Dryland Agriculture in Northeastern Europe and Northwestern Asia
2013; Linguagem: Inglês
10.2134/agronmonogr23.2ed.c16
ISSN2156-3276
Autores Tópico(s)Agriculture and Biological Studies
ResumoChapter 16 Dryland Agriculture in Northeastern Europe and Northwestern Asia Mekhlis Suleimenov, Mekhlis Suleimenov ICARDA-Central Asia and the Caucasus, Tashkent, UzbekistanSearch for more papers by this author Mekhlis Suleimenov, Mekhlis Suleimenov ICARDA-Central Asia and the Caucasus, Tashkent, UzbekistanSearch for more papers by this author Book Editor(s):Gary A. Peterson, Gary A. PetersonSearch for more papers by this authorPaul W. Unger, Paul W. UngerSearch for more papers by this authorWilliam A. Payne, William A. PayneSearch for more papers by this author First published: 01 January 2006 https://doi.org/10.2134/agronmonogr23.2ed.c16Citations: 2Book Series:Agronomy Monographs AboutPDFPDF ToolsRequest permissionExport citationAdd to favoritesTrack citation ShareShareShare a linkShare onEmailFacebookTwitterLinkedInRedditWechat Summary This chapter utilizes the statement that dryland farming is an agriculture dependent on rain and snow in regions with low rainfall. Temperatures gradually increase moving from the east of northwestern Asia (NWA) region westwards and to the northeastern Europe region. The region of the NWA is characterized by short warm period and long cold winters. Central Chernozem area has the most favorable soil conditions for dryland agriculture. The system of soil tillage in crop rotations consists of combination of moldboard plow and stubble mulch tillage. Conserving soil fertility is the main challenge of any cropping system. Soil tillage is an important component of soil conservation system in Volga area. Conservation tillage is by and large economical in the steppes of northern Kazakhstan and western Siberia, because it increases grain yield due to better water accumulation during winter by standing stubble. References Akhmetov, K.A., B. Kanafin, and A. Kiyasov 1998. Spring wheat yield and soil fertility in the coarse of long-term use of cropland under wheat-fallow rotations. 46–47. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Azarov, N. 1999. Landscape specific management of new land cropping systems and a rational land use. 85–87. L. Kupanova et al. (ed.) Main directions of diversification of grain production in steppe regions of the Eurasian continent. Shortandy, Kazakhstan9 Aug. 1999Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Azarov, N., A. Bektemirov, and K. Erzhanov 1998a. Development of agronomy practices to reduce runoff of thawing water on the territory of the Northern Kazakhstan. 123–125. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Azarov, N., A. Bektemirov, and V. Susukin 1998b. Landscape specific growing of winter small grains on separate farms. 58–60. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Bakayev, N.M. 1975. Soil moisture and crop yield. Kainar, Alma-Ata. Google Scholar Barayev, A.I. 1978a. Theoretical bases and practices of soil conserving cropping system in the steppe area of the USSR. p. 5–23. In V.D. Pannikov (ed.) Efficiency of soil conserving cropping system in the steppe areas of the USSR. All-Union Res. Inst. Of Grain Farming, Tselinograd, Kazakhstan. Google Scholar Barayev, A.I. 1978b. Main components of the soil conserving system and its influence on development of spring wheat yield. p. 158–198. In M. Kolos, and A.I. Barayev (ed.) Spring wheat. Kolos, Moscow. Google Scholar Barayev, A.I. 1988. Soil conservation farming. Agropromizdat, Moscow. Google Scholar Barayev, A.I. 1998. Soil conservation farming. Selected works. Siberian Branch of Russian Academy of Agric. Sci., Novisibirsk. Google Scholar Barayev, A.I. and E. Gossen 1980. Wind erosion and its control in the Asian part of the USSR. p. 7–47. In V. Pannikov (ed.) Wind erosion and its control. Kolos, Moscow. Google Scholar Barayev, A.I. and M.K. Suleimenov 1985. Soil conservation practice. Kainar, Alma-Ata. Google Scholar Barayev, A.I. and I.G. Zinchenko 1976. Soil tillage. p. 43–78. In A. Barayev (ed.) Spring wheat in Northern Kazakhstan. Almaty, Kaynar. Google Scholar Bender, I. 1967. Assessment of various tillage methods of chestnut soils of Kulunda. 