首页> 外文期刊>The Madras Agricultural Journal >Dissolution and release pattern of phosphorus from Jhabua rock phosphate as influenced by single super phosphate, farmyard manure and phosphobacteria
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Dissolution and release pattern of phosphorus from Jhabua rock phosphate as influenced by single super phosphate, farmyard manure and phosphobacteria

机译:单一过磷酸钙,农家粪肥和磷细菌对贾布阿磷矿中磷的溶解和释放模式的影响

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An incubation experiment was conducted with the soil collected from Noyyal series (Vertic Ustochrept - Coimbatore) to study the dissolution and release pattern of phosphorus from Jhabua rock phosphate by following the modified phosphorus fractionation technique, which involved both alkaline and acid extractants. The solution P (NaCl TEA - P) and solution plus adsorbed P (NaOH - P) were high in the treatment receiving SO per cent JRP plus 50 per cent SSP followed by the application of 100 per cent JRP along with PB and FYM. Acid soluble P or apatite - P (HCl-P) was the highest in 100 per cent JRP alone and along with FYM or PB or both whereas the residual P content of the different treatments were comparable. With advancement of the incubation period upto 60 days, a increased trend in extractable P was found in NaCl TEA-P and NaOH-P and a decreased trend was noticed in HCl-P and Residual - P fractions.
机译:对从Noyyal系列(Vertic Ustochrept-Coimbatore)收集的土壤进行了温育实验,通过采用改良的磷分级分离技术(涉及碱性和酸性萃取剂)来研究Jhabua磷矿中磷的溶解和释放模式。在处理中,溶液P(NaCl TEA-P)和溶液加上吸附的P(NaOH-P)很高,接受SO%的JRP加50%的SSP,然后再应用100%的JRP以及PB和FYM。酸溶性P或磷灰石-P(HCl-P)在单独的100%JRP中以及与FYM或PB或两者同时使用时最高,而不同处理的残留P含量相当。随着潜伏期的延长最多60天,NaCl TEA-P和NaOH-P中可萃取P的趋势增加,而HCl-P和残基-P组分的趋势则下降。

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