Features of types of click beetles (elateridae) in treat of sunflowers and maize in the Forest-Steppe of Ukraine
DOI:
https://doi.org/10.31548/dopovidi2018.06.009Abstract
In modern conditions of agricultural development, the priority is the cultivation of corn and sunflower, focused on high-performance technology and yield, which allows you to sell goods at a high price. This is achieved by a system of measures to protect plant crops from harmful phytophagous insect species.
The article analyzes the current species composition and dynamics of the number of larvae of crackers in crops and industrial crops, according to modern growing technologies.
Presented long-term observations of the structure of clickers in crops of sunflower and corn in the Cherkasy and Poltava region, 2010-2018, the most common types of clickers, Agriotes sputator L., Agriotes gurgistanus Fald. and Selatosomus latus L.
The analysis of scientific research on the distribution of the pest in the forest-steppe of Ukraine. Phenology, morphology and features of biology of the studied click species in the study region are described. The reproduction features of pests and their features of vertical migration in sunflower and maize crops are highlighted, depending on the influence of entomophages and changes in soil and climatic conditions.
The data on the duration of the harmful effects of the larvae of clickers in the crops of sunflower and corn. Characterized by the reaction of plants to damage the wireworm, the effectiveness of phytosanitary measures to limit the mass development of the population in modern farming systems in the forest-steppe of Ukraine.
Highlights of the main provisions, the control of the number of clickers in biological agriculture, through the qualitative and timely use of biological products, and the increase in the mechanisms of insect self-regulation in short-term crop rotations are highlighted.
Keywords: sunflower, maize, reproduction, phytosanitary measures, developmental phenologyReferences
Dolin V.G. (1987): The family of clickers - Elateridae. Pests of agricultural crops and forest plantations 1. - K. Harvest, - 364-383.
Vasilyeva V.P. (1973): Pests of agricultural crops and forest plantations: in Vol. 3 K.: Harvest, Harmful nematodes, mollusks, arthropods: 495
Bublik L.I., Vasechko G.I., Vasiliev V.P (1999): Directory of plant protection - K.: Harvest: 40-44, 118-130
Bobinskaya S.G., Grigorieva T.G., Persin S.A. (1965): Wireworm and control measures: 223
Institute of organic agriculture Biology, Monitoring and Management of Economically Important Wireworm Species (Coleoptera: Elateridae) in Organic Farming (2013) Erscheinungsjahr: 23
Voronin K.E., Shapiro V.A., Pukinskaya G.A (1998) Biological protection of crops from pests. Agropromizdat: 197
Yegina K.Y. (1964) Enemies and parasites of the clicker’s larvae. The fauna of the Latvian SSR: 73-77
Mathis E.G., Glushkova L.A. (1970) Wireworms and grain sowing dates. Protection of plants: 22-23.
Sidelnikov M.M. (1969) Protection of corn from wireworms. Protection of plants: 20-21
Bilyavsky Y.V. (2006): Long-term analysis of distribution and dynamics of number of beetles-smiths in agrocentoses of Poltava region. Bulletin of the Poltava State Agrarian Academy. No. 4: 164-167.
Bilyavsky Y.V. (2007): Blubber beetles (Coleoptera Elateridae) in the Poltava region. VII Congress of the Ukrainian Entomological Society. Nizhyn: 13
Dudka Y.L., Pinchuk N.I., Soloniy P.V. (2003): Phytosanitary monitoring of corn crops. Dnipropetrovsk, No 20: 45-47
Pokosii Y. T., Pisarenko V. M., Dovgan SV, Dolya M. M., Pysarenko P.V., Mamchur R. M., Bondareva L. M., Pasichnik L. P. (2010): Monitoring pests of agricultural crops. Kyiv: Agrarian Education: 233
Dovgan S.V., Dolya M.M., Moroz M.S., Borzikh O., Yushchenko L.P. (2014): Monitoring of pests of agricultural crops. Agrarian Education: 279
Phytosanitary condition of agricultural plants,. Retrieved from: http://dp.consumer.gov.ua
Gerasimenko T. (2011): Sunflower. Phytosanitary condition. Agroexpert. No. 5: 36-39
Tkacheva S.V. (2013): Corn and crop protection from pests / S.V. Tkachova // Agrobusiness today, №5: 30-36
Tkacheva S.V. (2013): Phytophages against sunflower / S.V. Tkachova // Agrobusiness today. №9: 20-24
Cherepanov A.I. (1956): On the effect of humidity on the activity of wireworms. Proceedings of the Tomsk Institute Vol. 42: 39.
