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• W4385620107 startingPage "157" @default.
• W4385620107 abstract "Phosphorus (P) fertilization can alleviate a soil P deficiency in grassland ecosystems. Understanding plant functional traits that enhance P uptake can improve grassland management. We measured impacts of P addition on soil chemical and microbial properties, net photosynthetic rate (Pn ) and nonstructural carbohydrate concentrations ([NSC]), and root P-uptake rate (PUR), morphology, anatomy, and exudation of two dominant grass species: Leymus chinensis (C3 ) and Cleistogenes squarrosa (C4 ). For L. chinensis, PUR and Pn showed a nonlinear correlation. Growing more adventitious roots compensated for the decrease in P transport per unit root length, so that it maintained a high PUR. For C. squarrosa, PUR and Pn presented a linear correlation. Increased Pn was associated with modifications in root morphology, which further enhanced its PUR and a greater surplus of photosynthate and significantly stimulated root exudation (proxied by leaf [Mn]), which had a greater impact on rhizosheath micro-environment and microbial PLFAs. Our results present correlations between the PUR and the Pn of L. chinensis and C. squarrosa and reveal that NSC appeared to drive the modifications of root morphology and exudation; they provide more objective basis for more efficient P-input in grasslands to address the urgent problem of P deficiency." @default.
• W4385620107 created "2023-08-08" @default.
• W4385620107 creator A5000330233 @default.
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• W4385620107 creator A5016389221 @default.
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• W4385620107 creator A5027615271 @default.
• W4385620107 creator A5029921240 @default.
• W4385620107 creator A5039773877 @default.
• W4385620107 date "2023-08-07" @default.
• W4385620107 modified "2023-10-14" @default.
• W4385620107 title "Soil phosphorus availability alters the correlations between root phosphorus‐uptake rates and net photosynthesis of dominant C₃ and C₄ species in a typical temperate grassland of Northern China" @default.
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