Staff Members - Benha University
Response of Canola productivity to integration between mineral nitrogen with yeast extract under poor fertility sandy soil condition
Scientific Reports • 2022
Publication Information
Authors
Mohamed Ebaid , M. A. Abd El‑Hady , M. E. El‑Temsah , Y. A. El‑Gabry , Y. M. Abd‑Elkrem ,
H. Hussein , M. A. Abdelkader , T. A. Eliwa , Eslam Salama & Ahmed M. Saad
Keywords
canola gynotype, mineral
nitrogen fertilization, Yeast extract, yield and its components.
Journal
Scientific Reports
Publisher
Scientific Reports
Volume
12
Issue
20216
Pages
Not Available
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
Canola is one of the important oil crops and is considered the most promising oil source and adapts
to reclaimed soil conditions. The current study aimed to evaluate the influence of yeast extract (YE)
integrated with nitrogen (N) rates and treatments were arranged as follows: Control (without F0),
95 kg N ha−
1 (F1), 120 kg N ha−
1 (F2), 142 kg N ha−
1 (F3), 95 kg N ha−
1 + YE (F4), 120 kg N ha−
1 + YE (F5)
and 142 kg N ha−
1 + YE (F6) on physico-chemical properties, yield and its components for three Canola
genotypes i.e. AD201 (G1), Topaz and SemuDNK 234/84 under the sandy soil. In this work, Results
reveal that increasing rates of Nitrogen fertilization from 95 kg N ha−
1 to 142 kg N ha−
1 have a great
effect on physicochemical properties yield and its components. The result proved that 142 kg N ha−
1
with yeast treatment was the best treatment for three Canola genotypes. Also, the result showed
that seed yield was positively correlated with Chl. a/b ratio, plant height, number of branches/plant,
number of pods/plant, and number of seeds/pod, and a strong negative correlation was detected
between seed oil percentage when the amount of nitrogen fertilization applied without or with yeast
extract is increased.
to reclaimed soil conditions. The current study aimed to evaluate the influence of yeast extract (YE)
integrated with nitrogen (N) rates and treatments were arranged as follows: Control (without F0),
95 kg N ha−
1 (F1), 120 kg N ha−
1 (F2), 142 kg N ha−
1 (F3), 95 kg N ha−
1 + YE (F4), 120 kg N ha−
1 + YE (F5)
and 142 kg N ha−
1 + YE (F6) on physico-chemical properties, yield and its components for three Canola
genotypes i.e. AD201 (G1), Topaz and SemuDNK 234/84 under the sandy soil. In this work, Results
reveal that increasing rates of Nitrogen fertilization from 95 kg N ha−
1 to 142 kg N ha−
1 have a great
effect on physicochemical properties yield and its components. The result proved that 142 kg N ha−
1
with yeast treatment was the best treatment for three Canola genotypes. Also, the result showed
that seed yield was positively correlated with Chl. a/b ratio, plant height, number of branches/plant,
number of pods/plant, and number of seeds/pod, and a strong negative correlation was detected
between seed oil percentage when the amount of nitrogen fertilization applied without or with yeast
extract is increased.