Isoquants that illustrate combinations of various inputs to produce a given level of output were estimated for wet corn co-products using UNL cattle feeding trial data and applied to actual producer data. Producer economic benefits from feeding wet co-products compared to corn were calculated. Although the combined producer savings from all three wet co-products totaled nearly $39 million, this value was not net of all cost differences between co-products and corn, including transportation, storage, and handling costs
Expansion of the ethanol industry is having a major impact on all of agriculture including the cattl...
Three corn processing methods were compared for use in 5,000- and 20,000-head capacity feedlots. Pro...
Over the last 18 months, the State of Iowa has experienced an explosion in the corn milling industry...
Research at the University of Nebraska and other institutions has demonstrated the feasibility of fe...
An economic analysis was conducted using feedlot performance, current feed ingredient prices, trucki...
Corn milling co-products are expected to increase dramatically in supply as the ethanol industry exp...
A finishing trial was conducted to determine performance of steers fed dry-rolled, high-moisture and...
To better understand co-product utilization, inclusion rates, pricing and storage strategies, Nebras...
The U.S. has a history of producing surplus corn, but the current and projected growth in ethanol pr...
Growth of the ethanol industry in Nebraska and surrounding states has increased the availability of ...
Cattle CODE, an economic budget model for predicting feeding returns for distillers grains, was upda...
A finishing experiment was conducted to determine the effects of feeding wet distillers grains plus ...
Corn milling co-products are expected to increase dramatically in supply. Two primary types of milli...
A finishing study was conducted to determine the effect of utilizing dry-rolled (DRC) or steam-flake...
An economic analysis was conducted to assess the feasibility of feeding greater inclusions of corn s...
Expansion of the ethanol industry is having a major impact on all of agriculture including the cattl...
Three corn processing methods were compared for use in 5,000- and 20,000-head capacity feedlots. Pro...
Over the last 18 months, the State of Iowa has experienced an explosion in the corn milling industry...
Research at the University of Nebraska and other institutions has demonstrated the feasibility of fe...
An economic analysis was conducted using feedlot performance, current feed ingredient prices, trucki...
Corn milling co-products are expected to increase dramatically in supply as the ethanol industry exp...
A finishing trial was conducted to determine performance of steers fed dry-rolled, high-moisture and...
To better understand co-product utilization, inclusion rates, pricing and storage strategies, Nebras...
The U.S. has a history of producing surplus corn, but the current and projected growth in ethanol pr...
Growth of the ethanol industry in Nebraska and surrounding states has increased the availability of ...
Cattle CODE, an economic budget model for predicting feeding returns for distillers grains, was upda...
A finishing experiment was conducted to determine the effects of feeding wet distillers grains plus ...
Corn milling co-products are expected to increase dramatically in supply. Two primary types of milli...
A finishing study was conducted to determine the effect of utilizing dry-rolled (DRC) or steam-flake...
An economic analysis was conducted to assess the feasibility of feeding greater inclusions of corn s...
Expansion of the ethanol industry is having a major impact on all of agriculture including the cattl...
Three corn processing methods were compared for use in 5,000- and 20,000-head capacity feedlots. Pro...
Over the last 18 months, the State of Iowa has experienced an explosion in the corn milling industry...