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- W4310355952 abstract "Limited phosphorus (P) bioavailability restricts global agriculture and food production. This element is considered the least plant-available nutrient, and it is highly susceptible to immobilization in the soil matrix. Among the mineral fertilizers used to increase soil P fertility, polyphosphates (PolyP) consist of polymers of OrthoP residues and have been shown to improve crop P uptake and resulting yields more than other forms of P amendments. PolyP fertilizers are also known for their progressive hydrolysis, improving P availability in the rhizosphere and plant P uptake throughout crop growth stages. However, PolyP behavior in soils is still understudied, including rhizosphere traits likely to be involved in PolyP use efficiency within the soil-root-microbe interface. To improve our knowledge of PolyP behavioral properties in the soil–plant continuum, this review is among the first studies to compile, discuss, and propose ideas regarding this research while focusing on the key soil biochemical factors responsible for PolyP hydrolysis and use by crop roots. A combination of exuded P-hydrolyzing enzymes and acidification of the rhizosphere can presumably mobilize available P from PolyP and thereby improve crop P acquisition. The importance of root-associated microbes (exhibiting high P-mobilization capacities) is also discussed as a promising rhizosphere trait that could contribute greatly to boost PolyP hydrolysis and thus increase PolyP agronomic efficiency." @default.
- W4310355952 created "2022-12-09" @default.
- W4310355952 creator A5028719780 @default.
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- W4310355952 date "2023-01-01" @default.
- W4310355952 modified "2023-10-08" @default.
- W4310355952 title "Polyphosphate fertilizer use efficiency strongly relies on soil physicochemical properties and root-microbial activities" @default.
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- W4310355952 cites W1967758110 @default.
- W4310355952 cites W1972889105 @default.
- W4310355952 cites W1974507325 @default.
- W4310355952 cites W1984253375 @default.
- W4310355952 cites W1987509663 @default.
- W4310355952 cites W1989719772 @default.
- W4310355952 cites W1994341570 @default.
- W4310355952 cites W2003289887 @default.
- W4310355952 cites W2004207757 @default.
- W4310355952 cites W2009722434 @default.
- W4310355952 cites W201582657 @default.
- W4310355952 cites W2017772165 @default.
- W4310355952 cites W2028162439 @default.
- W4310355952 cites W2043666167 @default.
- W4310355952 cites W2045084380 @default.
- W4310355952 cites W2045197224 @default.
- W4310355952 cites W2045646510 @default.
- W4310355952 cites W2047256369 @default.
- W4310355952 cites W2056878106 @default.
- W4310355952 cites W2057259796 @default.
- W4310355952 cites W2057786282 @default.
- W4310355952 cites W2061974179 @default.
- W4310355952 cites W2062809160 @default.
- W4310355952 cites W2072927466 @default.
- W4310355952 cites W2076614494 @default.
- W4310355952 cites W2079773559 @default.
- W4310355952 cites W2083875519 @default.
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- W4310355952 cites W2136053273 @default.
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- W4310355952 doi "https://doi.org/10.1016/j.geoderma.2022.116281" @default.
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