Claim · model-written summary
Higher NUEg cultivars had large sink potential.
- Taxon
- conventional indica rice cultivarse1
- Material
- higher NUEge1
- Outcome
- sink potentiale0
- Direction
- largee0
Not reportedGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingValueQualifier
Verbatim
e0“sink potential was large”
e1“conventional indica rice cultivars with higher NUEg”
Title
Dongwei GUI ACTA AGRONOMICA SINICA 2007
Other claims from this paper (18)
- Observation The rice cultivar types differed widely in grain-output nitrogen use efficiency, ranging from A to F.
- Observation Type A rice averaged 20.51 g grain g~(-1)N in 2001.
- Observation Type B rice averaged 31.04 g grain g~(-1)N in 2001.
- Observation Type C rice averaged 35.64 g grain g~(-1)N in 2001.
- Observation Type D rice averaged 39.46 g grain g~(-1)N in 2001.
- Observation Type E rice averaged 43.55 g grain g~(-1)N in 2001.
- Observation Type F rice averaged 50.92 g grain g~(-1)N in 2001.
- Observation Type A rice averaged 24.33 g grain g~(-1)N in 2002.
- Observation Type B rice averaged 31.61 g grain g~(-1)N in 2002.
- Observation Type C rice averaged 35.83 g grain g~(-1)N in 2002.
- Observation Type D rice averaged 39.06 g grain g~(-1)N in 2002.
- Observation Type E rice averaged 43.51 g grain g~(-1)N in 2002.
- Observation Type F rice averaged 50.00 g grain g~(-1)N in 2002.
- Association Higher NUEg cultivars had small LAI at heading and slow LAI decline during grain filling.
- Association Higher NUEg cultivars had high net assimilation rate.
- Association Higher NUEg cultivars had high sink potential per leaf area, dry matter weight, and N at heading.
- Association Stepwise regression found NUEg significantly influenced by sink potential per N and dry matter, grain yield per sink, LAI at heading, and LAI decrease to maturity.
- Association Path analysis showed stronger effects of sink potential per N, dry matter and grain yield per sink on NUEg than LAI measures.