Harappan sites, which yielded ancient DNA (2019); Banawali (R.S. Bisht) with a terracotta plough model; Bhirrana and Kunal with early levels. Punjab and Uttar Pradesh: Ropar on the Sutlej, and Alamgirpur, the easternmost site, and Sinauli with copper-decorated carts (about 2000–1800 BCE).

Significance: Indian sites shifted the civilization's centre of gravity to the Ghaggar-Hakra basin and Gujarat; they show the full sequence from pre-Harappan to late Harappan, supporting indigenous origin and gradual decline; they reveal maritime trade, water engineering and ritual (fire altars), and continuity into later Indian culture.

Diagram: a map of north-western India marking Dholavira, Lothal, Surkotada, Kalibangan, Rakhigarhi, Banawali, Ropar and Alamgirpur.

Example 35 (UPSC 2014, 20 marks): Describe what is known of Harappan Religion. Have some of its elements continued into later Hinduism? Discuss.

Paper and question: Paper II, Q2(a)

Approach: Two parts: describe what is known of Harappan religion from the evidence (with interpretive debates), then discuss which elements may have continued into later Hinduism and how far such continuity can be claimed.

Harappan religion is known only from material remains, since the script is unread. John Marshall's Mohenjo-daro and the Indus Civilization (1931) offered the first and still influential interpretation, much of it debated.

Evidence: many terracotta female figurines, interpreted as a mother goddess; the seated horned figure in a yogic posture surrounded by elephant, tiger, rhinoceros and buffalo, called proto-Shiva Pashupati by Marshall; worship of the pipal tree, shown on seals with a figure inside a tree; sacred animals, the bull and the 'unicorn'; conical and ring stones that Marshall read as linga and yoni (questioned by George Dales); the Great Bath, suggesting ritual purification; fire altars at Kalibangan and Lothal; the swastika on seals; and burial with grave goods.

Possible continuities: Shiva as lord of animals and yogi; the worship of the goddess (Shakti) and village mother goddesses; yogic postures; sanctity of the pipal tree and of the bull (Nandi); ritual bathing in temple tanks and rivers; fire worship; the swastika as an auspicious sign; and Jean-François Jarrige's report of red pigment in the hair parting of female figurines at Nausharo, compared with sindoor.

Cautions: Doris Srinivasan and others argue the horned figure may be a buffalo-horned deity unrelated to Shiva, and Herbert Sullivan (1964) suggested it might even be female; the figurines may be toys or votive objects; and reading later Hinduism back into the past risks circular reasoning. Hinduism also took shape over two millennia from Vedic, folk and tribal sources.

Diagram: a sketch of the Pashupati seal labelling the horned headdress, yogic posture and surrounding animals.

On balance, several elements, goddess worship, tree and animal sanctity, ritual purity and fire, plausibly continued into popular Hinduism through local and folk traditions, but specific identifications such as proto-Shiva remain hypotheses rather than established facts.

3. Palaeo-anthropological Evidence and Ethno-archaeology in India

Example 36 (UPSC 2026, 10 marks): Seed Eaters Model of hominid differentiation.

Paper and question: Paper II, Q1(b)

Approach: A short note on Clifford Jolly's seed-eaters model: the baboon analogy, the predicted hominid traits, its link to Ramapithecus and its criticism.

The seed-eaters model was proposed by Clifford Jolly in 1970 (in Man) to explain how hominids diverged from apes. He used the gelada baboon (Theropithecus gelada) of the Ethiopian grasslands, which feeds on small seeds, grass blades and roots, as an analogy.

Small-object feeding in open country, he argued, selects for a 'T-complex' of traits: small incisors, reduced non-honing canines, thick enamel, large flat molars with rotary chewing, a robust jaw, an upright trunk while sitting to feed, and fine manual dexterity for picking seeds; tool use came later.

The model fitted the dental features then claimed for Ramapithecus of the Siwaliks (small canines, thick enamel), so it supported its hominid status in the 1970s.

Criticism: the gelada is a monkey, not an ancestor, and parallel evolution does not prove a hominid pathway; Ramapithecus was later shown to be an orang-utan relative; and early hominins such as Ardipithecus lived in woodland with mixed diets. Still, the model was important for linking diet, dentition and ecology in hominid origins.

Example 37 (UPSC 2026, 15 marks): Discuss with examples, how general comparative analogy has been used for ethnoarchaeological studies in India.

Paper and question: Paper II, Q3(c)

Approach: Explain the types of analogy in ethno-archaeology, especially general comparative analogy, then give Indian examples where it has been used, and assess its strengths and limits.

Ethno-archaeology studies living societies to interpret archaeological remains, and its main tool is analogy. Scholars distinguish the direct historical approach, in which a present community is assumed to descend from the archaeological one in the same region, from general comparative analogy, which compares unrelated societies with similar environments, technology or economy; Robert Ascher (1961) set out rules for choosing such analogies.

