Browsing Cattlemen's Day by Subject "Inoculant"

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Browsing Cattlemen's Day by Subject "Inoculant"

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  • Bolsen, K.K.; Lin, C.; Brent, B.E.; Bradford, J.E.; Feyerherm, A.M. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-10-14)
    The effect of 1174® Silage Inoculant on the ensiling process was studied using three Pioneer corn hybrids. All hybrids fermented rapidly, and 1174 did not significantly influence any of the fermentation characteristics during ...
  • Bolsen, K.K.; Bonilla, D.R.; Huck, G.L.; Hart-Thakur, R.A.; Young, Matthew A. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-09-10)
    The effects of a strain of Propionibacterium shermanii, applied with and without lactic acid bacteria (LAB), on the fermentation and aerobic stability of whole-plant corn silage was determined using laboratory-scale ...
  • Bolsen, K.K.; Huck, G.L.; Siefers, M.K.; Turner, J.E.; Anderson, S.A.; Pendergraft, J.S.; Young, Matthew A.; Pope, Ronald V. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-09-02)
    Two silage bacterial inoculants from Pioneer Hi-Bred International, Inc. were evaluated using second-cutting alfalfa. The Pioneer brand 1174® inoculant and a Pioneer experimental inoculant each increased the rate and ...
  • Bolsen, K.K.; Sonon, R.N.; Dalke, B.S. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-10-05)
    Inoculated and control alfalfa and corn silages were compared in pilot-scale silos. Inoculated silages for both crops had higher lactic acid contents and DM recoveries and lower values for pH, acetic acid, ethanol, ...
  • Bolsen, K.; Ilg, H.; Laytimi, A.; Hart, R.; Chain, V.; Nuzback, L.; Fung, Daniel Y. C. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-12-03)
    Fourteen commercial inoculants were evaluated in seven trials using alfalfa, corn, forage sorghum, and triticale silages. Microbial profiles of the inoculants and of the crops differed widely. Viable lactic acid bacteria ...
  • Bolsen, K. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-12-03)
    The inoculants, BioPower®, increased the rate and efficiency of ensiling in Acco Paymaster 351 forage sorghum regardless of storage temperature. The untreated, 60 F silage fermentated slower and had higher pH, lower ...
  • White, J.S.; Bolsen, K.K.; Hart, R.A. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-11-02)
    Lactic acid bacteria (LAB) inoculants and several enzyme additives were evaluated in various combinations using fifth cutting alfalfa. The field-wilted crop was characterized by a high buffer capacity (63.0 meq/100g of ...
  • Lin, C.; Bolsen, K.K.; Bradford, J.E.; Brent, B.E.; Feyerherm, A.M.; Aimutis, W.R. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-10-15)
    This study documented once again that ensiling alfalfa is difficult and unpredictable. Adding 2% dextrose or Biomate® inoculant alone or in combination had little influence on the ensiling process but did improve ...
  • Suazo, R.; Sonon, R.N.; Bolsen, K.K. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-10-05)
    In 1989, two Pioneer corn hybrids, 3377 and 3389, were grown under irrigation and harvested at 80% milk line kernel maturity. Voluntary intakes and ADF digestibilities were similar for all hybrid, inoculant, and ...
  • Curtis, J.L.; Lin, C.; Bolsen, K.K. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-11-02)
    Analysis of ensiling characteristics from late-bud, 10% bloom, and 50% bloom alfalfa, taken within each of four cuttings identified higher pre-ensiled dry matter (DM) content during the first two cuttings, whereas crop ...
  • Bolsen, K.K.; Sonon, R.N.; Dalke, B.; Pope, Ronald V.; Riley, Jack G.; Laytimi, A. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-10-15)
    Results from 26 trials comparing fermentation, dry matter (DM) recovery, and effects on cattle performance of inoculated or nonprotein nitrogen (NPN)-treated silages vs. controls were summarized using paired t-test analysis. ...
  • Bolsen, K.K.; Brent, B.E.; Siefers, M.K.; Huck, G.L.; Turner, J.E.; Young, Matthew A. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-09-08)
    Results at Kansas State University from over 200 laboratory-scale trials and 28 farm-scale trials showed that bacterial inoculants consistently improved preservation efficiency and nutritive value of the ensiled material. ...
  • Hinds, M.; Brethour, J.; Bolsen, K. (Kansas State University. Agricultural Experiment Station, 2010-12-15)
    Inoculant (1177 in one trial) and non-protein nitrogen (LSA-100 in two trials) silage additives were evaluated with whole-plant forage sorghum silage. Steers fed LSA-100 silage gained faster than steers fed control ...
  • Bolsen, K.; Kireh, B.; Laytimi, A.; Hoover, J.; Ilg, H. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-11-22)
    Whole-plant corn silages were treated with Ecosyl® in one trial and Biomate4ll or Silagest® in a second trial. In both trials, the silages were well preserved and moderately stable in air during the feed-out period. ...
  • Taylor, R.K.; Mahanna, W.C.; Blasi, Dale A.; Maxwell, Thomas Mark; Shroyer, James P. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-10-05)
    Eleven large, round, alfalfa bales were treated with Pioneer® Brand 1155 Alfalfa Hay Inoculant and nine bales were untreated. The initial baling moistures were 14.1% (low) or 17.6% (medium). No significant differences were ...
  • Uriarte-Archundia, M.E.; Bolsen, K.K.; Brent, B.E. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-08-06)
    The objectives of this study with whole-plant corn silage were to determine the effects of a biological additive and sealing technique on yeast and mold populations; and to examine the relationship between the microbial ...

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