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Class 9Social ScienceUnderstanding Society: India and Beyond – IChapter 4

Early Humans and Beginning of Civilisation

≈ 60 min read · 8 Prelims and 1 Mains questions from this chapter
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Start here: why this chapter matters

In simple wordsImagine your family's story written in a diary that starts only when your great-grandmother learnt to write. Everything before that — where the family came from, how they lived — you can piece together only from old objects in the attic: a cooking pot, a worn tool, a faded photo. Early human history is that attic: millions of years of objects, and only the last five thousand years of writing.

This is Chapter 4 of the new integrated Grade 9 book: 34 pages (61–94) built round four ‘Big Questions’ — how humans lived before civilisation, how they communicated before writing, how archaeology helps us understand the past, and how early civilisations interacted. It moves from early writing (the undeciphered Harappan script, Brahmi) to human evolution and dispersal out of Africa; the Palaeolithic, Mesolithic and Neolithic, with Indian sites; the Early Harappan roots of the Sindhu–Sarasvatī civilisation (the book's name — see the naming box below); and the contemporary Bronze Age civilisations of Mesopotamia, Egypt and China. It has 38 figures (photographs of seals, tools, sites and objects; six maps; four timelines; a chart of the spread of farming; and diagrams), many boxes (Let's Explore, Think About It, Don't Miss Out, Let's Recall, Let's Map), a Before we move on summary and 13 questions and activities. We use eight concept sections. Every number is recomputed; our additions are marked †.

  • Earlier in this book: iest101 (Understanding Social Science — sources, archaeology and how the book names and dates the past) and iest102 (Shaping of the Earth's Surface — the river plains on which these civilisations rose).
  • Matching live chapters (for depth): kehs101 (Class 11 Themes in World History: From the Beginning of Time — human evolution, the Stone Age) and kehs102 (Writing and City Life — Mesopotamia) ; lehs101 (Class 12 Themes in Indian History I: Bricks, Beads and Bones — the Harappan civilisation in depth); kefa102 (Indian art: the Harappan seals and sculpture).
  • UPSC, honestly: prehistory and the Harappan civilisation are steady but small Prelims topics, asked at the depth of lehs101 and kehs101; Mesopotamia, Egypt and China are almost never asked directly (the GS1 world-history syllabus starts in the 18th century). This chapter gives the frame. We link 9 questions whose core it genuinely teaches (all also sit on a Class 11 or 12 chapter): the first metal (1979), the Neolithic (1980, 1988), the Harappans' contacts with Mesopotamia (1980), Lothal (1980, 1982), the undeciphered script (1982), Dholavira's water system (2021) and Mains on the Harappan civilisation vs its contemporaries (2015).
WordWhat it means here
Prehistory †The time before writing, known through archaeology (the book: ‘early human history’)
ArtefactAn object made or used by humans — tool, pot, bead (Fig. 4.3)
FossilRemains or traces of past life preserved in rock (margin, p. 66)
HomininThe group of modern humans and their extinct human-like ancestors (margin, p. 64)
Homo erectus‘Upright human’ — the handaxe-maker, first hominin known outside Africa (margin, p. 64)
Old WorldAfrica, Asia and Europe — the area of the oldest settlements (margin, p. 65)
Palaeolithic / Mesolithic / NeolithicOld / Middle † / New Stone Age
MicrolithA tiny stone tool, often set in a handle as a barb or blade
Neolithic revolutionThe shift to producing food by domesticating plants and animals
ChalcolithicCopper used alongside stone
Bronze AgeBronze (copper + tin) in use; towns, trade, writing
Early / Mature / Late HarappanPhases before, during and after the great cities (Fig. 4.18)
GabarbandA stone check dam across a small stream, used by early farmers in Baluchistan (p. 80)
City-stateA sovereign city ruling the land around it (margin, p. 79)
CuneiformWedge-shaped writing pressed into clay (margin, p. 80)
MeluhhaMesopotamian name for a land to the east, generally identified with the Harappan region
Papyrus / mastaba / mummificationEgyptian writing sheet / flat tomb bench / preserving the dead (margins, pp. 84, 87)
Oracle bonesBones and shells heated to crack and inscribed — China's earliest writing
Positions side by side: what to call the civilisation
  • ‘Sindhu–Sarasvatī civilisation’ — the name this book uses (also ‘Indus Valley’ and ‘Harappan’, which it gives as alternatives). It names two river systems; those who use it identify the dry Ghaggar–Hakra channel with the Sarasvatī of the Rigveda and point to the many sites along it (Kalibangan, Rakhigarhi, Bhirrana, Kunal).
  • ‘Harappan’ or ‘Indus Valley’ civilisation — the names in NCERT's Class 12 book (lehs101) and most international archaeology. ‘Harappan’ follows the convention of naming a culture after its first excavated site (Harappa, 1921); some scholars prefer it because the identification of the Ghaggar–Hakra with the Rigvedic river, and the river's history, are still debated.
  • All three refer to the same archaeological culture. In an answer, use the name the question uses, and you may add the others in brackets (iest101 sets out the same positions).
Reading the chapter opening (page 61)A banner photograph shows a vast excavated site of stone walls and wells under a blue sky, with two children and a QR code beside the four Big Questions. The opening says the history of humanity goes far beyond kingdoms and empires; that the time before writing is known mainly through archaeology; and that writing began at different times in different places — the Harappan script (‘Sindhu lipi’, pictographic, undeciphered), Sumerian cuneiform and Egyptian hieroglyphs (deciphered), the last two marking the start of the historical period about 5,000 years ago.

At a glance — the six ideas to carry away

  • Before vs after writing (Fig. 4.3): > 99% of the human story is before writing (≈ 3 million → 5,000 years ago), known through artefacts and fossils; written records date events more exactly.
  • Ancestors: stone tools by ≈ 3.3 million years ago; Homo habilis (Olduvai); Homo erectus (handaxes, cleavers) first out of Africa ≈ 2 million years ago; Homo sapiens in Africa ≈ 300,000 years ago; Neanderthals to ≈ 40,000.
  • Stone Age in India: Attirampakkam 1.5–1.7 Ma, Isampur 1.2 Ma (handaxes, cleavers); Middle Palaeolithic flakes; blades, beads, art; Mesolithic from ≈ 12,000 years ago — microliths, fishing, Bhimbetka.
  • Neolithic revolution: domestication of plants and animals, polished tools, pottery, villages — at different times in different regions (Fig. 4.14). Mehrgarh ≈ 7000 BCE: wheat, barley, sheep, goats, zebu.
  • Towards the cities: Chalcolithic copper → Early Harappan (pottery styles, beads, walls, early seals and signs; Kalibangan ploughed field; gabarbands) → Mature Harappan ≈ 2600–1900 BCE (Fig. 4.18). Script undeciphered.
  • Contemporaries: Mesopotamia — Sumer (ziggurats, cuneiform ≈ 3200 BCE, base 60), Akkad (Sargon, 2334 BCE; trade with Meluhha), Babylon (Hammurabi, 1792 BCE). Egypt — Nile, pharaohs, mastaba → pyramid, papyrus, Rosetta Stone (1799; deciphered 1822). China — Shang (1600–1046), Zhou (1046–256), oracle bones, jade, silk, Great Wall.

1. Before and after writing — scripts, sources and dates

In simple wordsA school's records tell you exact dates — admission, exams, prizes. But if the records burned, you could still guess a lot from the building: worn steps, old benches, trophies in a cupboard. Historians use written records where they exist; archaeologists read the ‘building’ — everything people left behind — for the much longer time before.

The book's frame (Fig. 4.3): before writing — more than 99% of human history, from about 3 million to 5,000 years ago — is reconstructed mainly from artefacts; people's thoughts are hard to recover; dates are approximate. After writing — less than 1%, the last 5,000 years — both material remains and written documents are used; literature gives names, events and social, political and cultural life; dates become more exact (coronations, wars). The Harappan script (on seals and pottery) is pictographic and undeciphered. Brahmi, in the book's account, was used from about 400 BCE in parts of southern India and the Ganga valley, and was later formalised by Aśoka (3rd century BCE) and by contemporary Iron Age people across southern India. Studying early human history shows our biological evolution (from australopithecines to Homo sapiens) and cultural evolution — how people adapted with tools and techniques to changing climates in the Quaternary (the last 26 lakh years), moving from hunting and gathering to farming, whose surplus laid the foundation of civilisation.