Indian examples: camp size and seasonal movement of foragers such as the Birhor, Chenchu and Hill Kharia, and of the !Kung and Hadza abroad, are used to model group size and mobility of Mesolithic people in the Belan valley and Ganga plain; K. Paddayya compared present pastoral camps of the Hunsgi valley with the spacing of Acheulian sites; and Andamanese shell middens, studied by Zarine Cooper, guide interpretation of coastal sites.

By contrast, Kenoyer, Vidale and Bhan's study of Khambhat bead-makers (1991), Allchin's comparison of southern Neolithic ash mounds with regional cattle festivals, and Dhavalikar's comparison of Inamgaon houses with Maharashtra villages lean toward direct historical analogy.

Assessment: general analogy widens possible interpretations of technology and ecology but cannot prove past behaviour, since modern foragers live within states and markets; Binford's middle-range theory and Alison Wylie argued that analogies must be tested against the record, and tribes must never be treated as living fossils.

Example 38 (UPSC 2026, 10 marks): Debate regarding the phylogenetic position of Narmada Man.

Paper and question: Paper II, Q5(b)

Approach: A short note: the find, the competing classifications (Homo erectus, archaic Homo sapiens, Homo heidelbergensis) with their arguments, and why the debate persists.

Narmada Man is a partial hominin calvaria found by Arun Sonakia of the Geological Survey of India in December 1982 at Hathnora, Hoshangabad (now Narmadapuram) district, Madhya Pradesh, in Middle Pleistocene gravels with Acheulian tools.

Homo erectus view: Sonakia named it Homo erectus narmadensis, citing its thick vault, strong brow ridge and low skull. Archaic Homo sapiens view: Kenneth Kennedy and colleagues (1991) found a larger cranial capacity (about 1,155 to 1,421 cc) and a more rounded, expanded vault, and reclassified it as archaic Homo sapiens.

Homo heidelbergensis view: later comparisons, such as Sheela Athreya's (2007), found affinities with Middle Pleistocene hominins of Africa and Europe often grouped as Homo heidelbergensis, combining archaic and advanced traits.

The debate persists because there is only one incomplete, distorted skull, its date is uncertain, and Middle Pleistocene taxonomy itself is disputed. Most scholars now see it as a mosaic, transitional archaic hominin rather than classic Homo erectus.

Example 39 (UPSC 2025, 20 marks): Discuss the palaeoanthropological significance of Siwaliks of India giving its subdivisions, fossil primate fauna and major primate fossil localities.

Paper and question: Paper II, Q2(a)

Approach: Discuss the Siwaliks: geology and subdivisions with approximate ages, the primate fauna (hominoids, small apes, monkeys, prosimians), major localities, and the palaeoanthropological significance including the Ramapithecus story. Draw a map and stratigraphic column.

The Siwaliks are the outermost foothills of the Himalaya, from the Potwar plateau of Pakistan through Jammu, Himachal Pradesh and Uttarakhand to Nepal. They are made of river sediments eroded from the rising Himalaya between roughly 18 and 1 million years ago, and are among the world's richest Neogene mammal-bearing sequences.

Subdivisions: Lower Siwaliks (Kamlial and Chinji formations, about 18 to 11 million years), Middle Siwaliks (Nagri and Dhok Pathan, about 11 to 5 million years) and Upper Siwaliks (Tatrot, Pinjor and the Boulder Conglomerate, about 5 to 0.6 million years); ages are approximate and vary by section.

Primate fauna: the great ape Sivapithecus (named by Guy Pilgrim in 1910; species indicus, sivalensis and parvada, about 12.5 to 8.5 million years), which absorbed Ramapithecus (G.E. Lewis, 1934); the giant ape Gigantopithecus bilaspurensis described by Simons and Chopra (1969), now often called Indopithecus; small apes such as Kapi ramnagarensis, a possible early gibbon relative reported in 2020; the adapiform Sivaladapis and lorisids; and Upper Siwalik monkeys such as macaques and Procynocephalus at Pinjor.

Localities: Haritalyangar (Bilaspur-Hamirpur, Himachal Pradesh), Ramnagar (Udhampur, Jammu), the Pinjor area near Chandigarh, Nurpur in Kangra, and in Pakistan the Chinji, Nagri and Dhok Pathan villages of the Potwar plateau, source of the 1982 Sivapithecus face (GSP 15000).

Diagram: a map of the Siwalik belt marking Potwar, Ramnagar, Haritalyangar and Pinjor, beside a column of Lower, Middle and Upper Siwalik formations with ages.

Significance: the Siwaliks document Miocene ape diversity and their dispersal into Asia, the origin of the orang-utan lineage, and faunal turnover as forests gave way to grasslands about 8 to 7 million years ago, when Sivapithecus disappeared. The rise and fall of Ramapithecus as the earliest hominid is a classic lesson in how fragmentary fossils and molecular evidence change interpretation.

