THIS DOI METADATA WAS LAST UPDATED: 2026-05-01 07:41
Full Title (Bulgarian)
Textile and Garment Magazine
Subtitle
списание Текстил и облекло
Imprint
Textile and Garment Magazine
Publisher
SEUTGL
ISSN
1310-912X (Printed Journal)
2603-302X (Online Journal)
Journal Volume Number
0708
Journal Issue Number
01
Journal Issue Designation
papers
Journal Issue Date (YYYY/MM/DD)
2025/08/31
Full Title (English)
SUSTAINABILITY IN HAND WEAVING: ASSESSING ENVIRONMENTAL IMPACTS AND ETHICAL PRACTICES
Subtitle
УСТОЙЧИВОСТ В РЪЧНОТО ТЪКАЧЕСТВО: ОЦЕНКА НА ВЪЗДЕЙСТВИЕТО ВЪРХУ ОКОЛНАТА СРЕДА И ЕТИЧНИТЕ ПРАКТИКИ
By (author)
Affiliation
Academy of Applied Studies Southern Serbia, Department of Technology and Art Studies Leskovac, Professor
Number of Pages
9
First Page
219
Last Page
227
Language of text
English
Publication Date
2025/08/31
Main description (English)
Hand weaving, a centuries-old textile tradition, is increasingly recognized as a potential model for sustainable production in the modern textile industry. This study evaluates the environmental, ethical, and socio-economic dimensions of hand weaving across region of Serbia using a mixed-method approach combining life cycle assessment (LCA) and ethnographic field analysis. Quantitative results demonstrate that hand weaving produces up to 70% fewer carbon emissions and consumes 50–80% less energy than mechanized textile manufacturing, particularly when using locally sourced, natural fibers. Qualitative findings reveal strong cultural and ethical benefits, including gender-inclusive employment and heritage preservation; however, persistent challenges such as synthetic dye pollution, market volatility, and insufficient policy support limit the sector’s overall sustainability. The study concludes that integrating traditional weaving with eco-innovation, fairtrade certification, and community-based governance can position hand weaving as a viable pathway toward circular and ethical textile production systems. Keywords: hand weaving, sustainability, environment, ethical practice, life cycle assessment.