Deep time on a stretched (log) scale — each step left is ten times further back (book's dates; † ours)before writing: archaeology (> 99%)WRITING — history10 million1 million100,00010,0001,00010010years ago11 3.3 Ma: oldest stone tools (Africa)22 ≈ 2 Ma: Homo erectus leaves Africa33 1.5–1.7 Ma: Attirampakkam44 ≈ 300,000: Homo sapiens in Africa55 ≈ 125,000: the book's second exit66 ≈ 40,000: last Neanderthals77 ≈ 12,000: warmer climate — Mesolithic88 ≈ 9,000: Mehrgarh farming99 ≈ 4,600: mature Harappan beginsOn an ordinary scale the writing bar would be about 0.15% of the line — thinner than a hair. Ma = million years ago.
Deep time on a log scale, with the book's key dates (our chart; ‘last Neanderthals’ and ‘mature Harappan’ from the book's figures and timeline).
Reading the ground: a schematic excavation section (not a real site)topsoil — modern rubbish, a coin †brick wall and pottery — a townhearth, grain, pots — a villagemicroliths and fish bones — a camphandaxe in old river gravelyoungerolderupper layersHow we date it †• layer order (lower = usually older)• radiocarbon: up to ≈ 50,000 years• other methods for older rocks and ash• written dates only in the last ≈ 5,000 yearsArchaeologists dig layer by layer, record where each object lay, and test ideas by making and using copies of tools (Fig. 4.5's box).
How archaeologists read the ground — a schematic section (our drawing; dating methods are Beyond NCERT †).
Reading Fig. 4.1 (the Harappan seal), its Let's Explore box and Fig. 4.2 (Brahmi at Sanchi) (page 62)
  • Fig. 4.1 ‘Harappan script on a seal’: a small, worn, rectangular stone seal with a single row of carved signs — a fish-like sign, strokes, a jar-like sign. The Let's Explore asks why the script is undeciphered and what efforts have been made (answer in the in-text section).
  • Fig. 4.2 ‘Brahmi inscription on a railing around the stupa at Sanchi, Madhya Pradesh’: a reddish sandstone railing post with a short line of Brahmi letters cut along it. The point: Brahmi can be read, so such inscriptions give names and donors.
Reading Fig. 4.3 ‘The Invention of Writing: Before and After’ (page 63)A four-row comparison table — human history, main source for reconstruction, lives of the people, measurement of time — with ‘Before’ and ‘After’ columns. Our check: 5,000 years out of 3 million is 0.17% (out of 3.3 million, 0.15%), so ‘less than 1 per cent’ is safe — indeed, writing covers under 2% even of Homo sapiens' own ≈ 300,000 years.
Positions side by side: the Harappan script and the age of Brahmi
  • Harappan script — all agree it is undeciphered (the book; UPSC 1982). Reasons usually given: inscriptions are very short (about five signs on average †), there is no bilingual text like the Rosetta Stone, and the language is unknown. Proposals differ: many linguists (for example Asko Parpola and Iravatham Mahadevan) argue for a Dravidian language; others have proposed Indo-Aryan/Sanskrit readings (for example S.R. Rao); a few (Farmer, Sproat and Witzel, 2004) argue the signs were not a full writing system at all. No proposal is accepted as proof; computer-based studies continue.
  • Brahmi — the book: used from about 400 BCE in the south and the Ganga valley, later formalised under Aśoka. Aśoka's 3rd-century-BCE inscriptions are the earliest securely dated large body of Brahmi; some excavators argue for earlier dates from inscribed pottery in Sri Lanka (Anuradhapura) and Tamil Nadu (for example Porunthal and Keeladi), which others question. Its origin — an Indian invention or an adaptation of a West Asian (Aramaic) model — is also debated. Quote the book's date and name the debate.
Read carefully — scripts and sources
  • The historical period starts with readable writing: in India the Harappans wrote, but because the script is unread they are usually studied as a ‘proto-historic’ culture † — known mainly through archaeology.
  • ‘Australopithecine’: australis = southern, pithecus = ape (the book says ‘primates’). Australopithecines are our early relatives; which of them, if any, was our direct ancestor is debated.
  • Quaternary = the last ≈ 2.58 million years (the book's ‘26 lakh’).

2. Our ancestors — evolution, fossils and the journeys out of Africa

In simple wordsThink of a large family tree in which many cousins lived at the same time, some branches dying out and one — ours — surviving. The family's first home was Africa. Some relatives left early and settled far away; much later our own branch also walked out and, in the end, reached every continent.

The book's account: it is generally agreed that our earliest ancestors evolved and lived in Africa. Around 3.3 million years ago one of several co-existing ancestors made the earliest stone tools — the start of distinctly ‘human’ behaviour; tools were ‘extra-corporeal limbs’. Different human ancestors co-existed in the Old World. Homo habilis (‘handy man’) lived in Africa, especially around Olduvai Gorge. Homo erectus, maker of handaxes and cleavers, was the first hominin to leave Africa, around 2 million years ago; its tools are found across Asia and Europe from about 2 to 0.5 million years ago. Another major movement out of Africa, around 125,000 years ago, is linked with Homo sapiens, which evolved in Africa about 300,000 years ago and is now spread over the earth. Neanderthals lived in Europe and South-west Asia until about 40,000 years ago. Archaeologists dig for tools, bones and other clues; they experiment by making and using similar tools; bones of ancestors buried for very long periods became fossils.

⤵ From the first tools to a world-wide species (the book's chain)
≈ 3.3 million years agoearliest stone tools, in Africa
Homo habilischopper tools; Olduvai Gorge
≈ 2 million years agoHomo erectus with handaxes and cleavers leaves Africa for Asia and Europe
≈ 300,000 years agoHomo sapiens evolves in Africa
Out of Africa again≈ 125,000 years ago in the book; most researchers place the main spread ≈ 70,000–50,000 years ago (Beyond NCERT)
≈ 50,000–12,000 years agoHomo sapiens reaches Australia and the Americas (the book's window)
Ancestor (Fig. 4.6)Book saysStandard dating and notes (Beyond NCERT †)
Homo habilisOlduvai Gorge, ‘Tanzania and Kenya’, ‘2–6 million years ago’; chopper tools≈ 2.4–1.4 million years ago; Olduvai is in Tanzania (other finds come from Kenya). The ‘2–6 million’ is a slip.
Homo erectusEast African Rift ≈ 2 million years ago; handaxes and cleavers; first out of Africa≈ 1.9 million to ≈ 0.1 million years ago; early sites outside Africa include Dmanisi (Georgia, ≈ 1.8 million years)
Homo neanderthalensisEurope and South-west Asia till ≈ 40,000 years ago; Middle Palaeolithic flake toolsgenetic studies show some interbreeding with Homo sapiens; Denisovans (Fig. 4.4's Denisova Cave) are a related group
Homo sapiensthe only human species living todayoldest fossils ≈ 300,000 years, Jebel Irhoud, Morocco (published 2017)
Reading Fig. 4.4 ‘Early dispersal of Homo erectus out of Africa’ — the map described in words, not redrawn (page 64)A satellite-style map of Africa, Europe and Asia (latitudes 40°S–60°N) shaded by landscape — deserts and mountains, grassy steppes, coniferous forest; the Sahara and Arabia noted as ‘both wetter during interglacials’. Yellow arrows (‘potential routes of early Homo dispersal’) run from Olduvai Gorge in East Africa north along the Nile valley and the Red Sea into the Levant, then east across Asia — one branch towards Hathnora in central India, others towards East and South-east Asia — with white dots for sites as far as Denisova Cave in Siberia. A cartoon of an early human with a stick and bundle walks across a landmass. The point: wetter phases opened green corridors out of Africa. (Hathnora, on the Narmada, yielded a skull cap in 1982 — first described as Homo erectus, now often assigned to an archaic form of Homo; its date is debated †.)
Reading Fig. 4.5, the Think About It box, Fig. 4.6 and its Let's Explore box (pages 65–66)
  • Fig. 4.5 ‘An archaeological excavation in process’: a deep rectangular trench with stone walls exposed in its sides and people working with tools and buckets. The box beside it: archaeologists explore sites for tools and bones and experiment by making similar tools.
  • Think About It: why did early humans leave Africa? (in-text section).
  • Fig. 4.6: four skull casts in a museum — (a) Homo habilis, small and low; (b) Homo erectus, long with a heavy brow ridge; (c) Neanderthal, large, long and low with a projecting face; (d) a modern human, with a high rounded braincase and a flat face. The Let's Explore asks you to notice the face becoming flatter and the braincase rounder (in-text section).
  • Margin boxes define Old World and fossil.
Positions side by side: when Homo sapiens left Africa, and when it reached India
  • The book: a second major movement out of Africa ‘around 125,000 years ago’, linked with Homo sapiens.
  • Many geneticists and archaeologists: the main dispersal that gave rise to all living non-Africans happened about 70,000–50,000 years ago; earlier groups did leave — fossils in the Levant (Skhul and Qafzeh, ≈ 120,000–90,000 years; Misliya, ≈ 180,000 years) — but are usually seen as early excursions.
  • India: some researchers read Middle Palaeolithic tools at Jwalapuram (Andhra Pradesh; on Fig. 4.8), found below and above ash of the Toba eruption (≈ 74,000 years ago), as made by early Homo sapiens; others think they were made by archaic humans and that Homo sapiens arrived ≈ 50,000 years ago. Both views are current.
  • An older ‘multiregional’ model (modern humans evolving in several regions at once) now has little support, though interbreeding with Neanderthals and Denisovans is accepted.
Read carefully — ancestors
  • The book glosses hominins as ‘tool makers’. A hominin is a member of the human lineage (its own margin box), not a definition by tool-making; tool use is also seen in chimpanzees and some birds †.
  • Upright walking is older than Homo erectus: australopithecines walked on two legs (footprints at Laetoli, Tanzania, ≈ 3.66 million years †). ‘Erectus’ is a name, not a first.
  • Fig. 4.6's ‘2–6 million years’ for Homo habilis is a slip — use ≈ 2.4–1.4 million years.
  • Neanderthals were not our ancestors in a straight line but a sister group; ‘evolutionary sequence’ in the caption means ‘in order of age’.

3. The Stone Age in the subcontinent — Palaeolithic and Mesolithic

In simple wordsThink of a kitchen over the years: first one big heavy knife for everything, then smaller knives for special jobs, then a gadget that holds many tiny blades. Stone tools changed the same way — from heavy handaxes to small flakes and blades, and finally to tiny microliths fixed into handles to make arrows, sickles and harpoons.