Example 40 (UPSC 2025, 10 marks): Taxonomic status of Ramapithecus in the light of Ramapithecus-Sivapithecus controversy

Paper and question: Paper II, Q5(b)

Approach: A short note: the claim for Ramapithecus as a hominid, the evidence that overturned it, and its present taxonomic status.

Ramapithecus was named by G. Edward Lewis (1934) from an upper jaw fragment he collected near Haritalyangar in the Siwaliks in 1932. In the 1960s Elwyn Simons and David Pilbeam argued it was the earliest hominid, about 14 million years old, citing small canines, thick enamel and a reconstructed parabolic dental arcade.

Controversy: Vincent Sarich and Allan Wilson's molecular clock (1967) put the human-ape split at about 5 million years; more complete jaws showed a V-shaped arcade; the small specimens could be females of a sexually dimorphic Sivapithecus; and Pilbeam's 1982 description of a Sivapithecus face (GSP 15000) from Potwar showed orang-utan-like features.

Present status: Ramapithecus is regarded as a junior synonym of Sivapithecus (the older name has priority), a Miocene great ape on or near the orang-utan lineage, not a hominid; some Siwalik specimens once called Ramapithecus are assigned to Sivapithecus species such as S. sivalensis.

The episode shows the risk of building phylogenies on teeth and jaws alone and the value of combining fossil and molecular evidence.

Example 41 (UPSC 2023, 10 marks): Material culture and archaeology

Paper and question: Paper II, Q1(a)

Approach: A short note: define material culture, explain how archaeology interprets it (Binford's categories, behavioural and symbolic approaches), with Indian examples.

Material culture is the physical part of culture, the tools, houses, pottery, ornaments, food remains and landscapes people make and use; for prehistory it is the only evidence, so archaeology is largely the study of past material culture.

Lewis Binford (1962) classed artefacts as technomic (used to cope with the environment, such as a handaxe), sociotechnic (expressing social roles, such as a chief's insignia) and ideotechnic (expressing beliefs, such as figurines). Michael Schiffer's behavioural archaeology studied how objects pass from use to discard and burial (site formation), while Ian Hodder's Symbols in Action (1982) showed that objects carry meanings actively used in social life.

Indian examples: Harappan standard weights and seals reveal administration and trade; Jorwe house plans at Inamgaon reveal ranking; and Dhokra casting and Khambhat bead-making link living crafts to archaeological objects.

Material culture thus links anthropology and archaeology: objects are evidence of technology, society and meaning, best interpreted with ethnographic insight.

Example 42 (UPSC 2023, 10 marks): Ramapithecus-Sivapithecus debate

Paper and question: Paper II, Q5(b)

Approach: A short note on the debate: the two genera, the hominid claim, the evidence (molecular, dental, facial) that resolved it, and the lesson.

The debate concerns two Miocene ape genera from the Siwaliks: Sivapithecus (Guy Pilgrim, 1910), a large ape, and Ramapithecus (G.E. Lewis, 1934), a smaller form from Haritalyangar.

In the 1960s Simons and Pilbeam placed Ramapithecus on the human line, separate from the ape Sivapithecus, because of its small canines, thick enamel and supposedly parabolic arcade; Kenyapithecus from Fort Ternan in Kenya was grouped with it.

Resolution: the molecular clock of Sarich and Wilson (1967) dated the human-ape split to about 5 million years; complete mandibles showed a V-shaped arcade; Leonard Greenfield (1979) argued that Ramapithecus specimens were females of a dimorphic Sivapithecus; and the GSP 15000 face (Pilbeam, 1982) with a concave profile and narrow interorbital region linked Sivapithecus to the orang-utan (Andrews and Cronin, 1982). Both are now one genus, Sivapithecus.

Diagram: a flow chart: 1932 find, 1960s hominid claim, 1967 molecular clock, 1982 face, orang-utan relative.

The debate showed how sexual dimorphism, fragmentary fossils and molecular data must be weighed together in reconstructing human origins.

Example 43 (UPSC 2023, 15 marks): "Siwalik deposits show a variety of Neogene fossil primates." Critically examine.

Paper and question: Paper II, Q6(c)

Approach: Critically examine the statement: describe the variety of Neogene primates in the Siwaliks by group, then weigh the problems (dating, fragmentary material, taxonomy, gaps) before concluding.

The Neogene (about 23 to 2.6 million years ago) was the age of ape diversification, and the Siwalik deposits of the Himalayan foothills, accumulating from about 18 million years, preserve one of the best Neogene records in Asia.

Variety: great apes, Sivapithecus (several species, about 12.5 to 8.5 million years, including the former Ramapithecus) and the giant Gigantopithecus (Indopithecus) bilaspurensis; small apes, Kapi ramnagarensis (2020) from Ramnagar and pliopithecoids such as Krishnapithecus; prosimians, the adapiform Sivaladapis and lorisids; and Old World monkeys in the later Siwaliks, macaques and Procynocephalus at Pinjor.

