Daily life in Dadiwan and early Neolithic northwest China
A grounded look at Dadiwan’s earliest Neolithic community, c. 5900–5300 BCE, where millet cultivation accompanied hunting and gathering, with later Yangshao settlement as a comparison.
Dadiwan, in today’s Gansu Province, preserves a long sequence of occupation on the western Loess Plateau. It lies in Qin’an County beside the Qingshui River, a tributary of the Wei. This article focuses on its earliest Neolithic, or Dadiwan I, occupation, roughly 5900–5300 BCE; published estimates vary by about a century. Later occupations grew into a much larger Yangshao-period village, beginning around 4500 BCE. The long record lets archaeologists follow changes in food production, houses, pottery, and community organization, but does not establish uninterrupted village life: Barton and colleagues identify a substantial reduction or gap in occupation between the early and Yangshao settlements. “Daily life at Dadiwan” therefore changed over centuries rather than following one fixed pattern.
Housing and Living Spaces
Early residents lived in small, round or oval semi-subterranean houses set into the soil. Floors, hearths, and postholes mark compact spaces that could accommodate cooking, resting, and working; they do not identify individual sleeping places. Earth sheltered the lower part of the dwelling, while timber and other perishable materials probably formed the roof. Later Yangshao occupations included more numerous rectangular houses arranged around shared spaces. Keeping a dwelling usable required maintaining its covering, clearing smoke and ash, and protecting stored materials from dampness and accidental fire.
Lu and colleagues’ review of excavation reports describes the early Dadiwan houses as less than 10 square meters in area, with floors about 0.7–1 meter below ground level. Such small interiors suggest that some work took place outside, although floor size cannot tell us how many people shared a house. The river setting also matters: environmental studies describe nearby wet ground and periodic flooding, so the regional reputation for dryness should not obscure local moisture around homes and food stores.
Food and Daily Meals
Broomcorn millet was present early in the sequence, but the first cultivators were not wholly dependent on farming. Isotope studies and animal remains indicate a mixed economy in which gathered plants and hunted animals remained important. Deer bones provide direct evidence of the continuing use of wild game. Millet tolerates dry conditions, yet cultivation still demanded sowing, tending, harvesting, processing, and storage. A bowl of cooked grain represented seasonal labor, although the evidence does not establish an everyday millet meal for every resident.
A study by Jiajing Wang and colleagues examined starch residues inside five Dadiwan I cooking pots. Alongside millet-like starches, the researchers identified remains consistent with acorns, legumes, lily bulbs, and yam. These finds give substance to the otherwise vague category of “gathered plants”: food preparation involved several kinds of seeds, nuts, and underground plant parts. The small sample cannot establish their proportions in the diet or show that they were cooked together. Nor do starch shapes securely distinguish broomcorn from foxtail millet here; the latter’s early presence is less certain than the study’s abstract might suggest.
Dogs and pigs did not enter this food system in the same way. In Barton and colleagues’ 2009 isotope study, three of five early dogs had diets consistent with access to millet and animal protein through people, while two dogs and all four sampled early pigs had diets based on wild resources. Provisioning or scavenging around people is inferred, not directly observed. Later Yangshao samples show much stronger millet-linked diets in dogs and many pigs, though some pigs still foraged on wild foods. The distinction matters: early pig bones alone do not demonstrate routine household pig feeding.
Work and the Agricultural Year
Millet cultivation brought seasonal demands for planting, tending, harvesting, and storage. Hunting and plant collecting continued around those demands, and the earliest occupation may have involved movement between seasonal camps rather than year-round residence by every household. The fixed agricultural calendar fits the later Yangshao settlement more securely. Indoors and near houses, residents processed food, used and maintained stone tools, and cooked in pottery. Carrying water and collecting fuel were necessary parts of these activities, although their frequency and the division of labor are not recoverable. Children likely learned by accompanying older people and taking on manageable parts of these tasks, although archaeology cannot assign particular jobs confidently to men, women, or specific age groups.
