• Solar patterning: The employment of fast and fugitive colorants via Anthotype, Cyanotype and other photographic techniques.

      Wells, Kate; Greger, Ness; University of Derby (Progress in Colour Studies (PICS), 2016-09)
      This paper discusses on-going research into natural dyes, mineral dyes (Lake pigments or raised colours) and leuco-vat dyes (Inko and SolarFast) with the potential to create a sustainable method of patterning fabric that employs the light sensitivity and fastness properties (fast or fugitive) of the colorants in creating a permanent (photographic) image in colour upon natural or re-generated fibre base.
    • Sustainable solar surface decoration: the correlation between Anthotype principles with plant extractions as a form of eco-patterning for fabrics

      Wells, Kate; Greger, Ness; University of Derby (The Textile Institute, 25/04/2016)
      This paper discusses design research undertaken into the correlation between natural dyes (plant extractions) and the alternative photographic process of Anthotypes discovered in the early 19th Century. The paper explores the relationship between natural extracts (dyes) with their fastness properties in relation to the success of this photographic process and the potential this form of imaging has as a sustainable/health giving form of surface decoration for textiles: A form of Eco-patterning that relies upon light and natural substances/dyes not synthetic dyes as the colouring medium. Instigated by the output of collaborative research between two different disciplines: That of textile design and early colouration methods with historical photographic imaging techniques. The research project considered the symbiotic relationship between natural plant extracts with the success of Anthotypes. The aim of which was to consider the question: Could this kind of photographic image making be applied as a future, sustainable method of design generation, colouration and patterning of fabric for fashion and interiors? The objective was in creating an alternative sustainable surface design process that relies upon light and natural substances/dyes not chemical dyestuffs and pigments as the main patterning and processing medium. The outcomes of which could also provide medicinal healing qualities by wearing clothing or sleeping on material that has been coloured with natural plant extracts (dyes), an added health bonus.