This range, from prosimians to giant apes, supports the statement and shows that South Asia was a centre of primate evolution and dispersal, including the origin of the orang-utan lineage.

Critical points: most fossils are isolated teeth and jaw fragments, so several species have been named and later merged (the Ramapithecus case); dating relies on magnetostratigraphy and fauna and is coarse in many Indian sections; Indian localities are less systematically excavated than Pakistan's Potwar plateau; and primates are rare after about 8 million years, when grasslands spread, leaving a gap before Pleistocene hominins.

The statement is therefore broadly valid, but the true diversity is probably smaller in species and larger in time span than early taxonomies suggested; new discoveries such as Kapi show that the record is still growing.

Example 44 (UPSC 2022, 15 marks): What are the arguments for excluding Narmada Man from Homo erectus category?

Paper and question: Paper II, Q2(b)

Approach: Set out the arguments, morphological, metric, chronological and comparative, for not classifying Narmada Man as Homo erectus, and note the alternative placements.

The Hathnora calvaria (Arun Sonakia, 1982) was first named Homo erectus narmadensis because of its thick cranial vault, prominent supraorbital torus and low, long skull, features typical of Asian Homo erectus such as Zhoukoudian.

Cranial capacity: Kenneth Kennedy and colleagues (1991) estimated about 1,155 to 1,421 cc, above the usual Homo erectus range (roughly 750 to 1,250 cc) and within that of archaic and modern Homo sapiens.

Vault shape: the parietals are expanded and the vault is higher and more rounded, the maximum breadth is placed higher on the skull, and erectus traits such as a strong sagittal keel and angular torus are weak or absent; the brow ridge, though large, is less shelf-like than in classic erectus.

Comparative and chronological arguments: Cameron, Patnaik and Sahni (2004) and Sheela Athreya (2007) found closest resemblance to Middle Pleistocene hominins such as Petralona, Arago and Kabwe, often grouped as Homo heidelbergensis; the associated fauna and late Acheulian context suggest a later Middle Pleistocene age, when archaic sapiens forms existed elsewhere; and A.R. Sankhyan's clavicles (1997) suggest a short, stocky population unlike tall African erectus.

Diagram: side views of a Homo erectus skull and the Narmada calvaria, labelling vault height, parietal expansion and brow ridge.

Because the specimen is a single, partly distorted calvaria with uncertain date, it is best described as an archaic Homo with mosaic features, closer to Homo heidelbergensis or archaic Homo sapiens than to classic Homo erectus.

Example 45 (UPSC 2021, 15 marks): Discuss the morphological features and phylogenetic position of Ramapithecus.

Paper and question: Paper II, Q2(c)

Approach: Describe the morphological features of Ramapithecus as originally claimed and as re-read, then trace its changing phylogenetic position to the present consensus; a dental arcade diagram helps.

Ramapithecus was named by G. Edward Lewis in 1934 from Siwalik jaws found near Haritalyangar, Himachal Pradesh, dated broadly to about 12 to 9 million years; related material came from the Potwar plateau, Fort Ternan in Kenya and Lufeng in China.

Morphological features: small incisors and canines with little canine projection, thick molar enamel, low-crowned flat-wearing molars, a robust mandible and a short face (hence 'brevirostris'); Simons and Pilbeam reconstructed a parabolic, human-like dental arcade and a canine fossa.

Phylogenetic position, first view: in the 1960s and 1970s it was hailed as the earliest hominid, ancestral to Australopithecus, supported by Jolly's seed-eaters model.

Revised view: the molecular clock (Sarich and Wilson, 1967) placed the human-ape split at about 5 million years; complete mandibles showed a V-shaped arcade; thick enamel proved common to many Miocene apes; small specimens fitted females of dimorphic Sivapithecus; and the GSP 15000 face (1982) showed orang-utan features. Ramapithecus was sunk into Sivapithecus, a member of the orang-utan clade (Ponginae).

Diagram: three dental arcades side by side, U-shaped ape, V-shaped Sivapithecus-Ramapithecus and parabolic human.

Some postcranial bones of Sivapithecus do not resemble the orang-utan, so its exact position is still discussed, but it is no longer considered a human ancestor.

Example 46 (UPSC 2020, 15 marks): Discuss the importance of Ethnoarchaeology in reconstructing the Past citing Indian examples.

Paper and question: Paper II, Q3(b)

Approach: Define ethno-archaeology and explain how it helps reconstruct the past (methods and uses), with Indian examples by community type, then its cautions.

Ethno-archaeology is the study of living communities by archaeologists to understand how material remains are made, used, discarded and preserved, so that the static archaeological record can be read as past behaviour; Lewis Binford's Nunamiut Ethnoarchaeology (1978) made it central to the New Archaeology.

