Claim · model-written summary
Increasing seed depth decreased bioethanol yield.
Not reportedTaxonMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Verbatim
e0“an increase in the seeding depth leads to a decrease in the yield of bioethanol from the sowing unit.”
Title
PROSPECTS OF GROWING CORN FOR GRAIN FOR BIOETHANOL PRODUCTION
Vitalii Palamarchuk; Nataliу Telekalo Agriculture and Forestry 2021. doi:10.37128/2707-5826-2021-2-4
Other claims from this paper (15)
- Observation The listed corn hybrids were reported to significantly increase bioethanol yield per unit area.
- Intervention effect Delayed sowing decreased corn bioethanol yield by 0.640-0.847 thousand l / ha.
- Intervention effect Foliar fertilizing increased bioethanol yield by 0.1-1.04 thousand l / ha relative to water feeding.
- Intervention effect Single foliar top dressing increased bioethanol yield by 0.10-0.65 thousand l / ha.
- Intervention effect Double foliar feeding increased bioethanol yield by 0.30-1.04 thousand l / ha relative to control.
- Intervention effect Double Ecolist Mono Zinc with Biomag produced the highest bioethanol yield, 0.72-0.90 thousand l / ha above control.
- Observation Mean bioethanol yield in 2015 was 3.622 thousand l / ha.
- Observation Mean bioethanol yield in 2016 was 4.494 thousand l / ha.
- Observation Mean bioethanol yield in 2017 was 4.230 thousand l / ha.
- Observation Early maturing hybrids yielded 3.365 thousand l / ha of bioethanol.
- Observation Medium early hybrids yielded 4.096 thousand l / ha of bioethanol.
- Observation Mid season hybrids yielded 4.885 thousand l / ha of bioethanol.
- Observation Fine seed fraction sowing averaged 3.41 thousand l / ha bioethanol yield.
- Observation Average seed fraction sowing averaged 3.81 bioethanol yield.
- Observation Coarse seed fraction sowing averaged 3.84 thousand l / ha bioethanol yield.