Claim · model-written summary
Increasing Mo promoted stem yield.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Verbatim
t0“Sugarcane”
e0“Increasing application of Mo could obviously promoted stem yield”
Title
Jiawen Guo; Zhang Yue-bin; Shaochun Liu; et al. Xi'nan nongye xuebao 2009
Other claims from this paper (17)
- Intervention effect Increasing boron raised sugarcane stem yield.
- Intervention effect Increasing boron raised sucrose content, gravity purity and apparent purity.
- Intervention effect Boron decreased sugarcane reducing sugar and fiber content.
- Intervention effect Mo increased reducing sugar and fiber content.
- Intervention effect Mo reduced gravity and apparent purity.
- Intervention effect Zn increased stem yield, with less stimulation than Mo.
- Intervention effect Zn improved quality, with less effect than B.
- Intervention effect Combined B, Mo and Zn gave the highest stem yield, 27.1 % above control.
- Intervention effect B and Mo was the best two element combination for cane yield.
- Intervention effect B, Mo and Zn and B, Mo had no obvious stem yield difference.
- Intervention effect B, Mo and Zn increased sugar content by 26.16 % versus control.
- Intervention effect B and Mo increased sugar content by 30.55 % versus control.
- Intervention effect B and Zn had the lowest stem yield, below sole B and Zn.
- Intervention effect Treatments tended to promote stalk efficiency except sole B and Mo,Zn.
- Intervention effect B, Mo and Zn interactions had no significant stem diameter effect except B,Zn.
- Intervention effect Most trace element additions had no obvious stem height effect, except Mo,Zn.
- Intervention effect Mo,Zn significantly lowered stem height versus control.