The Stone Age is divided into Palaeolithic (palaeo = old, lithic = stone), Mesolithic and Neolithic. In the subcontinent the oldest human settlement goes back about 2 million years. Attirampakkam (Tamil Nadu) is dated to about 1.5–1.7 million years and Isampur (Karnataka) to about 1.2 million; both have animal fossils and large cutting tools — handaxes and cleavers — with scrapers and choppers of quartzite and limestone, used to chop meat, dig tubers, scrape skins and split bones for marrow. Later, smaller tools — scrapers, borers and points — show more efficient hunting with pointed projectiles. Later still came the bow and arrow, parallel-sided blades and microblades of glassy stone, small-game hunting, symbolic communication, cave and rock-shelter paintings, body pigments and the first beads of stone, bone and shell; burins engraved bone and ostrich-egg shell; microblades were hafted. These are linked with Homo sapiens, who spread across the world, including Australia and the Americas, between about 50,000 and 12,000 years ago. Around 12,000 years ago the climate warmed; forests and grasslands spread; small game, fish and wild grains became plentiful and, the book says, the world saw its first population explosion. Mesolithic people used microliths, fished in sea and fresh water, made art and used caves and rock shelters — Bhimbetka (Madhya Pradesh), a World Heritage Site, has hundreds of painted shelters with Mesolithic and earlier occupation.

From stone to iron — what changed at each step (Fig. 4.7, redrawn as a staircase; India's rough dates †)PalaeolithicOld Stone AgeMesolithicMiddle Stone Age †NeolithicNew Stone AgeChalcolithicCopper–Stone AgeBronze AgeIron Agefrom ≈ 2 Ma≈ 12,000 yrs ago≈ 7000 BCE (Mehrgarh)≈ 4500–4000 BCE≈ 3300 BCE (Fig. 4.18)late 2nd mill. BCE in India †What each step adds: stone tools → tiny tools, fishing → farming, villages → copper → bronze, cities, writing → iron.The steps overlap in time and place: some groups farmed while neighbours still hunted (the book's own point).
Fig. 4.7's six periods as a staircase (our drawing; the rough Indian start dates are from the book's text and Fig. 4.18, the Iron Age date is Beyond NCERT †).
Stone tools get smaller and smarter (our outline sketches, not to scale)chopperLower PalaeolithichandaxeLower PalaeolithiccleaverLower Palaeolithicscraper (flake)Middle PalaeolithicbladeUpper Palaeolithicstraight cutting edgemicroliths set in a handleMesolithic (composite tool)Bigger, heavier tools for chopping and butchering → lighter flakes and blades → tiny microliths fixed into handles,arrows and harpoons: less stone for more cutting edge. Neolithic tools add grinding and polishing (Fig. 4.13).
Tool types from the book's figures as original outline sketches (not copied from the photographs).
Fig. 4.8 legend (map described in words)Sites shownWhere (broadly)
Palaeolithic (Lower, Middle, Upper + microlithic) — red dotsPabbi Hills, Sanghao Cave, Riwat, Site 55, Dina, Anangpur, Didwana, Kataoti, Sandhav, Umrethi, Mehtakheri, Hathnora, Baghor, Mahadebbera, Chirki-Nevasa, Isampur, Jwalapuram, Renigunta, Poondi, Gudiyam, Attirampakkam, Fa-Hien Lena, Batadomba Lenanorth-west (Potwar plateau, Pakistan: Pabbi Hills, Riwat, Site 55, Dina, Sanghao Cave); Rajasthan and Haryana (Didwana, Kataoti, Anangpur); Gujarat (Sandhav, Umrethi); central India (Hathnora, Mehtakheri, Baghor, Son valley); Maharashtra (Chirki-Nevasa, Patne); Karnataka and Andhra (Isampur, Jwalapuram, Renigunta); Tamil Nadu (Attirampakkam, Gudiyam, Poondi); Sri Lanka (Fa-Hien Lena, Batadomba Lena); West Bengal (Mahadebbera)
Mesolithic — black dotsBagor, Loteshwar, Bhimbetka, Teri sitesRajasthan (Bagor), Gujarat (Loteshwar), Madhya Pradesh (Bhimbetka), Tamil Nadu coast (Teri sites)
Red and black togetherPatne, Patpara–Dhaba (Son valley)Maharashtra; Son valley, Madhya Pradesh
Neolithic — open circlesBurzahom, Mehrgarh, Lahuradewa, Daojali Hading, SanganakalluKashmir (Burzahom), Baluchistan (Mehrgarh), Ganga plain (Lahuradewa), Assam (Daojali Hading), Karnataka (Sanganakallu)
Reading Fig. 4.7 ‘Periods in Early Human History’ and its Think About It box (page 67)A horizontal line with six coloured cards: above it Palaeolithic (hunting–gathering, simple stone tools), Neolithic (farming, settled life, domestication, polished stone tools) and Bronze Age (bronze, trade, towns, early civilisations); below it Mesolithic (microliths, transition), Chalcolithic (copper with stone, early metallurgy) and Iron Age (iron, stronger tools, more advanced societies); a ‘Neolithic Revolution’ label sits between Palaeolithic and Neolithic, with small photos of tools on each card. The Think About It asks why farming is called a revolution (in-text section). Our staircase redraws the sequence.
Reading Fig. 4.8 ‘Major early human sites in the Indian subcontinent’ — the map described in words, not redrawn (page 68)A relief map of the subcontinent and Sri Lanka (60°–95°E, 10°–35°N) with red dots for Palaeolithic sites, black dots for Mesolithic and open circles for Neolithic, under the heading ‘Palaeolithic Hunter–Gatherers’. The dots spread from the Potwar plateau in the north-west to Sri Lanka in the south, with clusters in central India and the south-east — our table above lists them by legend. The point: early humans lived across the whole subcontinent, especially near rivers and rock outcrops that gave stone. (A few dots sit close together; where a site has both colours we say so.)
Reading Figs 4.9–4.12 (pages 69–70)
  • Fig. 4.9 ‘Cleavers and handaxe dating to about 1–5 million years in India’: seven large stone tools in a row — broad, flat-edged cleavers and pointed, pear-shaped handaxes. See the trap on the date.
  • Fig. 4.10 ‘Middle Palaeolithic tools’: nine smaller flake tools — points and scrapers — of cream, red and grey stone.
  • Fig. 4.11a and b ‘Microlithic tools and bone points’: (a) a researcher at a rock shelter in Kurnool district with drawings of blades and bone tools; (b) a row of slender, sharp blades and bone points.
  • Fig. 4.12 ‘Cave art from Bhimbetka’: red-ochre figures of animals and stick-like people on a pale rock surface. The point: art and symbols — evidence of how people thought, not only what they ate.
Beyond NCERT — dated facts UPSC expects
  • Bhimbetka rock shelters became a UNESCO World Heritage Site in 2003; their paintings span from Mesolithic (and some argue Upper Palaeolithic) to historic times.
  • Attirampakkam's date (≈ 1.5 million years) comes from a 2011 study using cosmogenic nuclides (Pappu and colleagues); Isampur (≈ 1.2 million years) from a 2002 study.
  • Claims of even older tools — for example at Masol (Punjab, ≈ 2.6 million years, reported 2016) and Riwat (Pakistan, ≈ 1.9 million years) — are debated.
  • The Holocene epoch, the warm period we live in, began about 11,700 years ago — the book's ‘about 12,000 years ago’.
Read carefully — the Stone Age
  • Fig. 4.9's ‘1–5 million years’ cannot be right — the oldest Indian handaxes are ≈ 1.5 million years old; read it as ‘about 1.5 million years’.
  • Mesolithic = microliths and fishing; Neolithic = polished/ground stone and farming. Don't swap them.
  • The book calls the Mesolithic boom ‘the first-ever population explosion’; many prehistorians reserve the bigger growth for farming (the ‘Neolithic demographic transition’) — say ‘in the book's account’.
  • Bhimbetka is in Madhya Pradesh (Raisen district) †.

4. The Neolithic revolution — farming, villages and Mehrgarh

In simple wordsPicking mangoes from wild trees is foraging; planting a mango orchard, guarding it, and keeping the seeds of the sweetest fruit is farming. Once people could grow and store food, they stayed in one place, made pots to store it, and had time and surplus for other crafts — the beginning of villages.

As hunter–gatherers came to know the seasons and food sources well, they slowly moved to producing food — the Neolithic revolution. Its hallmark was the domestication of selected animals and plants and the breeding of new varieties. Neolithic farmers made tools for producing and processing food (Fig. 4.13), many kinds of pottery, and the first village settlements, laying the foundation for the urban revolution. The change came at different times in different regions (Fig. 4.14). In the subcontinent, Mehrgarh on the Bolan river (Baluchistan, Pakistan) is the oldest Neolithic site and earliest farming village, dated by the book to about 7000 BCE: houses of hand-made sun-dried bricks, granaries, burials, ornaments of lapis lazuli, carnelian and shell; wheat and barley; sheep, goats and humped zebu cattle. The book adds that its people were the first to make copper objects, becoming Chalcolithic by about 4000 BCE and laying the base for the Bronze Age civilisation. By about 2500 BCE most of the subcontinent had Neolithic farming communities — cattle, sheep and goat herding with cereals, millets and pulses — sometimes interacting with Chalcolithic neighbours (Sanganakallu, Fig. 4.15).

