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Chapter 162

Physiological basis for increasing plant productivity and methods for obtaining high yields of agricultural crops grown on irrigated land

Vlasyuk, P.A.; Slukhai, S.I.

Biologicheskie osnovy oroshaemogo zemledeliya: 160-168

1974

Accession: 000161016
Methods for increasing yields of agricultural crops grown on irrigated land in the steppe zone of the Ukrainian SSR include application of chemicals (fertilizers, trace elements, growth substances, pesticides, etc.), increased afforestation for shelter belts, soil moisture conservation, rational use of rainfall and irrigation water, control of soil erosion, rotations, the growing of catch crops and the use of high-yielding cultivars of the various crops.

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Related References

Al' tergot, V.F.; Mordkovich, S.S. 1980: Physiological and biochemical regularities of plant resistance to unfavourable conditions and methods of increasing productivity of crops in Siberia Sel' skokhozyaistvennaya Biologiya 15(2): 247-253
Petinov, N.S. 1980: Physiological basis of increasing productivity of plants under irrigated conditions Izvestiya Akademii Nauk SSSR, Biologicheskaya 2: 197-213
Egorov, B.; Khalilov, S. 1981: Increasing the productivity of irrigated land Cultivation of catch crops, Saratov Region.1 Stepnye prostory: (1) 18-19
Aleksandrov, A.B. 1936: Obtaining high yields of agricultural crops Bjulleten' Vsesojuznoi Akademii C.-X. Nauk im.V.I. Lenina (Bulletin of the Lenin Academy of Agricultural Sciences), 5: 29-33
Anonymous 1977: Physiological and biochemical basis of increasing productivity of crops Trudy, Kubanskii Sel' skokhozyaistvennyi Institut 142: 79
Godunova, E.I.; Shapovalova, N.N.; Shkabarda, S.N.; Khripunov, A.I. 2017: Status and methods for increasing the productivity of irrigated land in the Stavropol region Plodorodie 2017(5): 44-47
Kamoshita, Y. 1962: Soil classification as a basis for increasing the productivity of agricultural land Int. Soil Conf. N.Z, 428-433
Kulakovskaya, T.N. 1976: Agrochemical basis for obtaining high yields of crops in the western non-chernozem zone Agrokhimiya 3: 3-13
Konstantinova, K. 1971: Sowing methods and crop density as factors increasing the yields of irrigated maize/soyabean mixtures grown for silage Rasteniev'dni Nauki 8(1): 37-48
Ustenko, G.P.; Klimov, A.A.; Klimova, A.A.; Yagnova, S.N. 1966: Physiology of irrigated crops grown for high yields under programmed utilization of solar radiation The biological basis of irrigated agriculture, Moscow: 'Nauka', 93-106
Andrushchenko, A.V. 1972: Plant productivity and grain yields of barley grown under irrigation and dry-land conditions Byulleten' Vsesoyuznogo Ordena Lenina Instituta Rastenievodstva im NIVavilova 26: 29-33
Assaul, N.F. 1963: Effective methods for controlling the pea weevil Methods for obtaining high yields of the sugar beet and cereal and grain-legume crops Gossel Khozizdat Ukr Ssr Kiev : 161-163
Ustenko, G.P.; Yagnova, S.N. 1975: Physiological basis for high yields in maize under irrigated condition in the Volgra river area Trudy, Volgogradskii Sel' skokhozyaistvennyi Institut 56: 78-83
Anonymous 1974: Photosynthetic activity of plants and methods for increasing productivity of agricultural crops Nauchnye Trudy Ukrainskoi Sel' skokhozyaistvennoi Akademii 102: 131
Maljcev, T. 1953: Agricultural methods of obtaining high annual yields in the Transgress. Kolhoznoe Proizvodstvo (Collective Farming), 8, 58-60
Turusov, V.I.; Novichikhin, A.M.; Bogatykh, O.A.; Bocharnikova, E.G. 2017: Biological Methods of Improving Soil Fertility and Increasing the Productivity of Agricultural Crops Dostizheniya nauki i tekhniki APK 2017(10): 27-31
Panova, G.G.; Chernousov, I.N.; Udalova, O.R.; Alexandrov, A.V.; Karmanov, I.V.; Anikina, L.M.; Sudakov, V.L.; Yakushev, V.P. 2015: Scientific Basis of All-The-Year-Round Obtaining high Yields of Plant Production with High-Quality under Artificial Light Russian Agricultural Sciences 2015(4): 17-21
Kayumov, M.K.; Adin' yaev, E.D. 1980: Agrotechnical basis of obtaining targeted hay yields of irrigated lucerne Doklady Vsesoyuznoi Ordena Lenina Akademii Sel' skokhozyaistvennykh Nauk imeni VI Lenina 9: 10-13
Al'-Tergot, V.; Mordkhovich, S. 1980: Physiological and biochemical regularities of plant resistance to unfavorable environmental conditions in Siberia and ways of increasing the productivity of crops Sel'skokhoziaistvennaia biologiia 15(2): 247-253
Merta, M.; Sambale, C.; Seidler, C.; Peschke, G. 2001: Suitability of plant physiological methods to estimate the transpiration of agricultural crops Journal of Plant Nutrition and Soil Science 164(1): 43-48