Claim · model-written summary
NT/ST/NT increased spring maize yield by 22.42% relative to CT/CT/CT.
Zea maysNot reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleSettingQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
t0“spring maize”
e0“NT/ST/NT、ST/CT/ST、CT/NT/CT、NT/NT/NT和ST/ST/ST处理产量比对照CT/CT/CT处理分别增产22.42%、16.33%、3.77%、9.91%和14.18%”
Title
Juan LI; Jun LI; Jin-Xia SHANG; et al. CHINESE JOURNAL OF ECO-AGRICULTURE 2012. doi:10.3724/sp.j.1011.2012.00867
Other claims from this paper (12)
- Association Rotational tillage treatments reduced soil bulk density in the Weibei Highlands spring maize field.
- Intervention effect NT/ST/NT reduced soil bulk density at 0~20 cm by 11.43% relative to CT/CT/CT.
- Intervention effect NT/ST/NT reduced soil bulk density at 20~40 cm by 9.79% relative to CT/CT/CT.
- Intervention effect NT/ST/NT increased soil porosity at 0~20 cm by 11.05% relative to CT/CT/CT.
- Intervention effect NT/ST/NT increased soil porosity at 20~40 cm by 9.87% relative to CT/CT/CT.
- Observation NT/ST/NT gave the highest mean soil organic matter content (10.36 g·kg-1) in the 0~60 cm layer.
- Observation Soil total N content averaged 10.65% higher than before the experiment and 4.31% higher than CT/CT/CT.
- Intervention effect ST/CT/ST increased spring maize yield by 16.33% relative to CT/CT/CT.
- Intervention effect CT/NT/CT increased spring maize yield by 3.77% relative to CT/CT/CT.
- Intervention effect NT/NT/NT increased spring maize yield by 9.91% relative to CT/CT/CT.
- Intervention effect ST/ST/ST increased spring maize yield by 14.18% relative to CT/CT/CT.
- Intervention effect NT/ST/NT gave the highest spring maize yield increase rate.