Five Acala cottons, two with high and three with low seed coat fragment counts, were included in a study of fiber properties to determine plausible causes of the pro pensity for certain cultivars to produce a high seed coat fragment count. Physical properties were determined and compared for each variety grown in three locations.
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References
1.
Anthony, W.S. , Meredith, W.R., Jr., Williford , J.R., and Mangialardi, G.L., Jr., Seed Coat Fragments in Ginned Lint: The Effect of Varieties, Harvesting, and Ginning Practices, Textile Res. J.58, 111-116 (1988).
2.
American Society for Testing and Materials, (2a) Standard Methods of Test for Linear Density of Textile Fibers, D 1577-73, (2b) Standard Method of Test for Breaking Strength and Elongation of Cotton Fibers ( Flat Bundle Method), D1445-75, in "Annual Book of ASTM Standards," part 33, Philadelphia, PA 1979.
3.
Hebert, J.J. , Boylston, E.K., and Thibodeaux , D.P., Anatomy of a Nep , Textile Res. J.58, 380-382 (1988).
4.
Landstreet, C.B., Textile Bull.86 (1960).
5.
Mangialardi, G.L., Jr., and Shepherd , J.V., Effects of Lint Cleaning at Cotton Gins on Seed Coat Fragment and Funiculus Distribution, Textile Res. J.39, 11-14 (1969).
6.
Moore, V.P., and Shaw, C.S., Mechanical Damage to Cottonseed, Cotton Gin OilMill Press68, 10-15 (1967).
7.
Pearson, N.L. , Seed-Coat Fragments in Cotton—An Element of Yarn Quality, U.S. Department of AgricultureTechnical Bulletin, 1116, 17 pp., 1955.