Economics of maintaining cow condition on fescue prairie in winter
Issue Date
1999-03-01Keywords
feed requirementsinput prices
backfat
steaming up
fat thickness
milling residues
winter grazing
summer grazing
grazing date
body condition
production costs
Festuca campestris
grazing experiments
beef cows
feedlots
barley
feed supplements
Metadata
Show full item recordCitation
Freeze, B. S., Willms, W. D., & Rode, L. (1999). Economics of maintaining cow condition on fescue prairie in winter. Journal of Range Management, 52(2), 113-119.Publisher
Society for Range ManagementJournal
Journal of Range ManagementDOI
10.2307/4003503Additional Links
https://rangelands.org/Abstract
Lifetime productivity of fescue grasslands (Festuca scabrella var. campestris Rydb.) is enhanced by fall and winter grazing as opposed to summer grazing. However, forage quality is below the maintenance requirements of cattle and weathering losses will reduce available forage. Cows tend to lose weight and backfat prior to calving if their only feed source through fall and winter is native grassland. Maintaining adequate cow condition for spring calving is important to prevent long term losses associated with reduced calf birth weights, lower cow fertility and reduced cow longevity. Cow condition can be improved by having cows graze annual forage in the fall or by supplementing the cows with grain screenings. Alternatively, cows can be fed in a feedlot prior to calving to restore body condition lost in grazing native grassland in the fall and winter. Results from a 3-year experiment showed that winter wheat pasture grazed in the fall, supplemented with grain screenings was generally the least expensive alternative (ranging from 70 cow(-1) at low barley prices approaching .051 kg(-1), to 97 cow(-1) at high barley prices approaching 0.175 kg(-1)) for maintaining cow condition prior to calving. Restoring cow condition in a feedlot prior to calving was less expensive that provision of fall annual pasture when grain prices were low (barley price below 0.14 kg(-1).Type
textArticle
Language
enISSN
0022-409Xae974a485f413a2113503eed53cd6c53
10.2307/4003503
