In vitro fermentation of ten cultivars of barley silage

The fermentation characteristics of whole-crop barley silages from ten different cultivars were evaluated by the in vitro gas production technique. The organic matter degradability of barley silage (62.9% in average) was comparable to those reported in our previous trials for oat (59.7%) and sorghum...

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Main Authors: Federico Infascelli, Antonietta Guglielmelli, Vincenzo Piccolo, Valeria Terzi, Serena Calabrò, Raffaella Tudisco
Format: Article
Language:English
Published: Taylor & Francis Group 2010-01-01
Series:Italian Journal of Animal Science
Subjects:
Online Access:http://www.aspajournal.it/index.php/ijas/article/view/452
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spelling doaj-43583203bca14aa7afdac55cc413763f2020-11-25T02:12:55ZengTaylor & Francis GroupItalian Journal of Animal Science1594-40771828-051X2010-01-0182s34334510.4081/ijas.2009.s2.343In vitro fermentation of ten cultivars of barley silageFederico InfascelliAntonietta GuglielmelliVincenzo PiccoloValeria TerziSerena CalabròRaffaella TudiscoThe fermentation characteristics of whole-crop barley silages from ten different cultivars were evaluated by the in vitro gas production technique. The organic matter degradability of barley silage (62.9% in average) was comparable to those reported in our previous trials for oat (59.7%) and sorghum silages (65.5%); while the maximum gas production rate (5.38 ml/h in average) was slightly lower respect to oat (6.71 ml/h) and sorghum silage (6.74 ml/h). The mean nutritive value (4.00 MJ/kg DM) calculated on the basis of both chemical composition and in vitro fermentation data was comparable to that (4.16 MJ/kg DM) obtained in our previous research performed on corn silage, from crop sowed in the same area.http://www.aspajournal.it/index.php/ijas/article/view/452Barley, In vitro gas production technique, Ensilage
collection DOAJ
language English
format Article
sources DOAJ
author Federico Infascelli
Antonietta Guglielmelli
Vincenzo Piccolo
Valeria Terzi
Serena Calabrò
Raffaella Tudisco
spellingShingle Federico Infascelli
Antonietta Guglielmelli
Vincenzo Piccolo
Valeria Terzi
Serena Calabrò
Raffaella Tudisco
In vitro fermentation of ten cultivars of barley silage
Italian Journal of Animal Science
Barley, In vitro gas production technique, Ensilage
author_facet Federico Infascelli
Antonietta Guglielmelli
Vincenzo Piccolo
Valeria Terzi
Serena Calabrò
Raffaella Tudisco
author_sort Federico Infascelli
title In vitro fermentation of ten cultivars of barley silage
title_short In vitro fermentation of ten cultivars of barley silage
title_full In vitro fermentation of ten cultivars of barley silage
title_fullStr In vitro fermentation of ten cultivars of barley silage
title_full_unstemmed In vitro fermentation of ten cultivars of barley silage
title_sort in vitro fermentation of ten cultivars of barley silage
publisher Taylor & Francis Group
series Italian Journal of Animal Science
issn 1594-4077
1828-051X
publishDate 2010-01-01
description The fermentation characteristics of whole-crop barley silages from ten different cultivars were evaluated by the in vitro gas production technique. The organic matter degradability of barley silage (62.9% in average) was comparable to those reported in our previous trials for oat (59.7%) and sorghum silages (65.5%); while the maximum gas production rate (5.38 ml/h in average) was slightly lower respect to oat (6.71 ml/h) and sorghum silage (6.74 ml/h). The mean nutritive value (4.00 MJ/kg DM) calculated on the basis of both chemical composition and in vitro fermentation data was comparable to that (4.16 MJ/kg DM) obtained in our previous research performed on corn silage, from crop sowed in the same area.
topic Barley, In vitro gas production technique, Ensilage
url http://www.aspajournal.it/index.php/ijas/article/view/452
work_keys_str_mv AT federicoinfascelli invitrofermentationoftencultivarsofbarleysilage
AT antoniettaguglielmelli invitrofermentationoftencultivarsofbarleysilage
AT vincenzopiccolo invitrofermentationoftencultivarsofbarleysilage
AT valeriaterzi invitrofermentationoftencultivarsofbarleysilage
AT serenacalabro invitrofermentationoftencultivarsofbarleysilage
AT raffaellatudisco invitrofermentationoftencultivarsofbarleysilage
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