Response of Maize Yield to Nitrogen Fertilization and Foliar Spray by Some Microelements

Gharibi, A. I. S.; Hammam, G. Y. M.; Salwau, Mohamed; Allam, S. A. H.; El-Gedwy, El. M. M.

doi:10.21608/jpp.2016.45392

Cited by 2 publications

(1 citation statement)

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“…Los resultados se asemejan a los hallados por Potarzycki & Grzebisz (2009), quienes alcanzaron mayores de tasas de eficiencia de absorción de N en maíz complementado con nutrición foliar de Zn. Gharibi et al (2016) reportaron mayor eficiencia de absorción de N en tratamientos que incluían aplicación foliar de Zn, B y Fe. Por su parte, Pooniya et al ( 2017) obtuvieron mayor EAN en maíz con aplicación urea de lenta liberación recubierta con S, B y Zn.…”

Section: Manejo Específico Del Experimentounclassified

Yield, profitability and agronomic efficiency of nitrogen in rainfed maize with complementary foliar fertilization of Zn and Mo

Navarrete

Cedeño-García²,

García³

et al. 2022

Manglar

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The research aimed to evaluate the effect of complementary foliar applications of Zn and Mo on the yield, profitability, and agronomic efficiency of nitrogen in rainfed maize. The work was carried out during the rainy seasons of 2020 and 2021 in the Carrizal river valley, Manabí, Ecuador. The treatments evaluated were: NPK soil fertilization supplemented with foliar application of Zn and Mo (T1) and NPK soil fertilization without foliar application of Zn and Mo (T2). Grain yield (RG), agronomic efficiency of N (EAN), and the net economic benefit of fertilization (BEN) were recorded. Data were analyzed with Student's t-test for paired observations. Treatment T1 increased the RG by 15.58% and 14.03% during 2020 and 2021, respectively, concerning treatment T2. Similarly, the T1 treatment increased the EAN by 28.30% and 24.60% in the 2020 and 2021 seasons, respectively, concerning the T2 treatment. Finally, treatment T1 produced the highest BEN, with an increase of 23.05% and 16.37%, during 2020 and 2021, respectively, about treatment T2. Complementary foliar fertilization with Zn and Mo enhanced the effect of NPK soil fertilization and increased yield, profitability, and EAN in rainfed maize.

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Section: Manejo Específico Del Experimentounclassified

Yield, profitability and agronomic efficiency of nitrogen in rainfed maize with complementary foliar fertilization of Zn and Mo

Navarrete

Cedeño-García²,

García³

et al. 2022

Manglar

View full text Add to dashboard Cite

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Response of white maize hybrids to plant densities and nitrogen fertilizer rates

El-Gedwy

2019

Annals of Agricultural Science, Moshtohor

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Two field experiments were conducted on the Farm of Agric. Res. and Exp. Center of Fac. of Agric. Moshtohor, Benha University, Toukh Directorate, Qalyubia Governorate, Egypt, during the two successive summer growing seasons of 2016 and 2017 to study the effect of three plant population densities i.e. 20000, 24000 and 28000 plants/feddan (fed) and three nitrogen fertilizer rates, i.e. 90, 120 and 150 kg N/fed on the growth traits, yield components, yield and some kernels chemical properties of three white single cross hybrids of maize (S.C. 7071, S.C. 30K8 and S.C. 2031). The obvious results of this investigation can be summarized as follows: Increasing plant population density from 20000 to 28000 plants/fed significantly increased mean values of No. of days from planting to 50 % tasseling and silking, leaf area index, plant height (cm), ear height (cm) No. of barren plants/fed, No. of ears/fed, stover yield/fed (kg) and biological yield/fed (kg) in both seasons. On the other hand, mean values of No. of green leaves/plant, leaf area/plant (cm 2), No. of plants carried two ears/fed, No. of kernels/ear, ear weight (g), shelling (%), 100-kernel weight (g), ear yield/fed (kg), grain yield/fed (kg), harvest index, nitrogen uptake/fed (kg) and protein yield/fed (kg) were significantly decreased in the two seasons. Allmost traits of maize under study were significantly increased by increasing nitrogen fertilizer rates from 90 and 120 to 150 kg N/fed except, No. of days to 50 % tasseling and silking as well as No. of barren plants/fed were significantly decreased with increasing nitrogen rates in the both seasons, nitrogen fertilizer rate of 150 gave the best mean values for all maize traits under study. White single cross hybrids of maize were significantly differed in all maize traits under study in the both seasons. Maize hybrid of S.C. 30K8 was significantly surpassed S.C. 7071 and S.C. 2031 in mean values of No. of plants carried two ears/fed, No. of ears/fed, No. of kernels/ear, grain yield/fed and harvest index as well as gave the lowest mean values of No. of barren plants/fed and the shortest period from planting to 50 % tasseling or silking in the both seasons. Moreover, S.C. 2031 surpassed the other two maize hybrids in mean values of leaf area/plant, leaf area index, ear weight, 100-kernel weight, ear yield/fed, biological yield/fed, nitrogen uptake/fed and protein yield/fed in the two seasons. Meanwhile, S.C. 7071 recorded the highest mean values of No. of green leaves/plant, plant height, ear height, shelling % and stover yield/fed in the two seasons.

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Response of Maize Yield to Nitrogen Fertilization and Foliar Spray by Some Microelements

Cited by 2 publications

References 4 publications

Yield, profitability and agronomic efficiency of nitrogen in rainfed maize with complementary foliar fertilization of Zn and Mo

Yield, profitability and agronomic efficiency of nitrogen in rainfed maize with complementary foliar fertilization of Zn and Mo

Response of white maize hybrids to plant densities and nitrogen fertilizer rates

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