2022
DOI: 10.1007/s11104-022-05387-4
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Distinct enhanced efficiency urea fertilizers differentially influence ammonia volatilization losses and maize yield

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Cited by 11 publications
(9 citation statements)
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“…Therefore, observed differences in crop yields may be attributed to differences in weather conditions, with in-season precipitation likely as a primary factor (2009: 654 mm; 2010: 569 mm; 2011: 372 mm). Concurrent to this research, we found a strong weather influence on NH 3 volatilization losses from these study plots (Torralbo et al, 2022). Precipitation the day of treatment application or shortly thereafter benefits a better distribution and incorporation of N from urea (Savin et al, 2021), and, as described previously (Torralbo et al, 2022), differences in precipitation after fertilization caused distinct NH 3 volatilization rates between years in these experiments.…”
Section: Discussionsupporting
confidence: 84%
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“…Therefore, observed differences in crop yields may be attributed to differences in weather conditions, with in-season precipitation likely as a primary factor (2009: 654 mm; 2010: 569 mm; 2011: 372 mm). Concurrent to this research, we found a strong weather influence on NH 3 volatilization losses from these study plots (Torralbo et al, 2022). Precipitation the day of treatment application or shortly thereafter benefits a better distribution and incorporation of N from urea (Savin et al, 2021), and, as described previously (Torralbo et al, 2022), differences in precipitation after fertilization caused distinct NH 3 volatilization rates between years in these experiments.…”
Section: Discussionsupporting
confidence: 84%
“…Concurrent to this research, we found a strong weather influence on NH 3 volatilization losses from these study plots (Torralbo et al, 2022). Precipitation the day of treatment application or shortly thereafter benefits a better distribution and incorporation of N from urea (Savin et al, 2021), and, as described previously (Torralbo et al, 2022), differences in precipitation after fertilization caused distinct NH 3 volatilization rates between years in these experiments. Polymer-coated urea (Duration and ESN) and inhibitor-based urea fertilizer (Agrotain) have proved their efficiency in reducing total NH 3 volatilization losses while also maintaining greater soil [NH 4 + ] than untreated urea for a longer period.…”
Section: Discussionsupporting
confidence: 84%
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“…Contudo, em taxas demasiadas, o N-fertilizante é subutilizado pela planta (apenas 40-60% é aproveitado), o que geralmente é traduzido em baixa eficiência de uso e/ou menor recuperação do mesmo (DELEVATTI et al, 2019). O N-ureia (fertilizante com melhor custo benefício e maior concentração de N), que é majoritariamente usado nesses casos, sofre intensamente com perdas em solos tropicais (principalmente por volatilização da amônia) (TORRALBO et al, 2022).…”
Section: Introductionunclassified