⤵ From foraging to cities (the book's ‘revolutions’)
Knowledge of seasons and plantshunter–gatherers learn where and when food grows
Domesticationplants and animals brought under human control; new breeds
Settled villageshouses, granaries, pottery, burials; surplus to store
Metals and craftscopper (Chalcolithic), then bronze; specialists and trade
Urban revolutioncities, writing, administration — the Bronze Age civilisations
When farming began — Fig. 4.14's bars on one axis (read by eye, ± ≈ 500 years)15,00012.5,00010,0007.5,0005,0002.5,000todayyears agoWest Asia (wheat, barley)North China (millets)South China (Yangtze) (rice)India — Ganga plains (rice)India (millets)West Africa (pearl millet)early tracescultivationdomesticated crops
Fig. 4.14's bars on a common axis (our chart; values read by eye — use it for the order, not for exact dates).
Reading Fig. 4.13 ‘Neolithic stone tools’ and Fig. 4.14 with its Think About It box (pages 71–72)
  • Fig. 4.13: four dark, smoothed and polished stone tools — axe and adze heads with ground edges, one with a curved notch.
  • Fig. 4.14 ‘Transition to the agricultural way of life in different parts of the world’: a chart with a scale from 15,000 years ago to today and six rows — West Africa (pearl millet), West Asia (wheat and barley), India (millets), India's Ganga plains (rice), North China (millets) and South China/Yangtze (rice). Each row has dotted bars for early traces of cultivation, light bars for cultivation and dark bars for domesticated crops, with little drawings of pottery, livestock (cattle, goats, pigs), huts (‘sedentism’) and fields. West Asia starts earliest; China follows; India's and West Africa's crops come later. The point: no single ‘date of farming’ — many centres, different times. Our chart puts the bars on one axis.
  • Think About It: name the animals, habitats and objects in Fig. 4.14 and whether they are still used (in-text section).
Reading Fig. 4.15 (Sanganakallu) and Fig. 4.16 (Mehrgarh) (page 73)
  • Fig. 4.15 ‘Sanganakallu Neolithic site on top of a granite hill, dating 2000 BCE’: a rocky, scrub-covered granite hilltop in Karnataka under a hazy sky — southern Neolithic people often lived on such hills.
  • Fig. 4.16 ‘Mehrgarh on the Bolan river; layout and house structures’: an excavated grid of small rectangular mud-brick rooms, some like storage compartments. The point: planned, permanent homes and granaries — the village way of life.
Read carefully — the Neolithic
  • Food production began in the Neolithic (UPSC 1988); copper is not a Neolithic feature (UPSC 1980) — it marks the Chalcolithic.
  • Copper was the first metal people worked into tools (UPSC 1979); native gold was also worked early for ornaments †.
  • Mehrgarh is in Baluchistan, Pakistan, near the Bolan Pass; its early levels are ‘aceramic’ — farming began before pottery there †.
  • The book's ‘first to make copper objects’ means first in this region; copper was worked earlier in West Asia †.
  • Mehrgarh's 7000 BCE is the usual date; some archaeologists prefer ≈ 6500 BCE for its earliest farming † — quote the book's.

5. Towards the Sindhu–Sarasvatī civilisation — the Early Harappan stage

In simple wordsA big city is like a grown tree: you see the trunk and branches, but the roots took centuries to spread. Before the great Harappan cities, villages across the Indus and Ghaggar plains were already sharing pottery styles, bead-making, copper work, walls and early signs — the roots the cities grew from.

The book traces the civilisation's roots: the Neolithic way of life from about 7000 BCE at Mehrgarh spread into the middle and upper Indus valley and further east; some settlements mastered copper extraction around 4000 BCE, becoming the earliest Chalcolithic sites. Copper tools in the fertile plains of the Indus and the Ghaggar–Sarasvatī raised productivity and prosperity; pottery was produced on a large scale in diverse regional styles from about 4000 BCE onwards. The book adds that ‘some radiocarbon dates suggest’ a Pre-Harappan phase at Bhirrana and Kunal between 7000 and 5500 BCE. Regional styles became standard features of the civilisation by about 2500 BCE. Because the sites show cultural continuity, this stage is called Early Harappan: continuity in pottery, semi-precious stone beads, shell bangles, terracotta and copper work; perimeter walls, seals and perhaps the script began then. Early Harappan bead-making is found at Harappa, Kunal and Datrana; graffiti on pots and a few seals with geometric and animal motifs (Harappa, Rehman Dheri, Kunal) foreshadow the script. Early farmers at Kalibangan ploughed fields; the Harappans used standard weights; in Baluchistan gabarbands (check dams) aided irrigation, and the mature-phase Dholavira diverted two streams into deep tanks, while Lothal had a large burnt-brick ‘dockyard’. These advances led to the urban centres of the mature phase, about 2600–1900 BCE (Fig. 4.18).

From Mehrgarh to the Harappan cities — Fig. 4.18's phases (book's dates), with one debated claim7000 BCE6000 BCE5000 BCE4000 BCE3000 BCE2000 BCE1000 BCENeolithic (Mehrgarh from ≈ 7000)ChalcolithicEarly HarappanMature HarappanLate HarappanBhirrana–Kunal 'Pre-Harappan' radiocarbon dates, 7000–5500 BCE (book) — debated; see boxText vs figure: the text puts copper at ≈ 4000 BCE and the Bronze Age at ≈ 3500 BCE; Fig. 4.18 uses 4500 and 3300 BCE.
Fig. 4.18's phases on a time axis, with the debated Bhirrana–Kunal claim dashed (our chart; book's dates).
Harappan weights — doubling for small units, then multiples of ten (ratios, after the box on p. 76)12481632641603206401 → 2 → 4 → 8 → 16 → 32 → 64 (×2 each time); then 160, 320, 640 (16, 32, 64 × 10).Cube sizes drawn on a log scale so all fit. A shared standard let a trader in Lothal trust a weight cut in Harappa †.
The weight series the book describes — doubling, then tens (our drawing; ratios only).
Fig. 4.17 legend (map described in words)SitesWhere (broadly)
Major Early Harappan sites — red dotsRehman Dheri, Jalilpur, Mehrgarh, Kot Diji, Amri, Balakot, Kunal, Bhirrana, Datrana, Loteshwar, Padri, SomnathPakistan's Indus plains and Baluchistan; Haryana (Kunal, Bhirrana); Gujarat (Datrana, Loteshwar, Padri, Somnath)
Major urban / Mature Harappan sites — black dotsHarappa, Mohenjo-daro, Rakhigarhi, Kalibangan, Dholavira, LothalPunjab and Sindh (Pakistan); Haryana (Rakhigarhi); Rajasthan (Kalibangan); Gujarat (Dholavira, Lothal)
Reading Fig. 4.17 ‘Map showing some major early and mature Harappan sites’ — described in words, not redrawn (page 74)A relief map (65°–85°E, 22°–37°N) with the Hindu Kush, Sulaiman Range and Himalaya marked, rivers in blue, red dots for Early Harappan sites and black dots for Mature Harappan cities, from Rehman Dheri in the north-west to Somnath on the Gujarat coast. The point: Early sites are spread widely, and the big cities grew in the same regions — continuity. Our table lists them.
Reading Fig. 4.18 ‘Timeline showing Harappan Civilisation’ (page 75)A horizontal timeline: 7000 BCE Neolithic, 4500 BCE Chalcolithic, 3300 BCE Bronze Age; orange bars for Early Harappan (3300–2600 BCE), Mature Harappan (2600–1900 BCE) and Late Harappan (1900–1300 BCE); the axis runs to 1000 BCE. Our check: 700 + 700 + 600 years. Note that the text says copper ≈ 4000 BCE and ‘Bronze Age … around 3500 BCE’ — Fig. 4.18 uses 4500 and 3300 BCE. Quote the figure's phase dates; they match the usual scheme (lehs101: mature 2600–1900 BCE).
Reading Fig. 4.19 (Kalibangan field), its box, and Fig. 4.20 (stone weights) with its Think About It (page 76)
  • Don't Miss Out — ‘A tradition nearly 5,000 years old’ and Fig. 4.19 ‘Ploughed field, Kalibangan’: a grey excavated surface crossed by faint furrows in two directions at right angles. The book reads them as double cropping, like today's rabi and kharif. See the positions box.
  • Fig. 4.20 ‘Stone weights’: polished cubes of chert in graded sizes, from large to tiny. The Think About It: weights followed a binary series (1, 2, 4, 8, 16 …) for small units and multiples of ten for large ones; imagine trade without such standards (in-text section). Our drawing shows the series.
Reading the gabarbands–Dholavira–Lothal Don't Miss Out box (page 80)While Sumerians built canals, Early Harappans in Baluchistan built gabarbands — check dams across small streams. A more evolved form appears at Dholavira (Kachchh), where water from two nearby streams was diverted by dams and channels into a series of deep, interconnected tanks of stone and mud-brick, some cut into bedrock (UPSC 2021). At Lothal, a huge burnt-brick ‘dockyard’ shows Harappan water management and architecture.
Positions side by side: early dates, the Kalibangan furrows and the Lothal ‘dockyard’
  • How old are the roots? The book cites radiocarbon dates of 7000–5500 BCE for a Pre-Harappan phase at Bhirrana and Kunal; a 2016 study by IIT Kharagpur and Archaeological Survey of India researchers (in Scientific Reports) proposed similar early dates for Bhirrana. Many archaeologists date the Early Harappan (also called the Regionalisation era or Hakra/Kot Diji phases) from about 4000–3300 BCE and ask for more dates from secure layers before accepting the earlier ones. Both are current.
  • Kalibangan's furrows: the book reads the criss-cross pattern as double cropping (two seasons, like rabi and kharif). The excavators and many textbooks (for example lehs101) describe it as two crops grown together in the same field — mixed cropping, still seen locally (gram in one direction, mustard in the other †). Either way, a ploughed field ≈ 2800 BCE shows plough agriculture.
  • Lothal: its excavator S.R. Rao (1955–60) identified the large brick basin as a dockyard (UPSC 1998, 2002); some scholars read it as a reservoir or tank. The book follows Rao.
Beyond NCERT — dated facts
  • Dholavira: a Harappan City was inscribed as a UNESCO World Heritage Site in July 2021 (India's 40th); Mohenjo-daro (Pakistan) in 1980.
  • Harappa was excavated from 1921 (Daya Ram Sahni) and Mohenjo-daro from 1922 (R.D. Banerji).
  • Rakhigarhi (Haryana) is among the largest Harappan sites; a 2019 study sequenced ancient DNA from a woman buried there — interpretations of what it shows about ancestry differ, so quote it with care.
Read carefully — Harappan roots
  • Phases (Fig. 4.18): Early 3300–2600, Mature 2600–1900, Late 1900–1300 BCE. The ‘civilisation’ in the strict sense is the Mature phase.
  • Dholavira = dams, channels and connected reservoirs (UPSC 2021) and the large ‘signboard’ inscription; Kalibangan = ploughed field; Lothal = ‘dockyard’; Banawali = terracotta plough model † (UPSC 2002 matched these).
  • Harappan weights were mostly chert cubes; the series is binary-then-decimal, not purely decimal.
  • The script is undeciphered (UPSC 1982) — not Sanskrit, Dravidian or Persian as an established fact.

