Browsing Beef by Author "Ilg, H."

K-REx Repository

Browsing Beef by Author "Ilg, H."

Sort by: Order: Results:

  • Bolsen, K.; Smith, R.; Ilg, H.; Axe, D. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 1986)
    The response of corn silage to the additive, Silo-Best Soluble®, was not consistent for the farm silo criteria measured. Ensiling temperatures and chemical compositions were similar for control and treated silages, except ...
  • Soderlund, S.; Bolsen, K.; Ilg, H.; Hoover, J. (Kansas State University. Agricultural Experiment Station, 1983)
    Steers fed Silo Guard II® treated corn silage gained 3.5% faster and were 8.3% more efficient than those fed the control silage. Cornlage (54% dry matter corn silage in an oxygen-limiting structure) produced numerically ...
  • Bolsen, K.; Ilg, H.; Kirch, B.; Laytimi, A.; Lomas, Lyle W. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 1987)
    Whole-plant corn silages were treated with USO3M or Silo-Best Soluble® in one trial and with Garst M-74® in a second trial. In Trial 1 all three silages were well preserved and moderately stable in the air. USO3M silage ...
  • Bolsen, K.; Ilg, H.; Hinds, M.; Hoover, J. (Kansas State University. Agricultural Experiment Station, 1982)
    Four alfalfa forages were evaluated: 1) hay; 2) low-dry matter (DM) silage; 3) medium-DM silage; and 4) high-DM silage. All forages were full-fed along with 2 lb of supplement or supplement plus 2 or 4 lb of cracked corn. ...
  • Bolsen, K.; Ilg, H.; Riley, Jack G. (Kansas State University. Agricultural Experiment Station, 1980)
    Four corn silages (41 to 46% DM) were made August 23 to 26, 1978; treatments were: 1) no additive (control), 2) 8.16 lbs of Cold-flo ammonia per ton, 3) 1.0 lb of Sila-bac per ton, and 4) 1.0 lb of Silo-Best per ton. ...
  • Hinds, M.; Bolsen, K.; Ilg, H.; Milliken, George A. (Kansas State University. Agricultural Experiment Station, 1983)
    Experimental 5 gallon plastic silos were used in three trials to evaluate these alfalfa and corn silages: 1) control (no additive); 2) CULBAC® culture; 3) McNess ® inoculant; 4) SILA-GREEN® inoculant; and 5) Biomax SI ...
  • Bolsen, K.; Hinds, M.; Ilg, H. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 1984)
    Laboratory silos were used in three trials to evaluate sudangrass (slightly or moderately wilted) and high moisture corn silages, each receiving the following treatments: (1) control (no additive); (2) CULBAC® dry; (3) ...
  • Bolsen, K.; Ilg, H.; Smith, R.; Hoover, J.; Axe, D. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 1985)
    Cattle fed drought-stressed corn silage gained about 10% slower but were just as efficient as cattle fed irrigated corn silage. Because the irrigated corn out yielded the drought corn (17.4 VS. 8.2 tons per acre), the ...
  • 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, 1987)
    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.; Smith, R.; Ilg, H.; Fung, Daniel Y. C. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 1986)
    Results from three laboratory silo experiments showed that four commercial silage inoculants increased fermentation rate, particularly during the first 4 days of the ensiling process. The effects of the additives on pH ...
  • Smith, R.; Bolsen, K.; Ilg, H.; Hinds, M.; Dickerson, J.; Hoover, J.; Pope, Ronald V. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 1984)
    Five silages produced in 1982 were evaluated in two growing trials using 96 steer calves. Forage sorghum silage (heading) was assigned a feeding value of 100. Based on comparative rates and efficiencies of gain, feeding ...
  • Bolsen, K.; Hinds, M.; Ilg, H.; Hoover, J. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 1985)
    Eight whole-plant corn silages were evaluated using laboratory silos. Treatments were: 1) control (no additive); 2) H/M Inoculant applied to the fresh crop at the forage harvester (H/M-field); and 3) H/M Inoculant applied ...
  • Bolsen, K.; Ilg, H.; Hinds, M.; Milliken, George A.; Hoover, J. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 1984)
    Eight concrete stave silos (10 x 50 ft) were used in two trials to evaluate rapid (24 to 36 hr) and delay (15 days) filling, each with our without 1177® silage inoculant. Corn silage was used in Trial 1; forage sorghum in ...
  • Bolsen, K.; Ilg, H.; Hinds, M. (Kansas State University. Agricultural Experiment Station, 1981)
    Inoculant (Sila-bac) and enzyme (Silo Guard) silage additives were evaluated with first-cutting alfalfa silage. Control and treated silages were made in 50-ton concrete stave silos and three types of experimental silos ...
  • Heidker, J.; Ilg, H.; Bolsen, K.; Behnke, Keith C. (Kansas State University. Agricultural Experiment Station, 1983)
    ELPWA (a lactobacillus inoculant with antioxidant), molasses, or both combined were evaluated as additives to high moisture sorghum grain ensiled in concrete stave silos. ELPWA treated grain had the greatest temperature ...
  • Bolsen, K.; Ilg, H. (Kansas State University. Agricultural Experiment Station, 1981)
    Enzyme (Ensila Plus) and non-protein nitrogen (Cold-flo) silage additives were evaluated with whole-plant corn silage. Cold-flo increased ensiling temperatures 6 to 80 F during the first week. Growing steers fed Ensila ...
  • Bolsen, K.; Ilg, H. (Kansas State University. Agricultural Experiment Station, 1980)
    Four alfalfa silages (34 to 37% DM) were made May 30 and 31, 1979, as follows: 1) no additive (control), 2) 3 ounces of Ensila Plus per ton, 3) 1.0 lb of Si1a-1ator per ton, and 4) 1.5 1b of Silo-Guard per ton. Silos were ...
  • Bolsen, K.; Smith, R.; Ilg, H.; Fung, Daniel Y. C. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 1986)
    An experimental microbial inoculant dramatically increased the speed of pH drop and rate and amount of lactic acid production in alfalfa at both 60 and 90 F storage temperatures. In two trials with forage sorghums, the ...
  • Bolsen, K.; Ilg, H.; Nuwanyakpa, M.; Posler, Gerry L. (Kansas State University. Agricultural Experiment Station, 1982)
    Sorghum-Sudan hay and silage and sudangrass hay were compared with forage sorghum silage in an 80-day growing trial involving 60 calves. Calves fed forage sorghum gained 14% faster than those fed sudangrass hay ...
  • Axe, D.; Ilg, H.; Bolsen, K.; Behnke, Keith C. (Kansas State University. Agricultural Experiment Station, 1980)
    Two finishing trials with heifers and steers were conducted to determine the value of grain dust (GD) to replace cracked corn and to compare soybean meal and urea as protein supplements. Results of the 104-day heifer ...