Key dates
- c. 5400–4900 BCECultivated flax occurs in Linearbandkeramik settlements north of the Alps.3
- 3917–3902 BCEHornstaad-Hörnle IA provides a rich assemblage of fibre objects made from different materials.7
- 3482–3102 BCEThe 95% probability radiocarbon interval for the linen Tarkhan Dress.9
- c. 3400–2400 BCESeeds in southwestern German settlements differ from earlier assemblages, prompting a hypothesis of a change in cultivated type.2
- Third millennium BCEEgyptian flax capsules show characteristics interpreted as evidence for a fibre type.6
From wild resources to a cultivated plant
Cultivated flax, Linum usitatissimum, descends from pale flax, Linum bienne. Using wild fibres differs from growing a crop. In 2009, researchers described fibres from the Palaeolithic cave of Dzudzuana in Georgia as wild flax dating back approximately 30,000 years. A subsequent scientific comment questioned whether the microscopic characteristics used were sufficient for that identification. Even accepting the original interpretation would not turn these finds into evidence of flax fields or deliberate crop management.
Neolithic evidence belongs to a different context: seeds of cultivated flax occur in farming settlements in Southwest Asia and subsequently Europe. Sowing made it possible to renew supplies and retain planting material for another season. In practical terms, producers could relate their requirements to an area under cultivation instead of depending entirely on the availability of wild plants. This need not have ended the collection of other fibres. A household could grow flax while obtaining other fibres from surrounding trees.10113
Seeds and stems encouraged different kinds of selection
Flax can be grown for oil, fibre or both. Seed production favours a different balance of stems, branches and capsules from the production of long fibres. Modern fibre types have long stems with limited branching, whereas oilseed types produce more or larger seeds. These modern categories should not be projected unchanged into the Neolithic. Earlier populations could combine characteristics that later breeding separated more sharply, and farmers might favour a compromise between several uses rather than a single specialised product.
A study of the sad2 locus published in 2012 supported early selection associated with oil, before the establishment of some other domestication traits. Genome-wide research published in 2025 revealed complex relationships and mixing among flax lineages. Neither result establishes a simple progression from exclusively food to exclusively cloth. Early fibre objects leave room for overlapping uses. Estimates of genetic divergence also depend on modelling assumptions: they describe relationships between populations and cannot replace the archaeological date of a particular seed or textile.456
Why lakeside settlements preserve a production sequence
Thread and stems readily disappear in ordinary soils. Wet deposits with restricted oxygen can preserve organic materials that have decomposed elsewhere. Alpine wetland and lakeshore settlements consequently offer unusually detailed evidence of farming and daily work. The selected sites inscribed by UNESCO cover approximately 5000–500 BCE, a much longer period than the particular development of linen production considered here. Preserved construction timbers also allow dendrochronology to date some settlement episodes with exceptional precision.
Maier and Schlichtherle’s synthesis drew on investigations in 53 settlement areas in southern Germany. It combined flax remains, finished products and relevant tools to examine the changing importance of the crop. Seeds register harvested material, waste can reveal processing, and surviving thread demonstrates the preparation of useful fibre. Together they reveal which stages of production occurred within a settlement.81
A change recorded in the size of seeds
Measurements of flax seeds from 32 wetland settlements in southwestern Germany identified a difference between assemblages dating to approximately 4000–3400 and 3400–2400 BCE. Herbig and Maier linked this shift, alongside increasing flax cultivation, to the possible introduction of a different type, perhaps better suited to fibre production. This is an interpretation of a pattern, rather than identification of a named variety. A small seed on its own cannot establish the precise purpose for which every crop was grown.
The economic significance becomes clearer when considered as a household decision. Some seed had to be retained for reproduction rather than consuming the entire harvest. If stems became more important, success could no longer be judged solely by the amount of seed produced. A cultivated plot was also a source of craft material. Textile production therefore depended on repeated harvests and on maintaining useful plant characteristics across seasons. The connection runs from cultivation choices to the properties of the eventual object; it is a history of agriculture as well as of weaving.25
From stem to yarn: the work contained in cloth
Flax fibres lie towards the outside of the stem and must be separated from surrounding tissues. Retting encourages the breakdown of binding substances, including pectins. Mechanical processing then removes woody material, while combing aligns and cleans the fibres. Insufficient separation makes cleaning difficult; excessive decomposition damages the desired material. This biological mechanism helps explain the challenge faced by early producers. It does not establish that every Neolithic settlement followed an identical retting method or left stems in water for the same length of time.
