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Vol. 2 No. 2 (2003)

Articles

Solubility of inorganic phosphorus from glassy fertilizer under different biological activity of soil

DOI: https://doi.org/10.24326/asphc.2003.2.12
Submitted: July 22, 2022
Published: 2003-12-31

Abstract

Studies concerned a glassy fertilizer obtained at the Department Materials the University of Mining and Metallurgy in Krakow. The fertilizer is able to supply plants with a wide range of macro- and microelements. The present study is aimed to define the possibility of increasing the utilization rate of phosphorus contained in glasses by introducing into the soil the phosphorus bacteria Bacillus megaterium var. phospateum that had been isolated from the soil in which the experiment was carried out and grown on a mineral medium. The results showed an increased level of phosphorus in the soil of the treatments. By using the results obtained in the present and previous studies it is possible to determine the soil conditions to plants. It is worth mentioning that the residues of the glassy fertilizer from which nutrients have been leached are compatible with skeletal parts of soil and thus do not pollute the environment.

References

Gehl F., Oberson A., 2001. Kinetics of microbiological phosphorus uptake in cultivated soils. Biol. Fertil. Soil 34(1), 31–41.
Korapetjanc M. Ch., 1983. Wstęp do teorii procesów chemicznych. PWN, Warszawa.
Ostrowska J., Lis-Krzyścin A., Wacławska I., 1998. Ocena przydatności szkła nawozowego VI w uprawie pojemnikowej roślin iglastych w szkółkach. Folia Univ. Agric. Stetiniensis 190, Agricultura 72, 253–259.
Ostrowska J., Lis-Krzyścin A., Wacławska I., 2000. The influence of fertilization with glass fertilizer VI on chosen parameters of growth and development of conifers. Chemistry Agric. 2, 67–73.
Paul E. A., Clark F. E., 2000. Mikrobiologia i biochemia gleb. Wyd. UMCS, Lublin.
Rejman A., Makosz E., 1994. Szkółkarstwo roślin sadowniczych. Plantpress, Kraków.
Russel S., 1974. Drobnoustroje a życie gleby. PWN, Warszawa.
Sady W., Domagała I., Kowalska I., Lis-Krzyścin A., Ostrowska J., 1994. Przewodnik do wiczeń z uprawy roli i nawożenia roślin ogrodniczych. AR Kraków.
Stoch L., Stoch Z., Wacławska I., 1997. Szkła nawozowe ekologiczne. Patent P-324092.
Stoch L., Wacławska I., Lis-Krzyścin A., 2000. Mechanism of biochemical activity of glass fertilizers. Chemistry Agric. 2, 74–80.
Szwedo J., Murawska B., 1998. Określenie wymagań pokarmowych drzewek jabłoni w szkółce. Mat. I Ogólnopolskiego Sympozjum mineralnego odżywiania roślin sadowniczych, 250–264.
Wacławska I., Stoch L., Ostrowska J., 2001. Biochemiczna aktywność szkieł nawozowych. Polska
Akademia Nauk – Oddział w Krakowie – Polski Biuletyn Ceramiczny – Ceramika 66/1, 169–175.
Wacławska I., Ostrowska J., 2001. Biochemical activity of silicate phosphate glasses. Proc. Int. Congr. Glass. 2. Ext. Abstracts, Edinburg, Scotland 1–6 July, 990–991.
Wacławska I., Sumera M., Ostrowska J., 2002. Activity of Glassy Fertilizers in Soil Environment. Chemistry Agric. 3, 303–307.

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