Organic anions facilitate the mobilization of soil organic phosphorus and its subsequent lability to phosphatases - Richardson, Alan E.; George, Timothy S.; Hens, Maarten; Delhaize, Emmanuel; Ryan, Peter R.; Simpson, Richard J.; Hocking, Peter J. (Plant and soil, 2022)
Keywords: Agriculture; Anions; Bioavailability; Biomedical and Life Sciences; citrates; Ecology; Ecosystem management; Environmental aspects; Enzymes; Hydrolysis; Inositol; Inositols; Ions; Lability; Life Sciences; Magnetic resonance spectroscopy; malates; Material requirements planning; Microorganisms; Molybdate; NMR; NMR spectroscopy; Nuclear magnetic resonance; Nucleic acids; Organic phosphorus; oxalates; Oxalic acid; Phosphatase; Phosphatases; Phosphodiesterase; Phospholipids; Phosphorus; Phosphorus in the body; Phytase; phytases; Plant Physiology; Plant roots; Plant Sciences; Research Article; Soil dynamics; soil organic phosphorus; Soil Science & Conservation; Soil types; Soils; spectroscopy; Australia; NMR; Malate; Plant nutrition; Oxalate; Phytate; Citrate; Phytase