6. Mesopotamia — Sumer, Akkad, Assyria and Babylon

In simple wordsPicture several big towns in one fertile valley, each with its own temple, ruler and army — like neighbouring cricket clubs that sometimes trade players and sometimes fight. Over centuries first one club, then another, becomes the strongest. That is Mesopotamia: Sumer's cities, then Akkad, then Babylon and Assyria taking turns at the top.

Four early civilisations rose in river plains — the Harappan (Sindhu and Sarasvatī), the Mesopotamian (Euphrates and Tigris), the Egyptian (Nile) and the Chinese (Huang He). Mesopotamia and the Indus–Ghaggar valleys are close, which encouraged contact and trade; Egypt and China show little tangible direct contact with the Harappans. The earliest city-based civilisation arose in Mesopotamia (Greek, ‘land in between’ the rivers; today mainly Iraq and Kuwait with parts of Turkey and south-western Iran, in the book's list). The Fertile Crescent curves along the foothills of the Zagros and Taurus from the Mediterranean to the Persian Gulf. Farming began there about 12,000 years ago; copper arrived about 4500 BCE. Over 2,000 years, cities became city-states. Sumerians (Ur and other cities in southern Iraq) built dams and canals, used mud and burnt bricks, worshipped many gods and built a ziggurat for each city's chief god, around which economic life was organised; priests and priestesses formed part of the ruling class; kings lived in palaces, most people in small brick houses, farming, with crafts and traders. They began writing about 3200 BCE in cuneiform, used across Mesopotamia by 3000 BCE for myths, hymns, law codes and records; they invented the wheeled cart and sailboat and counted in base 60. Akkad rose in 2334 BCE (Sargon): the same script for a different language, the ‘first dynastic empire’, literature such as the Epic of Gilgamesh, and trade with Dilmun (Bahrain), Magan (Oman) and Meluhha (generally identified with the Harappan civilisation) — beads, ivory, timber, gold dust and probably copper. The book then has Assur (Assyria) supplanting Akkad around 2154 BCE, and Babylon rising from 1900 BCE; Hammurabi (from 1792 BCE) built an empire and compiled the Code of Hammurabi; Babylon declined under Hittite and other attacks, environmental strain and internal problems.

Four river-valley civilisations side by side (book's dates, BCE; † = standard dates where the book differs)4000 BCE3000 BCE2000 BCE1000 BCE1 CESindhu–SarasvatīEarlyMatureLateMesopotamiaSumerian city-statesAkkadUr III †Old Babylon †Assyria †Old AssyrianNeo-AssyrianEgyptearlyOld K.Middle K.New K.ChinaearlyShangZhouQin, Han →
Four civilisations on one axis — the book's dates, with standard dates (†) where the book's sequence needs correcting (our chart).
⤵ Mesopotamia's leading powers — the book's order, with corrections (†)
Sumerian city-statesfrom about 3500 BCE; Ur, Uruk, Lagash; ziggurats; cuneiform about 3200 BCE
Akkad (Sargon)2334 to about 2154 BCE; the first empire; trade with Meluhha
Ur III (Beyond NCERT)2112 to 2004 BCE: a Sumerian revival the book skips; laws of Ur-Nammu
Old Babylonfrom about 1900 BCE; Hammurabi from 1792 BCE; sacked by the Hittites in 1595 BCE (Beyond NCERT)
AssyriaOld Assyrian city of Assur about 2025 to 1750 BCE; a great empire again until 609 BCE (Beyond NCERT)
Reading Fig. 4.21 (Fertile Crescent) and Fig. 4.22 (Mesopotamian timeline) — the map described in words (pages 77–78)
  • Fig. 4.21: a satellite map from the Aegean to the Caspian (25°–55°E) with an orange arc for the Fertile Crescent curving from the eastern Mediterranean coast over the Taurus foothills and down the Zagros to the Persian Gulf; the Tigris and Euphrates are marked, with Assyria in the north, Akkad/Babylonia in the middle and Sumer in the south (Babylon, Nippur, Uruk, Lagash, Ur, Eridu), and Lower and Upper Egypt on the Nile to the west.
  • Fig. 4.22: a timeline from 7500 BCE (Neolithic) and 5500 BCE (Chalcolithic) to the Bronze Age at 3500 BCE, with bars for Sumerian (from 3500), Akkadian (2334), Assyrian (2154) and Babylonian (1900 BCE), ending at 1500 BCE. Our chart and flow above add the standard corrections.
Reading Figs 4.23–4.25 and the Sumerian boxes (pages 79–81)
  • Fig. 4.23 (ziggurat box): a drawing of a massive, stepped, flat-topped temple platform with three staircases converging on a shrine on top.
  • Fig. 4.24 ‘Scenes from Sumerian life on a decorated box’: a long panel inlaid with shell and blue stone in rows of tiny figures — wheeled carts drawn by animals, people carrying goods and leading animals, seated figures feasting. (Beyond NCERT: this is the ‘Standard of Ur’, c. 2600 BCE, in the British Museum.)
  • Fig. 4.25: a palm-sized clay tablet densely covered with wedge-shaped signs; the caption notes cuneiform wrote several languages and went out of use by the end of the first millennium BCE.
  • Don't Miss Out: wheeled cart, sailboat, base-60 numbers. Let Us Recall and two Let's Explore boxes (West Asia's countries; temples in India and Sumer) — in-text section.
Reading Fig. 4.26 (Meluhha, Magan, Dilmun) — the map described in words — and Fig. 4.27 (Hammurabi's stele) (pages 82–83)
  • Fig. 4.26 ‘Harappan contact with the Mesopotamian cities and contemporary Chalcolithic sites of Magan and Dilmun’: a satellite map from the Tigris to the Indus (40°–75°E) with yellow dots for Meluhhan sites (Harappa, Nausharo, Mohenjo-daro, Kalibangan, Rakhigarhi, Dholavira, Lothal), blue for Mesopotamian sites (Mari, Assur, Babylon, Uruk, Ur, Lagash and Susa), green for Magan sites in Oman (Hili, Bat, Maysar, Ras al-Jinz, Umm an-Nar) and red for Dilmun (Bahrain). The point: a sea-and-land trade network along the Gulf linked the two civilisations. (Susa was in Elam, in south-western Iran, not Mesopotamia proper †.)
  • Fig. 4.27: the top of a tall black stone stele — a standing king before a seated god — with lines of cuneiform below. (Beyond NCERT: in the Louvre, Paris; c. 1754 BCE.)
  • Margin boxes: city-state, ziggurat, cuneiform (Latin cuneus, wedge), Hittites.
Read carefully — Mesopotamia (book slips and safe lines)
  • Assyria did not supplant Akkad in 2154 BCE. Akkad fell about 2154 BCE (Gutian invasions); the Ur III dynasty (2112–2004 BCE) followed; Assur's Old Assyrian period was ≈ 2025–1750 BCE; Assyria rose again and lasted until 609 BCE. Safe line: ‘after Akkad came Ur III, then Old Babylon and Old Assyria side by side’.
  • Babylon's fall: the Hittites sacked Babylon in 1595 BCE (standard ‘middle chronology’) — not ‘by the end of 1400 BCE’.
  • Akkad lay north of Sumer, not ‘further north in Sumer’.
  • Mesopotamia today also includes part of Syria (north-east).
  • Mud bricks are older than Sumer (Jericho, Mehrgarh †); say ‘Sumerians built cities of mud and baked brick’.
  • Base 60: Sumerian–Babylonian counting is the root of our 60 seconds, 60 minutes and 360°, but the hour's division and the 360° circle took shape much later, in Babylonian and Greek astronomy †.
  • The Code of Hammurabi (c. 1754 BCE) is famous but not the oldest — Ur-Nammu's laws are about 300 years older †.
  • ‘The Indus Valley people had contacts with’ — UPSC 1980's key is ‘Mesopotamians’; ‘Sumerians’ (also an option) were Mesopotamians too. Debatable — pick the broader answer.

7. Egypt — the gift of the Nile

In simple wordsImagine a long green ribbon of farmland laid across a desert, renewed every year when the river floods and leaves fresh black mud. Everything in Egypt — farming, the calendar, the government that organised canals, even the tombs built to last for ever — depended on that ribbon.

Egypt is one of the earliest civilisations, with rich records: Greek writers such as Herodotus wrote about it in the 5th century BCE, and a 19th-century work, the Description de l'Égypte †, describes it. History is reconstructed from papyrus records — stories and practical texts; the Papyrus Ebers lists over 700 remedies and spells. Libraries from about 2000 BCE stored scrolls in labelled jars. The Rosetta Stone, found in 1799 by the French engineer Pierre Bouchard, carried the same text in three scripts including Greek; Jean-François Champollion deciphered hieroglyphs in 1822. The calendar had three seasons of four months — inundation, growing (peret) and harvest (shemu) — and a year of 12 × 30 + 5 = 365 days tied to the rising of Sirius, about a quarter-day short. City-states emerged around 3000 BCE; the Nile flooded each summer, leaving rich black mud (‘kemet’ — Egyptians called their land Kemet, ‘the black’). About 5,000 years ago farmers dug ditches and reservoirs; such collective work probably gave rise to local government and an administrative class. Pharaohs were buried under mastabas, stacked into pyramids such as the step pyramid at Saqqara, because each person's ka lived on if the body was preserved by mummification. Society was a pyramid — pharaoh; officials, nobles and priests; free landholders, artisans and merchants; serfs and slaves. People swam, canoed, played board games and enjoyed music; festivals honoured gods and pharaohs (the Sed festival marked a king's 30th year). Women could own property and run businesses; Cleopatra (69–30 BCE) became queen at eighteen.

