Add to ORKGData from 277 treatment means in 15 previous beef cattle studies were used to develop equations to predict net energy adjusters throughout the feeding period to better predict gain with the National Research Council’s 1996 Nutrient Requirements of Beef Cattle model. Early in the feeding period the net energy adjuster reduces the energy to correct for overprediction of gain and late in the feeding period the net energy adjuster increases energy to correct for under prediction of gain. The average NE adjusters were 0.88 and 1.08 for the beginning and end of the feeding period
Accurate prediction of intake and carcass characteristics can assist in projecting input costs and p...
A pooled- analysis of UNL feedlot pens examined the effects of steer age and body weight on feedlot ...
To the best of our knowledge, one or more authors of this paper were federal employees when contribu...
Data from 277 treatment means in 15 previous beef cattle studies were used to develop equations to p...
Data from 325 treatment means in 35 previous beef cattle feeding studies were used to evaluate the 1...
Two data sets were developed to evaluate and refine feed energy predictions with the beef National R...
Data from feeding 54 diets in seven previous beef cattle growing studies were used to evaluate the 1...
The CNES framework needs further generalization since it was developed using average frame size Brit...
Trials conducted at the University of Nebraska’s Research Feedlot were used to validate the NRC Beef...
The NRC (2000) beef model is widely used to evaluate nutrient requirements and feeding programs for ...
Assessment of beef cow energy balance and efficiency in grazing-extensive rangelands has occurred on...
Based on applications of the 1996 National Research Council (NRC) Nutrient Requirement of Beef Cattl...
The goal of producers and nutritionists is to meet the nutritional needs of their cattle. Requiremen...
Proper animal nutrition involves balancing nutrient supply to nutrient requirement. Accurate intake ...
Accurately predicting intake is critical to model performance of cattle in order to formulate diets ...
Accurate prediction of intake and carcass characteristics can assist in projecting input costs and p...
A pooled- analysis of UNL feedlot pens examined the effects of steer age and body weight on feedlot ...
To the best of our knowledge, one or more authors of this paper were federal employees when contribu...
Data from 277 treatment means in 15 previous beef cattle studies were used to develop equations to p...
Data from 325 treatment means in 35 previous beef cattle feeding studies were used to evaluate the 1...
Two data sets were developed to evaluate and refine feed energy predictions with the beef National R...
Data from feeding 54 diets in seven previous beef cattle growing studies were used to evaluate the 1...
The CNES framework needs further generalization since it was developed using average frame size Brit...
Trials conducted at the University of Nebraska’s Research Feedlot were used to validate the NRC Beef...
The NRC (2000) beef model is widely used to evaluate nutrient requirements and feeding programs for ...
Assessment of beef cow energy balance and efficiency in grazing-extensive rangelands has occurred on...
Based on applications of the 1996 National Research Council (NRC) Nutrient Requirement of Beef Cattl...
The goal of producers and nutritionists is to meet the nutritional needs of their cattle. Requiremen...
Proper animal nutrition involves balancing nutrient supply to nutrient requirement. Accurate intake ...
Accurately predicting intake is critical to model performance of cattle in order to formulate diets ...
Accurate prediction of intake and carcass characteristics can assist in projecting input costs and p...
A pooled- analysis of UNL feedlot pens examined the effects of steer age and body weight on feedlot ...
To the best of our knowledge, one or more authors of this paper were federal employees when contribu...