First Agrarian Societies

Lesson Orientation

For most of human history, people obtained food directly from naturally occurring plants, animals, rivers, lakes, forests, grasslands, and other environments. During the early Holocene, however, some communities in what is now China began changing the way they interacted with important food resources.

People did not suddenly abandon hunting and gathering and become full-time farmers. Instead, cultivation developed through a long process of experimentation, plant management, harvesting, processing, storage, selection, and increasingly deliberate food production.

Different agricultural traditions emerged in different regions. Communities in northern China increasingly cultivated millets, while communities in the Yangtze regions developed increasingly intensive relationships with rice.

These developments transformed the relationship between humans and their environments. Instead of relying only upon resources produced by nature, some communities increasingly participated in producing, managing, and reshaping the biological resources upon which they depended.

This transition created one of the fundamental foundations of later Chinese civilization: reliable systems of food production capable of supporting increasingly permanent and populous communities.

Learning Objectives

After completing this lesson, the learner should be able to:

• Explain what is meant by an agrarian society.
• Distinguish among foraging, cultivation, domestication, and agriculture.
• Explain why the transition toward agriculture was gradual rather than a single event.
• Describe the development of millet-centered food production in northern China.
• Describe the development of rice cultivation in the Yangtze regions.
• Explain why early agricultural societies often continued hunting, gathering, fishing, and collecting wild plants.
• Identify archaeological evidence used to reconstruct early agriculture.
• Explain how food production contributed to increasingly permanent settlement and the development of village societies.

What Is an Agrarian Society?

An agrarian society is a society in which the deliberate production of food through cultivation, farming, or animal management becomes an important part of subsistence.

This definition does not require every person to be a farmer, nor does it mean that hunting and gathering disappear. Early agrarian societies often combined cultivated foods with wild plants, hunted animals, fish, shellfish, nuts, fruits, and other naturally available resources.

The term is therefore useful for describing communities in transition. Food production could become increasingly important long before a society depended entirely upon agriculture.

A Process, Not a Single Moment

There was no morning on which prehistoric communities simply stopped being hunter-gatherers and became farmers.

Instead, the transition involved many possible stages:

gathering → plant management → cultivation → selection → domestication → increasingly intensive agriculture

These stages could overlap for hundreds or thousands of years. Different communities also moved through them at different rates.

From Foraging to Food Production

Paleolithic peoples already possessed extensive knowledge of edible plants and animals. They knew where useful species grew, when particular foods became available, how they could be collected, and how they could be processed.

Agricultural development built upon this accumulated ecological knowledge.

Communities could begin altering the environments in which useful plants grew. They could clear competing vegetation, protect favored plants, collect seeds, move seeds to new locations, disturb soil, sow selected plants, harvest them repeatedly, and store food for later use.

Once humans began repeatedly selecting and reproducing particular plants, they also created new evolutionary pressures. Plants possessing characteristics useful to humans could reproduce more successfully within cultivated environments.

Agriculture therefore developed through both human cultural change and biological change in domesticated species.

Different Regional Pathways

Early agriculture in China did not originate from a single crop, a single community, or one agricultural center.

Two especially important agricultural traditions developed in different ecological regions:

• Northern China developed important dryland farming traditions centered increasingly upon millet.
• The Yangtze regions became major centers for the cultivation and eventual domestication of rice.

These differences reflected environmental conditions as well as human choices. Millet is well suited to many northern dryland environments, while rice became especially important within the wetter landscapes of the Yangtze basin and surrounding regions.

These traditions later spread, interacted, and combined with additional crops and subsistence systems.

Early Chinese agriculture should therefore be understood as multiregional.

Millet and Northern China

Northern China became one of the world's important centers of early cereal domestication.

Two crops became particularly important:

• Broomcorn millet (Panicum miliaceum)
• Foxtail millet (Setaria italica)

Before domestication, northern communities collected and processed wild grasses and other plant foods. Archaeological evidence suggests a long transition in which increasingly intensive use of millet and related grasses eventually developed into cultivation and farming.