How it helps: it shows the function of tools, craft techniques, household and settlement layout, seasonal mobility, discard and site formation, and ritual and burial, and it generates testable hypotheses.

Indian examples: hunting and foraging by the Birhor, Chenchu and Andaman Islanders help interpret Mesolithic camps and shell middens; Raika and Gujjar pastoral camps parallel Bagor and the southern Neolithic ash mounds (F.R. Allchin); Dhavalikar's study of Maharashtra villages illuminated Inamgaon houses and granaries; Khambhat bead-makers (Kenoyer, Vidale and Bhan, 1991) revealed Harappan drilling and polishing; Dhokra lost-wax casting explains the Harappan dancing girl; and Khasi and Munda memorial stones explain megaliths.

Cautions: the direct historical fallacy of assuming present communities are unchanged since prehistory; tribes are historical agents with trade and state contact, not living fossils; and analogies must be tested, as Binford's middle-range theory requires. Used critically, ethno-archaeology brings the Indian past to life and also helps protect living crafts and knowledge.

Example 47 (UPSC 2020, 10 marks): 'Narmada' Man

Paper and question: Paper II, Q5(b)

Approach: A short note: discovery and context, morphology, classification debate, date and significance.

Narmada Man is the partial skull (right side of a calvaria with parts of the frontal, parietal, temporal and occipital) found by Arun Sonakia of the Geological Survey of India on 5 December 1982 at Hathnora in the Narmada valley, Madhya Pradesh, with Acheulian tools and Middle Pleistocene fauna such as Stegodon and Palaeoloxodon namadicus.

It has a thick vault, a strong brow ridge and a low forehead, but a cranial capacity estimated at about 1,155 to 1,421 cc and a fairly rounded vault.

Sonakia called it Homo erectus narmadensis; Kenneth Kennedy and colleagues (1991) reclassified it as archaic Homo sapiens; later work compares it with Homo heidelbergensis. A.R. Sankhyan added two clavicles (1997) suggesting short, stocky people. Its date is Middle Pleistocene, but estimates vary widely.

It remains the only widely accepted Middle Pleistocene hominin fossil of the subcontinent, linking Acheulian tools to their makers and filling a gap between African, European and East Asian records.

Example 48 (UPSC 2019, 10 marks): Phylogenetic position and morphological features of Ramapithecus.

Paper and question: Paper II, Q1(a)

Approach: A short note: key morphological features, then the shift in phylogenetic position from hominid to orang-utan relative.

Ramapithecus is a Miocene hominoid named by G.E. Lewis (1934) from Siwalik jaws found near Haritalyangar, Himachal Pradesh, about 12 to 9 million years old.

Features: small incisors and low canines, thick molar enamel, broad flat-wearing molars, a deep robust mandible and a short face; the dental arcade was reconstructed as parabolic by Simons and Pilbeam in the 1960s.

Phylogenetic position: these traits made it the supposed earliest hominid; but the molecular clock (Sarich and Wilson, 1967) dated the human-ape split to about 5 million years, complete jaws showed a V-shaped arcade, and the Sivapithecus face GSP 15000 (Pilbeam, 1982) showed orang-utan features such as a concave face and narrow interorbital space.

Ramapithecus is now included in Sivapithecus, a great ape of the orang-utan lineage, and is no longer considered a human ancestor.

Example 49 (UPSC 2019, 10 marks): Ethno-archaeological analysis of hunting activities of contemporary tribal communities.

Paper and question: Paper II, Q1(b)

Approach: A short note: what ethno-archaeology of hunting studies, Indian tribal examples, the archaeological insights gained and a caution.

Ethno-archaeological study of hunting records how living communities hunt, butcher, share and discard animals, so that stone tools, bone refuse and camp sites of prehistoric hunters can be interpreted; Lewis Binford's work among the Nunamiut Inuit (1978) is the classic model.

Indian examples: the Birhor of Jharkhand hunt monkeys and small game with nets; the Onge and Jarawa of the Andamans hunt wild pig with bows and arrows and leave shell and bone middens; the Chenchu use bows and traps; and communities such as the Pardhi of central India use snares.

Insights: composite arrows explain how Mesolithic microliths were hafted as tips and barbs; butchery and sharing patterns explain the distribution of burnt bones around hearths at sites such as Mahadaha; net hunting leaves few stone tools, warning that low artefact density need not mean little hunting; and seasonal camps explain small, repeated occupations in rock shelters.

Present hunters use iron and trade with neighbours, so their practices are analogies to be tested, not survivals frozen since the Stone Age.

Example 50 (UPSC 2018, 10 marks): Ethnoarchaeology as a research strategy

Paper and question: Paper II, Q1(e)

Approach: A short note: ethno-archaeology as a research strategy, its logic (middle-range theory), steps, Indian applications and limits.