Prepared fibre could become thread and then be twisted, knotted or woven into different products. The sequence matters economically: a successful harvest was not yet a finished material, and a processing failure could diminish the value of earlier work in the field. Fibre production connected the seasonal rhythm of plants with tasks extending beyond harvest. Waste is therefore as informative as an elaborate finished object, because it can reveal where raw material was transformed. The amount of labour embodied in cloth begins well before a thread reaches a loom.121
Nets, cordage and tree bast: a varied material economy
The THEFBO project emphasised technical textiles and the continuing importance of tree bast. Many objects in Alpine foreland assemblages were made from this resource, particularly lime bast. Its published research framework treated fine flax fishing nets as an important development in fishing. A net could thus connect cultivation with the acquisition of wild food. Farming did not necessarily eliminate older ways of obtaining resources; it could supply equipment that made those activities more effective. Textile history extends beyond the making of clothing.
A separate reassessment concerned textiles from Çatalhöyük in Anatolia. Scanning electron microscopy identified material previously described as flax as locally available oak bast. This finding highlights woodland resources and challenges the assumption that every early woven fabric implies flax cultivation. Different materials could complement one another: a fine thread, a substantial cord and a container required different properties. A successful material economy depended on matching a resource to its intended task, rather than simply replacing every older material with a newly cultivated fibre.713
An Egyptian comparison: from crop to finished clothing
The linen dress from Tarkhan in Egypt illuminates the finished end of the production sequence. Radiocarbon dating placed the sampled material within 3482–3102 BCE at 95% probability. The surviving garment, assembled from several pieces and showing pleating and wear, demonstrates skilled fabric preparation and deliberate shaping. It provides a comparison with the world of Alpine settlements, not evidence that a particular Egyptian technique was directly transferred to them. Similar dates do not identify a shared workshop or a single path of development.
Research comparing Egyptian flax capsules with modern genebank accessions suggests that a fibre type was probably cultivated during the third millennium BCE. Later samples in the study resembled intermediate or oil types. Bringing plant remains and clothing together shows why specialisation need not increase continuously in one direction. Food requirements, available planting material and expectations of fabric could encourage different solutions, even within a region strongly associated with linen. A crop’s reputation in later history should not obscure the range of choices made by earlier growers.96
Flax within the economy of a farming settlement
Adding flax to a farming system expanded what cultivated land could provide. Its products could be used for binding, carrying, catching fish or covering the body, rather than ending their journey in a meal. Agriculture was therefore supplying equipment for other activities as well as food. The value of thread depended on both the plant and the maker’s skill. A long sequence of tasks encouraged the transmission of practical knowledge, although surviving objects do not automatically identify the sex, age or occupational status of those who performed each operation.
Alpine finds allow these relationships to be examined through everyday objects. Instead of one moment when linen was invented, they reveal developing connections between fields, workshops and the wider settlement environment. Protecting waterlogged sites matters because losing their preservation conditions can destroy the objects on which this reconstruction depends. Flax documents a change from recognising useful plant properties to repeatedly producing materials for particular purposes. Its history joins crop selection, skilled work and the practical equipment of daily life.387
Questions and answers
Do Palaeolithic fibres prove that people cultivated flax?
No. Even a secure identification of wild flax would demonstrate use of a resource, not sowing or domestication. The identification of the Dzudzuana fibres was also disputed.1011
Sources
- Ursula Maier; Helmut Schlichtherle (2011). Flax cultivation and textile production in Neolithic wetland settlements on Lake Constance and in Upper Swabia (south-west Germany)
- Christoph Herbig; Ursula Maier (2011). Flax for oil or fibre? Morphometric analysis of flax seeds and new aspects of flax cultivation in Late Neolithic wetland settlements in southwest Germany
- Susanna Harris (2014). Flax Fibre: Innovation and Change in the Early Neolithic. A Technological and Material Perspective
- Yong-Bi Fu; Axel Diederichsen; Robin G. Allaby (2012). Locus-specific view of flax domestication history
- Yong-Bi Fu (2025). Flax domestication processes as inferred from genome-wide SNP data
- Sabine Karg; Chiara Spinazzi-Lucchesi; Axel Diederichsen (2024). Flax for seed or fibre use? Flax capsules from ancient Egyptian sites (3rd millennium BC to second century AD) compared with modern flax genebank accessions
- Johanna Banck-Burgess (2019). THEFBO: The cultural-historical importance of textile production in the prehistoric wetland settlements
- UNESCO World Heritage Centre (2011; opis obiektu / property description). Prehistoric Pile Dwellings around the Alps
- UCL Petrie Museum of Egyptian Archaeology (2016). UCL Petrie Museum’s Tarkhan Dress: world’s oldest woven garment
- Eliso Kvavadze et al. (2009). 30,000-Year-Old Wild Flax Fibers
- Christian Bergfjord et al. (2010). Comment on “30,000-year-old wild flax fibers”
- Danny E. Akin (2013). Linen Most Useful: Perspectives on Structure, Chemistry, and Enzymes for Retting Flax
- Antoinette Rast-Eicher; Sabine Karg; Lise Bender Jørgensen (2021). The use of local fibres for textiles at Neolithic Çatalhöyük
Approximate dates (c.) describe the nature of the evidence: archaeology dates settlements, layers and remains, not single moments of invention.