From a mastaba to a step pyramid (outline sections, schematic)mastaba — a flat-topped bench of brick or stoneburial chamber below, reached by a shaftstep pyramid at Saqqara — six stacked steps †built for King Djoser, c. 2650 BCE †
Mastaba to step pyramid as outline sections (our drawing; Djoser and the date are Beyond NCERT †).
⤵ How the hieroglyphs were read (the book's story)
1799Pierre Bouchard's soldiers find the Rosetta Stone while repairing a fort
One decree, three scriptshieroglyphic, demotic (Beyond NCERT) and Greek
Greek can be readit works like a bilingual dictionary
1822Jean-François Champollion deciphers the hieroglyphs, 23 years later
Reading Fig. 4.28 (Egyptian timeline) and the Don't Miss Out on the Rosetta Stone (page 84)
  • Fig. 4.28: a timeline from 5500 BCE (Neolithic), 4000 BCE (Chalcolithic) and 3100 BCE (Bronze Age) to 1000 BCE, with bars for the Old Kingdom (2686–2181 BCE), Middle Kingdom (2030–1650) and New Kingdom (1570–1069). Our check: 505, 380 and 501 years. (Beyond NCERT: chronologies differ by a few decades — for example Middle Kingdom from 2055 and New Kingdom from 1550 BCE in some standard works.)
  • Don't Miss Out: the Rosetta Stone story (our flow above). (Beyond NCERT: the stone carries a decree of 196 BCE; it is in the British Museum.)
  • Margin box: papyrus — made from strips of the plant's stem pressed into sheets.
Reading Fig. 4.29 (Papyrus of Ani), Fig. 4.30 (map, described in words) and the Let's Map box (pages 85–86)
  • Fig. 4.29 ‘An illustration from the Papyrus of Ani’: a painted strip — a row of seated gods above; below, a man and woman in white approach a large balance where a jackal-headed figure weighs a heart against a feather, while a scribe records and a beast waits. The Think About It asks what the scale means (in-text section).
  • Fig. 4.30 ‘The region in which the Egyptian civilisation flourished’: a satellite map (28°–31°N, 29°–34°E) showing the green Nile valley and delta in brown desert, the Mediterranean to the north and the Gulf of Suez to the east, with icons at Giza, Memphis, Saqqara, Heliopolis, Turah and Hermopolis, and ‘Lower Egypt’ marked. The Let's Map asks you to locate the Nile and say why the north is ‘Lower’ Egypt — answered in the in-text section without drawing a map.
Reading Figs 4.31–4.34 (pages 87–88)
  • Fig. 4.31 ‘The Step Pyramid at Saqqara’: a weathered six-stepped stone pyramid in the desert. Our outline shows how stacked mastabas form it.
  • Fig. 4.32 ‘Social hierarchy pyramid’: a drawn pyramid in four tiers — pharaoh at the top; government officials, nobles and priests; free landholders, artisans and merchants; serfs and slaves at the base, with small figures at work. The Let's Explore asks about classes and daily routines (in-text section).
  • Fig. 4.33 ‘Daily items used by the Egyptians’: a painted pot, a woven basket and a pair of woven sandals; the Think About It asks what they show about fashion and who used them.
  • Fig. 4.34: a temple wall relief of a crowned woman in a close-fitting dress, captioned ‘Cleopatra at the age of eighteen’ (see the trap below).
  • Margin box: mummification (organs except the heart removed; dried with natron; oiled, wrapped in linen).
Read carefully — Egypt (book slips and safe lines)
  • Papyrus names: the material comes from the papyrus plant; individual manuscripts are named after owners or buyers — Georg Ebers bought his papyrus in 1873; he did not discover it †.
  • ‘Sindbad’ and ‘Cinderella’: the Middle Kingdom Tale of the Shipwrecked Sailor is often compared with Sindbad's voyages; the ‘Rhodopis’ story sometimes called the earliest Cinderella is told by the Greek writer Strabo, about 2,000 years ago — not in a 2000 BCE library jar. Say ‘stories that resemble’ †.
  • Cleopatra VII belonged to the Greek-speaking Ptolemaic dynasty, ruling some 2,500 years after the step pyramid; a relief cannot show her ‘at eighteen’ — read the caption as ‘a relief of Cleopatra, who became queen at eighteen (51 BCE)’ †.
  • Egypt was unified about 3100 BCE; its earlier ‘city-states’ are usually called predynastic kingdoms †.
  • Lower Egypt is the north: the Nile flows north, so ‘lower’ means downstream.
  • The 365-day calendar lost about a day every 4 years — a full cycle of 1,460 years (our arithmetic).

8. China — and what the four civilisations shared

In simple wordsFour families in four distant villages each learn to cook rice, build houses and keep accounts — without ever meeting. Their kitchens look different, yet you can see the same ideas: storing grain, a head of the house, written lists. The four Bronze Age civilisations are like that: separate, but solving similar problems in similar ways.

Chinese civilisation grew along the Huang He (Yellow River) and the Yangtze, centres of Neolithic cultures from about 7000 BCE. Copper and bronze metallurgy arrived about 2000 BCE; urban centres emerged about 1600 BCE as farming, metallurgy and crafts expanded. Dynasties: Shang (1600–1046 BCE) and Zhou (1046–256 BCE) in the Bronze Age; iron common by about 600 BCE; the Qin (221–206 BCE), first imperial dynasty, which probably gave ‘China’ its name; the Han (206 BCE–220 CE). Zhou rulers were kings and priests, ‘appointees of heaven’ who could be removed if the people did not prosper; officials were examined in archery, horsemanship, calculation, writing and music. The earliest written sources are oracle bones — bones and shells heated until they cracked, the cracks read as answers. The script is logographic. Craft items include jade (ritual and prestige objects; the book says jade was obtained from outside China), carved marble, and bronze weapons, tools and ritual vessels. The Great Wall was built over about 2,000 years — separate walls from 680 BCE, later joined, repaired until the 17th century CE. Silk was known from the Neolithic (4000–3000 BCE); under the Han (2nd century BCE) it became a great export, giving the ‘Silk Route’ its name. Society was stratified by 1500 BCE; metal money appeared under the Zhou, a money economy by the 5th century BCE; China was first with paper currency and civil-service examinations. The book's conclusion: the Bronze Age civilisations emerged independently in fertile river plains; surplus, new resources, cities, administration and writing — first for accounts, then literature — are their shared features.

FeatureSindhu–SarasvatīMesopotamiaEgyptChina
River(s)Indus and Ghaggar–Hakra (Sarasvatī in the book)Tigris and EuphratesNileHuang He and Yangtze
Cities from (book)≈ 2600 BCE (mature phase)from ≈ 3500 BCE (Sumer)city-states ≈ 3000 BCE; unified ≈ 3100 BCE †≈ 1600 BCE (Shang)
WritingSindhu lipi — undecipheredcuneiform ≈ 3200 BCE — readhieroglyphs — read since 1822oracle-bone characters — read; ancestor of today's script
Rulers and templesno clear palaces or temples found †kings; ziggurat templespharaohs; pyramids, templeskings-priests; ‘mandate of heaven’ †
Watergabarbands, Dholavira tanks, Lothal ‘dockyard’dams and canalsditches, reservoirs, flood calendarriver-valley farming; flood control †
Signature craftsbeads, seals, standard weightscylinder seals †, wheeled cartspapyrus, mummies, pyramidsbronze vessels, jade, silk
Contactswith Mesopotamia via Dilmun and MaganMeluhha named in textslittle direct contact with Harappalittle direct contact with Harappa
Reading Figs 4.35–4.38 and the China boxes (pages 89–92)
  • Fig. 4.35: a timeline from 7000 BCE (Neolithic) through 2000 BCE (Bronze Age) and 600 BCE (Iron Age) to 500 CE, with bars for Shang (1600–1046), Zhou (1046–256) and Qin and Han (221 BCE–220 CE). Our check: Shang 554 years, Zhou 790, Han 425 (no year zero).
  • Fig. 4.36 ‘Chinese oracle carvings on bone’: a flat, cracked piece of bone covered with columns of small incised characters.
  • Let's Explore: two characters drawn beside their pictures — ‘person’ (a two-legged figure) and ‘tree’ (a trunk with branches); find more (in-text section).
  • Fig. 4.37: a pale jade dragon (3300–2000 BCE), a coiled jade dragon pendant (Zhou) and a bronze wine-pouring vessel with animal decoration (Shang).
  • Fig. 4.38 ‘The Great Wall of China’: the wall and its watchtowers snaking over green hills.
  • Don't Miss Out boxes: Zhou kings as appointees of heaven; officials examined in six skills; musical jade chimes; metal money and a money economy; paper currency and civil-service examinations. Let's Recall: the Silk Route and Buddhism's journey to China (Grade 7).
Positions side by side: ‘independent’ civilisations, ‘China’ and ‘first’ claims
  • Independent or connected? The book: the civilisations ‘emerged independently’ and ‘developed social and administrative systems independently’, while noting Harappan–Mesopotamian trade. Most archaeologists agree that each grew from its own local farming base; some stress the exchange of goods and ideas (for example Mesopotamian–Harappan trade, or wheat, barley and bronze reaching China from the west). Both can be said.
  • The name ‘China’: the book: probably from the Qin. Some scholars note that a related word (Sanskrit Cīna) may appear in Indian texts that could be older than the Qin unification of 221 BCE, perhaps from the earlier Qin state; the origin is not settled.
  • Civil-service examinations: the book credits China with the first; the formal imperial examination system is usually dated to the Sui dynasty (605 CE), with earlier Han-era recommendations and tests; the Zhou ‘six arts’ were an education, not a public examination †.
Read carefully — China and the comparison
  • Jade: the book says jade was obtained from outside China; early Neolithic cultures used regional sources inside today's China, and later the famous nephrite came from Khotan in the far west — so ‘from distant sources’ is the safe phrase †.
  • The ‘Silk Route’ name was coined in 1877 by the German geographer Ferdinand von Richthofen †.
  • Paper money: China's Song dynasty (11th century CE) issued the first government paper currency † — far later than the Bronze Age.
  • Shang dates (1600–1046 BCE) are traditional; archaeology confirms a late Shang capital at Anyang with oracle bones ≈ 1250–1046 BCE †.

