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mdash; The influence of ammonia (NH 3) and amines on silage dry matter intake (DMI) and milk yield was studied in 4 rumen-cannulated dairy cows. Four dietary treatments were studied: a direct-cut grass silage without additive (WAS); a formic acid (4.5 1/t) preserved silage from the same sward (FAS); and FAS with addition, just before feeding, of either 2.9 g NHg/kg dry matter (DM) (FAS + N) or 2.8 g amine/kg DM (FAS + A). In 3 successive cross-over design experiments, the diets WAS, FAS + N and FAS + A were compared to the control diet FAS. Daily DMI was lower (P < 0.10) for WAS, and the milk yield also tended to be lower. The DMI reduction was mainly due to reduced DMI during the first meal following silage distribution (P < 0.10). Lower intake rates during this principal meal (P <

The influence of ammonia and amines on grass silage intake and intake behaviour in dairy cows