Households and Community Life
The earliest scattered dwellings suggest small groups whose households may have been basic units of production. In the later Yangshao settlement, a surrounding ditch, houses around a central open area, and a separate cemetery reveal more formal organization of space. These are later arrangements, not a plan of the first Dadiwan community. Cooperation would have helped with building and maintaining shared spaces, but the layout does not reveal who allocated work or controlled food stores. Differences among later buildings may indicate changing social roles; a larger building need not simply represent a wealthier family. Kinship, neighborhood ties, marriage, hospitality, and ritual could have connected residents, but particular household relationships remain uncertain.
Tools, Pottery, and Storage
Stone blades and flakes served as cutting edges, while ground stone tools and grinding equipment supported food processing. Grinding alone does not identify a cultivated crop: wild plant foods also required preparation. Wooden digging tools, baskets, and cordage are plausible additions to this toolkit, but should not be treated as a securely recovered inventory of the earliest houses. Early pottery included cord-marked vessels and bowls with a red painted band at the rim. The five vessels in Wang and colleagues’ residue study were sand-tempered, jar-shaped tripods, or guanxingding; their deep bodies, open mouths, and occasional exterior burning support their interpretation as cooking pots. Pottery made it easier to heat foods in liquid and to contain provisions. Making it involved choosing clay, adding temper, building a vessel by hand, drying it carefully, and managing a firing. Pits may have held stores before receiving refuse, but a pit’s final contents do not necessarily reveal its original use.
Clothing and Personal Materials
Organic clothing rarely survives, so reconstructions remain cautious. Hides and plant fibers could have supplied clothing, cords, and bags, but the evidence used here does not establish particular garments, weaving methods, or fiber species for Dadiwan I. Awls and other pointed tools could prepare and fasten flexible materials without identifying a specific garment. Clothing would have needed to accommodate seasonal weather and daily labor; repair is plausible rather than a documented local custom. Decorated pottery shows aesthetic choices, but its designs cannot by themselves identify a wearer’s or household’s social identity.
How We Know
Archaeologists combine house plans, hearths, pits, pottery, tools, charred seeds, animal bones, radiocarbon dates, and chemical analysis of human and animal remains. This evidence is strong for broad changes in diet and settlement, but less exact about recipes, family relationships, beliefs, or the ownership of individual objects. Bone isotopes reflect dietary intake over years, not a particular meal; the 2009 study’s human samples are Yangshao, so the early dogs provide indirect evidence about people’s food use. Dadiwan is especially valuable because cultivation and village living became more important through time while hunting and gathering persisted.
Dating the food itself can change the interpretation. Li and colleagues’ 2026 study reports direct radiocarbon dates from 29 charred millet samples, with the earliest around 7900 years before present, approximately 5950 BCE. Many dates differed from the assumed ages of their excavation layers, warning against dating a seed only by where it was found. Archaeological “cal BP” counts calibrated years before 1950, not before today. Researchers also disagree over how much early cultivation developed locally or arrived through contacts and migration; Dadiwan should not be presented as an isolated, proven birthplace of millet farming.
Sources and Further Reading
- Barton, Loukas, et al. (2009). Agricultural origins and the isotopic identity of domestication in northern China. Proceedings of the National Academy of Sciences 106(14): 5523–5528. doi:10.1073/pnas.0809960106.
- Bettinger, Robert L., et al. (2010). The Transition to Agriculture at Dadiwan, People’s Republic of China. Current Anthropology 51(5): 703–714. doi:10.1086/655982.
- Wang, Jiajing, Xueye Zhao, Hui Wang, and Li Liu (2019; first published online 2018). Plant exploitation of the first farmers in Northwest China: Microbotanical evidence from Dadiwan. Quaternary International 529: 3–9. doi:10.1016/j.quaint.2018.10.019. Author-uploaded full text.
- Lu, Peng, et al. (2021). Shifting Patterns of House Structures during the Neolithic-Bronze Age in the Yellow River Basin: An Environmental Perspective. Land 10(6): 574, especially section 2.2. doi:10.3390/land10060574.
- Cohen, David Joel (2011). The Beginnings of Agriculture in China: A Multiregional View. Current Anthropology 52(S4): S273–S293, especially “Dadiwan and the Highlands.” doi:10.1086/659965.
- Li, Haiming, et al. (2026). Multiple waves of westward dry-land agriculture expansions along the East Silk Road during the Neolithic age. Fundamental Research 6(3): 1321–1331. doi:10.1016/j.fmre.2025.12.013. Abstract consulted for the direct-dating findings.