期刊论文

Effects of Cultivation Patterns on Yield and Lodging Resistance of Summer Maize

中文

河南农业科学

1004-3268

2023

52

04

42-50

10.15933/j.cnki.1004-3268.2023.04.005

国家重点研发计划项目(2016YFD0300308-01)。

本校为第一机构

设置3个密度(60000、75000、90000株/hm2)、3个氮肥水平(150、225、300 kg/hm2)和2个化控处理(不化控、化控),组合成高密高氮化控(T1)、高...展开更多 设置3个密度(60000、75000、90000株/hm2)、3个氮肥水平(150、225、300 kg/hm2)和2个化控处理(不化控、化控),组合成高密高氮化控(T1)、高密中氮化控(T2)、高密低氮化控(T3)、中密高氮化控(T4)、中密中氮化控(T5)、中密低氮化控(T6)、低密高氮无化控(CK)7种栽培模式,研究不同栽培模式对夏玉米品种郑单958和湘农玉27号产量和抗倒性的影响,以明确洞庭湖区夏玉米适宜的栽培模式。结果表明,郑单958产量总体上高于湘农玉27号,2个品种2 a产量均以T1和T...

Three densities(60000,75000,90000 plants/ha),three nitrogen application levels(150,225,300 kg/ha)and two chemical control treatments(no chemical control,chemical control)were set,and combined into seven cultivation patterns,including T1(high density,high nitrogen and ch...MORE Three densities(60000,75000,90000 plants/ha),three nitrogen application levels(150,225,300 kg/ha)and two chemical control treatments(no chemical control,chemical control)were set,and combined into seven cultivation patterns,including T1(high density,high nitrogen and chemical control),T2(high density,medium nitrogen and ...