Claim · model-written summary
Most soluble carbohydrates yield of the hybrid cultivars was stored in the grain.
- Taxon
- sweet sorghume0
- Material
- hybrid cultivars(ZS1and CT2)e6
- Organ / stage
- graine6
- Outcome
- soluble carbohydrates yielde6
- Setting
- arid region of Xinjiang provincee1
Not reportedGeneCompoundInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorDirectionValueQualifier
Verbatim
e0“an experiment with four different sweet sorghum cultivars”
e1“were carried out in arid region of Xinjiang province”
e6“Most soluble carbohydrates yield was stored in grain for the hybrid cultivars(ZS1and CT2)”
Title
Fan Fan; Lipu Han; Zuxin Liu; et al. Zhongguo Nongye Daxue xuebao 2013
Other claims from this paper (12)
- Observation Soluble carbohydrates content and yield of sweet sorghum increased during the growth duration.
- Observation Celluloses and hemicelluloses yield of the whole plant of sweet sorghum increased during the growth duration.
- Observation Hemicelluloses content of sweet sorghum stayed stable during the growth duration in all treatments.
- Association Cultivar significantly affected the carbohydrates content and yield of sweet sorghum.
- Association Hybrid cultivars produced significantly higher soluble carbohydrates yield than inbred cultivars.
- Observation In inbred cultivars the stem was the main organ accumulating soluble carbohydrates.
- Observation Carbohydrates yield of different organs varied among the four sweet sorghum cultivars.
- Association Predicted ethanol yield of sweet sorghum was mainly derived from soluble carbohydrates yield.
- Method / resource Hybrid cultivar ZS1 had a predicted ethanol feedstock potential of 10 148 L/hm2, significantly higher than the inbred cultivars.
- Method / resource Hybrid cultivar CT2 had a predicted ethanol feedstock potential of 9 982 L/hm2, significantly higher than the inbred cultivars.
- Intervention effect Nitrogen fertilizer at 150 kg/ha did not significantly increase soluble carbohydrates yield.
- Intervention effect Nitrogen fertilizer at 150 kg/ha significantly increased celluloses, hemicelluloses and total predicted ethanol yield.