Daily life in Erlitou during c. 1700 BCE

A grounded look at life in the Yiluo Basin, where millet farming, livestock, craft production, roads, and rammed-earth compounds sustained a major early Bronze Age settlement.

Around 1700 BCE, Erlitou occupied the southern bank of the Luo River in the Yiluo Basin of present-day Henan. Archaeologists use “Erlitou” for both this site and a material culture distributed more widely across the Central Plains. The site had expanded from at least 100 hectares in phase I to about 300 hectares in phase II. Four broad roads defined a roughly 12-hectare central precinct containing rammed-earth foundations, courtyards, elite burials, and a wooden drainage system; bronze production lay about 300 meters to its south. No outer city wall has been identified.

The date in the title is necessarily approximate. The four Erlitou phases are based principally on changes in pottery, and their conversion into calendar years remains debated. In a traditional chronology, 1700 BCE lies near the transition from phase II to phase III; a radiocarbon-based chronology places the main expansion of phases II–IV broadly between about 1700 and 1530 BCE. This page therefore draws chiefly on phase II and phase III remains and identifies later evidence where it helps show how an activity developed.

No securely deciphered contemporary texts name Erlitou's inhabitants, rulers, occupations, or institutions. The site's identification with the Xia dynasty of much later histories is consequently unproven. Daily life has to be reconstructed from buildings, pits, roads, graves, tools, pottery, plant remains, animal bones, and craft waste. Those sources are richest for construction, production, and mortuary practice; they reveal far less about speech, family rules, clothing, recipes, or the division of work by gender.

Housing and Living Spaces

Built space varied markedly by position and status. Phase II foundations numbered 3 and 5 stood side by side within the central precinct; foundation 3 extended at least 150 meters and comprised three courtyards. In phase III, new buildings replaced some earlier ones and a rammed-earth wall enclosed about 10.8 hectares. Archaeologists conventionally call these “palaces,” but residence was probably only one of several possible functions. Assembly, ritual, storage, and the direction of work may also have taken place there. The scale of the platforms and courtyards nevertheless demonstrates organized building labor and access to timber and earth beyond that of a small household.

Small houses and burials in the western and northern parts of the settlement are usually associated with less privileged residents, while medium-sized foundations and richer graves cluster nearer the center. The difference is secure; the furnishings of a typical house are not. Posts, packed surfaces, pits, hearth debris, and pottery preserve only fragments of rooms whose roofs, partitions, mats, baskets, and wooden fittings have mostly decayed. Excavated floor plans do not identify a bedroom, kitchen, or the number and relationships of their occupants, so a standard Erlitou household cannot be reconstructed.

Burial did not take place in one long-used cemetery. Isolated graves and small groups occur in palace courtyards, beside or beneath houses, and under roads, with houses and graves sometimes cutting through one another. This repeated use of the same ground connected living and burial areas, but it does not by itself prove ancestor rites or a particular family structure. More recent interpretations see neighborhood-scale residential and burial zones as kin-based; Liu and Xu instead stress short-lived burial clusters and a possibly mobile population composed of smaller groups. The excavated pattern permits both questions but does not settle them.

The roads made differences within the settlement tangible. By phase II, four routes about 20 meters wide marked the central precinct and linked it with residential and production areas. A pair of wheel ruts, one meter apart and traceable for more than five meters beside the southern road, shows that a small wheeled vehicle passed there; neither its load nor whether people or animals pulled it is known. The ancient Luo River bounded the settlement to the south and offered a potential transport route, although no Erlitou-period boat has been found. Roads, drains, and river access reduced some movement costs while concentrating the labor of keeping routes and earthen surfaces usable.

Food and Daily Meals

Direct plant evidence is stronger for the Yiluo region than for a complete diet at Erlitou itself. A survey of 26 sites found that foxtail millet remained the principal crop and broomcorn millet a smaller component. At the nearby Erlitou-period center of Huizui, foxtail millet made up about 80 percent of identified crop seeds and broomcorn millet about 8 percent. Rice occurred rarely and especially at larger settlements; soybean and occasional wheat were also recovered. Wheat did not become a significant regional crop until the succeeding Erligang period, between about 1600 and 1300 BCE. It should not be made a staple of a meal set at Erlitou around 1700 BCE.

