The supplementary value of forage legume hays in sheep feeding: Feed intake, nitrogen retention and body weight change

Assesses the potential of Desmodium intortum, Macrotyloma axillare and Stylosanthes guianensis in improving the utilization of a basal diet of maize stover by sheeMaize stover used in this experiment was high in lignocellulosic cell-wall constituents and very low in CS. guianensis hay contained high...

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Autores principales: Said, A.N., Tolera, Adugna
Formato: Journal Article
Lenguaje:Inglés
Publicado: Elsevier 1993
Materias:
Acceso en línea:https://hdl.handle.net/10568/29201
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author Said, A.N.
Tolera, Adugna
author_browse Said, A.N.
Tolera, Adugna
author_facet Said, A.N.
Tolera, Adugna
author_sort Said, A.N.
collection Repository of Agricultural Research Outputs (CGSpace)
description Assesses the potential of Desmodium intortum, Macrotyloma axillare and Stylosanthes guianensis in improving the utilization of a basal diet of maize stover by sheeMaize stover used in this experiment was high in lignocellulosic cell-wall constituents and very low in CS. guianensis hay contained higher CP and lower NDF, ADF, and lignin contents than D. intortum and M. axillare hays. According to animal responses, under the conditions of the experiment, S. guianensis was superior to the other two legumes in improving the feeding value to sheep of maize stover based diets. M. axillare was found to be inferior. In general, 250 g. of S. guianensis and 350 g of D. intortum hays per day per sheep were found to be optimum levels of supplementation to maize stover. At these levels of supplementation, modest levels of bodyweight gain were achieved.
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spelling CGSpace292012024-05-01T08:20:03Z The supplementary value of forage legume hays in sheep feeding: Feed intake, nitrogen retention and body weight change Said, A.N. Tolera, Adugna sheep desmodium intortum macrotyloma axillare stylosanthes guianensis hay maize stover body weight supplementary feeding feed intake nitrogen retention chemical analysis nitrogen balance Assesses the potential of Desmodium intortum, Macrotyloma axillare and Stylosanthes guianensis in improving the utilization of a basal diet of maize stover by sheeMaize stover used in this experiment was high in lignocellulosic cell-wall constituents and very low in CS. guianensis hay contained higher CP and lower NDF, ADF, and lignin contents than D. intortum and M. axillare hays. According to animal responses, under the conditions of the experiment, S. guianensis was superior to the other two legumes in improving the feeding value to sheep of maize stover based diets. M. axillare was found to be inferior. In general, 250 g. of S. guianensis and 350 g of D. intortum hays per day per sheep were found to be optimum levels of supplementation to maize stover. At these levels of supplementation, modest levels of bodyweight gain were achieved. 1993-02 2013-06-11T09:22:45Z 2013-06-11T09:22:45Z Journal Article https://hdl.handle.net/10568/29201 en Limited Access Elsevier Livestock Production Science;33(3,4):229-237
spellingShingle sheep
desmodium intortum
macrotyloma axillare
stylosanthes guianensis
hay
maize stover
body weight
supplementary feeding
feed intake
nitrogen retention
chemical analysis
nitrogen balance
Said, A.N.
Tolera, Adugna
The supplementary value of forage legume hays in sheep feeding: Feed intake, nitrogen retention and body weight change
title The supplementary value of forage legume hays in sheep feeding: Feed intake, nitrogen retention and body weight change
title_full The supplementary value of forage legume hays in sheep feeding: Feed intake, nitrogen retention and body weight change
title_fullStr The supplementary value of forage legume hays in sheep feeding: Feed intake, nitrogen retention and body weight change
title_full_unstemmed The supplementary value of forage legume hays in sheep feeding: Feed intake, nitrogen retention and body weight change
title_short The supplementary value of forage legume hays in sheep feeding: Feed intake, nitrogen retention and body weight change
title_sort supplementary value of forage legume hays in sheep feeding feed intake nitrogen retention and body weight change
topic sheep
desmodium intortum
macrotyloma axillare
stylosanthes guianensis
hay
maize stover
body weight
supplementary feeding
feed intake
nitrogen retention
chemical analysis
nitrogen balance
url https://hdl.handle.net/10568/29201
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