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Whole-crop cereals for growing cattle

Bengt-Ove Rustas-2009-01-01-Epsilon Open Archive (Sveriges lantbruksuniversitet biblioteket (Swedish University of Agricultural Sciences))

TL;DRAbstract

The effects of maturity and chopping of whole-crop cereal silage on intake, digestibility, live-weight gain and feeding behaviour of growing cattle were evaluated. Organic matter digestibility of whole-crop barley and wheat, mainly explained by fibre concentration and digestibility, decreased from the heading stage to the milk stage of maturity. In barley it did not change between the milk and dough stages, but in wheat it increased. In general, intake was greatest at the dough stage of maturity, probably due to higher dry matter content and lower fibre concentration of the whole-crop silages. Live-weight gain followed the same pattern due to the higher intake. Chopping increased intake, more so in light steers than in heavy, when whole-crop barley was harvested at dough stage, but not at heading stage. Lower intake of unchopped silage seemed to be caused by long awns affecting light steers more than heavy. Eating rate increased with chopping but rumination time was unaffected. In conc

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The effects of maturity and chopping of whole-crop cereal silage on intake, digestibility, live-weight gain and feeding behaviour of growing cattle were evaluated. Organic matter digestibility of whole-crop barley and wheat, mainly explained by fibre concentration and digestibility, decreased from the heading stage to the milk stage of maturity. In barley it did not change between the milk and dough stages, but in wheat it increased. In general, intake was greatest at the dough stage of maturity, probably due to higher dry matter content and lower fibre concentration of the whole-crop silages. Live-weight gain followed the same pattern due to the higher intake. Chopping increased intake, more so in light steers than in heavy, when whole-crop barley was harvested at dough stage, but not at heading stage. Lower intake of unchopped silage seemed to be caused by long awns affecting light steers more than heavy. Eating rate increased with chopping but rumination time was unaffected. In conc

Keywords

SilageAgronomyCropDry matterBiologyMaturity (psychological)Animal science

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