18–24. Soil tillage in Altay. Barnaul, Altay. Google Scholar Blisov, T. 1998a. The issue of minimization of subsurface soil tillage for grain crops in the dark-chestnut soil zone of Akmola oblast. 32–34. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Blisov, T. 1998b. Results of comparative studies of field crop rotations on dark-chestnut soils of Akmola oblast. 40–41. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Chernyshov, A., N. Vostrikov, A. Zaveryukha, G. Belkov, A. Zelepukhin, A. Klimentyev, N. Kalugin, V. Sukharev, and P. Inyakin 1986. Farming systems in Orenburg region. Yuzhno-Uralsk Publ., Chelyabinsk. Google Scholar Chesnyak, G.Y., F. F. Gavriluyk, I. Krupenikov, N. Laktionov, and I. Shilikhina 1983. Humus status of chernozems. p. 186–198. In N. Milashchenko (ed.) Fertility of Russian Chernozem. Agroconsult, Moscow. Google Scholar Chmil, A. 1996. Main soil tillage in grain based crop rotations. 65–75. A. Eskov, and E. Shiatiy (ed.) Proc. of KRIGF. Soil conserving cropping system—Problems and outlook. Shortandy, Kazakhstan6 June 1996Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Chernenock, V. 1998. Methods of increasing of efficiency of soil conservation practice on dark-chestnut soils of Northern Kazakhstan. 119–121. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Chernenock, V. 1999. Ways of increasing efficiency of system of fertilization. p. 129–132. In L. Kupanova et al. (ed.) Main directions of diversification of grain production in steppe regions of the Eurasian Continent. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhsan. Google Scholar Chub, M., I. Medvedev, and E. Gyurova 1998. Chernozem soils of Volga area, their distribution and utilization. p. 509–553. In N. Milashchenko (ed.) Fertility of Russian chernozems. Agroconsult, Moscow. Google Scholar Chudanov, I. and V. Vasilyev 1990. Bases for minimalization of tillage of chernozem soils in Middle Volga area. 101–107. Resource conserving soil tillage systems. Agropromizdat, Moscow. Google Scholar Chulkina, V. and E. Toropova 2000. Action of drought stress on spring wheat under different root rot (B. sorokiniana) density. 225–230. Energy and resource conservation in the cropping systems of arid territories. Materials of Int. Conf. Barnaul, Russia17–19 July 2000Siberain Branch of Russian Academy of Agric. Sci., Barnaul. Google Scholar Chuprova, V. 1998. Humus status of chernozems. p. 632–640. In N. Milashchenko (ed.) Fertility of Russian chernozems. Agroconsult, Moscow. Google Scholar Domrachev, V., P. Borisenko, L. Berezin, V. Kholmov, I. Khramtsov, A. Makarov, Y. Moshchenko, A. Nekluydov, G. Stetsov, L. Yushkevich, and P. Yushko 1987. Farming systems in Omsk region. Siberain Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Eskov, A. 1996. Development of adaptive cropping systems in Northern Kazakhstan. p. 6–10. In A. Eskov, and E. Shiatiy (ed.) Proc. of KRIGF. Soil conserving cropping system—Problems and outlook. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Gilevich, S. 1996. Field crop rotations in natural zones of Kostanai Oblast. p. 45–55. In A. Eskov, and E. Shiatiy (ed.) Proc. of KRIGF. Soil conserving cropping system—Problems and outlook. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Gorbachova, A., N. Grabak, N. Dzubinski, and P. Lapko 1990. Anti-erosion resource conserving system of soil tillage in grains-row crops rotation in steppe of Ukraine. 