ISOLATION OF PHOSPHORUS MOBILIZING BACTERIA FROM SOILS IN THE CLIMATE CONDITIONS OF UZBEKISTAN AND THEIR IMPORTANCE
Keywords:
phosphorus, biological phosphate mobilization, soil microorganisms, bacteria.Abstract
This study investigated the factors affecting the activity of phosphorus-mobilizing bacterial isolates isolated in the climatic conditions of Uzbekistan. One promising approach to improving phosphorus nutrition in agricultural crops is biological phosphate mobilization using soil microorganisms, which facilitates the conversion of poorly soluble phosphorus compounds from soil and fertilizers into forms accessible to higher plants. Field and laboratory studies explored the feasibility of using soil and glucose-ammonia extracts to isolate native soil microorganisms from rhizosphere soils in the Urgut district of the Samarkand region of Uzbekistan capable of effectively converting poorly soluble phosphates from soil and fertilizers into plant-available compounds. The study identified 94 strains of phosphate-mobilizing bacteria, 36 of which demonstrated the highest phosphorus mobilization.
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Okuda Y, Onishi J (2015) Current status of monitoring salin-
ization on irrigated land in Uzbekistan. Bull Soc Sea Water
Sci Jpn 69:293–300. https://doi.org/10.11457/swsj.69.293
(in Japanese
Okuda Y, Onishi J (2015) Current status of monitoring salin-
ization on irrigated land in Uzbekistan. Bull Soc Sea Water
Sci Jpn 69:293–300. https://doi.org/10.11457/swsj.69.293
(in Japanese
Okuda Y, Onishi J (2015) Current status of monitoring salin-
ization on irrigated land in Uzbekistan. Bull Soc Sea Water
Sci Jpn 69:293–300. https://doi.org/10.11457/swsj.69.293
(in Japanese
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