1993Proceedings of the British Society of Animal Production (1972)Requires access

Feeding chopped sorghum stover to ethiopian sheep: effects of sorghum variety and amount offered on intake, digestibility and live-weight change

ELK Osafo, E. Owen, A.N. Said, M. Gill, A. B. McAllan, J. Sherington

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Abstract

Previous experiments (Osafo, Owen, Said, Gill & McAllan, 1992), investigated the possibility of using low-input technology to improve intake of sorghum stover in sheep and cattle. Physical form of stover influenced intake differently in sheep and cattle; chopping stover increased intake in sheep but decreased intake in cattle. In an earlier experiment in the same research project, Aboud, Owen, Reed, & McAllan (1990) offered sheep, chopped stovers from bird-resistant (BR) and non bird-resistant (NBR) sorghum. It was hypothesised that intake of BR stover would be lower on account of its higher content of anti-nutritional, polyphenolic compounds. The results were contrary to expectation. The higher leaf:stem in the BR stover was thought to counteract the anti-nutritional factors and account for the higher intake and growth with BR stover. In view of the differences in leaf-plus-sheath:stem ratios between the BR and NBR stovers, the experiment was considered inconclusive. Also the fact that the stovers were supplemented with cottonseed meal may have alleviated any detrimental effect of feeding NBR stover.

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What this paper is about

Previous experiments (Osafo, Owen, Said, Gill & McAllan, 1992), investigated the possibility of using low-input technology to improve intake of sorghum stover in sheep and cattle. Physical form of stover influenced intake differently in sheep and cattle; chopping stover increased intake in sheep but decreased intake in cattle. In an earlier experiment in the same research project, Aboud, Owen, Reed, & McAllan (1990) offered sheep, chopped stovers from bird-resistant (BR) and non bird-resistant (NBR) sorghum. It was hypothesised that intake of BR stover would be lower on account of its higher content of anti-nutritional, polyphenolic compounds. The results were contrary to expectation. The higher leaf:stem in the BR stover was thought to counteract the anti-nutritional factors and account for the higher intake and growth with BR stover. In view of the differences in leaf-plus-sheath:stem ratios between the BR and NBR stovers, the experiment was considered inconclusive. Also the fact that the stovers were supplemented with cottonseed meal may have alleviated any detrimental effect of feeding NBR stover.

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Available abstract

Previous experiments (Osafo, Owen, Said, Gill & McAllan, 1992), investigated the possibility of using low-input technology to improve intake of sorghum stover in sheep and cattle. Physical form of stover influenced intake differently in sheep and cattle; chopping stover increased intake in sheep but decreased intake in cattle. In an earlier experiment in the same research project, Aboud, Owen, Reed, & McAllan (1990) offered sheep, chopped stovers from bird-resistant (BR) and non bird-resistant (NBR) sorghum. It was hypothesised that intake of BR stover would be lower on account of its higher content of anti-nutritional, polyphenolic compounds. The results were contrary to expectation. The higher leaf:stem in the BR stover was thought to counteract the anti-nutritional factors and account for the higher intake and growth with BR stover. In view of the differences in leaf-plus-sheath:stem ratios between the BR and NBR stovers, the experiment was considered inconclusive. Also the fact that the stovers were supplemented with cottonseed meal may have alleviated any detrimental effect of feeding NBR stover.

Key concepts: Stover, Sorghum, Corn stover, Animal science, Biology, Agronomy, Food science, Crop

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