81–186. Resource conserving soil tillage systems. Agropromizdat, Moscow. Google Scholar Gringov, I.G. and A.M. Shamen 1999. Defined dictionary for agricultural metheorology. Almaty, Publ., Steka, Almaty, Kazakhstan. Google Scholar Ivanov, N. 1948. Landscape climatic zones of the world. Notes of VGO (All Union Geographical Society). new series, B1 Gidrometizdat, Leningrad. Google Scholar Ivanov, V.T., L. Iodko, and N. Dubina 1978. Crop rotations and soil conservation tillage on ordinary chernozems of the North-Kazakhstan region. 97–117. Proc. Issues of soil conservation farming. All Union Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Kalugin, M. 1965. Peculiarities of soil tillage in Kulunda steppe. Proc. of Kulunda Agric. Res. Stn. Rosselkhozizdat, Moscow. Google Scholar Karmanov, I. 1998. Assessment of chernozem's fertility in Europeen part of Russia. p. 156–163. In N. Milashchenko (ed.) Fertility of Russian chernozems. Agroconsult, Moscow. Google Scholar Kashtanov, A.N., F.N. Lisetski, and G.I. Shvebs 1994. Bases of the landscape-specific environmental farming. Kolos, Moscow. Google Scholar Kaskarbayev, Z. 1999. Scientific bases of grain production diversification in Northern Kazakhstan. 25–30. L. Kupanova et al. (ed.) Main directions of diversification of grain production in steppe regions of the Eurasian Continent. Shortandy, Kazakhstan9 Aug. 1999Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Khabirov, M. 1998. Efficiency of fertilizer in the soil conserving cropping system. 105–106. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Khramtsov, I., V. Kholmov, and L. Yushkevich 2000. Status and problems of cropping systems in dry zones of lowland landscapes of western Siberia. 212–219. Energy and resource conservation in the cropping systems of arid territories. Materials of Int. Conf. Barnaul, Russia17–19 July 2000Siberian Branch of Russian Academy of Agric. Sci., Barnaul. Google Scholar Khromov, S. and L. Mamontova 1974. Meteorological dictionary. Gidrometizdat, Leningrad. Google Scholar Kiryushin, V. 1996. Ecological bases of cropping systems. Kolos, Moscow. Google Scholar Kolmakov, P.P. and A. Nesterenko 1981. Minimum tillage. Kolos, Moscow. Google Scholar Kovalenko, G. and V. Trubitsina 1996. Results of studies of crop rotations in the North Kazakhstan oblast. p. 55–65. In A. Eskov, and E. Shiatiy (ed.) Proc. of KRIGF. Soil conserving cropping system—Problems and outlook. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Laznik, Y. 1977. Efficiency of main soil tillage in crop rotations in the dry steppe of Tselinograd region. Abstr. of the thesis. Tselinograd Agric. Inst., Tselinograd. Google Scholar Lichtenberg, A. 1996. Agrochemical research support of grain production. p. 105–115. In A. Eskov, and E. Shiatiy (ed.) Proc. of KRIGF. Soil conserving cropping system-Problems and outlook. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Malakhova, V.M. 1988. Role of nitrogen in yield increase of grain crops in grains-fallow rotation. 7–9.. Abstr. of the regional scientific and practical conf. Nitrogen in the cropping systems of Northern Kazakhstan and crop diagnostics of nitrogen nutrition. Tselinograd23–26 Feb. 1988Tselinograd Agric. Inst., Tselinograd. Google Scholar Marymov, V., A. Sukhov, and A. Korotich 1990. Resource conserving tillage of light-chestnut soils of Low Volga area in grain-based crop rotations. 59–63. Resource conserving soil tillage systems. Agropromizdat, Moscow. Google Scholar Merzlaya, G. 1998. Main methods and conditions for efficient use of organic fertilizers. p. 225–254. In N. Milashchenko (ed.) Fertility of Russian chernozems. Agroconsult, Moscow. Google Scholar Mineyev, V. 1984. Organic fertilizers under intensive farming practices. Kolos, Moscow. Google Scholar Moshchenko, Y. and I. Bormotov 2000. Development of principles of steppe cropping system. 