1770-1779, off white silk figured weave gown, cotton stuffing for flowers

Source: Historic Costume & Textiles Collection, The Ohio State University, http://fashion2fiber.osu.edu/items/show/1208

263-1988.398.2-11-04-10-BF-400X-MM-cotton degradation stuffing for flowers

Source plant Accession Number 1988.318.131ab Title Cotton fiber, bright field, 400X Image Identification information 263-1988.398.2-11-04-10-BF-400X-MM-cotton degradation stuffing for flowers Image capture digital Date of image capture 11/04/10 Microscopist L. Crawford Microscope Zeiss Axioplan Mounting agent and RI Meltmount RI 1.539 Microscopic technique Brightfield Fiber size medium fiber diameter

264-1988.398.2-11-04-10-DF-400X-MM-cotton degradation stuffing for flowers

Source plant Accession Number 1988.318.131ab Title Cotton fiber, dark field, 400X Image Identification information 264-1988.398.2-11-04-10-DF-400X-MM-cotton degradation stuffing for flowers Image capture digital Date of image capture 11/04/10 Microscopist L. Crawford Microscope Zeiss Axioplan Microscopic technique Darkfield Fiber size medium fiber diameter

265-1988.398.2-11-04-10-POL-400X-MM-cotton degradation stuffing for flowers

Source plant Accession Number 1988.318.131ab Title Cotton fiber, polarized light, 400X Image Identification information 265-1988.398.2-11-04-10-POL-400X-MM-cotton degradation stuffing for flowers Image capture digital Date of image capture 11/04/10 Microscopist L. Crawford Microscope Zeiss Axioplan Mounting agent and RI Meltmount RI 1.539 Microscopic technique Polarized light Fiber size medium fiber diameter

266-1988.398.2-11-04-10-DIC-400X-MM-cotton degradation stuffing for flowers

Source plant Accession Number 1988.318.131ab Title Cotton fiber, differential interference contrast, 400X Image Identification information 266-1988.398.2-11-04-10-DIC-400X-MM-cotton degradation stuffing for flowers Image capture digital Date of image capture 11/04/10 Microscopist L. Crawford Microscope Zeiss Axioplan Mounting agent and RI Meltmount RI 1.539 Microscopic technique Differential interference contrast Fiber size medium fiber diameter