Justification of pest resistance in sorghum at the Forest-steppe of Ukraine
Keywords:
sorghum, entomocomplex, pests, mechanisms of stability, ecological and economic substantiation, plant protectionAbstract
The main mechanisms of sorghum' resistense to a pest complex in the Forest-Steppe of Ukraine are described. The mechanism of stability of zoned and promising hybrids of sorghum to specialized pests at various stages of plant organogenesis are analyzed. Specific features of trophic connections, and analysis of trophic connections of phytophagous in time and space are determined.
At this stage, it is necessary to continue research, use organizational and agrotechnical measures, and the selection and genetic method in increasing the stability of hybrids to the sorghum' pest complex.
References
Vilkova N. A.(1980). Physiological aspects of the theory of plant resistance to insects. PhD dissertation. The All-Russian Institute of Plant Protection (VIZR) Leningrad:[in Russian].
Ivaniukovich L. K.(1970). Anatomicheskoe stroenie sortov sorgo, povrezh-daemykh kukuruznym motylkom i ustoichivykh k nemu [Anatomical structure of varieties of sorghum damaged by corn borer and resistant to it Zoologicheskiy zhurnal, 53(З) 176-181 [in Russian].
Painter R. (1953). Ustoichivost rastenii k nasekomym [Plant insect resistance] Moskva: Izd-vo inostrannoi literatury [in Russian].
Frolov A. N. (1991). Differentciatciia vidov i form roda Ostrinia po sposobnosti razvivatsia na rasteniiakh-khoziaevakh: razlichiia v fiziologii ili povedenii pri pitanii [Differentiation of species and forms of the genus Ostrinia according to the ability to develop on host plants: differences in physiology or behavior during food] Zoologicheskiy zhurnal, 70(З) 38-45 [in Russian].
Shapiro I. D. (1985). Immunitet polevykh kultur k nasekomym i kleshcham [Immunity of field crops to insects and mites] St. Petersburg: Zoological institute of the RAS [in Russian].
Archer T.L., E.D. Bynum Jr., and G.C. Peterson. (1986). Influence of sorghum maturity on abundance and damage potential of Banksgrass mite, Oligonychus pratensis (Banks). Experimental and Applied Acarology 2:217-222.
Peterson G.C. (1994). Sorghum and plant resistance to insects problems. Annual Plant Resistance to Insects News letter 20:3-5.
Pendleton, Bonnie B., George L. Teetes and Roy D. Parker. (2000). Quantifying Texas sorghum growers use of IPM for insect pests. South western Entomologist 25:39-53
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