Early Holocene sites such as Nanzhuangtou and Donghulin provide evidence for changing relationships with plant resources among communities that were becoming less mobile.

By later early-Neolithic periods, sites such as Cishan demonstrate that systematic millet production and storage had become important components of some northern economies.

Why Millet?

Millet offered several advantages within northern environments. It can grow within relatively dry conditions, matures quickly, produces seeds that can be stored, and can provide dependable food when cultivated successfully.

The increasing importance of millet was therefore connected to both environmental opportunity and accumulated human knowledge about useful grasses.

Rice and the Yangtze Regions

While millet became increasingly important in northern China, communities in the middle and lower Yangtze regions developed increasingly intensive relationships with wild rice.

Wild rice grew naturally in suitable wetland environments. Human communities could collect it as part of broader subsistence systems that also included nuts, aquatic resources, animals, and other plants.

Over time, some communities began cultivating rice. Continued planting, harvesting, and selection gradually changed rice populations.

Archaeological evidence from the lower Yangtze indicates that this was a prolonged process. Early assemblages may contain combinations of wild, transitional, and increasingly domesticated forms rather than an immediate replacement of wild rice by a fully domesticated crop.

This long transformation eventually contributed to the development of rice agriculture, one of the most important food-production systems in the history of East Asia.

Cultivation and Domestication Are Not the Same Thing

One of the most important distinctions in the archaeology of agriculture is the difference between cultivation and domestication.

Cultivation

Cultivation refers to deliberate human activities intended to encourage or produce plants. People can plant and tend a species even while that plant remains biologically similar to its wild ancestors.

Domestication

Domestication involves inherited biological changes that develop within plants or animals through sustained relationships with humans and selection across generations.

In cereal crops, archaeologists may examine characteristics such as seed size, grain morphology, or whether mature seeds remain attached to the plant rather than dispersing naturally.

This distinction means that archaeologists can find evidence that people were cultivating a plant before they can demonstrate that the plant had become fully domesticated.

The origin of agriculture is therefore better understood as a domestication process rather than a single date.

Agriculture Did Not Replace Foraging Immediately

Early food-producing communities generally did not depend upon one crop alone.

Cultivated plants could exist within a much broader economy that still included:

• hunting;
• fishing;
• collecting shellfish;
• gathering nuts and fruits;
• collecting wild plants;
• using wetland resources;
• managing animals;
• seasonal movement.

This combination is sometimes described as a mixed subsistence economy.

Such economies reduced the risks associated with depending completely upon a new crop. If a cultivated harvest failed, wild resources could remain important.

Agriculture therefore became dominant gradually and unevenly.

Food Processing and Storage

Producing cereal crops created new technological requirements. Harvested grains needed to be collected, processed, cooked, protected, and often stored.

Archaeological sites associated with increasingly intensive plant use may contain:

• grinding stones;
• stone tools associated with plant processing;
• pottery vessels;
• storage pits;
• charred seeds and grains;
• plant residues;
• food-processing areas.

Storage was especially significant. Stored food allowed communities to preserve part of one harvest for future consumption and potentially retain seed for later planting.

Stored food could also support people during seasons when fresh resources were less abundant.

Food production was therefore not simply about growing plants. It required increasingly complex systems of production, processing, storage, and consumption.

Case Study: Cishan

The Cishan site in Hebei provides important evidence for the development of millet-based food production in northern China.

Archaeologists discovered numerous storage pits, grinding equipment, plant remains, and other evidence associated with the processing and storage of millet.

Research indicates that systematic millet farming was established at Cishan by approximately 8,000 to 7,500 years ago.

Broomcorn millet appears to have been especially important during the early phases represented at the site.

Why Cishan Matters

Cishan demonstrates that early agriculture involved more than simply discovering edible plants.

Large-scale food production required communities to organize the planting, harvesting, processing, movement, and storage of substantial quantities of grain.

