Abstract
The field experiment was conducted to investigate the Effect of Nitrogen and Crop Geometry on Growth and Yield ofBaby Corn during Zaid season of 2023 at the Crop Research Farm, Department of Agronomy, Naini Agricultural Institute, Sam Higginbottom University of Agriculture, Technology and Sciences, Prayagraj (U.P.) India. The main objectives of experiment is to studythe efficacy of nitrogen and crop geometry on growth and yield of baby corn. The experiment was executed using Randomized Block Design with ten treatments and replicated thrice. The treatments combinations are T1:Nitrogen 60kg/ha + Crop Geometry 40cm × 20cm T2: Nitrogen 80kg/ha + Crop Geometry40cm × 20cm T3: Nitrogen 100kg/ha + Crop Geometry 40cm × 20cm T4: Nitrogen 60kg/ha + Crop Geometry 50cm × 20cm T5: Nitrogen 80kg/ha + Crop Geometry 50cm × 20cm T6: Nitrogen 100kg/ha + Crop Geometry 50cm × 20cm T7: Nitrogen 60kg/ha + Crop Geometry 60cm × 20cm. T8: Nitrogen 80kg/ha + Crop Geometry 60cm × 20cm T9: Nitrogen 100kg/ha + Crop Geometry 60cm × 20cm, T10: Control (RDF-60- 40-40 NPK kg/ha) are used. The result of the study revealed that the higher plant height (173.47 cm), higher plant dry weight (29.3 g/plant), number of cobs/plant (2.1), green fodder yield (33.32 t/ha), cob yield with husk (12.30 t/ha), andcob yield without husk (4.33 t/ha) were significantly showed significant difference with application of Nitrogen100kg/ha + Crop Geometry 50cm × 20cm. It was concluded that for obtaining higher yield components with better quality of baby corn with Nitrogen 100 kg/ha + Crop Geometry 50cm × 20cm was recommended.
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Claims 7
Claim · model-written summary
Nitrogen 100 kg/ha with 50cm × 20cm spacing produced higher plant height of 173.47 cm in baby corn.
- Taxon
- Baby Cornt0
- Treatment
- Nitrogen100kg/ha + Crop Geometry 50cm × 20cme0
- Outcome
- plant heighte0
- Direction
- highere0
- Value
- 173.47 cme0
Not reportedComparator
Verbatim
e0“the higher plant height (173.47 cm), higher plant dry weight (29.3 g/plant), number of cobs/plant (2.1), green fodder yield (33.32 t/ha), cob yield with husk (12.30 t/ha), andcob yield without husk (4.33 t/ha) were significantly showed significant difference with application of Nitrogen100kg/ha + Crop Geometry 50cm × 20cm”
t0“Baby Corn”
Claim · model-written summary
Nitrogen 100 kg/ha with 50cm × 20cm spacing produced higher plant dry weight of 29.3 g/plant in baby corn.
- Taxon
- Baby Cornt0
- Treatment
- Nitrogen100kg/ha + Crop Geometry 50cm × 20cme0
- Outcome
- plant dry weighte0
- Direction
- highere0
- Value
- 29.3 g/plante0
Not reportedComparator
Verbatim
e0“the higher plant height (173.47 cm), higher plant dry weight (29.3 g/plant), number of cobs/plant (2.1), green fodder yield (33.32 t/ha), cob yield with husk (12.30 t/ha), andcob yield without husk (4.33 t/ha) were significantly showed significant difference with application of Nitrogen100kg/ha + Crop Geometry 50cm × 20cm”
t0“Baby Corn”
Claim · model-written summary
Nitrogen 100 kg/ha with 50cm × 20cm spacing produced higher number of cobs/plant of 2.1 in baby corn.
- Taxon
- Baby Cornt0
- Treatment
- Nitrogen100kg/ha + Crop Geometry 50cm × 20cme0
- Outcome
- number of cobs/plante0
- Direction
- highere0
- Value
- 2.1e0
Not reportedComparator
Verbatim
e0“the higher plant height (173.47 cm), higher plant dry weight (29.3 g/plant), number of cobs/plant (2.1), green fodder yield (33.32 t/ha), cob yield with husk (12.30 t/ha), andcob yield without husk (4.33 t/ha) were significantly showed significant difference with application of Nitrogen100kg/ha + Crop Geometry 50cm × 20cm”
t0“Baby Corn”
Claim · model-written summary
Nitrogen 100 kg/ha with 50cm × 20cm spacing produced higher green fodder yield of 33.32 t/ha in baby corn.
- Taxon
- Baby Cornt0
- Treatment
- Nitrogen100kg/ha + Crop Geometry 50cm × 20cme0
- Outcome
- green fodder yielde0
- Direction
- highere0
- Value
- 33.32 t/hae0
Not reportedComparator
Verbatim
e0“the higher plant height (173.47 cm), higher plant dry weight (29.3 g/plant), number of cobs/plant (2.1), green fodder yield (33.32 t/ha), cob yield with husk (12.30 t/ha), andcob yield without husk (4.33 t/ha) were significantly showed significant difference with application of Nitrogen100kg/ha + Crop Geometry 50cm × 20cm”
t0“Baby Corn”
Claim · model-written summary
Nitrogen 100 kg/ha with 50cm × 20cm spacing produced higher cob yield with husk of 12.30 t/ha in baby corn.
- Taxon
- Baby Cornt0
- Treatment
- Nitrogen100kg/ha + Crop Geometry 50cm × 20cme0
- Outcome
- cob yield with huske0
- Direction
- highere0
- Value
- 12.30 t/hae0
Not reportedComparator
Verbatim
e0“the higher plant height (173.47 cm), higher plant dry weight (29.3 g/plant), number of cobs/plant (2.1), green fodder yield (33.32 t/ha), cob yield with husk (12.30 t/ha), andcob yield without husk (4.33 t/ha) were significantly showed significant difference with application of Nitrogen100kg/ha + Crop Geometry 50cm × 20cm”
t0“Baby Corn”
Claim · model-written summary
Nitrogen 100 kg/ha with 50cm × 20cm spacing produced higher cob yield without husk of 4.33 t/ha in baby corn.
- Taxon
- Baby Cornt0
- Treatment
- Nitrogen100kg/ha + Crop Geometry 50cm × 20cme0
- Outcome
- cob yield without huske0
- Direction
- highere0
- Value
- 4.33 t/hae0
Not reportedComparator
Verbatim
e0“the higher plant height (173.47 cm), higher plant dry weight (29.3 g/plant), number of cobs/plant (2.1), green fodder yield (33.32 t/ha), cob yield with husk (12.30 t/ha), andcob yield without husk (4.33 t/ha) were significantly showed significant difference with application of Nitrogen100kg/ha + Crop Geometry 50cm × 20cm”
t0“Baby Corn”
Claim · model-written summary
The authors recommend 100 kg/ha nitrogen and 50cm × 20cm spacing for baby corn yield components and quality.
Verbatim
e0“for obtaining higher yield components with better quality of baby corn with Nitrogen 100 kg/ha + Crop Geometry 50cm × 20cm was recommended”