2020
DOI: 10.1007/s42729-020-00232-y
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Abstract: Phosphorus (P) deficiency limits agricultural production in tropical and subtropical soils, where soil mineralogy is dominated by kaolinite, iron, and aluminum oxides. The aim of this work was to compare two application methods of P, to the soil surface and to the sowing line, to determine the most effective strategy to increase wheat and soybean yields on an oxidic subtropical soil in Brazil under field conditions. Additionally, four inorganic P fertilizers (monoammonium phosphate (MAP); single superphosphate… Show more

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Cited by 4 publications
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“…Recently, in comparison with other P fertilizer sources, Fink et al, [22] found that significantly higher yields of wheat grains were obtained when plants were fertilized with natural rock P (NP; 14% P2O5) and monoammonium phosphate (MAP; 48% P2O5), followed by single superphosphate (SS; 18% P2O5) and those non fertilized with P, and, finally, wheat plants were fertilized with triple superphosphate (TP; 41% P2O5). They confirmed the superiority of natural rock phosphate over others.…”
Section: Grain Yieldmentioning
confidence: 99%
“…Recently, in comparison with other P fertilizer sources, Fink et al, [22] found that significantly higher yields of wheat grains were obtained when plants were fertilized with natural rock P (NP; 14% P2O5) and monoammonium phosphate (MAP; 48% P2O5), followed by single superphosphate (SS; 18% P2O5) and those non fertilized with P, and, finally, wheat plants were fertilized with triple superphosphate (TP; 41% P2O5). They confirmed the superiority of natural rock phosphate over others.…”
Section: Grain Yieldmentioning
confidence: 99%