The site therefore provides evidence of an increasingly systematic relationship between communities and cultivated cereals.

Case Study: Shangshan and Huxi

Sites associated with the Shangshan cultural tradition in the lower Yangtze region provide important evidence concerning the early history of rice cultivation.

At Shangshan, rice remains and rice husks incorporated into pottery have contributed to debates concerning the earliest stages of human management and cultivation of rice.

Evidence from Huxi, dating to approximately 9,000 to 8,400 years ago, includes rice spikelet bases representing wild, intermediate, and domesticated characteristics.

This mixture is especially valuable because it demonstrates that domestication was occurring gradually.

Why Huxi Matters

If an archaeological assemblage contains wild, intermediate, and domesticated characteristics together, the evidence does not describe an instantaneous agricultural revolution.

Instead, it records a population of plants changing while humans were cultivating, harvesting, and selecting them.

Huxi therefore provides a window into domestication in progress.

How Do We Know?

Early agriculture predates written historical records. Archaeologists therefore reconstruct agricultural development through physical and biological evidence.

Charred Seeds and Grains

Plant remains can survive when they are carbonized by fire. Their size, shape, species, archaeological context, and changes through time can provide evidence about plant use and domestication.

Spikelet Bases

The base of a cereal spikelet can preserve evidence concerning how a grain separated from the plant. This can help researchers distinguish naturally dispersing wild cereals from forms increasingly adapted to human harvesting.

Phytoliths

Phytoliths are microscopic mineral structures formed within plants. They can survive after other plant material has decayed and may help researchers identify plant species and changes associated with cultivation.

Starch Grains

Microscopic starch residues can survive on grinding stones, pottery, and other artifacts. These residues can provide evidence concerning which plants people processed and consumed.

Grinding Equipment

Grinding stones and related tools can indicate intensive processing of seeds and other plant foods. However, grinding equipment alone does not prove agriculture because hunter-gatherers also processed wild plants.

Storage Features

Storage pits can demonstrate that communities were accumulating food for later use. When storage features occur together with substantial quantities of cultivated crops, they can provide important evidence for increasingly organized food production.

Stable Isotopes

Chemical signatures preserved in human and animal remains can sometimes help researchers reconstruct diet. In northern China, isotope analysis can be particularly useful for investigating increasing dietary reliance upon millet.

Think Like a Historian

Imagine that archaeologists discover grinding stones and wild cereal remains at a prehistoric site.

Does this evidence prove that the inhabitants were farmers?

Not necessarily.

Hunter-gatherers could collect and grind wild plants. Grinding stones therefore demonstrate plant processing, but they do not by themselves demonstrate cultivation or domestication.

A stronger argument for agriculture might combine several kinds of evidence:

• plant remains showing domestication traits;
• evidence of repeated cultivation;
• agricultural or harvesting tools;
• storage facilities;
• dietary evidence;
• changes in settlement;
• increasing quantities of cultivated crops over time.

Archaeologists therefore build historical interpretations from multiple lines of evidence.

The important historical question is not simply: Was this plant present?

Researchers must ask: What relationship existed between the people and the plant?

Historical Significance

The development of agriculture transformed human history because it changed the relationship between population, land, labor, and food.

Food production could make increasingly permanent settlement possible. Cultivated landscapes could support larger populations, while stored harvests could provide food beyond the immediate season in which it was produced.

Agriculture also required work. Land had to be managed, crops planted, harvests collected, food processed, and stored resources protected.

Over the long term, these activities contributed to new forms of cooperation, household organization, territorial attachment, exchange, property relationships, social differentiation, and political organization.

The importance of the first agrarian societies therefore extends far beyond food.

They began transforming the basic organization of human communities.

Transition Toward Village Societies

Agriculture and permanent settlement were closely related, but the relationship was not identical everywhere.

Some hunter-gatherer communities could become relatively sedentary before depending heavily upon agriculture. Other communities increased food production while retaining seasonal mobility.

