Different varieties of mesta show their variabilities of the quantitative characterization of their microscope structure and quality. An attempt has been made to correlate some of the anatomical components with the performance of varieties towards yield and quality.
Kunclu, B.C. , Origin, Development, and Structure of Important Vegetable Fiber. Paper of Section Botany, 41st Indian Sci. Congr., 1954.
3.
Maiti, R.K., Prediction of Qualiy of Jute and Related Bast Fibers from Microscopic Study . Textile Digest30 , 69-77 and 99-103 (1970).
4.
Maiti, R.K., Microscopic Standardization of Fiber Quality of Jute and Jute Supplements and its Potentialiy in Utilization Research in the Field of Textile Science . 27th All-India Textile Conf., 161-172 (1970) .
5.
Maiti, R.K., A Comparative Microscope Study of Fiber Structure of Some "White" Jute Varieties (Corchorus capsularis) in Relation to Quality Breeding, Textile Res. J.40, 1123-1124 (1970 ).
6.
Maiti, R.H., Fiber Microscopy for the Study of Performance of Fiber Crops in Different Fields of Research, Bull. Botan. Soc. Beng . 24, 37-44 (1970).
7.
Maiti, R.K. and Basu, N.C., Fiber Anatomy of Malachra capitata L. with Special Reference to its Ultimate Fiber and Fiber Tenacity, Ind. J. Agric. Sci . 38, 724-729 (1968).
8.
Rao, N.S. and Saha, S.B., The Dimensions of Ultimate Fiber and Quality of Jute Yarn., Ind. Agricult. 5 (1), 108-110 (1961).
9.
Roy, B., Studies on Factors Influencing the Yield of Fiber in Jute, Curr. Sci. 31 , 293-294 (1962).