135–139. Energy and resource conservation in the cropping systems of arid territories. Materials of Int. Conf. Barnaul, Russia17–19 July 2000Siberian Branch of Russian Academy of Agric. Sci., Barnaul. Google Scholar Nosko, B., V. Medvedev, A. Batsula, and G. Chesnyak 1987. Humus balance in the agriculture of Ukraine and resources of organic matter. p. 12–14. In N. Milashchenko (ed.) Problems of humus in agriculture and utilization of organic fertilizers. Russian Academy of Agric. Sci., Vladimir. Google Scholar Nurmuratov, T. 1997. Protecting wheat from pests, diseases and weeds in Kazakhstan. 57–61. A. Morgounov et al. (ed.) Spring wheat in Kazakhstan: Current status and future directions. Proc. of the Kazakhstan-CIMMYT Conf. Shortandy, Akmola, Kazakhstan22–24 Sept.1997Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Okhinko, I.P., I.F. Tatoshin, and I.D. Davliatshin 1992. Outlook on soil fertility change of Northern Kazakhstan until 2010. 60–73. A.I. Lichtenberg et al. (ed.) Problems of intensification of soil conserving cropping system. Proc. of KRIGF. Kazakh Res. Inst. of Grain Farming. Shortandy, Kazakhstan Google Scholar Orazbayev, K. 1998. Challenges of improving of soil conserving cropping system. 17–20. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Popugayev, M., I. Chudanov, E. Danilova, V. Kafarena, V. Korchagin, I. Laykov, A. Medvedev, V. Potushanskiy, O. Sinelshikova, and K. Shulmeister 1977. Farming system in Volga area. Privolzhskoe Publ., Sarotov. Google Scholar Rybalkin, P. 1996. et al. Ways of improving farming systems in Krasnodar area. Russian Academy of Agric. Sci., Krasnodar. Google Scholar Shakhanov, E. and B. Mustafayev 1999. Opportunities of reduced tillage for wheat in conditions of chestnut soils of Pavlodar oblast. p. 96–100. In L. Kupanova et al. (ed.) Main directions of diversification of grain production in steppe regions of the Eurasian continent. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Shaposhnikova, I. 1998. Chernozem's fertility in the Northern Caucasus. p. 403–452. In N. Milashchenko (ed.) Fertility of Russian chernozems. Agroconsult, Moscow. Google Scholar Shashkov, V. 1996. Technology of weed control on the north of Kazakhstan. p. 89–98. In A. Eskov, and E. Shiatiy (ed.) Proc. of KRIGF. Soil conserving cropping system—Problems and outlook. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Shashkov, V. 1999. Herbicide tank mixtures against broadleaf and grass weeds in spring wheat crop. p. 178–180. In L. Kupanova et al. (ed.) Main directions of diversification of grain production in steppe regions of the Eurasian continent. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Shashkov, V. and G. Gaynutdinov 2000. Efficiency of herbicide use in 6-course grains-fallow rotation and grains continuously. 236–250. Energy and resource conservation in the cropping systems of arid territories. Materials of Int. Conf. Barnaul, Russia17–19 July 2000Siberian Branch of Russian Academy of Agric. Sci., Barnaul, Russia. Google Scholar Shiyatiy, E. 1996. Improvement of soil conserving measures—The base for progress in crop production. p. 20–33. In A. Eskov, and E. Shiatiy (ed.) Proc. of KRIGF. Soil conserving cropping system—Problems and outlook. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Shramko, N. 1983. Crop rotations in the North of Kazakhstan. Kainar, Alma-Ata. Google Scholar Shramko, N. 1999. Influence of rotating crops on fertility of dark-chestnut soils of Northern Kazakhstan. p. 118–120. In L. Kupanova et al. (ed.) Main directions of diversification of grain production in steppe regions of the Eurasian Continent. Kazakh Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Stolyarov, V. 1977. Soil tillage on slopes. 