Signs of the use of a corn dresser and the basic method of control them (2015). Retrieved from: https://www.kws.ua/aw/KWS/ukraine/wireworm-corn/~grnw/
Dolin V.G. (1964): The Elateridae family of clickers. Key to soil insect larvae. - M.: Nauka: 376-405
Dolin V.G. (1963): On the issue of trophic relationships of larvae of beetles – cracks. Collection of works of the Kiev State. un-that. - K.: 116-150.
Susidko P.I., Grisenko G.V. (1979): The main results and prospects of research on the protection of maize from harmful organisms. New methods of combating pests and diseases of maize. Dnepropetrovsk: publishing house of the All-Union Scientific Research Institute of Corn: 3-10
A. Kozina, D. Lemic, R. Bazok, KM Mikac, CM Mclean, M. Ivezić, and J. Igrc Barčić (2015): Climatic, Click Beetle (Coleoptera: Elateridae) Climatic, Editing Factories and Cropping Agriotes spp.) Abundance, J Insect Sci: 15 (1) 100 https://doi.org/10.1093/jisesa/iev079
Gilyarov M.S. (1973) Soil pests and tillage. Plant Protection. Vol. 14: 84-87
Bobinskaya S.G. (1943) Nutrition mode of wireworms of the genus Agriotes. Proceedings of VNIISRA. - M.: Selkhozgiz. Vol. 2: 76-83
Dolin V.G. (1970): Wireworms: 27-29
Bilyavsky Y.V. (2010): Species composition and dynamics of the number of blacksmiths (Elateridae) in corn-soya agrocenoses. The Bulletin of the Poltava State. agr acad. No 1
Poggi S., Le Cointe R, Riou, J.B. Larroude P., Thibord J.D., Plantegenest M. (2018) Relative influence of climate and agroenvironmental factors on wireworm damage risk in maize crops. Journal of Pest Science. - t. 91(2): 585-599 https://doi.org/10.1007/s10340-018-0951-7
Jones, F.G.W and Jones, M.G. (1984). Pests of field crops. 3 ed. Edward Arnold Ltd.
Fedorenko V.P., Dovgely O.M. (2004): Vertical Migration of Wirewound. Quarantine and plant protection. No. 7: 12
Traugott, M., Pazmandi C., Kaufmann, R., Juen A. (2007) Evaluating the ratio of N-15 / N-14 and C-13 / C-12 isotopes to investigate the trophic relations of the elatars of the larvae (Coleoptera: Elateridae). On the soil. Biol Biochem: 1023-1030 https://doi.org/10.1016/j.soilbio.2006.11.012
Adamenko T. (2003) Weather and crops. Agronomist. No. 2: 6
Antoniuk S.I., Goncharenko O.I., Ruban M.B. (1984) Agricultural entomology. K.: High school: 271
Bey-Bienko G.Y., Asatur M.K. (1968) Workshop on agricultural entomology. L.: Kolos: 360
Yakhontov V.V. (1969) Ecology of insects. M.: Higher School: 488
Gilyarov M.S. (1949): Features of soil as a habitat and its importance in the evolution of insects. Publishing house of the Academy of Sciences of the USSR: 11-192.
Demenko V.M., Vlasenko V.A., Yemets O. M., Govorun O.L., Hvylko N.V. (2015): Dynamics of pest numbers of sunflower in the conditions of the northeastern Forest-steppe of Ukraine. Sumy: SNAU. No 9 (30): 94-97
Agrites gurgistanus. Retrieved from: https://alfasmartagro.com/alfascience/harmful_objects/b_pests/agriotes_gurgistanus_fald/
Litvinov B. M., Evtushenko M. D., Baidyk G. V., Sirius L. Y. (2009): Workshop on Agricultural Entomology. Kyiv. Agrarian Education: 163-164.
