id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
afs-6705	Orosz, Szilvia; Wilkinson, John Michael; Wigley, Simon; Bíró, Zsolt; Galló, Judit	Microbial status, aerobic stability and fermentation of maize silage sealed with an oxygen barrier film or standard polyethylene film	2013	7	.pdf	application/pdf	4771	205	58	AGRICULTURAL AND FOOD SCIENCE S. Orosz et al. (2013) 22: 182–188 182 Microbial status, aerobic stability and fermentation of maize silage sealed with an oxygen barrier film or standard polyethylene film Szilvia Orosz1, John M. Wilkinson2, Simon Wigley 3, Zsolt Bíró4 and Judit Galló4 1 Szent István University, Department of Nutrition, H-2100 Gödöllő, POB 3, Hungary 2 School of Biosciences, University of Nottingham, Sutton Bonington Campus, Loughborough, LE12 5RD, UK 3 Bruno Rimini Ltd., 309 Ballards Lane, London N12 8NP, UK 4 Szent István University, Institute of Wildlife Conservation, H-2100 Gödöllő, POB 3, Hungary e-mail: Orosz.Szilvia@mkk.szie.hu An experiment was conducted to compare a bunker silo sealing system comprising an oxygen barrier film (OB: 45μm thickness) with protective woven polypropylene with one comprising standard black polyethylene film (S, 125μm thickness) with protective tyres. Key words: maize silage, oxygen barrier film, fermentation, moulds, aerobic stability Introduction Many factors can affect the deterioration and loss of nutrients during the conservation and feed-out of silage, in- cluding crop maturity, the use of additive, particle size, rate of silo filling, packing density, type of plastic sealing and the fermentation profile of the ensiled material (Johnson et al. 2002, Holmes and Bolsen 2009).	cache/afs-6705.pdf	txt/afs-6705.txt