REVIEW OF THE METHODS FOR BREEDING OF SESAME VARIETIES (SESAMUM INDICUM L.) IN BULGARIA
Keywords:
breeding sesame, mechanized harvesting, methods of breedingAbstract
An overview of Bulgarian methods for breeding of sesame varieties suitable for mechanized harvesting is presented. Thirty-year scientific work is conditionally divided into four periods. In the first period (1987 – 2003) has been received genotypes enable breeders to improve the quality of their products. In the second period (2004 – 2008) has been created a method for measuring the strength for breaking up of non-shattering sesame capsules. It has been created the first Bulgarian sesame variety with closed capsules at maturation, which is intended to mechanize harvesting. In the third period (2006 – 2011) has been developed a new method for evaluating the possibility for mechanized harvesting of breeding materials. A placenta which is attached to seeds up to full maturity has been discovered in the new breeding materials. All of them are susceptible for inertial threshing which does not lead to mechanical damaging of seeds. In the fourth period (2011 – 2017) has been developed a new objective method for evaluating the suitability of the hybrids for mechanized harvesting. This period continues with selection of varieties that retains the seeds in the capsules while matured sesame plants are on the fi eld and are subjected to tilting by the wind.
References
Bennett, M.R. and I.M. Wood, 1995. Proceedings of First Australian Sesame Workshop, Northern Territory Department of Primary Industry and Fisheries, Darwin.
Deshev, M., 2015. Possibilities for increasing the effectiveness of selection in sesame (Sesamum indicum L) for mechanized harvesting. Doctoral thesis, Institute of Plant Genetic Resources, Sadovo, Bulgaria.
FOSTAT, 2016. Food and Agricultural Organization of the United Nations, Agricultural Statistics. www faostat3.fao.org.
Georgiev, S., 2000. Status, problems and prospects of breeding of sesame in Bulgaria. Agricultural Science, 3: 18-21.
Georgiev, S., 2002a. A century scientifi c research on the breeding of peanuts and sesame in Sadovo. Collection of 120 years of Agricultural Science in Sadovo, Part I, pp. 37-43.
Georgiev, S., 2002 b. Breeding of sesame varieties suitable for mechanized harvesting. Plant Science, 1-2: 22-26.
Georgiev, S. and S. Stamatov, 2005. Create varietal technology for mechanized harvesting sesame. Ecology and the Future, 2-3: 82-84.
Georgiev, S., S. Stamatov and M. Deshev, 2008. Requirements to sesame (Sesamum indicum L.) cultivars for mechanized harvesting. Bulgarian Journal of Agricultural Science, 14 (6):
-620.
Georgiev, S., S. Stamatov and M. Deshev, 2011. Analysis of heterosis and combining ability in some morphological characters in sesame (Sesamum indicum L.). Bulgarian Journal of Agricultural Science, 17 (4): 456-464.
Georgiev, S., S. Stamatov and M. Deshev, 2012. Examination of the selection criteria in sesame (Sesamum indicum L.) using phenotypic correlations and Path analysis. Magazine Agricultural Sciences, 4 (10): 71-76.
Georgiev, S., S. Stamatov and M. Deshev, 2014. Selection of parental pairs upon hybridization of sesame to create a variety of mechanized harvesting by applying quantitative and comprehensive assessment of the starting material. Magazine Agricultural Sciences, 16: 39-46.
Ishpekov, S., 2013. Harvesting machines – I part (Mashiny za pribirane na rekoltata I chast). Academic Press of Agricultural University – Plovdiv, ISBN 978-954-517-188-8 (Bg).
Ishpekov, S., 2014 a. Mashiny za pribirane na rekoltata II chast (Harvesting machines – II part). Academic Press of Agricultural University – Plovdiv, ISBN 978-954-220-5 (Bg).
Ishpekov, S., N. Naydenov, R. Zaykov, S. Stamatov and D. Ruschev, 2017b. Releasing of seeds by a lateral mechanical impact for feeding sesame stems into harvester. Agricultural Engineering International: CIGR Journal, Japan, 19 (1), ISSN 16821130 (in print ).
Ishpekov, S., P. Petrov, D. Ruschev and R. Zaykov, 2017a: Flow rotational detacher with non-symmetric angular vibrations. Patent 3143, Bulgarian Patent Offi ce (Bg).
Ishpekov, S., P. Petrov and A. Trifonov, 1997. Method for determining the indices of impact resistance of single fruits. Selskostopanska Technika, 2-3: 3-7, ISSN 0037-1718, Sofi a, (Bg).
Ishpekov, S., P. Petrov, A. Triffonov, I.Dimitrov, Zl. Mihaylova, D. Aleksandrov, S. Stamatov, M. Deshev and B. Kolev, 2014b. Investigation the indices for mechanized picking sesame capsule. Bulgarian Journal of Agricultural Science, 18: 628-633.
Ishpekov, S., P. Petrov, A. Trifonov and S. Georgiev, 2014c. Technical and economic indicators of operations for mechanized cultivation and harvesting of sesame with a combine harvester. Mechanization of Agriculture, LX (1): 13-15.