As a research strategy, ethno-archaeology means designing fieldwork among living people specifically to answer archaeological questions, rather than borrowing general ethnography; it grew with Lewis Binford's New Archaeology and its call for middle-range theory linking material traces to behaviour.

Steps: frame a problem from the archaeological record; choose a comparable living community; observe and map manufacture, use, discard and abandonment; interview producers; replicate artefacts experimentally; and test the resulting model on excavated data.

Indian applications: Kenoyer, Vidale and Bhan's study of Khambhat bead-makers (1991) to understand Harappan beads; K. Paddayya's study of present settlements in the Hunsgi valley; and F.R. Allchin's work on cattle pens and southern Neolithic ash mounds.

Its limits are the risk of uncritical analogy and of treating tribes as living fossils, but as a hypothesis-testing strategy it remains one of archaeology's most productive tools.

Example 51 (UPSC 2018, 15 marks): Describe the salient features of Sivapithecus.

Paper and question: Paper II, Q2(b)

Approach: Describe Sivapithecus: discovery and dating, dental, facial and postcranial features, then its phylogenetic significance including the 'Sivapithecus dilemma'.

Sivapithecus is a genus of Miocene great apes named by Guy Pilgrim in 1910 from Siwalik fossils; it lived about 12.5 to 8.5 million years ago in the forests of the Himalayan foothills, with fossils from the Potwar plateau, Ramnagar and Haritalyangar, and related forms in Turkey and China. Species include S. indicus, S. sivalensis and S. parvada.

Dental features: thick molar enamel, large flat-wearing molars, robust deep mandibles, large upper central incisors, and canines that vary greatly in size between males and females (strong sexual dimorphism), which explains why small specimens were once named Ramapithecus.

Facial features: the partial skull GSP 15000 (Pilbeam, 1982) shows a concave (dished) face, tall oval orbits, a narrow space between the eyes, a smooth nasal floor and an upward-tilted face, all shared with the orang-utan.

Postcranial features and the dilemma: humeri described in 1990 show a shaft shape suited to above-branch quadrupedal walking, unlike the suspensory orang-utan, so its face says orang-utan while its limbs do not; it may be an early member of the orang-utan lineage that had not yet evolved suspension.

Diagram: side profiles of a Sivapithecus face, an orang-utan and a chimpanzee, labelling the concave face and narrow interorbital region.

Sivapithecus thus marks the Asian branch of great ape evolution and closed the Ramapithecus chapter of human origins.

Example 52 (UPSC 2017, 10 marks): Ethno-archaeology.

Paper and question: Paper II, Q1(d)

Approach: A short note: definition and origin of the term, the method, Indian examples and the main caution.

Ethno-archaeology is the archaeological study of living societies to understand how material culture is produced, used and deposited, in order to interpret the archaeological record. Jesse Walter Fewkes used the term ethno-archaeologist in 1900, and Lewis Binford's Nunamiut Ethnoarchaeology (1978) and Richard Gould's Living Archaeology (1980) established it.

Methods include observation of crafts, settlement layout and discard, interviews and experimental replication, using analogy to link present and past.

Indian examples: Khambhat agate bead-makers and Harappan beads (Kenoyer, Vidale and Bhan); Dhokra casters and Harappan lost-wax bronzes; southern Neolithic ash mounds and cattle pens (Allchin); Inamgaon houses and Maharashtra villages (Dhavalikar); and Khasi memorial stones and megaliths.

Its main caution is the direct historical fallacy: living communities have their own histories and must not be treated as unchanged survivals of prehistory.

Example 53 (UPSC 2017, 15 marks): Describe the salient features of Ramapithecus.

Paper and question: Paper II, Q3(b)

Approach: Describe the salient features of Ramapithecus (dental, mandibular, facial), how they were interpreted, and how the interpretation changed.

Ramapithecus (G. Edward Lewis, 1934; type specimen an upper jaw from near Haritalyangar collected in 1932) is a Middle to Late Miocene hominoid of the Siwaliks, about 12 to 9 million years old, with related fossils from Potwar, Fort Ternan (Kenya) and Lufeng (China).

Salient features: small, vertically set incisors; small canines with little projection and reduced honing against the premolar; thick enamel on broad, low-crowned molars that wore flat; a robust mandible with a thick body; a short face with a possible canine fossa; and, in early reconstructions, a parabolic arcade with diverging tooth rows.

These features suggested a diet of hard, small objects and led Elwyn Simons and David Pilbeam in the 1960s to call it the first hominid, with Clifford Jolly's seed-eaters model (1970) offering an ecological explanation.

Later evidence reversed this: the molecular clock (1967), V-shaped arcades in complete jaws, the recognition of sexual dimorphism, and the orang-utan-like Sivapithecus face (1982). Ramapithecus is now merged with Sivapithecus as a member of the orang-utan lineage.

Diagram: occlusal views of U-shaped (ape), V-shaped (Sivapithecus) and parabolic (human) dental arcades.

