Adding urea to forage sorghum greatly increased the ensiling temperature, produced a more rapid and extensive fermentation, and resulted in more shrink loss in the silo. Fermentrol®, an enzyme-inoculant additive, had very little affect on the silage temperature or chemical composition, but it did reduce the shrink loss. Calves red urea-treated silage had the poorest performance. Control and Fermentrol® silages each produced about 90 lb of calf gain per ton of crop ensiled, however urea silage produced only 60 lb. All three silages had short bunk lives throughout the trial
ELPWA (a lactobacillus inoculant with antioxidant), molasses, or both combined were evaluated as add...
Adding urea or limestone to forage sorghum silage increased lactic and acetic acids compared with u...
Adding urea or limestone to forage sorghum silage increased lactic and acetic acids compared with u...
Adding urea to forage sorghum greatly increased the ensiling temperature, produced a more rapid and...
Adding urea or limestone to forage sorghum silage increased lactic and acetic acids compared with un...
An inoculant (Sila-bac) and a non-protein nitrogen (LSA-100) silage additive were evaluated with who...
Inoculant (1177 in one trial) and non-protein nitrogen (LSA-100 in two trials) silage additives were...
Six commercial silage additives were evaluated in five trials with corn, forage sorghum, and alfalfa...
Inoculant (Sila-bac), non-protein nitrogen (Cold-flo), and alkali (NaOH) silage additives were evalu...
The inoculants, BioPower®, increased the rate and efficiency of ensiling in Acco Paymaster 351 forag...
Silo-Best lowered the ensiling temperature and increased the dry matter recovered from the silo by o...
This study was conducted to evaluate the effects of urea addition on fermentation characteristics, l...
Results from three laboratory silo experiments showed that four commercial silage inoculants increas...
An experimental microbial inoculant dramatically increased the speed of pH drop and rate and amount ...
Whole-plant corn silages were treated with Ecosyl® or Foraform® in one trial and Biomate® or Biomate...
ELPWA (a lactobacillus inoculant with antioxidant), molasses, or both combined were evaluated as add...
Adding urea or limestone to forage sorghum silage increased lactic and acetic acids compared with u...
Adding urea or limestone to forage sorghum silage increased lactic and acetic acids compared with u...
Adding urea to forage sorghum greatly increased the ensiling temperature, produced a more rapid and...
Adding urea or limestone to forage sorghum silage increased lactic and acetic acids compared with un...
An inoculant (Sila-bac) and a non-protein nitrogen (LSA-100) silage additive were evaluated with who...
Inoculant (1177 in one trial) and non-protein nitrogen (LSA-100 in two trials) silage additives were...
Six commercial silage additives were evaluated in five trials with corn, forage sorghum, and alfalfa...
Inoculant (Sila-bac), non-protein nitrogen (Cold-flo), and alkali (NaOH) silage additives were evalu...
The inoculants, BioPower®, increased the rate and efficiency of ensiling in Acco Paymaster 351 forag...
Silo-Best lowered the ensiling temperature and increased the dry matter recovered from the silo by o...
This study was conducted to evaluate the effects of urea addition on fermentation characteristics, l...
Results from three laboratory silo experiments showed that four commercial silage inoculants increas...
An experimental microbial inoculant dramatically increased the speed of pH drop and rate and amount ...
Whole-plant corn silages were treated with Ecosyl® or Foraform® in one trial and Biomate® or Biomate...
ELPWA (a lactobacillus inoculant with antioxidant), molasses, or both combined were evaluated as add...
Adding urea or limestone to forage sorghum silage increased lactic and acetic acids compared with u...
Adding urea or limestone to forage sorghum silage increased lactic and acetic acids compared with u...