Ishpekov, S., P. Petrov, A. Triffonov and B. Kolev, 2015a. Technologies for mechanized harvesting of sesame in Bulgaria. Proceedings of III International Scientifi c Congress “Agricultural machinery”, 22-25 June, Varna, Bulgaria, 72-75.
Ishpekov, S. and S. Stamatov, 2015 c. Method for assessment the susceptibility of sesame genotypes for mechanized harvesting of the seed. Bulgarian Journal of Agricultural Science, 6: 1230-1233.
Ishpekov, S., S. Stamatov, S. Georgiev and A. Trifonov, 2008.
Shock shattering indices of non-burst sesame capsules. Selskostopansta Technika, 3:17-20.
Ishpekov, S., R. Zaykov and V. Chervenkov, 2015b. I nertial detachment of sesame seeds from non-squander genotypes. Agricultural Engineering International: CIGR Journal. 17 (3):
-130.
Ishpekov, S., R. Zaykov and N. Najdenov, 2016b. Harvester loading with Bulgarian non-scattering sesame varieties. IV Scientifi c congress – Agricultural Machinery, Varna, Bulgaria, Proceedings, ISSN: 1310 – 3946, Volume 2.
Ishpekov, S., R. Zaykov, P. Petrov and D. Ruschev, 2016a. Indices of fl ow fruit detacher with angular vibrations at inertial threshing of sesame. Agricultural Engineering International, CIGR Journal, 18 (2): 94-102.
Kang, C.W., 1996. Reviews on the development of new sesame varieties and integrated mechanization system for labor saving in Korea. RDA Journal Science, Upland & Industrial Crops, 38 (1): 251-266.
Kollev, B., S. Ishpekov and S. Stamatov, 2012. Mechanized threshing of sesame capsules. Agricultural Engineering, 3: 1421.
Langham, D.R., 2001a. Use of introductions in Sesaco breeding program. In: Processing of the Second National Conference on Sesame, Sunfl ower, Castor, and Saffl ower, Nakhon Nayok, Thailand, 16–17 August, 2001, pp. 1-14.
Langham, D.R., 2001b. Shatter resistance in sesame, In: L. Van Zanten (ed.), Sesame Improvements by Induced Mutations. Processing Final FAO/IAEA Coordination Research Meeting, IAEA, Vienna TECDOC 1195, pp. 51-61.
Langham, D.R., 2007. Phenology of Sesame, Issues in New Crops and New Uses. Janick & Whipkey (eds.), American Society for Horticultural Science [ASHS] Press, Alexandria, VA, pp. 144182.
Langham, D.R. and T. Wiemers, 2002. Progress in mechanizing sesame in the US through breeding. American Society for Horticultural Science [ASHS] Press, Alexandria, VA., pp. 157-173.
Naydenov, N., S. Ishpekov and R. Zaykov, 2016. Opportunities for Mechanical Feeding of Sesame Plants in Harvesting Machine. Proceedings of University of Ruse, volume 55, book 1.1., SAT- 8.121-1-AMT-05, pp. 27-33 (Bg).
Ruschev, D., S. Ishpekov and P. Petrov, 2017. Modeling of the rotational – vibration generator for the fl ow fruit detachers. Agricultural Engineering International: CIGR Journal (in print).
Stamatov, S., 2008. Study varieties and lines sesame (Sesamum indicum L.) with the aim of mechanized harvesting them. Doctoral thesis, Institute of Plant Genetic Resources, Sadovo, Bulgaria.
Stamatov, S. and M. Deshev, 2014. Selection approaches for the sesame forms suitable for mechanized harvesting. Bulgarian Journal of Agricultural Science, 6: 1435-1438.
Stamatov, S., M. Deshev, S. Ishpekov and R. Zaykov, 2016. Application of the subjective independent method for evaluation of hybrid materials sesame (Sesamum indicum L.) in the direction of mechanized harvesting. Bulgarian Journal of Agricultural Science, 22 (6): 982-986.
Trifonov, A., P. Petrov, S. Ishpekov, S. Georgiev, S. Stamatov and M. Deshev, 2013. Harvesting sesame with a combine harvester in the conditions of Bulgaria. International Scientifi c and Scientifi c Journal Mechanization of Agriculture, issue 4, ISSN 0861-9638, Sofi a.
Weiss, E.A., 2000. Oil Seed Crops. 2nd ed., Edited by EA Weiss Blackwell Science, Oxford. Journal of the Science of Food and Agriculture, 80, 1573. doi:10.1002/10970010(200008)80:10<1573: AID-JSFA679>3.0.CO;2-0.
Zaykov, R., S. Ishpekov, N. Naydenov and A. Triffonov, 2017. Power consumption at inertial threshing of sesame. Mechanization of Agriculture, LXI, ISSN 0861-9638, 1, Bulgaria (Bg).
Zaykov, R., N. Naydenov and S. Ishpekov, 2016. Friction angles of the sesame plants. IV Scientifi c Congress – Agricultural Machinery, Varna, Bulgaria, Proceedings, ISSN: 1310-3946, Volume 2: Uses of machines, pp. 71-73 (Bg).
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