Publication | Open Access
Maize growth and uptake of phosphate and copper at different ambient phosphate concentrations
13
Citations
12
References
1992
Year
BiogeochemistryEngineeringBotanyEnvironmental EngineeringPlant-soil RelationshipMaize GrowthSustainable AgricultureAgricultural EconomicsSoil ChemistryPlant NutritionCrop PhysiologyPublic HealthAbstract ResponseSoil FertilityPlant PhysiologyDifferential Cu UptakeRoot-soil InteractionNutrient Management
Abstract Response of maize to 10, 100, and 1,000 μM P was studied in solution culture. Maize growth was maximum at 100 μM P while the root/shoot ratio was the highest at 10 μM P. Increase in the supply of P in the solution promoted its uptake and decreased the P utilization rate. Both transport to shoot and uptake rate of Cu increased with the increase of the solution P concentrations. The proportion of Cu retained in roots (65%) did not vary with differential Cu uptake at three P levels. Copper and P concentrations in roots were positively correlated.
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