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Impact of meteorogical conditions on the need in adaptive perfoming of technological operations of soil tillage and crop sowing

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The article discusses the impact of the agrarometeorological conditions on the state of soil and the processes connected with soil tillage and crop sowing. It determines agrotechnological reasons of technological adapting of these operations to enviromental conditions. It sets the terms of qualitative modifications in soil under the impact of agrometeorological conditions within spring and summer-autumn periods.
Twórcy
autor
  • SC Institut of mechanization and electrification of agriculture
autor
  • Lviv National Agrarian University
autor
  • Lviv National Agrarian University
Bibliografia
  • 1. Ahrarnyi sektor Ukrainy [Agrarian sector of Ukraine]: http://agroua.net.
  • 2. Bomba M.Ya. and Tomashivskyi Z.M. 1993. Naukovi i praktychni osnovy obrobitku hruntu [Scentific and practical basics of soil tillage]. – Ivano-Frankivsk: Halychyna. – 148. (in Ukraine).
  • 3. Buslenko N.P., 1978. Modelirovanie slozhnykh system [Simulation of complex systems]. – Moscow:Nauka. – 357. (in Russia).
  • 4. Sydorchuk O.V., Lub P.M. and Ivasiuk I.P. 2012. Vplyv predmetnykh umov na terminy vykonannia hruntoobrobno-posivnykh robit litnio-osinnioho periodu [Impact of the subject conditions on the terms of performing soil tillage and sowing operations of summer-autumn period]. – MOTROL. Commission of motorization and energetics in agriculture. – Lublin. – Vol. 14, №4. – 16–20. (in Poland).
  • 5. Horodetskyi O.A., Huraluyk I.I. and Larin V.V. 1993. Meteorologia, metody i tekhnicheskie sredstva nabludieniey [Meteorology, methods and technical means of observation]. – Leningrad: Gidrometeoizdat. – 333. (in Russia).
  • 6. Gringof I.I., Popova V.V. and Srashnyi V.N. 1987. Agrometerologia [Agrometeorology]. – Leningrad: Gidrometeoizdat. – 310. (in Russia).
  • 7. Zavalishyn F.S. 1973. Osnovy raschota mekhanizirovannych processov v rastienneivodstve [Basics of calculation of mechanized processes in crop growing]. – Moscow: Kolos. –319. (in Russia).
  • 8. Kirtbaia Yu.K. 1982. Reziervy v ispolzovonii mashino traktornoho parka [Reserves in the use of machine-tractor park]. – Moscow: Kolos. – 320. (in Russia).
  • 9. Kleievska V.L. 2010. Pryzemni meteorolohichni sposterezhennia [Subaerial meteorological observations]: a manual. – Kharkive: Kh Al. – 52. (in Ukraine).
  • 10. Lykhochvor V.V. 2002. Roslynnytstvo. Tekhnolohii vyroshchuvannia silskohospodarskykh kultur [Plant growing. Technologies of crop growing]. –Lviv: Ukr. technolohii. – 800. (in Ukraine).
  • 11. Lubnin M.G. 1983. Viianiie agrometieorologicheskikh usloviy na rabotu sielskohoziaystviennykh mashyn i orudiy [Impact of agrometeorological conditions on the functioning of a farm machines and equipment]. –Leningrad: Gidrometeoizdat. – 119. (in Russia).
  • 12. Pastukhov V.I. 2004. Obhruntuvania optymalnykh Komplexiv mashyn dlia mekhanizitsii polivykh robit [Grounding of optimal complexes of machines for mechanization of field works]: Auther’s summary of thesis on the competition of Candidate of technical sciences. – Kharkive national P.Vasylenko technical university of agriculture. – Kharkiv. – 38. (in Ukraine).
  • 13. Prekladnaia statistika. 1981. Pravila opredielienia otsenok I dovieritelnykh granits dlia parametrov normalnogo rozpredilenia [Applied statistics.Rules of determining estimates and confidence limits for parameters of normal distribution]: GOST 11.007-74 – Moscow: Izd. standartov. – 20. (in Russia).
  • 14. Prikladnaia statistika. 1980. Pravila opreielienia otsenok I dovieritielnykh granits dlia parametrov Viebulla [Applied statistics. Rules of determining estimates and confidence limits for parameters of distribution of Viebull]: GOST 11.007-75-Moscow: Izd. standartov/ – 30. (in Russia).
  • 15. Sydorchuk A.V., Lub P.M., Ivasiuk I.P. and Ukrainets V.A. 2013. Soglasovanie sostavliaiushchikh tiekhnologicheskoy sistiemy obrabotki pochvy i posieva ozimykh kulture [Coordination of elements of technological systems of soil tillage and winter crops sowing]. – MOTROL Commission of motorization and energetics in agriculture. –Lublin-Rzeszow, Vol.15, №4. 180-186. (in Poland).
  • 16. Sydorchuk O.V., Karpa M.I., Tymochko V.O. and Fedosenko S.A. 1990. Tekhnolohichni vymohy mekhanizovanoho protsesu v roslynnytsivi do tempiv remontu mashyn [Technological requirements of the mechanized process in crop growing to the rates of machines repair] // Pidvyshchennia orhanizatiyno-teknichnoho rivnia remontno-vidnovnykh protsesiv v APK rehionu. – Lviv: Lviv silskohospodarskyi instytut. – P. 84–90. (in Ukraine).
  • 17. Tymochko V., Kovalchuk Ya. and Padiuka R. 2011. Orhaniztsiyno-teknolohichni zakhody enerhozberezhennia pid chas zbyrannia oliynykh ta zernovykh kultur [Organization and tchnological measures of energy saving during oil and grain crops harvesting]. – МОТРОL. – Lublin. – Vol 13D. – 22-30. (in Poland).
  • 18. Truhuba A.M. and Sharybura A.O. Protsesy upravlinnia intehrovanymy proektamy ahrarnoho vyrobnytstva [Processes of management of integrated projects of agrarian production] – МОТРОL. – Lublin. – Vol 13D. – 37–42. (in Poland).
  • 19. Finn E.A., 1989. Optimiztsia ekspluatatsionnukh sistem sielskohoziaystviennoy tiekhniki [Optimiztion of exploitation systems of farm machinery]: Author’s summery of thesis on the competition of Doctor of Technical Sciences.-Novosibirsk. – 40. (in Russia)
  • 20. Yachmeneva V. and Vol’s’ka G. 2014. Factors influencing the enterprise innovation. ECONTECHMOD. An international quarterly journal. Poland, Lublin – Rzeszow. – Vol. 3. No. 1, 133–138.
Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-27d263d8-bee1-416a-9ea0-6baef97cb27c
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