Over time, however, cultivation created strong incentives for people to remain near fields, stored food, water sources, houses, tools, and productive landscapes.

Permanent residence also made more intensive cultivation possible. Communities living near their fields could invest more labor in planting, tending, harvesting, processing, and storing crops.

The relationship therefore worked in both directions:

food production ↔ increasing sedentism

As these relationships intensified, increasingly permanent communities emerged.

The next stage in this course examines the development of China's First Villages .

Key Takeaways

1. Agriculture developed gradually from earlier knowledge and use of wild plants and animals.
2. Cultivation and domestication are related but different processes.
3. A plant can be cultivated before it becomes biologically domesticated.
4. Northern China became an important center of millet cultivation and domestication.
5. Yangtze-region communities developed increasingly intensive systems of rice cultivation.
6. Early Chinese agriculture was multiregional rather than the product of a single agricultural center.
7. Farming did not immediately replace hunting, gathering, fishing, and other forms of foraging.
8. Archaeologists reconstruct early agriculture using plant remains, phytoliths, starch grains, tools, storage facilities, isotopes, and other evidence.
9. Cishan provides important evidence for increasingly systematic millet production and storage in northern China.
10. Shangshan and Huxi help document the long process through which rice cultivation developed toward domestication.
11. Agriculture and increasingly permanent settlement reinforced one another.
12. The growth of food production helped create the conditions for the development of permanent village societies.

Key Terms

Agrarian Society

A society in which deliberate food production through cultivation, farming, or animal management forms an important part of subsistence.

Agriculture

The organized production of food through the cultivation of plants, management of animals, or related systems of food production.

Cultivation

Deliberate human activity intended to encourage, plant, tend, or harvest useful plants.

Domestication

Inherited biological change in a plant or animal population resulting from sustained relationships with humans and selection across generations.

Millet

A group of small-seeded grasses. Broomcorn millet and foxtail millet became major crops in prehistoric northern China.

Broomcorn Millet

Panicum miliaceum, an important early dryland crop cultivated in northern China.

Foxtail Millet

Setaria italica, another major millet crop domesticated in northern China.

Rice

A cereal crop whose Asian domesticated form, Oryza sativa, developed through long-term cultivation and selection, with the Yangtze regions playing a major role in its early history.

Mixed Subsistence

An economy combining food production with hunting, gathering, fishing, or other forms of resource acquisition.

Archaeobotany

The study of plant remains from archaeological contexts in order to reconstruct past environments, diets, cultivation, and agriculture.

Phytolith

A microscopic mineral structure formed within plant tissue that can survive after the plant itself has decayed.

Spikelet Base

The portion of a cereal spikelet whose form can provide evidence about how seeds detached from the plant and therefore help researchers study domestication.

Sedentism

A pattern of living in one location for long periods or permanently rather than moving frequently between settlements.

Check Your Understanding

Answer the following questions based on the concepts presented in the lesson. The questions emphasize historical understanding rather than simple memorization.

Continue the Story

Cultivation and food production increasingly tied communities to productive landscapes, fields, storage facilities, water sources, and recurring places of residence.

These developments helped create increasingly permanent settlements in which houses, storage areas, communal spaces, cemeteries, technologies, and social relationships could accumulate across generations.

• Next Lesson: First Villages

  Examine the development of increasingly permanent settlements, households, storage systems, community organization, and village life in Neolithic China.

Further Study

The following scholarly resources provide additional information about the origins of agriculture, rice cultivation, millet production, and domestication in prehistoric China.

• Scientific Reports — Critical Role of Climate Change in Plant Selection and Millet Domestication in North China
• Scientific Reports — Rice Domestication Revealed by Reduced Shattering of Archaeological Rice from the Lower Yangtze Valley
• npj Heritage Science — Regional Variation in Rice Domestication Pathways in the Prehistoric Lower Yangtze
• Cambridge World History — Early Agriculture in China
• Metropolitan Museum of Art — Neolithic Period in China