Given the drought conditions in some locations this year, many producers may be asking themselves how to handle the annual forages they have standing in the field that may not have grown as much ...

From self-propelled forage harvesters to pull-type choppers, these machines are designed to process massive amounts of forage with precision and speed. Whether you're dealing with corn, ...

New research suggests silage has been overlooked as a substantial producer of nitrous oxide. A team at Kansas State University figured out why – and a potential way to tackle the problem.

While this takes time, after the fermentation process, you are all set with silage bales that can be sold or used straight away. Method 2: Producing silage in Farming Simulator 25 from chaff and ...

Treating 1 ton of silage with it would cost 4 cents, K-State researchers concluded. Im says $5 million could treat all the silage produced in the U.S. each year. “It’s really, really exciting ...

Cheap fix to a large problem. The new research suggests silage may churn out 30 times as much nitrous oxide as does another common practice, burning corn stubble and other crop residue after harvest.

With grass silage costing £150/t of dry matter to produce, no farm can afford to make mistakes when making, harvesting or clamping the crop. High on that list is how it is covered, and with what ...

According to Østervold, working out the preservation-as-silage process will be a “key factor” that enables fishers to find a market for mesopelagic fish, which he refers to as an ...

Sorghum is one plant sometimes used for silage. Scientists at Kansas State University say this fermented livestock feed produces nitrous oxide, a potent greenhouse gas, but that they have uncovered a ...

Sorghum is one plant sometimes used for silage. Scientists at Kansas State University say this fermented livestock feed produces nitrous oxide, a potent greenhouse gas, but that they have ...

New research suggests silage has been overlooked as a substantial producer of nitrous oxide. A team at K-State figured out why – and a potential way to tackle the problem.