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M GeethalashmiP SangameshwariA AdesemoyeJ KloepperR CakmakciF DonmezA AydnF ahinC DegrootRvd BoogaardLfm MarcelisJ HarbinsonH LambersA DobermannK CassmanC MamarilJ SheehyF FalesK GomezA GomezA HarteminkM JohnstonJ SullivanS PolomaJ HiscoxG IsraelstamHong ShenJ ChenZ WangHooleyH JeongI ChungS RyuM ParkS YunK KimD JordanG McdonaldV KumarS PuniaK LakshminarayanaN NarulaS MehrvarzM ChaichiS MuthaiyaP PerdersonE CarafoliR PrasannaA RamezanN KhavariN FarzanehT CobraL RasipourN AsgharzadehM RyanJ AngusA RychterD RandallC UllrichA NovackyE FisherU LiittgeS WangH WuJ QiaoL MaJ LiuY XiaX GaoW XieG WengQ Zhang

Abstract

Phosphorus plays a significant role in several physiological and biochemical activities in plants.Phosphorus in soils is immobilized due to formation of insoluble complexes such as iron and aluminium hydrous oxides and calcium carbonate.Phosphate-solubilizing microorganisms (PSM) play an important role in insoluble phosphates into soluble forms involves processes of acidulation, ion chelation and exchange reactions.Present study, a field experiment was carried out to study the Growth parameters of phosphate solubilising inoculants (JumpStart) on rice variety CO 47 in rice crop.The present study revealed that the treatment P3S3 (100% P + JumpStart 10E5) was recorded increased Seedling Growth will be increase in P3S3 treatment.The Plant Height will be increased at grain filling (111.67 cm), Root/ Shoot ratio (0.494 mg g -1 ) and Root Volume will be increased at Active tillering and 50% flowering stage.The uptake of phosphorus by plants was found higher in P3S3 treatment observed at all stages of crop growth.At 50% flowering stage, phosphorus (69.26 kg ha -1 ), uptake were observed higher in P3S3 treatment than control.This might be due to the significant increment of major Growth Parameters such as Root and Shoot ratio by the application of 100% recommended phosphorus with seed treatment of JumpStart 10E5.

Computer science
Citations
0
FWCI
field-weighted impact
References
14
Percentile
vs. same field & year
References
Plant–microbes interactions in enhanced fertilizer-use efficiency
Applied Microbiology and Biotechnology · 2009 · 870 citations
Statistical Procedures for Agricultural Research.
Journal of the American Statistical Association · 1985 · 18,209 citations
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