Nitrogen Fertigation to Improve Nitrogen Use Efficiency and Crude Protein on Silage Corn

Yolcu, Ramazan; Çetin, Öner

doi:10.17557/tjfc.58656

Cited by 13 publications

(21 citation statements)

References 36 publications

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“…This could be explained as such that dry matter (DM) accumulation increased by irrigation (Kiziloglu et al, 2009). Parallel to finding of Yolcu and Cetin (2015), decreasing dry matter contents were observed in this study with decreasing irrigation water quantities. Similarly, Li et al (2004) reported 49% increase in maize yield with full irrigation (295 mm).…”

Section: Dry Matter (Dm)supporting

confidence: 87%

“…While the present findings were quite similar to ones reported by Yolcu and Cetin (2015), they were higher than the findings of the other researchers. Such differences between these studies were because of differences in irrigation methods, irrigation programs, local climate, soil and cultural techniques.…”

Section: Dry Matter (Dm)supporting

confidence: 81%

“…In previous studies carried out about water-yield relationships in maize plants, the amount of irrigation water applied in full irrigation treatments in which soil moisture depletion was fully met varied between 263-1206 mm. The values were reported as between 752-823 mm by Gencoglan and Yazar (1999); between 463-477.7 mm by Bouazzama et al (2012); between 814-1206 mm by Simsek and Gercek (2005); between 562-619 mm by Ucak et al (2013); between 459-514 mm by Yolcu and Cetin (2015); as 813.9 mm by Isık et al (2012) and between 263-322 mm by Ariturk and Erdem (2011). Current values were lower than the values reported by Gencoglan and Yazar (1999), Isik et al (2012) and Simsek and Gercek (2005), higher than the values reported by Bouazzama et al (2012), Yolcu and Cetin (2015) and Ariturk and Erdem (2011) and relatively coincided with the values reported by Ucak et al (2013).…”

Section: Resultsmentioning

confidence: 96%

“…The values were reported as between 752-823 mm by Gencoglan and Yazar (1999); between 463-477.7 mm by Bouazzama et al (2012); between 814-1206 mm by Simsek and Gercek (2005); between 562-619 mm by Ucak et al (2013); between 459-514 mm by Yolcu and Cetin (2015); as 813.9 mm by Isık et al (2012) and between 263-322 mm by Ariturk and Erdem (2011). Current values were lower than the values reported by Gencoglan and Yazar (1999), Isik et al (2012) and Simsek and Gercek (2005), higher than the values reported by Bouazzama et al (2012), Yolcu and Cetin (2015) and Ariturk and Erdem (2011) and relatively coincided with the values reported by Ucak et al (2013). Such different results were mainly because of different soil, climate and environmental conditions, irrigation programs and cultural practices (Igbadun et al 2008).…”

Section: Resultsmentioning

confidence: 96%

“…Maize dry matter yields were reported as between 23.2-30.0 t ha -1 by Kiziloglu et al (2009), between 3.9-16.4 t ha -1 by Bouazzama et al (2012), as 22 t ha -1 by Greenwood et al (2008) and as between 14.8-93.3 t ha -1 by Yolcu and Cetin (2015). While the present findings were quite similar to ones reported by Yolcu and Cetin (2015), they were higher than the findings of the other researchers.…”

Section: Dry Matter (Dm)mentioning

confidence: 98%

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Yield, Quality and Water Use Efficiencies of Silage Maize as Effected by Deficit Irrigation Treatments

Uçak¹,

Ayaşan²,

Turan³

2016

Turkish JAF Sci.Tech.

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The present study was carried out to investigate the effects of different water deficit levels applied through growing season on silage yield, quality and water use efficiency (WUE) of main crop silage maize under semi-arid climate conditions during the years 2014 and 2015. Irrigation treatments were set as 100% (I100), 70% (I70) and 35% (I35) supply of depleted water within 0-90 cm effective root zone in 7-day intervals. Applied irrigation water quantities in I100(control) treatment of the first and second year (in 8 irrigations) were respectively observed as 693 and 666 mm. Plant water consumptions in control treatment were respectively measured as 770 and 738 mm. Silage yield was 10650 kg da −1 in the first year and 10600 kg da −1 in the second year. The silage yield obtained from I70 treatment with 30% water deficit was statistically placed in group (B) following I100 (control) treatment. The water deficits over 30% resulted in significant decreases in silage yield and quality. The correlation coefficient between ETa and dry matter was respectively identified as (r: 0.78), (r: 0.87) in 2014 and 2015 and the correlation coefficient between plant water consumption (ETa) and protein content was respectively identified as (r:0.81), (r:0.80) and the correlations between ETa and quality parameters were found to be positive and highly significant. There were significant linear correlations between ETa and kernel yield (Y). Yield response factor (ky) of experimental years were respectively calculated as 0. 74

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Section: Dry Matter (Dm)supporting

confidence: 87%

Section: Dry Matter (Dm)supporting

confidence: 81%

Section: Resultsmentioning

confidence: 96%

Section: Resultsmentioning

confidence: 96%

Section: Dry Matter (Dm)mentioning

confidence: 98%

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Yield, Quality and Water Use Efficiencies of Silage Maize as Effected by Deficit Irrigation Treatments

Uçak¹,

Ayaşan²,

Turan³

2016

Turkish JAF Sci.Tech.

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Strategies for water productivity enhancement in maize—A comprehensive review

Ray,

Jyothi,

Singh

et al. 2023

Irrigation and Drainage

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Maize (Zea mays L.) is the third most important cereal crop produced globally after wheat and rice and provides the basic raw materials for starch, oil, protein, alcoholic beverages, food sweeteners and fuel. It is grown on an area of 201.98 Mha worldwide, with an average productivity of 5.75 t ha−1. Maize is mostly grown during the rainy season, but it performs better during the winter season with irrigation and resource conservation techniques. The average productivity of maize during the rainy and winter seasons is 4.3 and 6.2 t ha−1, respectively. The total production is as low as 2.7 Mt in Nepal to 362.78 Mt in the USA. Maize performs better under the furrow and drip irrigation methods, and the range of water requirements is between 425–789 and 351–685 mm, respectively. Plastic and straw mulching has enhanced irrigation water use efficiency up to 34.0–47.2 and 15.3–24.1 kg ha−1 mm−1, respectively. The crop coefficients, Kc values, for maize crops ranges between 0.2 and 1.2. Of the different methods of irrigation, the drip irrigation method enhances the maize yield by 28% and plays a great role in corn yield. This paper discusses various strategies for enhancing global maize yield.

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Evaluation of silage maize production under pulsed drip irrigation in a semi-arid region

Mohammadi,

Mirlatifi,

Homaee

et al. 2023

Irrig Sci

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Nitrogen Fertigation to Improve Nitrogen Use Efficiency and Crude Protein on Silage Corn

Abstract: ABSTRACT

Cited by 13 publications

References 36 publications

Yield, Quality and Water Use Efficiencies of Silage Maize as Effected by Deficit Irrigation Treatments

Yield, Quality and Water Use Efficiencies of Silage Maize as Effected by Deficit Irrigation Treatments

Strategies for water productivity enhancement in maize—A comprehensive review

Evaluation of silage maize production under pulsed drip irrigation in a semi-arid region

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