These are charred seeds recovered from sampled floors, pits, ditches, and refuse, not a menu or a measure of portions. They securely identify crops but cannot show whether grain was eaten as porridge, steamed grains, cakes, or drink on a given day. The concentration of rare rice at larger Yiluo settlements has led to the suggestion that it had social value, but this remains an interpretation. Pottery for cooking, storage, serving, and pouring shows that food and liquid were processed in several ways; vessel form alone does not identify a recipe or its consumers.

Animal bones add another uneven line of evidence. Preliminary study at Huizui found pigs most frequently, followed by cattle, sheep or goats, and dogs. At Erlitou itself, pigs, cattle, sheep, goats, and dogs are attested, but bones from refuse, craft use, offerings, and burials need not represent ordinary meat consumption in the same proportions. Nor can their presence establish how often poorer residents ate meat. Higher-status graves and specialized vessels show unequal access to valued goods more directly than they reveal everyday servings.

Livestock also connected the settlement to a wider supply zone. A strontium-isotope study of tooth enamel from 17 Erlitou animals classified all five sampled sheep and one of two cattle as non-local relative to a baseline constructed from ten pigs. The sample is small and the pig-based baseline has limits, but it suggests that at least some herd animals reached Erlitou from different geological areas while pigs were more locally raised. Moving animals, grain, fuel, and water into a large center turned food provision into work extending beyond the cooking place and beyond the site's excavated boundary.

Work and Labor

Agriculture remained the basis of life even though spectacular urban finds make crafts more visible. Regional survey shows many small Erlitou-period settlements without evidence of specialized production, plausibly farming communities that supported themselves and contributed food or raw materials to larger centers. At Erlitou, harvesting and processing tools, storage features, crop remains, and animal bones point to cultivation and husbandry. The evidence does not reveal whether fields were held by households, institutions, or both, or whether deliveries were tribute, exchange, or some other obligation.

Craft work was distributed unevenly. Pottery, stone, and bone objects were made in household or small-production settings, while prestige production was concentrated close to the central precinct. The bronze foundry established south of that precinct in phase II has yielded ceramic molds, crucibles or foundry ladles, and metal waste. A walled workshop zone developed there. In phase III, an area of roughly 1,000 square meters within it is identified by turquoise offcuts; later phase IV deposits included a pit holding thousands of pieces marked by cutting, grinding, and drilling. The later pit cannot be treated as a snapshot of 1700 BCE, but it shows the mature sequence of a craft already represented by turquoise objects in phase II.

Bronze casting required several linked skills. Studies of Erlitou vessels and casting remains identify multi-part ceramic molds, careful alignment of mold sections, controlled pouring, and the repair of some casting faults by adding metal. The workshop produced tools and weapons as well as small, thin-walled vessels, including jue and he forms by phase III. Ore sources remain uncertain, and no surviving roster says how founders were recruited or rewarded. The workshop's enclosure and proximity to the central compounds make elite supervision plausible, but they do not demonstrate that all craft production was centrally controlled.

Large foundations, drainage, roads, graves, and workshops also depended on diggers, earth carriers, tampers, carpenters, fuel suppliers, haulers, cleaners, and food providers. These roles describe requirements of the surviving structures, not named occupations. Archaeology cannot assign them securely by sex or age, and it does not support a timetable in which each resident farmed by day and crafted at night. What it does show is interdependence: specialized work in the center could continue only while food, fuel, clay, timber, stone, and metal moved in from households and landscapes beyond it.

Social Structure

Erlitou society was unequal, and the clearest evidence lies in spatial access, architecture, and burial. The central compounds and enclosed prestige workshops stood apart from small peripheral houses. Grave furnishings range from none to about 20 surviving objects: pottery is most common, while only a minority of burials contain bronze vessels, jade, turquoise, lacquer, white pottery, proto-porcelain, ivory, or cowries. Organic offerings have usually disappeared, and grave wealth is not a complete measure of a person's standing, but the contrast is too marked to describe one uniform way of life.

A phase II burial in the courtyard of foundation 3 makes that concentration concrete. The adult male, estimated to have been 30–35 years old, was buried with bronzes, jades, lacquer, ceramics, and cowries. A bronze bell lay near one hand, and about 2,000 pieces of turquoise and jade formed a dragon-shaped object over the body, probably once fixed to a perishable backing. The burial demonstrates elite access to rare materials and highly skilled labor. It does not tell us that all residents shared the ritual, understood the object in the same way, or received comparable treatment in death.

