14. Influence of adaptive systems of the basic cultivation and fertilizing on the content of easy-hydrolyzable nitrogen in light grey forest soil of Polissya

https://doi.org/10.31073/agrovisnyk201702-14
Jakovenko O. P.
Pages: 75–78.

Full article: 
Abstract
The purpose. To determine dynamics of the content of easy-hydrolyzable nitrogen at long-term application (25 years) of soil-protective techniques in conditions of different fertilizer systems. Methods. Field, laboratory, variation-statistical and relative analysis. Results. It is determined that the content of easy-hydrolyzable nitrogen in arable layer (0 — 20 cm) of light grey forest soil in the end of the 3-rd crop rotation have made 4,02 — 11,6 mg/100 g of soil (109,3 — 315,5 kg/hectare). That testifies to low extent of security of plants with the given nutrient. Conclusions. Agricultural techniques, which are based on minimization of cultural operations (subsurface and disk cultivation), in a combination with organic-and- mineral fertilizer system have ensured the high content of easy-hydrolyzable nitrogen – 312,8 — 315,5 kg/hectare.


Key words: Polissya, easy-hydrolyzable nitrogen, soil-protective cultivation, fertilizer system, light grey soil.



References
  1. Maliiehko A.M. Bnlyb pizhyx cnocobib obpobitky ha fizyko-ximichhyj ctah dephobo-nidzolyctoro gpyhty ta npodyktybhictb ozymoi nshehytsi/A.M. Maliiehko, H.M. Tapapiko, G.I Lychyk//Zemlepobctbo.– 1995. – № 70. – C. 33 — 39.
  2. Adewopo J.B. Top-Ranked Priority Research Ques­tions for Soil Science in the 21st Century/J.B. Ade­wopo, Ch. Van Zomeren, R.K. Bhomia//Soil Science Society of America J. – 2014. – V. 78. – P. 337 — 347.
  3. Oik D.C. Overview of the symposium proceedings, «Meaningful pools in determining soil carbon and nitrogen dynamics»/D.C. Oik, E.G. Gregorich//Soil Sci. Soc. Am. J. – 2006. – V. 70. – P. 967 — 974.
  4. Zemlepobctbo z ochobamy gpyhtozhabctba i arpo­ximii: nidpychhyk, 2-re byd. nepepob. ta don./B.P. Gydzb, A.P. Licobal, B.O. Ahdpiiehko, M.F. Pybak. – K.: Tsehtp ychb. lit-py, 2007. – 408 c.
  5. Ochoby zemlepobctba: nidpychhyk/O.F.Cmarlij, M.F. Pybak, Je.M. Dahkebych ta ih. – Zhytomyp: Byd- bo DBHZ «Depzhabhyj arpoekolorichhyj yhibepcytet», 2008. – 514 c.
  6. Bykin A.V. The effect of the fertilizer application on the texture of soil and on the density of medow- cernozemsc calcareous soil in conditio of right-bank forest-steep of Ukraine/A.V. Bykin, N.P. Bordyuzha//New Advances in Research and Management of World Mollisoils: Proceedings of International Symposium on Soil Quality and Management of World Mollisoils (Harbin, China, July 13 — 16, 2010)/Eds: Xiaobing Liu, Chunyu Song, Richard M. Cruse, Ted Huffman. – Harbin: Northeast Forestry university Press, 2010.
  7. Ochoby bedehhia cilbcbkoro rocnodapctba ta oxopoha zemelb: habch. nocib./H.X. Gpabak, I.H. Tonixa, B.M. Dabydehko, I.B. Shebelb. – K.: BD «Ppofeciohal», 2006. – 496 c.
  8. Gopodhij M.M. Arpoximiia: nidpychhyk/M. M. Gopod­hij. – K.: Apictej, 2008. – 934 c.
  9. Gopdiiehko B.P. Pporpecybhi cyctemy obpobitky gpyhty/B.P. Gopdiiehko, A.M. Maliiehko, H.X. Gpabak. – Cimfeponolb: Kpymcbka Akademiia rymahitaphyx hayk, 1998. – 279 c.
  10. Zmiha arpoekolorichhyx blactyboctej cipyx onidzolehyx gpyhtib zalezhho bid cnocobib obpobitky ta cyctem ydobpehhia b nolbobij cibozmihi Policcia/M.C. Chep­hilebcbkyj, H.Ja. Kpybych, M.F. Pybak ta ih.//Arpo­ximiia i gpyhtozhabctbo. – 1998. – Ch. 2. – C. 183 — 184.
  11. Mojcejchehko B.F. Ochoby haykobyx doclidzhehb b arpohomii: nidpychhyk/B.F. Mojcejchehko, B.O. Jeschehko. – K.: Byscha shk., 1994. – 334 c.
  12. Melbhychyk D.I. Jakictb gpyhtib ta cychachi ctpaterii ydobpehhia/D.I. Melbhychyk, Dzh. Xofmah, M.M. Go­podhij. – K.: Apictej, 2004. – 487 c.