Claim · model-written summary
N4 produced significantly higher nitrogen concentration in maize stover, at 0.40%.
Zea maysNot reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“Nitrogen rate N4 produced significantly higher (P<0.05)N concentration in stover (0.40%)”
t0“maize yield”
Title
A. Niaz; M. Yaseen; Muhammad Arshad; et al. The Journal of Animal and Plant Sciences 2015
Other claims from this paper (13)
- Intervention effect Delaying more than 25% of applied nitrogen until V9 significantly improved all studied maize parameters, whereas application before planting was least effective.
- Intervention effect The N4S3 combination gave maize grain yield of 7.49 t ha -1, statistically at par with N4S4 and N3S4.
- Intervention effect The N4S4 combination gave maize grain yield of 7.34 t ha -1, statistically at par with N4S3 and N3S4.
- Intervention effect The N3S4 combination gave maize grain yield of 7.12 t ha -1, statistically at par with N4S3 and N4S4.
- Intervention effect N3S4 gave significantly higher N partial factor productivity of 40.68 kg kg -1.
- Intervention effect N3S4 gave significantly higher agronomic nitrogen efficiency of 28.22 kg kg -1.
- Intervention effect N4 produced significantly higher total nitrogen accumulation, at 173.86 kg ha -1.
- Intervention effect Increasing nitrogen from N3 to N4 did not significantly affect maize grain nitrogen or protein concentration.
- Intervention effect Increasing nitrogen from N3 to N4 did not significantly affect grain oil concentration.
- Intervention effect Increasing nitrogen from N3 to N4 did not significantly affect nitrogen uptake, physiological or internal utilization efficiency.
- Observation N3 gave the highest synchrony between maize nitrogen demand and supply.
- Intervention effect Nitrogen rates N1 and N2 produced significantly lower results than N3 and N4.
- Recommendation The authors recommended applying N3 in the S4 split schedule for higher production, grain quality and nitrogen use efficiency.