65–68. Advanced agrotechnique into cropping systems. Siberian Branch of Russian Academy of Agric. Sci., Barnaul. Google Scholar Suleimenov, M. 1991. The field. How it should be?. Kainar, Alma-Ata. Google Scholar Ten, A., V. Antonov, V. Lisov, I. Maltsev, V. Musokhranov, Y. Orishchenko, V. Stolyarov, V. Tkachenko, N. Shakov, and F. Shevtchenko 1988. Farming system in Altay area. Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk, Moscow. Google Scholar Tleuov, S. 1988. Reasons and conditions of formation of run-off of thawing water on low gradient slopes in Northern Kazakhstan. 10–16.. Scientific-technical Bull. All Union Res. Inst. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Tolkoviy 1999. Defined dictionary for agricultural metheorology. Steka, Almaty. Google Scholar Tumaykin, N. 1959. Results of studies on soil tillage methods suggested by T. Maltsev in Priobski forest-steppe. 78–83. Proc. of the Conf. on outputs for 1952–1965. Altay Publ., Barnaul. Google Scholar Turarbekov, A. 1998. Issues of land degradation and dehumification in Akmola oblast. 121–123. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Vasko, I. 1976. Influence of fall tillage on accumulation of winter precipitation by soil and spring wheat yield. p. 57–60. In E. Gossen et al. (ed.) Agronomy of grain crops in Northern Kazakhstan. All Union Res. of Grain Farming, Shortandy, Kazakhstan. Google Scholar Vinogradov, V., E. Pavlovski, and G. Mattis 1986. Reserves of agro-forest amelioration in practice. J. News Agric. Sci. 6: 12–18. Google Scholar Viter, A. 1990. Change in chernozem fertility under tillage. 123–129. Resource conserving soil tillage systems. Agropromizdat, Moscow. Google Scholar Volnov, V. 2000. Improvement of main tillage methods on sloping lands of Altay area. 55–63. Energy and resource conservation in the cropping systems of arid territories. Materials of Int. Conf. Barnaul, Russia17–19 July 2000Siberian Branch of Russian Academy of Agric. Sci., Barnaul. Google Scholar Willyams, V. 1947. Soil science. Soil management with basics of soil science. Agropromizdat, Moscow. Google Scholar Yashutin, N. 2000. Energy and resource conservation in farming system. Science bases, recommendations and experience. Altay State Univ., Barnaul. Google Scholar Yavtushenko, V. 1998. Agrochemical methods of soil fertility conservation and increase in erosion prone landscapes. p. 281–296. In N. Milashchenko (ed.) Fertility of Russian chernozems. Agroconsult, Moscow. Google Scholar Yermolenko, V., D. Belyavtsev, A. Kuchmiyev, I. Listopadov, E. Nedbaylo, E. Poluektov, A. Popov, I. Shaposhnkova, and S. Tarmonov 1996. System of agro-industry in Rostov region. Recommendations to farmers. Agropromizdat, Postov on Don, Russia. Google Scholar Yudakov, V. 1992. Fall tillage as factor of stability of grain production. 32–40. Problems of stability of cropping systems in Altay area, Proceedings of Siberian Branch of Russian Agricultural Academy. Siberian Branch of Russian Academy of Agric. Sci., Barnaul. Google Scholar Zadorin, A. 1997. Problems of adaptation in cropping systems. Turgenevski berezhok, Orel. Google Scholar Zhunusov, K. 1998. Antropogenic changes of morphological characters of southern calcareous chernozems. 125–126. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Zinchenko, I.G. and S.I. Zinchenko 1997. Issues of spring wheat grain production in the northern regions of Kazakhstan. Bastau, Almay. Google Scholar Zinchenko, S. 1998. Optimization of depth and method of soil conserving tillage of calcareous chernozems of Central Kazakhstan low hills. 28–30. Abstr. of Int. Conf. Soil conserving cropping system and grain production on Eurasian continent in 21st century. Shortandy, Kazakhstan4–5 Aug. 1998Siberian Branch of Russian Academy of Agric. Sci., Novosibirsk. Google Scholar Citing Literature Dryland Agriculture, Volume 23, Second Edition ReferencesRelatedInformation
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