Foods produced from two cereal-legume cropping systems were evaluated in a 250-day growth trial using Friesian X Boran crossbred steers. Crops and crop combinations in cropping system 1 were oat-vetch (Avena sativa-Vicia dasycarpa; OV), wheat-trifolium (Triticum aestivum-Trifolium steudneri; WT),...
Umunna, N.N.
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Osuji, P.O.
,
Khalili, H.
,
Nsahlai, I.V.
,
Crosse, S.
,
[Comparative feeding value of forages from two cereal-legume based cropping systems for beef production from crossbred (Bos taurus X Bos indicus) steers and subsequent performance of underfed and realimented steers]
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Comparative feeding value of forages from two cereal-legume based cropping systems for beef production from crossbred (Bos taurus X Bos indicus) steers and subsequent performance of underfed and realimented steers
Forty-four crossbred steers were used in a 252-day trial to assess the feeding value of forages from two cereal-legume cropping systems Cropping system 1 comprised oat-vetch (Avena sativa-Vicia dasycarpa), wheat-trifolium (Triticum aestivum-Trifolium steudneri), teff (Eragrostis tef) and cowpea )...
Umunna, N.N.
,
Osuji, P.O.
,
Nsahlai, I.V.
,
[Strategic supplementation of crossbred steers fed forages from cereal-legume cropping systems with cowpea hay]
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Strategic supplementation of crossbred steers fed forages from cereal-legume cropping systems with cowpea hay
The study aimed at examining the effects of replacing urea with protein nitrogen (N), source of protein and the quantity of rumen degradable N (RDN) in the diets of steers on rumen fermentation, outflow rate and intake. In experiment one, six ruminally cannulated Friesian steers were used in a re...
Nsahlai, I.V.
,
Bryant, M.J.
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Umunna, N.N.
,
[Utilization of barley straw by steers: Effects of replacing urea with protein, source of protein and quantity of rumen degradable nitrogen on straw degradation, liquid and particle passage rates and intake]
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Utilization of barley straw by steers: Effects of replacing urea with protein, source of protein and quantity of rumen degradable nitrogen on straw degradation, liquid and particle passage rates and intake