Effect of bacterial inoculants application and seeding rate on common vetch-oat silage quality
Author(s) -
Jordan Marković,
M. Blagojević,
Ivica Kostic,
Tanja Vasić,
Snežana Andjelković,
Mirjana Petrović,
Ratibor Štrbanović
Publication year - 2018
Publication title -
biotechnology in animal husbandry
Language(s) - English
Resource type - Journals
eISSN - 2217-7140
pISSN - 1450-9156
DOI - 10.2298/bah1802251m
Subject(s) - silage , microbial inoculant , butyric acid , agronomy , acetic acid , forage , lactic acid , rumen , seeding , nitrogen , chemistry , dry matter , zoology , biology , food science , fermentation , inoculation , horticulture , bacteria , biochemistry , genetics , organic chemistry
The experiment was carried out to evaluate the possibility of ensiling common vetch - oat mixtures sown at five different seeding rates. Two effects were studied: seeding rate of common vetch and oat in the mixtures and application of bacterial inoculant. The pH, DM (Dry Matter) content, ammonia nitrogen, soluble nitrogen, lactic, acetic and butyric acids were determined on silages. DLG method was utilized for classification the silage quality. Common vetch and oat were grown in binary mixtures at the experimental field of the Institute for forage crops, Krusevac - Serbia, and were tested at five different mixture rates: pure vetch, 25% vetch + 75% oat, 50% vetch + 50% oat, 75% vetch + 25% oat and pure oat. Application of bacterial inoculant affected higher content of ammonia nitrogen and acetic acid (P< 0.05), but lower content of soluble nitrogen (P< 0.05). Depending on the seeding rates of common vetch and oat, 75 : 25 common vetch - oat silage had the highest content of lactic acid and the lowest content of butyric acid. Contents of DM, pH and ammonia nitrogen were similar in all silages ranged from 307.2 to 318.5 g kg-1, from 4.27 to 4.54 and from 16.1 to 19.1% ΣN, respectively. According to the DLG method for silage quality evaluation, similar quality grades were founded. [Project of the Serbian Ministry of Education, Science and Technological Development, Grant no. TR-31057]
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