01. Modern problems of phosphorus in farming agriculture and ways of their solution

https://doi.org/10.31073/agrovisnyk201706-01
Nosko B. S.
Pages: 5-12.

Full article: 
Abstract
The purpose. To determine the basic regularities of conversion of phosphatic fund of soils in modern conditions of farming agriculture. Methods. Generalization of results of long-term (1969 — 2013) probes in field experiments on typical and degraded chernozem, and also of the published materials of laboratory of methodical control of agrochemical service (now – department of agrochemistry). Results. Regularities of dynamics of different forms of soil phosphates (gross, organic, mobile forms, fractional composition) depending on doses and methods of application of organic and mineral fertilizers, balance of phosphorus in crop rotation are justified. Features of accumulation of residual forms of phosphate and their influence upon formation of agrogenic profile of soils and their fertility are fixed. Conclusions. Dynamics of balance of phosphorus in farming agriculture of Ukraine and its close connection with the content of mobile phosphorus in arable layer of soils, accumulation of residual phosphates in the period from 1970 to 1990 has been determined. For improving scarce balance of phosphorus which was observed in 1995 — 2015 it is recommended to use local source of raw materials: phosphorite meal, peat, sapropel, green manure crops, plant residues of crops and to implement the following agrotechnical methods: local fertilization and acid soils liming.


Key words: phosphorus, balance of phosphorus, residual phosphates, soil fertility.



References
  1. Kovda A.V. Biogeochemistry of soil cover /A.V. Kovda. -M.: Science, 1985. -260 p.
  2. Periodic report on the state of soil on agricultural land of Ukraine (based on the results of the 9th round — 2006-2010) of agrochemical land survey. —K., 2015.
  3. Lisovy M.V. Computer programs in agrochemical research / M.V. Lisovy, V.M. Nikonenko//Journal of Agricultural Science. Special Issue.2016. —C. 73-890.
  4. Barber S.A. Soil Nutrient Bioavailability. Mechanistic Approach. New Jork. USA. 1984.
  5. Kudeyarova A.Yu. Use of indicators of phosphate buffering capacity of soils for studying their phos- phate regime and substantiation of effective application of phosphorus fertilizers/A.Yu. Kudeyarova//Agro- chemistry.1971. № 11. —P. 15-21.
  6. Nosko B.S. On the kinetics of sorption of phosphates by soils. B.S. Nosko, I.A. Horolets//Agrochemistry and Soil Science — Is. 50. — K., 1987. —P.3-7.
  7. Androshchuk I.V. Sapropel effect of fertilizers on water-physical properties of sodpodzolic soil, yield and quality of agricultural crops/I.V. Androshchuk, B.S. Nosko//Soil Science and Agrochemistry. 1995. -V. 57-P. 42-45.
  8. Scientific bases and practical recommendations on the use of soluble forms of phosphate fertilizers from local fields/Ed. B.S.Nosko. - Kh., 2005. -110 p.
  9. Systems of fertilizing crops in agriculture in XXI century/ed. S.A. Baliuk and M.M. Miroshnychenko — K.: Alfa, 2016. -392 p.
  10. Baliuk S.A. Modern problems of biological degradation of chernozems and ways to preserve their fer- tility/S.A. Baliuk, B.S. Nosko, Ye.V. Skrylnyk//Journal of Agricultural Science.2015. № 11. — P. 11-17.
  11. Fateev A.I. Local method of fertilizer application. Soil-agrochemical aspects/A.I. Fateev -Kh., 2002. - 160 p.