Reconstruction
Between about 7100 and 5950 BCE, generations of farmers built, occupied and repeatedly rebuilt Çatalhöyük on the Konya Plain of central Anatolia. At its height, thousands of people lived in closely packed mud-brick houses entered through their roofs. Cooking, craftwork, storage, sleeping and burial all occurred within or beside these buildings. The settlement demonstrates the productive strength of farming, but human remains also record its biological costs: exposure to waste and animals, demanding labor, carbohydrate-rich food and the pressures of unusually dense permanent settlement.
Food production combined cultivated plants, herded animals and gathered resources. Archaeobotanical remains are dominated by wheat and barley, accompanied by lentils, peas and chickpeas; residents also collected acorns, pistachios, almond or plum relatives, sedge tubers and other wild plants. Sheep, with fewer goats, dominated the domestic animal economy, although hunting, fishing and cattle use continued. Households cleaned, winnowed, stored and ground crops. Microscopic study of charred food fragments supports the preparation of dough or bread-like cereal foods throughout the occupation, while porridge-like remains became more prominent after about 6400 BCE as pottery use expanded. These identifications are evidence-based analogies with experimental foods, not recovered recipes.
Teeth and bones reveal a complex health record rather than a simple collapse. Dental-caries prevalence was elevated in adults of both sexes, consistent with sustained consumption of fermentable plant carbohydrates. Almost all individuals whose permanent canines could be assessed had linear enamel hypoplasias, nonspecific signs that childhood growth was repeatedly interrupted by illness, nutritional stress or both. Yet average stature and childhood growth patterns remained broadly normal, indicating that food and care were often sufficient for recovery. Tibial bone reactions associated with inflammation or infection affected about 33 percent of assessed individuals in the Early period, 26 percent in the Middle period and 19 percent in the Late period. Whipworm eggs identified in two human coprolites provide direct evidence of intestinal parasitism, although they cannot establish community-wide prevalence.
Farming also altered work and social life. Skeletal biomechanics indicate increasing workload and mobility, plausibly connected partly with more distant herding and resource acquisition. Healed cranial injuries document interpersonal violence, but attributing every injury—or the settlement’s eventual dispersal—to crowding would exceed the evidence.
Çatalhöyük therefore anchors a recurring historical trade-off. Agricultural storage and dependable staples could support population growth and long-lived communities, while concentrated people, livestock, refuse and starch-rich diets created new pathways to infection, dental disease and physiological stress. Modern bread, porridge and pulse dishes are not direct survivals of specific Çatalhöyük recipes, but they remain recognizable products of the grain-and-legume food system consolidated by early farming societies.
Historical context
Çatalhöyük covered roughly 13.5 hectares and may have housed approximately 3,500–8,000 people, although population estimates remain debated. Its roof-accessed houses formed an exceptionally dense settlement without streets, palaces, writing or a clearly identified ruling quarter. The surrounding riverine plain offered wetlands as well as cultivable ground, while exchange networks brought Cappadocian obsidian and other non-local materials over hundreds of kilometres. Farming and herding had already developed elsewhere in Southwest Asia, but Çatalhöyük shows how these practices supported an unusually large, enduring community in central Anatolia.
Evidence
Archaeological
StrongStratified houses, middens, storage areas, ovens, grinding equipment, animal pens, burials and a large human skeletal assemblage directly document dense settlement, domestic production and changing lifeways.
Archaeobotanical
StrongMacrobotanical remains, starches and phytoliths directly support the use and processing of wheat, barley, pulses and diverse wild plants.
Zooarchaeological
StrongA large faunal assemblage demonstrates the importance of domestic caprines, especially sheep, alongside cattle, hunted animals and fish.
Residue chemical
ModerateStable-isotope evidence informs long-term human and animal diets, while fecal biomarkers and parasite eggs identify human coprolites and directly demonstrate whipworm infection in at least one, and possibly two, people.
Food identification
ProbableCereal, pulse and other plant ingredients are strongly identified, but labels such as bread-like, dough-like and porridge-like derive from comparison of charred microstructures with experimental foods rather than preserved complete dishes.
Dating
StrongStratigraphy and radiocarbon-based chronological modeling support occupation of the Neolithic East Mound from approximately 7100 to 5950/6000 BCE, depending on chronological convention.
Preparation method
ProbableGrinding wear, plant residues, crop-processing debris and charred food structures support cleaning, grinding and cooking cereals and pulses; exact recipes, seasoning and serving practices are not recoverable.
Geographic attribution
StrongThe excavated site is securely located on the Konya Plain in present-day Türkiye.
Historical interpretation
ModerateDental caries, enamel defects, skeletal lesions, biomechanics and trauma support significant health and labor burdens, but their causes were multifactorial. Crowding, diet, infection and workload are contextual interpretations rather than diagnoses for every individual.
Sources
- 1.Clark Spencer Larsen, Christopher J. Knüsel, Scott D. Haddow, et al. (2019). Bioarchaeology of Neolithic Çatalhöyük reveals fundamental transitions in health, mobility, and lifestyle in early farmers. Proceedings of the National Academy of Sciences of the United States of America 116(26): 12615–12623. doi:10.1073/pnas.1904345116Scientific literature
- 2.Lara González Carretero, Michèle Wollstonecroft, and Dorian Q. Fuller (2017). A methodological approach to the study of archaeological cereal meals: a case study at Çatalhöyük East (Turkey). Vegetation History and Archaeobotany 26: 415–432. doi:10.1007/s00334-017-0602-6Scientific literature
- 3.Carmen Gloria Santiago-Marrero, Christina Tsoraki, Carla Lancelotti, and Marco Madella (2021). A microbotanical and microwear perspective to plant processing activities and foodways at Neolithic Çatalhöyük. PLOS ONE 16(6): e0252312. doi:10.1371/journal.pone.0252312Scientific literature
- 4.Jessica A. Pearson, Amy Bogaard, Mike Charles, et al. (2015). Stable carbon and nitrogen isotope analysis at Neolithic Çatalhöyük: evidence for human and animal diet and their relationship to households. Journal of Archaeological Science 57: 69–79. doi:10.1016/j.jas.2015.01.007Scientific literature
- 5.Marissa L. Ledger, Evilena Anastasiou, Lisa-Marie Shillito, et al. (2019). Parasite infection at the early farming community of Çatalhöyük. Antiquity 93(369): 573–587. doi:10.15184/aqy.2019.61Scientific literature
- 6.Amaia Arranz-Otaegui, Lara González Carretero, Monica N. Ramsey, et al. (2018). Archaeobotanical evidence reveals the origins of bread 14,400 years ago in northeastern Jordan. Proceedings of the National Academy of Sciences of the United States of America 115(31): 7925–7930. doi:10.1073/pnas.1801071115Scientific literature
Limitations
- moderatedescription
The wording may imply that skeletal infection rose steadily as settlement density intensified. In the principal bioarchaeological study, tibial subperiosteal reactions instead declined from approximately 33% in the Early period to 26% in the Middle and 19% in the Late period. Health outcomes were mixed: caries and childhood enamel defects were common, but stature and overall growth remained broadly normal.
