[expand]The flax plant—Linum usitatissimum—was delicate crop requiring specific growing conditions. The soil had to be well-prepared through autumn plowing and spring cultivation, the seed had to be sown densely creating competitive growing environment forcing plants upward seeking light rather than branching laterally, the weather had to cooperate providing adequate moisture without excessive rain causing rot or drought causing stunted growth.
The planting occurred in early spring—as soon as soil could be worked but while moisture remained adequate for germination. The seed was broadcast by hand, the experienced planter maintaining even distribution ensuring proper plant density, the novice creating irregular coverage producing uneven crop quality. The traditional blessing accompanied planting—prayers to Žemyna requesting cooperation, acknowledgment that flax would grow only with earth goddess’s participation, offerings made before first seed touched soil.
The growing period required minimal intervention but constant observation. The young plants were vulnerable to various threats—birds eating tender shoots, insects attacking stems, weeds competing for nutrients and light. The farmer walked fields regularly, assessing growth progress, noting problem areas requiring attention, maintaining awareness of crop development allowing timely harvest when optimal moment arrived.
The harvest timing was critical decision balancing competing factors. Early harvest produced finer fiber suitable for quality linen but reduced seed yield affecting next year’s planting. Late harvest maximized seed production but created coarser fiber appropriate only for rough textiles. The experienced grower read plant’s signals—stem color, seed capsule development, fiber texture assessed through test sampling—determining optimal harvest moment balancing current and future needs.
The pulling—not cutting—was essential technique. The plants were grasped near ground level and yanked upward extracting entire stem including roots, preserving maximum fiber length creating superior thread. The cutting sacrificed bottom portion of usable stem, producing shorter fibers requiring more splicing during spinning, yielding inferior thread. The pulling was harder work than cutting but produced better results justifying extra effort.
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