Biological diversity of cultural plants - a basis of innovative development of crop production
Pages: 4-9.
Savchenko I.V., Academician of RAS, head of plant industry center
All-Russian Research Institute of Medicinal and Aromatic Plants, Moscow, Russia
E-mail: vilarnii@mail.ru
The analysis of a condition and use of genetic resources is done. The general gene pool of the crops kept at institutes of Russia constitutes 370 thousand samples. On the basis of a gene pool 260-350 grades and hybrids of agricultural and medicinal cultures with high rates of product quality, steady against abiotic and biotic stresses were created in the country with modern genetic and selection methods, including biotechnological with use of molecular and genetic marking. All this work is carried out in 42 breeding centers of Russia. Successful breeding activity is done in centers for grain crops in the Krasnodar’s SRIA, All-Russian Research Institute of grain crops, SRIA S.E., WSRIA, the Volga region SRIA, SRIA of Northern Trans-Urals; for garden crops on All-Russian SITGN Joint, project company of the All-Russian Research Institute, SKZNIISIV; for fodder crops (SRIA All-Russian Research Institute of forages, the All-Russian Research Institute of rape). In the Krasnodar SRIA more than 100 grades of highly effective grades of winter wheat are created. For creation of a grade it is spent 6.8-8.9 million rubles here, and economic effect of cultivation of a grade makes more than 4 billion rubles. In the Moscow breeding center the academician Sandukhadze B.I. creates varieties of winter wheat with productivity of 8-11 tons/hectare for a black earth zone of Russia where earlier fodder grain was grown up. In Russia 77 varieties of winter rye are cultivated. Scientists of the Moscow SRIA, ZNIISH NE, Bashkir SRIA, SRIA SE, as all-Russian Institute of plant and others successfully work with a gene pool of rye. In SRIA NE, SibNII of forages and the Ural NIISH the highly productive varieties of oats resistant against drowning, fall and diseases are received. Scientists of gardening and vegetable growing with use of modern methods of selection created varieties, highly productive with high qualitative indexes, and hybrids. 128 species (8 thousand hybrids) of vegetable - melon cultures are brought in the State Registry of agricultural achievements. For a humid zone of Russia 139 varieties of a clover with high quality and productivity are created. In All-Russian research Institute of medicinal and aromatic plants the gene pool of herbs is kept and studied (1272 species in the Botanical garden and 273 species of tropical flora in greenhouses).
Keywords: genetic resources, variety, hybrid, wheat, clover, rye, oat, vegetables, melon-crops
References
1. Zhuchenko A.A. Rol' mobilizatsii geneticheskikh resursov tsvetkovykh rasteniy. [Role of mobilization of genetic resources of flowered plants]. Saratov. OOO Rakus. 2012. 518 p.
2. Vavilov N.I. Zakon gomologicheskikh ryadov v nasledstvennoy izmenchivosti. [Low of homologic lines in inheritable variability]. Teoreticheskie osnovy selektsii rasteniy. [Theoretical basis for plant bree-ding]. Moscow-Leningrad: Sel'khozgiz. 1935. V. 1. pp. 75-128.
3. Vavilov N.I. Linneevskiy vid kak sistema. [Linnaeus's specia as a system]. Tr. po prikl. botanike, genetike i selektsii. 1931. V. 26. Ed. 3. pp. 109-134.
4. Vavilov N.I. Botaniko-geograficheskie osnovy selektsii. [Botanical-and-geographic basis of breeding]. Moscow - Leningrad: Sel'khozgiz. 1935. 60 p.
5. Vavilov N.I. Immunitet rasteniy k infektsionnym zabolevaniyam. [Plant immune to infectious diseases]. Moscow: Tip. Ryabushinskikh, 1919. 240 p. (Izv. Petrovskoy s.-kh. akad., 1918; Ed.1-4).
6. Vavilov N.I. Tsentry proiskhozhdeniya kul'turnykh rasteniy. [Centers of origin of cultural crops]. Tr. po prikl.botanike i selektsii. 1926. V. 16. no. 2. 248 p.
7. Vavilov N.I. Mirovye tsentry sortovykh bogatstv (genov) kul'turnykh rasteniy. [World centers of varietal abandon (genes) of cultural crops]. Izvestiya GIRA.1927. V. 5. no 5. pp. 15-25.
8. Luk'yanenko P.P. Izbrannye trudy. [Selected articles]. Moscow: Kolos, 1973. 357 p.
9. Bespalova L.A. Razvitie genofonda kak glavnyy faktor tret'ey zelenoy revolyutsii v selektsii pshenitsy. [Development of genepool as a mail factor of third green revolution in wheat breeding]. Vestnik Rossiyskoy Akademii nauk. 2015. V. 85. no. 1. pp. 9-11.
10. Romanenko A.A. Novaya sortovaya politika i sortovaya agrotekhnika ozimoy pshenitsy. [New varietal politics and varietal agro-technik for winter wheat]. Krasnodar: EDVI, 2005. 195 p.
11. Sandukhadze B.I. Selektsiya ozimoy pshenitsy v Tsentral'nom regione Nechernozem'ya Rossii. [Winter wheat breeding in Central Region Of Russian Non-Chernozem]. Moscow: OOO «NIPKTs Voskhod – A», 2011. 504 p.
12. Vasil'chuk N.S. Selektsiya yarovoy tverdoy pshenitsy. [Breeding of spring hard wheat]. Saratov «OOO Rakus», 2001. 128 p.
13. Pryanishnikov A.I., Savchenko I.V., Shabaev A.I. Nauchnye osnovy adaptivnogo rastenievodstva Povolzh'ya. [Scientific basis of adaptive plant industry in Povolzh’e]. Zernobobovye i krupyanye kul'tury. 2016. no. 2 (18). pp. 60-67.
14. Otchet otdeleniya sel'skokhozyaystvennykh nauk RAN o vypolnenii fundamental'nykh i poiskovykh nauchnykh issledovaniy v 2015 godu. [Report of agricultural science branch of RAS on fulfillment of fundamental and search scientific investigations in 2015]. Pod redak. G.A.Romanenko, Yu.F.Lachuga, V.I.Fisinin e.a. Moscow: OSKhN RAN, 2016. 420 p.
15. Pivovarov V.F. Geneticheskie resursy ovoshchnykh rasteniy. [Genetic resources of vegetables]. Vestnik Rossiyskoy Akademii nauk. 2015. V. 85. no. 1. pp. 23-25.
