Claim · model-written summary
More red light in the earlier growing stage reduced nicotine and protein content of cured tobacco leaves
- Taxon
- flue-cured tobaccot0
- Organ / stage
- earlier growing stagee4
- Treatment
- Increasing the proportion of red lighte4
- Outcome
- content of nicotine and proteine4
- Direction
- reducede4
Not reportedMaterialGeneCompoundInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Verbatim
e4“Increasing the proportion of red light on the tobacco during the earlier growing stage reduced the content of nicotine and protein in cured tobacco leaves as well as improved the carbohydrate content and the smoking quality of cured tobacco leaves”
t0“flue-cured tobacco”
Title
Wei Jiang Soil and Environmental Sciences 2011
Other claims from this paper (18)
- Intervention effect Blue light promoted reproductive growth of tobacco plants
- Intervention effect Blue light delayed maturation of tobacco leaves
- Intervention effect Red, yellow and white light did not significantly influence tobacco development progress
- Intervention effect Shading at the topping period extended the growth period of tobacco
- Association Light quality had the strongest significant effect on tobacco leaf growth
- Association Red and blue light influence on tobacco growth was stronger in the earlier stages of growth
- Association Yellow and white light influence on tobacco growth was stronger at later growing periods
- Intervention effect Red film with natural light comparison gave the best overall agronomic performance of tobacco
- Intervention effect Red light improved the growth of tobacco stem and leaves
- Intervention effect Blue and yellow light restrained the growth of tobacco stem
- Intervention effect Blue and yellow light reduced tobacco leaf area
- Intervention effect More red light in the earlier growing stage improved the major economic properties of cured tobacco leaves
- Association The effects of blue light became more obviously important in the latter stage of growth
- Intervention effect More red light in the earlier growing stage improved carbohydrate content of cured tobacco leaves
- Intervention effect More red light in the earlier growing stage improved smoking quality of cured tobacco leaves
- Intervention effect More red light in the earlier growing stage negatively affected potassium oxide content of cured tobacco leaves
- Intervention effect Enhancing yellow light during later growing periods could improve smoking quality of cured tobacco leaves
- Intervention effect Enhancing yellow light during later growing periods made chemical compositions of cured tobacco leaves more harmonious