Materials from Quilt
c. 1937
Medium
watercolor and graphite on paperboard
Dimensions
overall: 28 x 23 cm (11 x 9 1/16 in.)
Classification
Index of American Design
Department
CG-W
Museum
National Gallery of Art, Washington, D.C.
Credit
Index of American Design
Accession Number
1943.8.988
Rights
Public Domain
Art Historical Context
**Materials from Quilt** by Dorothy Posten, created around 1937, captures the tactile essence of American quilting traditions through delicate watercolor and graphite on paperboard. Measuring 28 x 23 cm, this intimate study showcases Posten's skill in rendering fabric textures, colors, and patterns with precision and sensitivity. As part of the National Gallery Art's Index of American collection, it invites visitors to appreciate the everyday artistry of quilts—vital symbols of resourcefulness and community in American folk culture. Posten's work emerged from the Index of American Design, a WPA Federal Art Project (1935–1942) during the Great Depression. Hundreds of artists documented vanishing crafts, from textiles to tools, producing over 18,000 renderings to celebrate and preserve the nation's design heritage. Watercolor's fluidity paired with graphite's fine lines allowed Posten to mimic the quilts' pieced construction and vibrant dyes, bridging historical craft with modern documentation. This piece highlights quilting's cultural importance: a democratic art form born from necessity, where women transformed scraps into geometric masterpieces reflecting regional styles and stories. Today, it reminds us of America's inventive spirit, making the familiar feel profoundly artistic.
About the Artist
Dorothy Posten · 1855–present
Dorothy Posten was an American artist active during the mid-1930s, best known for her meticulous contributions to the Index of American Design, a Federal Art Project initiative under the Works Progress Administration (WPA). Launched in 1935, this ambitious endeavor employed artists across the United States to document the nation's folk art, crafts, and decorative traditions through detailed render...