In-text questions and activities — answer outlines

Seven Let's Explore boxes, eight Think About It boxes, two Let's Recall/Let Us Recall boxes and one Let's Map. Outlines below.

Let's Explore (p. 62, Fig. 4.1): Why has the Harappan script not been deciphered, and what efforts have been made?
Inscriptions are very short (a few signs each), there is no bilingual inscription, the language is unknown, and sign lists differ (about 400 signs †). Efforts: sign catalogues and concordances (Mahadevan, Parpola), computer analyses of sign order, and proposed readings as Dravidian or Indo-Aryan; some scholars doubt it is full writing. None is accepted — see the positions box in section 1.
Think About It (p. 65): Why did early humans leave Africa?
Likely reasons (archaeologists' hypotheses): following animal herds and food; wetter climate phases opening green corridors across the Sahara and Arabia (Fig. 4.4); growing populations; curiosity and the ability to adapt with tools and fire. No single cause.
Let's Explore (p. 66, Fig. 4.6): Do the skulls change in shape? Is the face straightening?
Yes: from Homo habilis to Homo sapiens the braincase grows larger and rounder, the forehead rises, brow ridges shrink, the jaw and teeth get smaller, and the face becomes flatter (less projecting). Neanderthals had large brains but long, low skulls and projecting faces.
Think About It (p. 67): Why is the shift to farming called a revolution rather than a simple change?
Because it changed almost everything: food supply and surplus, settled villages, property and storage, population growth, new crafts (pottery, weaving), new social roles, and in time cities and states. It was slow in time but revolutionary in effect.
Think About It (p. 71, Fig. 4.14): Which animals were domesticated? Which habitats and objects were used? Are any still used?
Animals: cattle, goats and pigs (the chart's drawings; sheep elsewhere in the text). Habitats: round thatched huts, mud-brick houses, a stilted house. Objects: clay pots, baskets, hoes and digging sticks. Still used: clay pots, thatched huts, hoes and baskets in many villages.
Think About It (p. 76): How would long-distance trade have been affected without standard weights?
Every deal would need fresh bargaining over quantities; cheating and disputes would rise; taxes and stores could not be checked; trade across regions — and with Mesopotamia — would have been slower and riskier. Standard weights built trust and made larger, regular trade possible.
Think About It (p. 77): Why were rivers important for early civilisations?
Water for drinking and irrigation; fertile silt renewed by floods; surplus food for cities; easy transport for heavy goods; fish and reeds; clay for bricks and pots. But floods and changing courses were risks (Q8).
Let's Explore (p. 79): Which countries make up West Asia today?
Usually: Turkey, Syria, Lebanon, Israel, Palestine, Jordan, Iraq, Iran, Saudi Arabia, Kuwait, Bahrain, Qatar, the United Arab Emirates, Oman and Yemen; Cyprus and the South Caucasus (Armenia, Azerbaijan, Georgia) are sometimes included. Lists vary by source †.
Let's Explore (p. 80): Are Indian temples and Sumerian temples similar as centres of social, cultural and economic activity?
Similarities: large temples as landmarks; land, grain and wealth stored or managed by them; employment of priests, artisans, musicians; festivals and markets around them; in South Indian history, temples also lent money and maintained tanks. Differences: Sumerian ziggurats were tied to the city's ruling authority and restricted entry to priests; in India access and roles varied by period and region.
Let Us Recall (p. 81): Does our understanding of a civilisation change when its script is deciphered?
Yes. Cuneiform gives Mesopotamian names of kings, laws, prices, myths and letters; without readable texts the Harappans are known only through objects — we cannot name their rulers, gods or language, and many interpretations stay uncertain. Decipherment turns guesses into evidence.
Let's Explore (p. 82): Find stories like the Epic of Gilgamesh.
Examples: Egyptian Tale of the Shipwrecked Sailor; Homer's Iliad and Odyssey (Greek); the Rāmāyaṇa and Mahābhārata (India); flood stories in many traditions. Share where and when each was composed (dates are often debated).
Think About It (p. 85, Fig. 4.29): Why is there a scale with a heart on one side and a feather on the other?
In Egyptian belief the dead person's heart was weighed against the feather of Maat (truth and justice) †. A heart lighter or equal meant a just life and passage to the afterlife; a heavy heart was eaten by a monster. The papyrus shows belief in judgement after death, moral conduct, and the importance of preserving the body.
Let's Map (p. 86): Locate the Nile. Why is the north called Lower Egypt and the south Upper Egypt?
On an atlas, the Nile flows north through Egypt to the Mediterranean, forming a delta. Upstream (the south) is higher ground, so it is ‘Upper’ Egypt; downstream (the delta in the north) is ‘Lower’ Egypt. Mark it in your own atlas or notebook.
Let's Explore (p. 87, Fig. 4.32): What were Egypt's social classes, occupations and daily routines?
Pharaoh (ruler, seen as divine); officials, nobles and priests (administration, temples, tax); free landholders, artisans and merchants (farming, crafts, trade); serfs and slaves (field and building labour). A farmer's day: work in the fields by the Nile from dawn; an artisan's: workshop; a scribe's: writing records; a priest's: temple rituals.
Think About It (p. 88, Fig. 4.33): What do the items tell us about Egyptian fashion? Who used them?
Woven sandals and baskets of reed and papyrus fibre suggest light, practical goods for a hot climate; a painted pot shows decoration. Simple woven items were probably used widely; finely made or decorated ones by wealthier people. Clues: material, workmanship, decoration.
Let's Explore (p. 90): Find Chinese characters that resemble their meaning.
Examples: 人 (person — a figure walking), 木 (tree — trunk and branches), 日 (sun), 月 (moon), 山 (mountain — three peaks), 水 (water — flowing lines), 口 (mouth). Explain how each shape suggests its meaning.
Think About It (p. 92): Other reasons for building the Great Wall?
Besides defence: controlling trade and taxing caravans; regulating migration; marking the frontier of settled farming; signalling with beacon towers; showing the ruler's power.
Let's Recall (p. 92): How was India connected with the Silk Route, and with China through Buddhism?
Branches ran through the north-west (Gandhara, Taxila) to Central Asia; Indian cotton, spices and gems went out, silk came in. Buddhist monks and texts travelled to China along these routes; Chinese pilgrims such as Faxian and Xuanzang came to India (Grade 7).

Questions and activities (pages 93–94) — answer outlines

Thirteen questions and activities after an eight-point Before we move on summary. Try first, then open.

