Most Kansas grown crops can be harvested, stored, and fed as silage. A good silage fermentation should produce a well-preserved, palatable feed with minimum nutrient loss, but making a good silage requires good management. The crop must be harvested at the proper maturity and moisture, be finely chopped, and be tightly packed in the silo. Numerous commercial silage additives, whose manufacturers make various claims for improving silage quality, are available. Last year, we reported on 5 trials involving six commercial additives (Report of Progress 377). Each additive improved the silage in at least one of the four criteria we evaluate
Numerous commercial silage additives, manufacturers of which make various claims for their improvin...
Whole-plant corn silages were treated with Ecosyl® in one trial and Biomate4ll or Silagest® in a sec...
Numerous commercial silage additives, manufacturers of which make various claims for their improvin...
Most Kansas grown crops can be harvested, stored, and fed as silage. A good silage fermentation sho...
Numerous commercial silage additives, manufacturers of which make various claims for their improving...
Most Kansas grown crops can be harvested, stored, and fed as silage. A good silage fermentation sho...
Numerous commercial silage additives, whose manufacturers claim will improve silage quality, are ava...
Silage additives are receiving fairly widespread acceptance in the U.S. as management tools that are...
Six commercial silage additives were evaluated in five trials with corn, forage sorghum, and alfalfa...
The response of corn silage to the additive, Silo-Best Soluble®, was not consistent for the farm sil...
Whole-plant corn silages were treated with USO3M or Silo-Best Soluble® in one trial and with Garst M...
Two corn silages (37 to 38% DM) were made September 2 and 3, 1975; one was ensiled without additive ...
Two forage sorghum silages (29 to 30% DM) were made October 1 to 3, 1978; one ensiled without additi...
Silage additives are receiving fairly widespread acceptance in the U.S. as management tools that ar...
Two corn silages (34 to 36% DM) were made August 4 and 5, 1976; one was ensiled without additive (co...
Numerous commercial silage additives, manufacturers of which make various claims for their improvin...
Whole-plant corn silages were treated with Ecosyl® in one trial and Biomate4ll or Silagest® in a sec...
Numerous commercial silage additives, manufacturers of which make various claims for their improvin...
Most Kansas grown crops can be harvested, stored, and fed as silage. A good silage fermentation sho...
Numerous commercial silage additives, manufacturers of which make various claims for their improving...
Most Kansas grown crops can be harvested, stored, and fed as silage. A good silage fermentation sho...
Numerous commercial silage additives, whose manufacturers claim will improve silage quality, are ava...
Silage additives are receiving fairly widespread acceptance in the U.S. as management tools that are...
Six commercial silage additives were evaluated in five trials with corn, forage sorghum, and alfalfa...
The response of corn silage to the additive, Silo-Best Soluble®, was not consistent for the farm sil...
Whole-plant corn silages were treated with USO3M or Silo-Best Soluble® in one trial and with Garst M...
Two corn silages (37 to 38% DM) were made September 2 and 3, 1975; one was ensiled without additive ...
Two forage sorghum silages (29 to 30% DM) were made October 1 to 3, 1978; one ensiled without additi...
Silage additives are receiving fairly widespread acceptance in the U.S. as management tools that ar...
Two corn silages (34 to 36% DM) were made August 4 and 5, 1976; one was ensiled without additive (co...
Numerous commercial silage additives, manufacturers of which make various claims for their improvin...
Whole-plant corn silages were treated with Ecosyl® in one trial and Biomate4ll or Silagest® in a sec...
Numerous commercial silage additives, manufacturers of which make various claims for their improvin...