The extent and significance of the maturity x density interaction in dryland grain sorghum, and its implications for yield stability, were examined for 3 hybrids over 6 locations. Site mean grain yield ranged from 0.44 to 4.96 t/ha. Early maturity was superior in environments truncated by water stress, while late maturity was superior in favourable environments. Mid-season maturity provided greater stability of grain yield. Maximum yield by each hybrid at each yield level did not differ significantly from yield at a density of 75 000 plants/ha. The highest grain yields should be obtained with plant densities of 50000-100000 plants/ha under rainfed conditions, where yield expectations range from 0 to 5.0 t/ha. The results demonstrate the sta...
Multi-environment trials (MET) (n = 15 environments, E) combining most commercially available sorghu...
Sorghum in Australia is grown in water-limited environments of varying extent, generating substantia...
Sorghum in Australia is grown in water-limited environments of varying extent, generating substantia...
The extent and significance of the maturity x density interaction in dryland grain sorghum, and its ...
In circumstances of limited water supply, the stability of grain yield in sorghum may be improved by...
In circumstances of limited water supply, the stability of grain yield in sorghum may be improved by...
Reducing yield gaps in dryland cropping depends on our capacity to identify combinations of genetics...
Reducing yield gaps in dryland cropping depends on our capacity to identify combinations of genetics...
Reducing yield gaps in dryland cropping depends on our capacity to identify combinations of genetics...
Given grain sorghum has a limited growing season in North Dakota yields could be increased by the de...
Sorghum grain yield can be significantly affected by climatic changes, especially drought and high t...
Sorghum, Sorghum bicolor L. Moench, is grown mostly in semi-arid climates where unpredictable drough...
Thirteen sorghum hybrids chosen to represent a range of sorghum types were evaluated in two separat...
Thirteen sorghum hybrids chosen to represent a range of sorghum types were evaluated in two separat...
Multi-environment trials (MET) (n = 15 environments, E) combining most commercially available sorghu...
Multi-environment trials (MET) (n = 15 environments, E) combining most commercially available sorghu...
Sorghum in Australia is grown in water-limited environments of varying extent, generating substantia...
Sorghum in Australia is grown in water-limited environments of varying extent, generating substantia...
The extent and significance of the maturity x density interaction in dryland grain sorghum, and its ...
In circumstances of limited water supply, the stability of grain yield in sorghum may be improved by...
In circumstances of limited water supply, the stability of grain yield in sorghum may be improved by...
Reducing yield gaps in dryland cropping depends on our capacity to identify combinations of genetics...
Reducing yield gaps in dryland cropping depends on our capacity to identify combinations of genetics...
Reducing yield gaps in dryland cropping depends on our capacity to identify combinations of genetics...
Given grain sorghum has a limited growing season in North Dakota yields could be increased by the de...
Sorghum grain yield can be significantly affected by climatic changes, especially drought and high t...
Sorghum, Sorghum bicolor L. Moench, is grown mostly in semi-arid climates where unpredictable drough...
Thirteen sorghum hybrids chosen to represent a range of sorghum types were evaluated in two separat...
Thirteen sorghum hybrids chosen to represent a range of sorghum types were evaluated in two separat...
Multi-environment trials (MET) (n = 15 environments, E) combining most commercially available sorghu...
Multi-environment trials (MET) (n = 15 environments, E) combining most commercially available sorghu...
Sorghum in Australia is grown in water-limited environments of varying extent, generating substantia...
Sorghum in Australia is grown in water-limited environments of varying extent, generating substantia...