Its salient features are now read as a general Miocene ape adaptation, not as hominid traits.

Example 54 (UPSC 2017, 15 marks): Discuss the relevance of art and craft traditions in the understanding of Indian archaeology.

Paper and question: Paper II, Q8(b)

Approach: Discuss how living art and craft traditions help understand Indian archaeology: technology, organisation of production, symbolism and continuity, with paired examples, then cautions.

India has unusually long-lived craft traditions, practised by hereditary artisan castes and tribal communities, which allow archaeologists to see how ancient objects may have been made, used and valued; this is a central field of Indian ethno-archaeology.

Technology: Dhokra metal-casters of Bastar, Odisha and Bengal use the lost-wax process seen in the Harappan bronze dancing girl and the Daimabad hoard; Khambhat agate bead-makers, studied by Kenoyer, Vidale and Bhan (1991), reproduce Harappan heating, flaking, drilling and polishing; Agaria iron smelters (Verrier Elwin, The Agaria, 1942) illuminate early iron technology; and village potters' wheels and kilns explain Chalcolithic ceramics.

Organisation and economy: workshop size, apprenticeship, debitage and division of labour among present artisans help identify craft areas at Lothal and Chanhudaro and estimate specialisation; conch-shell bangle makers of Bengal parallel Harappan shell-working at Bagasra.

Art and symbolism: Warli, Saura and Gond paintings share themes of hunting, dancing and animals with the rock art of Bhimbetka, which V.S. Wakankar compared with local Gond and Korku practices, helping interpret meaning.

These traditions have changed with markets and tools, so they offer tested analogies rather than direct survivals; documenting them, as with GI protection, preserves both living heritage and an archive for archaeology.

Example 55 (UPSC 2016, 10 marks): Ethno-archaeological evidences for the survival of hunting-gathering traditions in India

Paper and question: Paper II, Q1(e)

Approach: A short note: communities that still hunt and gather, the parallels with prehistoric evidence, and the caution against 'survival' thinking.

Several Indian communities still practise hunting and gathering, wholly or partly, offering ethno-archaeological evidence of how prehistoric foragers may have lived.

Examples include the Jarawa, Onge and Sentinelese of the Andaman Islands (pig hunting, fishing, shellfish collection and shell middens); the Birhor of Jharkhand (net hunting and rope-making); the Chenchu of the Nallamala hills (honey, tubers and bow hunting); and the Kadar and Paliyan of the Western Ghats (forest produce).

Parallels: Andamanese middens resemble coastal Mesolithic sites; small mobile camps and seasonal rounds explain the scatter of Mesolithic and Upper Palaeolithic sites; honey collection scenes in Bhimbetka rock art mirror Chenchu practice; and bow hunting explains microlithic arrowheads.

These groups are contemporary peoples who trade, use iron and interact with states, so they show parallels, not unchanged survivals; many are PVTGs whose rights and habitats need protection.

Example 56 (UPSC 2016, 15 marks): Delineate the salient characteristics of 'Narmada Man' and examine its phylogenetic significance.

Paper and question: Paper II, Q2(b)

Approach: Delineate the characteristics of Narmada Man (context, anatomy, capacity, associated finds, date), then examine its phylogenetic significance in the light of competing classifications.

Narmada Man was discovered by Arun Sonakia of the Geological Survey of India on 5 December 1982 in the cemented gravels of the Surajkund formation at Hathnora, on the north bank of the Narmada in Hoshangabad (now Narmadapuram) district, Madhya Pradesh.

Characteristics: a fairly complete right half of a calvaria (frontal, parietal, part of the temporal and occipital); a thick vault, a prominent supraorbital torus with a post-orbital constriction, and a low forehead; but a cranial capacity estimated at about 1,155 to 1,421 cc and expanded parietals. Associated finds include late Acheulian tools and Middle Pleistocene fauna (Stegodon, Palaeoloxodon namadicus, hippopotamus and wild cattle); A.R. Sankhyan reported two clavicles (1997) suggesting a short, stocky build.

Phylogenetic significance: Sonakia's Homo erectus narmadensis placed it in the Asian erectus line; Kennedy and colleagues (1991) saw archaic Homo sapiens; Cameron, Patnaik and Sahni (2004) and Athreya (2007) linked it with Middle Pleistocene Homo heidelbergensis-like hominins of Africa and Europe. Its mosaic of archaic and advanced traits fits the regional diversity of Middle Pleistocene Homo.

Diagram: a lateral sketch of the calvaria showing the thick vault, brow ridge and low forehead, labelled with the cranial capacity range.

As the only accepted Middle Pleistocene hominin of the subcontinent, it shows that South Asia lay on the route of archaic human dispersals and links the Acheulian to its makers, though its single, undated specimen limits firm conclusions.

Example 57 (UPSC 2015, 15 marks): Describe the paleoanthropological fossil finds from Siwalik hills. Examine the contribution of Siwalik fossils to paleoanthropological knowledge.