How social groups were organized is less certain than the hierarchy itself. The sudden growth from phase I, the short use of burial clusters, and the spread of Erlitou material culture have been interpreted as evidence for migration and a population assembled from smaller groups. Other research interprets repeating residential-and-burial zones as kin-based neighborhoods. Either model would make cooperation beyond a single dwelling important, but neither supplies the undocumented details of marriage, inheritance, property, or household authority.

Skill did not necessarily equal autonomy. Bronze and turquoise workers had knowledge that was difficult to replace, yet their location beside an elite precinct may also indicate dependence on those who controlled access to rare raw materials and finished prestige goods. The record is silent on wages, markets, legal status, and slavery at Erlitou. It is equally unsafe to allocate food processing and textiles to women or construction and metallurgy to men without direct local evidence. Age and sex mattered in every population, but the surviving graves and tools do not yield a reliable Erlitou division of labor.

Tools and Technology

Erlitou's material technology was not simply “Bronze Age” in the sense of bronze replacing older materials. Pottery remained essential for heating, pouring, serving, and storage; stone and bone supplied many cutting, pounding, piercing, and agricultural implements; most wood, fiber, and basketry has disappeared. The relative rarity and restricted contexts of bronze made it socially distinctive. Ordinary work continued to rely on materials that were locally available, serviceable, and replaceable.

Bronze objects condensed a much larger technical system. Ceramic mold fragments and foundry vessels survive from a chain that also required models, mold clays, fuel, metal, controlled heating, assembly, pouring, cooling, and finishing. Analysis shows considerable variation in alloy composition rather than one fixed Erlitou “recipe.” Thin, even vessel walls and accurately aligned mold sections demonstrate control, while repaired faults reveal that a difficult casting could be salvaged rather than automatically discarded. Finished vessels therefore record both skilled success and practical responses to failure.

Infrastructure moved more material than any surviving bronze. Rammed-earth platforms required repeated deposition and compression of soil; roads channeled traffic; a wooden drainage installation served the phase II central compounds; pits held goods or refuse; and the wheel ruts preserve one episode of vehicle movement. These features do not prove a bureaucratic department, a universal drainage network, or routine cart transport. Together, however, they show labor coordinated across spaces larger than a household and maintenance needs that would recur after traffic and weather damaged earth-built surfaces.

Clothing and Materials

Clothing is one of the least recoverable parts of Erlitou life. Textiles, leather, wooden fasteners, and cord normally decay, while no contemporary image or text securely shows a local garment. Later Chinese dress and garments from distant Bronze Age societies cannot fill that gap. Hemp, ramie, silk, wool, hides, and fur were all possible materials in early China, but the evidence presently cited for Erlitou does not establish their relative use around 1700 BCE, still less tunics, leggings, footwear, or a common style.

Spinning, weaving, sewing, cleaning, and repair must have occurred somewhere in the economy because people used cloth and other flexible materials, yet the surviving evidence does not locate all of that work or identify its workers. Nor does it show a fixed household sequence from fiber preparation to finished garment. The most responsible reconstruction is therefore at the level of labor and preservation: clothing required repeated manufacture and care, but its fibers, cut, colors, seasonal layers, and distribution by status remain largely unknown.

Adornment survives better and again overrepresents elites. Turquoise and jade pieces, bronze bells and plaques, cowries, shell ornaments, ivory, and traces of lacquer occur in selected graves. The phase II dragon-shaped deposit is especially instructive: its mineral pieces survived while the support that held them did not. Such finds demonstrate access to rare materials and specialist work, not everyday jewelry for the whole population. Simpler ornaments may be archaeologically less visible, so absence from a poor grave is not proof that its occupant wore none.

Daily life at Erlitou around 1700 BCE joined a millet-farming region to an unusually large concentration of people, prestige workshops, elite compounds, and planned routes. Its best-known bronzes and rammed-earth foundations depended on less visible supplies of food, animals, fuel, timber, clay, stone, and labor. Archaeology can document that system and its inequalities more securely than it can recover a standard household, meal, garment, occupation, or “typical day.”

References

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