Click beetle - Agriotes sputator. Retrieved from: https://alfasmartagro.com/alfa science/harmful_objects/b_pests/agriotes_sputator_l/
Click beetles. Retrieved from: https://buklib.net/books/34555/
Pests of agricultural crops - Selatosomus latus. Retrieved from: http://www.agroatlas.ru/en/content/pests/Selatosomus_latus/index.html
Litvinov B.M., Yevtushenko M.D. (2005): Agricultural Entomology. K .: Higher education: 511
Zakharenko V.A. (1963): Bodrenkov. L.: Oryol Book Publishing House. Corn protection system. Protection and quarantine of plants. No 4: 34-37.
Pisarenko V.N (1985): Destruction of soil. Corn and sorghum. No 3: 29
Fokin A. V. (2010): Protection system of sunflower from pests. Propozitciya. No. 3: 82-88
Arnold F.J. (1981) Residual activity and efficacy of permethrin and fenvalerate for control of corn soil insect pests. M.S. Thesis, University of Missouri, Columbia
Volovik A.S., Khashkhozhaev A.H. (1969): Wireworms and the role of predecessors. Plant protection. No 11: 26-27
Gorbunov A.F., Tatarinov V.I., Demenko V., Sarbash V.M. (2009): Methodical instructions on the identification and registration of pests and diseases of sunflower. Plant Protection Sumy: SNAU: 18
Kordin O.I., Girka T.V. (2006): Influence of the sowing dates of corn on the field similarity of seeds and damage of seedlings by wireworms. Bulletin of grain economy of UAAS. No 28: 118-121
Argentine technology of nutrition and protection of sunflower (2012): Zerno. No 7: 68–78
Snizhok Y.V. (1998): Dependence of the number of blacksmiths and May husk from fertilizer system in the northwestern zone of beet-feeding of Ukraine. Scientific bases of sugar beet production and other crop rotations in the current economic and ecological conditions: book 2. - C .: IBS: 65-71
Sunflower cultivation technology. Retrieved from: http://www.mnagor.com.ua
Drozda V.F. (2003): Soil Pests. Ways of regulating the quantity and limitation of harmfulness on crops of different crops. Plant Protection. No. 7: 19-22
Gorbunova N.N. (1972) Agrotechnics against wireworms. Protection of plants. No. 8: 15
Benuzzi, M., Albonetti, E., Fiorentini, F. & E. Ladurner (2007): A Beauveria bassiana based bioinsecticide for the microbial control of the olive fly (Bactrocera oleae). IOBC / wprs Bulletin 30 (9): 125-130
Chalfant, R.B., Hall, M.R., Johnson, A.W., Seal, D.R. & K. Bondari (1992): Effects of application methods, timing and rates of insecticides and nematicides on yield and control of wireworms (Coleoptera: Elateridae) and nematodes (Tylenchida: Heteroderidae) that affect sweet potato. Journal of Economic Entomology 85: 878-887 https://doi.org/10.1093/jee/85.3.878
Chikwenhere, G.P. & S. Vestergaard (2001): Potential effects of Beauveria bassiana (Balsmo) Vuillemin on Neochetina bruchi Hustache (Coleoptera: Curculionidae), a biological control agent of water hyacinth. Biological Control 21: 105-110 https://doi.org/10.1006/bcon.2001.0920
Dirlbek, J., Berankova, J. & H. Bendlova (1973): The effect of soil cultivation on the number of wireworms (Coleoptera: Elateridae). Pedobiologia 13 (6): 441-447
Doane, J.F., Klingler, J. & H.E. Welch (1973): Parasitism of Agriotes obscurus L. (Coleoptera: Elateridae) by Hexamermis spp. (Nematoda: Mermithidae). Bulletin de la Societe Entomologique Suisse 45: 299-300
Dobrovolsky, B.V. (1970): Biological grounds for plant protection against wireworms in the USSR. Pedobiologia 10: 26-44
Sharififard, M., Mossadegh, M.S., Vazirianzadhe, B., Zarei, & A. Mahmoudabadi (2011): Laboratory pathogenicity of entomopathogenic fungi, Beauveria bassiana Bals. Fruit and Metarhizium anisoplae Metch. Sorok their larvae and adult of house fly, Musca domestica L. (Diptera: Muscidae). Asian Journal of Biology Science 4 (2): 128-137 https://doi.org/10.3923/ajbs.2011.128.137
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