Reading ‘Before we move on’ (page 93)Eight points: early history is known through archaeology; humans evolved in Africa and migrated; Palaeolithic hunter-gatherers and their tools; Mesolithic microliths and settlements near rivers and lakes; the Neolithic shift to farming, villages, pottery and weaving; the Chalcolithic; Bronze Age civilisations with cities, trade, writing and administration; and the four river-valley civilisations ‘developed independently’ (see the positions box in section 8).
1. Did life become easier or more challenging after humans started farming? Give two reasons.
Both views can be argued. Easier: a reliable, storable food supply; settled homes; surplus allowed crafts and trade. More challenging: harder, longer work; dependence on rain and a few crops (famine risk); crowding spread disease; property brought inequality and conflict. Choose a side and give two reasons.
2. The environment offers opportunities and challenges. Explain with early farming communities and river-valley civilisations.
Opportunities: warmer Holocene climate, wild grains and animals to domesticate, fertile silt, river water for irrigation and transport, local stone and clay. Challenges: floods (and changing river courses), droughts, salinity from irrigation in Mesopotamia, deserts around Egypt. Responses: gabarbands, Dholavira's tanks, Sumerian canals, Nile ditches and the flood calendar.
3. Why do historians divide early history into Stone, Bronze and Iron Ages? What does it tell us about progress?
The division (the ‘three-age system’ †) is based on the main material for tools, which archaeology can see directly. It shows growing technical skill — stone shaping, then smelting and alloying — and links with changes in food, settlement and society. Limits: ages overlap, began at different times in different places, and some regions skipped stages; ‘progress’ was not uniform.
4. Imagine you are a Neolithic farmer. Describe a day. What challenges would you face that a hunter-gatherer would not?
Dawn: let the goats out, tend the barley field, scare birds; grind grain on a stone; make or repair pots; evening: guard the store and animals. New challenges: crop failure in drought, pests, storing and protecting surplus, disputes over land, diseases in a crowded village, heavy daily labour tied to one place.
5. Imagine the Harappan script is deciphered tomorrow. What might historians learn?
The language(s) spoken; names of rulers, cities and gods; what seals recorded (owners, goods, titles); trade records with Meluhha's partners; religious ideas; laws and administration; perhaps literature; and answers to debates about who the Harappans were and why the cities declined.
6. Make a three-column table: Palaeolithic, Mesolithic, Neolithic — tools, settlements, art, subsistence.
Palaeolithic — tools: choppers, handaxes, cleavers, then flakes and blades; settlements: open camps, caves, near water and stone; art: late, cave paintings, beads; subsistence: hunting and gathering. Mesolithic — tools: microliths, composite tools, bow and arrow; settlements: rock shelters, seasonal camps by rivers and lakes; art: rock paintings (Bhimbetka); subsistence: hunting, fishing, gathering wild grains. Neolithic — tools: polished/ground stone axes, sickles, grinding stones; settlements: permanent villages of mud-brick, granaries; art: painted pottery, ornaments; subsistence: farming and herding.
7. ‘Bronze Age civilisations developed independently but shared common features.’ Examine.
Independent: each grew from its own local farming base, with its own crops (wheat–barley, rice–millet), scripts (Sindhu lipi, cuneiform, hieroglyphs, Chinese characters) and styles. Shared features: river plains, surplus agriculture, cities, specialised crafts, bronze, writing for records, rulers and administration, social hierarchy, long-distance trade. Qualification: some contact existed (Harappa–Mesopotamia via Dilmun and Magan); some scholars stress exchanges of goods and ideas (see the positions box in section 8).
8. Advantages and disadvantages of settling near rivers.
Advantages: water, fertile silt, irrigation, transport, fish, clay and reeds, trade routes. Disadvantages: floods, changing river courses (a debated factor in the Harappan decline), waterlogging and salinity, disease, and conflict over water. Example: Egypt's flood calendar vs Mesopotamia's damaging floods.
9. Find out about the Code of Hammurabi. Why was it important? Was it fair to all?
About 282 laws (c. 1754 BCE †) on a stone stele (Fig. 4.27) covering trade, property, family, wages and crimes; important because it was written and public and set standards across an empire. Fairness: it protected some (widows, orphans, wage rates) but punishments varied by class — nobles, free people and slaves were treated differently — and ‘an eye for an eye’ applied mainly among equals. So: an advance in written law, but unequal by modern standards.
10. Choose one innovation from early civilisations that changed the world permanently.
Examples with reasons: writing (records, laws, literature, history itself); the wheel (transport, pottery); irrigation; standard weights and measures (trade and trust — the Harappans); the calendar; bronze metallurgy. Pick one and argue its lasting effects.
11. Compare social hierarchy and daily life in Egypt with Mesopotamia or China.
Egypt: pharaoh as divine king, officials and priests, free farmers and artisans, serfs and slaves; life tied to the Nile's flood. Mesopotamia: kings, priests and priestesses of the ziggurat, scribes, merchants, farmers; temple-centred economy; written laws by class. China: Zhou king-priests with the mandate of heaven, nobles, farmers and labourers; officials tested in skills. Similar: pyramidal hierarchies, farming majority, religion supporting rulers. Different: the ruler's divinity (Egypt), the temple's economic role (Sumer), removable mandate (China).
12. Activity: using maps, locate the rivers and civilisations and mark trade links.
Do this on an atlas or your own outline. In words: Mesopotamia on the Tigris–Euphrates (Iraq), Egypt on the Nile (north-east Africa), China on the Huang He and Yangtze, the Sindhu–Sarasvatī civilisation on the Indus and Ghaggar–Hakra (Pakistan and north-west India). Trade link: Harappan sites (Lothal, Dholavira, Mohenjo-daro) — by sea along the coast to Magan (Oman) and Dilmun (Bahrain) — up the Gulf to Ur and other Mesopotamian cities (Fig. 4.26).
13. Activity: make a scrapbook or presentation on one civilisation's innovations.
Plan: tools (bronze, plough), writing (script, what it recorded), art (seals, reliefs, jade), architecture (ziggurat, pyramid, wall), with a date, a picture you draw or find, and one line on why each mattered. Credit your sources.
⤵ Answer frame for any early-civilisation question
Place and riverwhere, which river, what the land offered
Datesthe book's dates; name any debate
Evidencewhich artefacts, sites or texts tell us this
Featureseconomy, society, writing, religion, crafts
Comparison or contactwith the Harappans or another civilisation; positions attributed

What to remember

Numbers

Writing≈ 5,000 years ago; before it > 99% of human history (5,000 of 3 million = 0.17%)
Oldest stone tools≈ 3.3 million years ago (Africa)
Homo erectus out of Africa≈ 2 million years ago; handaxes and cleavers
Homo sapiens≈ 300,000 years ago in Africa; book: second exit ≈ 125,000; many: main spread ≈ 70,000–50,000 †
Homo habilis †≈ 2.4–1.4 million years ago (book's ‘2–6 million’ is a slip)
Neanderthalstill ≈ 40,000 years ago
Attirampakkam / Isampur≈ 1.5–1.7 / ≈ 1.2 million years
Mesolithicfrom ≈ 12,000 years ago (Holocene 11,700 †)
Bhimbetka †World Heritage Site 2003
Mehrgarh≈ 7000 BCE; wheat, barley, sheep, goats, zebu
Harappan phasesEarly 3300–2600; Mature 2600–1900; Late 1900–1300 BCE
Bhirrana–Kunal claimPre-Harappan 7000–5500 BCE (book; debated)
Dholavira †World Heritage Site July 2021
Weights1, 2, 4, 8, 16, 32, 64, then 160, 320, 640
Cuneiform≈ 3200 BCE; base-60 counting
Akkad2334 BCE (Sargon); Meluhha, Magan, Dilmun
Hammurabifrom 1792 BCE; Code ≈ 1754 BCE †
EgyptOld K. 2686–2181; Middle 2030–1650; New 1570–1069 BCE; year 12 × 30 + 5 = 365
Rosettafound 1799; deciphered 1822 (Champollion)
ChinaShang 1600–1046; Zhou 1046–256; Qin 221–206 BCE; Han 206 BCE–220 CE

One-liners

  • Prehistory is read from objects; history from readable writing.
  • Out of Africa twice: erectus about 2 million years ago, sapiens much later.
  • Big tools to tiny tools: handaxe → flake → blade → microlith.
  • Neolithic = food production, polished stone, pots and villages.
  • Copper first, then bronze; the Harappan cities grew from Early Harappan villages.
  • Mature Harappan 2600–1900 BCE; the script is still unread.
  • Mesopotamia: ziggurats, cuneiform, base 60, Hammurabi's laws, trade with Meluhha.
  • Egypt: the Nile's black mud, pharaohs, pyramids, papyrus, the Rosetta Stone.
  • China: Shang and Zhou, oracle bones, bronze, jade, silk and the Great Wall.
  • Four civilisations, four rivers, mostly independent — but traders linked Harappa and Mesopotamia.

Traps to avoid

  • Homo habilis lived about 2.4–1.4 million years ago, not 2–6 million.
  • Olduvai Gorge is in Tanzania.
  • Hominin means the human lineage, not ‘tool maker’; bipedalism predates Homo erectus.
  • Fig. 4.9's ‘1–5 million years’ should read about 1.5 million years.
  • Microliths are Mesolithic; polished stone is Neolithic; copper is Chalcolithic.
  • After Akkad came Ur III, then Old Babylon and Old Assyria; Assyria lasted to 609 BCE.
  • The Hittites sacked Babylon in 1595 BCE.
  • The Kalibangan furrows may show mixed cropping, not double cropping — say both.
  • Lothal's basin: dockyard (S.R. Rao) or reservoir — say both.
  • UPSC 1980's ‘Mesopotamians’ vs ‘Sumerians’ — both true; the key is the broader one.

How to strategise

Prelims — what UPSC asks

  • From this chapter: the first metal (1979), the Neolithic (1980, 1988), Harappan contacts with Mesopotamia (1980), Lothal (1980, 1982), the undeciphered script (1982), Dholavira's water system (2021). Learn site → feature pairs (Mehrgarh, Bhimbetka, Attirampakkam, Kalibangan, Dholavira, Lothal) and age → tool pairs.
  • Old questions sometimes have two defensible options (Sumerians/Mesopotamians): choose the broader or more standard one, and know the positions on debated dates.

Mains — where it appears and how to answer

  • GS1: how the Harappan civilisation differed from Egypt and Mesopotamia in its continuity (2015). Use the comparison table in section 8, add continuities the book names (ploughing, weights, crafts) and attribute debated claims.
  • For any prehistory answer, give the evidence (site, object, date) and say which dates are debated.

Self-check

Tap an option. NCERT's own exercise questions come first; the rest test the figures and common confusions.

1. Which hominin was the first known to leave Africa, carrying handaxes and cleavers?

2. Attirampakkam, dated to about 1.5–1.7 million years ago, is in:

3. Microliths are most typical of the:

4. Mehrgarh's early farmers grew mainly:

5. In Fig. 4.18, the Mature Harappan phase is dated to:

6. Mesopotamian texts call a land to the east, generally identified with the Harappan region:

7. The Rosetta Stone helped decipher Egyptian hieroglyphs because it also had text in:

8. The Shang dynasty is best known for:

UPSC questions from this chapter

Open any question to attempt it in the Question bank — your attempt is saved to your progress.

Prelims

8 questions · newest first
2021Prelims GSWhich one of the following ancient towns is well-known for its elaborate system of water harvesting and management by building a series of dams and channelizing water into connected reservoirs?Attempt →1988Prelims GSMan passed from the food gathering stage to the food producing stage in theAttempt →1982Prelims GSLothal isAttempt →1982Prelims GSThe script of Indus Valley civilisation wasAttempt →1980Prelims GSNeolithic period of age is not characterised byAttempt →1980Prelims GSThe Indus Valley people had contacts withAttempt →1980Prelims GSLothal is connected as excavation site of the civilisation ofAttempt →1979Prelims GSThe first metal used by the man wasAttempt →

Mains

1 questions
2015GS1The ancient civilization in Indian sub-continent differed from those of Egypt, Mesopotamia and Greece in that its culture and traditions have been preserved without a breakdown to the present day. Comment. (Answer in 200 words)Write answer →

8 Prelims and 1 Mains UPSC questions are linked to this chapter. More from Understanding Society: India and Beyond – I.