Inoculated and control corn silages were compare d using pilot-scale silos. Inoculated silages (Pioneer inoculant 117 4 and 1132) had significantly higher lactic to acetic acid ratios, and numerically lower values for DM loss, acetic acid, ethanol, and ammonia-nitrogen than the control silage—evidence that both inoculants produced a more efficient fermentation . Although the inoculated silage rations had higher DM intakes than the control, nutrient digestibilities were similar for the three silages . These results are consistent with numerous studies that compared untreated and inoculant-treated silages over a wide range of crops and ensiling conditions in our research during the past several years
Eight whole-plant corn silages were evaluated using laboratory silos. Treatments were: 1) control (...
This study evaluated the effects of ensiling whole-crop maize with bacterial inoculants, Lactococcus...
The effects of a strain of Propionibacterium shermanii, applied with and without lactic acid bacteri...
Inoculated and control corn silages were compare d using pilot-scale silos. Inoculated silages (Pi...
Inoculated and control alfalfa and corn silages were compared in pilot-scale silos. Inoculated sil...
Whole-plant corn silages treated with either Pioneer 1174® or Biotal® inoculants were preserved more...
Two experiments were conducted to determine the effects of inoculants (BONSILAGE CORN 200G and BONSI...
The making of quality silage is largely dependent upon the fermentation process as carried out by mi...
Results at Kansas State University from over 200 laboratory-scale trials and 28 farmscale trials s...
Eight whole-plant corn silages were evaluated using laboratory silos. Treatments were: 1) control (n...
The effect of 1174® Silage Inoculant on the ensiling process was studied using three Pioneer corn ...
An in vitro study was planned to assess the effects of a homofermentative microbial inoculant on the...
The effect of 1174® Silage Inoculant on the ensiling process was studied using three Pioneer corn hy...
Utilization of chemical or biological additives to optimize ensiling process is focused into an imp...
Eight whole-plant corn silages were evaluated using laboratory silos. Treatments were: 1) control (...
This study evaluated the effects of ensiling whole-crop maize with bacterial inoculants, Lactococcus...
The effects of a strain of Propionibacterium shermanii, applied with and without lactic acid bacteri...
Inoculated and control corn silages were compare d using pilot-scale silos. Inoculated silages (Pi...
Inoculated and control alfalfa and corn silages were compared in pilot-scale silos. Inoculated sil...
Whole-plant corn silages treated with either Pioneer 1174® or Biotal® inoculants were preserved more...
Two experiments were conducted to determine the effects of inoculants (BONSILAGE CORN 200G and BONSI...
The making of quality silage is largely dependent upon the fermentation process as carried out by mi...
Results at Kansas State University from over 200 laboratory-scale trials and 28 farmscale trials s...
Eight whole-plant corn silages were evaluated using laboratory silos. Treatments were: 1) control (n...
The effect of 1174® Silage Inoculant on the ensiling process was studied using three Pioneer corn ...
An in vitro study was planned to assess the effects of a homofermentative microbial inoculant on the...
The effect of 1174® Silage Inoculant on the ensiling process was studied using three Pioneer corn hy...
Utilization of chemical or biological additives to optimize ensiling process is focused into an imp...
Eight whole-plant corn silages were evaluated using laboratory silos. Treatments were: 1) control (...
This study evaluated the effects of ensiling whole-crop maize with bacterial inoculants, Lactococcus...
The effects of a strain of Propionibacterium shermanii, applied with and without lactic acid bacteri...