Analysis of 10 years of closeouts from a western Kansas feedlot demonstrated that steer performance exhibits significant seasonal variation. Steers weighing 700 to 800 lb when placed on feed in September through December had feed conversions roughly 12% higher than those placed in March and April. Although feed conversion varied seasonally, dry matter feed intake varied much less, causing daily gain to mirror feed conversion. Gain was seasonally highest for steers placed in March and April and lowest for those placed in September through December. Cattle feeders should consider these variations in seasonal performance, as they develop profit projections for steers being placed on feed
This study examined improvements in the finishing performance of steers and heifers from 1990 to 1...
Research was conducted to quantify the effects of various range improvement treatments on diet quali...
Steers entering feedlots with higher starting weight per day of age had greater net value a t slaugh...
Analysis of 10 years of closeouts from a western Kansas feedlot demonstrated that steer performanc...
This study examined the impact of date of feedlot placement on feed conversion, daily gain, and deat...
Feedlot data on 202 lots involving approximately 40,000 steers collected for five years were used to...
This study examined the relative importance of price and animal performance factors on cattle finish...
The relative contributions of fluctuating cattle performance; interest rates; and feeder cattle, fed...
This study examined the relative effects of corn price and cattle performance factors on steer fin...
Effects of environment on the performance of beef steers in Kansas have been studied since 1962. The...
Straightbred Angus steers gained .21 lb/day faster than Brahman x Angus steers during a 184-day wint...
Data were collected to determine effect of winter gain on forage intake and summer and finishing per...
The effect of winter rate of gain on subsequent grazing and finishing performance was evaluated usin...
Growing steers were limit-fed the same amount of a grain- and silage-based ration either in drylot o...
Concentration of fiber in the forage selected by beef steers grazing bluestem range during a drought...
This study examined improvements in the finishing performance of steers and heifers from 1990 to 1...
Research was conducted to quantify the effects of various range improvement treatments on diet quali...
Steers entering feedlots with higher starting weight per day of age had greater net value a t slaugh...
Analysis of 10 years of closeouts from a western Kansas feedlot demonstrated that steer performanc...
This study examined the impact of date of feedlot placement on feed conversion, daily gain, and deat...
Feedlot data on 202 lots involving approximately 40,000 steers collected for five years were used to...
This study examined the relative importance of price and animal performance factors on cattle finish...
The relative contributions of fluctuating cattle performance; interest rates; and feeder cattle, fed...
This study examined the relative effects of corn price and cattle performance factors on steer fin...
Effects of environment on the performance of beef steers in Kansas have been studied since 1962. The...
Straightbred Angus steers gained .21 lb/day faster than Brahman x Angus steers during a 184-day wint...
Data were collected to determine effect of winter gain on forage intake and summer and finishing per...
The effect of winter rate of gain on subsequent grazing and finishing performance was evaluated usin...
Growing steers were limit-fed the same amount of a grain- and silage-based ration either in drylot o...
Concentration of fiber in the forage selected by beef steers grazing bluestem range during a drought...
This study examined improvements in the finishing performance of steers and heifers from 1990 to 1...
Research was conducted to quantify the effects of various range improvement treatments on diet quali...
Steers entering feedlots with higher starting weight per day of age had greater net value a t slaugh...