Village farming settlements take root in what is now Iran

Story: 8000 B.C.E.  |  Last updated: January 7, 0001

Around 8000 B.C.E., something extraordinary was unfolding in the mountain valleys and foothills of the Zagros range. People who had spent tens of thousands of years following game and gathering wild plants were beginning to stay put — planting seeds, tending animals, and building permanent homes. Village farming in Iran had begun, and it would quietly reshape the human world.

Key findings

• Village farming Iran: Archaeological sites including Ganj Dareh, Ali Kosh, and Gūrān in the western Zagros Mountains show evidence of fully developed farming communities dating to the 8th and 7th millennia B.C.E.
• Plant and animal domestication: Excavations at these sites reveal the gradual taming of wild grasses into cultivated crops and the herding of animals — among the earliest such evidence anywhere in the Old World.
• Sedentary settlement patterns: The shift from mobile hunting and gathering to year-round village life represents one of the most consequential behavioral transitions in human prehistory, traceable here in soil layers and stone tools.

Deep roots in the Zagros Mountains

The story begins well before the villages themselves. Humans had lived on the Iranian plateau since at least 100,000 B.C.E., moving in small bands through a sparsely settled world. By around 12,000 to 10,000 B.C.E., a tool tradition called the Zarzian marks the late Paleolithic in this region — the last chapter before everything changed.

The early Neolithic in western Iran, sometimes called the Mesolithic or Middle Stone Age transition, shows the first tentative experiments with a different way of living. Sites like Āsīāb, Gūrān, Ganj Dareh, and Ali Kosh contain evidence of early domestication attempts — not yet systematic farming, but a slow, generational process of learning which plants responded to cultivation and which animals could be kept.

What followed was a decisive shift. By 8000 B.C.E., the experimentation had matured into something recognizable as village farming. The Britannica account of ancient Iran describes this as “fully developed village farming” at key Zagros sites — a phrase that captures both the scale and the permanence of what had changed.

What the villages actually looked like

These were not cities. They were small, closely knit communities — probably measured in dozens of families rather than thousands of people. But they were built to last. Mud-brick or stone structures replaced the temporary shelters of nomadic life. Storage pits and communal areas suggest organized food management across seasons.

The Zagros sites straddle what is today the Iran–Iraq border. Jarmo, one of the most studied early farming villages in the world, sits in the Kurdish highlands of modern Iraq. Ganj Dareh and Ali Kosh lie in modern Iran. This matters: the revolution in village farming was not a single-country story. It was a regional phenomenon, unfolding across an interconnected landscape of valleys, passes, and river systems where communities almost certainly exchanged seeds, animals, techniques, and people.

Australian archaeologist V. Gordon Childe famously called this shift the “Neolithic revolution” — a term that has stuck precisely because it captures the scale of change, even if the pace was slow. This was not an invention made by one person or one group. It was a discovery made by many, in many places, over many generations.

Iran as part of the wider Neolithic world

The Iranian plateau did not develop in isolation. By approximately 6000 B.C.E., village farming had spread across much of the plateau and into lowland Khūzestān. Sites like Tepe Sialk on the rim of the central salt desert and Tepe Yahya in the southeast show sophisticated agricultural patterns with cultural connections reaching into Afghanistan, Baluchistan, Central Asia, and Mesopotamia.

This network matters. The spread of village farming was not simply the export of one culture’s innovation. It was a circulation of ideas and organisms — domesticated wheat, barley, sheep, goats — moving through trade routes and kinship ties across a vast and varied region. The Iranian plateau sat near the center of that web.

The broader Middle East, including what is now Iran, Iraq, Syria, and Turkey, is recognized by archaeologists as one of the earliest regions in the Old World to undergo this transition. The genetic and archaeological record increasingly shows that multiple populations, including early Iranian farmers, contributed to the spread of agriculture into Europe and South Asia — making this moment not just regional history but a root of global human development.

Lasting impact

The emergence of village farming in the Zagros region set in motion changes that would take millennia to fully unfold. Permanent settlements created conditions for population growth, surplus food, craft specialization, and eventually the complex societies that built Mesopotamian civilization next door.

Early Iranian farming communities were part of a genetic and cultural lineage that researchers now trace across Eurasia. Studies of ancient DNA from Iranian Neolithic sites show that early Iranian farmers were genetically distinct from early Anatolian and Levantine farmers — meaning agriculture arose, at least partly, from separate populations who arrived at similar solutions independently. This is one of the most striking findings in recent prehistoric research: humanity’s greatest early revolution happened more than once, in more than one place.

The villages of 8000 B.C.E. Iran did not know they were changing the world. They were solving immediate problems — feeding families through winter, managing herds, raising children in one place. The long-term consequences were not planned. They were the accumulated effect of millions of small decisions, made over hundreds of generations, by people whose names we will never know.

Blindspots and limits

Archaeological study of prehistoric Iran was dramatically curtailed after 1979 C.E., leaving significant gaps in the record that scholars have not been able to fill. Many sites remain unexcavated, and the full geographic and cultural diversity of early Iranian village farming is almost certainly richer than the current evidence shows. The transition to sedentary life also carried costs that the soil layers cannot fully reveal — new infectious diseases, increased social inequality, and the erosion of the ecological knowledge that mobile forager communities had accumulated over tens of thousands of years.

Read more

For more on this story, see: Britannica — Ancient Iran

For more from Good News for Humankind, see:

• Indigenous land rights win: 160 million hectares secured at COP30
• Ghana establishes marine protected area at Cape Three Points
• The Good News for Humankind archive on prehistory

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