Paper and question: Paper II, Q3(c)

Approach: Describe the main fossil finds from the Siwaliks (primates and other fauna, with localities), then examine their contribution to palaeoanthropology.

The Siwalik hills are Himalayan foothill ranges of river sediments laid down between roughly 18 and 1 million years ago, divided into Lower, Middle and Upper Siwaliks, with famous fossil localities at Haritalyangar (Himachal Pradesh), Ramnagar (Jammu), Pinjor (Haryana) and the Potwar plateau (Pakistan).

Primate finds: Sivapithecus (Pilgrim, 1910) and Ramapithecus (Lewis, 1934), now one genus; the giant ape Gigantopithecus bilaspurensis (Simons and Chopra, 1969); small apes and prosimians; and Upper Siwalik monkeys. Other fauna: elephants and stegodonts, horses (Hipparion), giraffids such as Sivatherium, hippopotamus, pigs and bovids, recording a shift from forest to grassland.

Contribution: they reveal the diversity and Asian dispersal of Miocene apes; Sivapithecus documents the origin of the orang-utan lineage; the Ramapithecus debate, resolved by the molecular clock (1967) and the GSP 15000 face (1982), reshaped ideas about when hominids arose and taught the importance of sexual dimorphism and molecular evidence; and the faunal sequence links climate change to primate extinction around 8 million years ago.

Diagram: a map of the Siwalik belt with Potwar, Ramnagar, Haritalyangar and Pinjor marked.

The Siwaliks have yielded no hominins, and claims of stone tools and cut-marked bones at Masol (about 2.6 million years, 2016) remain debated; their great contribution lies in ape evolution and in the method of palaeoanthropology itself.

Example 58 (UPSC 2014, 15 marks): Discuss the importance of the ethno-archaeological approach to the study of indigenous craft in India.

Paper and question: Paper II, Q3(c)

Approach: Discuss why the ethno-archaeological approach matters for indigenous crafts: concept, crafts studied with archaeological parallels, insights on technology and organisation, and benefits to communities; end with cautions.

The ethno-archaeological approach studies living craftspeople to understand how materials are chosen, worked, used and discarded, so that ancient artefacts and workshops can be interpreted. India's hereditary artisan castes and tribal craft communities make it ideal ground for this approach.

Crafts and parallels: agate and carnelian bead-making at Khambhat, studied by Kenoyer, Vidale and Bhan (1991), explains Harappan long carnelian beads and drilling methods; Dhokra lost-wax casting explains Harappan and Chalcolithic bronzes; conch-shell bangle making in Bengal parallels shell-working at Bagasra and Lothal; Agaria iron smelting (Elwin, 1942) informs early iron technology; and village pottery explains Chalcolithic painted wares.

Insights: production sequences (chaîne opératoire) from raw material to finished object; time and skill needed, which indicates specialisation and value; workshop debris that identifies craft areas; and links between craft, caste, gender and exchange.

Benefits to communities: documentation supports GI tags (for example Bastar Dhokra), design and market support, and recognition of artisans' knowledge as heritage.

Crafts change with tools, markets and taste, so present practice offers models to test rather than proof of continuity; used carefully, the approach connects India's archaeological past with its living artisans.

Example 59 (UPSC 2014, 15 marks): Describe the evolutionary significance of the fossil finds of the Narmada Basin.

Paper and question: Paper II, Q4(b)

Approach: Describe the Narmada basin finds (hominin fossils, tools, fauna and their context), then explain their evolutionary significance for South Asia and human evolution, noting uncertainties.

The middle Narmada valley of Madhya Pradesh preserves thick Pleistocene river deposits with tools, fauna and India's only widely accepted archaic hominin fossils, mainly from Hathnora in Hoshangabad (Narmadapuram) district.

Hominin finds: the partial calvaria found by Arun Sonakia in 1982, with a thick vault and strong brow ridge but a capacity of about 1,155 to 1,421 cc; two clavicles and later a rib reported by A.R. Sankhyan, suggesting a short, robust population. Tools and fauna: Acheulian handaxes and cleavers, and later flake industries, with Middle Pleistocene fauna such as Stegodon, Palaeoloxodon namadicus, Bos namadicus and hippopotamus.

Evolutionary significance: the finds fill a geographical gap between African, European and East Asian hominins; their mosaic anatomy, first called Homo erectus narmadensis, later archaic Homo sapiens (Kennedy, 1991) or Homo heidelbergensis-like (Athreya, 2007), supports regional diversity within Middle Pleistocene Homo; they link Acheulian tools with an actual toolmaker in India; and the fauna reconstructs a well-watered savanna-woodland that supported large mammals and humans.

Uncertainties: the date is debated, from older than about 250,000 years to younger, and the fossils are few and fragmentary.

The Narmada basin remains the key to India's place in human evolution, and further dated finds are needed to settle its position.