PHYSICAL INDICATORS OF INDIGENOUS AND INTRODUCED VARIETIES AND LINES BURLEY TOBACCO

Authors

  • Y. DYULGERSKI Tobacco and Tobacco Products Institute (TTPI), BG - 4108 Markovo, Bulgaria Author
  • St. KIRKOVA Tobacco and Tobacco Products Institute (TTPI), BG - 4108 Markovo, Bulgaria Author
  • T. MILANOVA Tobacco and Tobacco Products Institute (TTPI), BG - 4108 Markovo, Bulgaria Author

Keywords:

Burley tobacco, indigenous and introduced varieties, physical indikators

Abstract

There were studied basic physical and technological characteristics of the ten indigenous varieties and lines and ten introduced American varieties. The results obtained on the physical performance and technological definitions of almost all researches options conform to standards of Burley tobacco. There is a significant superiority of the performance of local varieties and lines to the introduced varieties. Only in variety Banquet 102 observed results indicators satisfied for the level of quality tobaccos that variety group. Introduced varieties do not satisfy the requirements for the production of cigarettes. For this purpose, appropriate use of indigenous varieties and lines Burley tobacco. The complex according to the evaluation of the results of the test variants, they can be divided into four groups. First in quality level is Line 1354, followed by the variety Burley 1344. All indigenous lines and new variety Burley 1344, severely outmatched, as introduced varieties and local varieties Burley 1000 and Burley 1317, which is the success of the Bulgarian selection of Burley tobacco.

References

Bridges, C., R. Walton and H. Casada, 1994. Assessing the quality of Burley tobacco, Part 2: Environmental and timeless factors. Tob. Sci., 38: 42-48.

Gyuzelev, L. and S. Peeva, 1984, Physical characteristics of tobacco. Bulgarian Tobacco, 11: 24-27.

Drachev, D., 1994. Physical and technological characteristics of burley tobacco. Bulgarian Tobacco, (5): 22-25.

Kirkova, S., 2005. Investigation of domestic and imported tobacco Burley type and interchangeability in cigarette blends. In: Scientific Session Equipment and Technology, and Natural Sciences, and the Humanities, HT-IV, USB, pp. 169-172.

Kirkova, S. and L. Taskova, 2005. Experimental tobacco blend consisting of Bulgarian tobacco grown under controlled cultivation conditions. In: Scientific Conference with International Participation, Food Science, Engineering and Technology, 2005, UHT, HT-LII, lss. 2 211.

Nicolova, V. and D. Drachev, 2006. Technologikal study on Burley tobacco of Yambol region. Tobacco, 56: (3-4): 68-72.

Popova, V., D. Drachev and K. Omar, 2003, Basic chemical and technological characteristics of burley tobacco, N. Tr. UFT, 50 (3): 370-373.

Popova, V., D. Drachev and V. Nicolova, 2006, Investigation on the burning properties of Burley tobacco grown in different regions of Bulgaria. Tobacco, 56 (7-8): 159-164.

Risteski, I., K. K. Kososka and Z. Hristoski, 2007. Results of the investatigation of some introduced and newly created domestic varieties ob Burley tobacco in CMS and fertile form. Tobacco, 57 (9-10): 200-208.

Tabakova, E., E. Arsenyan, A. Rancheva and N. Elkova, 1987. Physical and technological parameters of large leaf Bulgarian. Bulgarian Tobacco, (1): 38-42.

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Published

31.08.2015

How to Cite

DYULGERSKI, Y., KIRKOVA, S., & MILANOVA, T. (2015). PHYSICAL INDICATORS OF INDIGENOUS AND INTRODUCED VARIETIES AND LINES BURLEY TOBACCO. Bulgarian Journal of Agricultural Science, 21(4), 811-814. https://agriacad.eu/ojs/index.php/bjas/article/view/5434