ArticlePrediction of 305 Day milk yield from single and cumulative records of Holstein cows, using regression procedures
ArticlePrediction of 305 Day milk yield from single and cumulative records of Holstein cows, using regression procedures
ArticleA Comparison of Linear Models for Estimating Co-Variance Components and Genetic Parameters in Holstein Dairy Cattle
ArticleA Comparison of Linear Models for Estimating Co-Variance Components and Genetic Parameters in Holstein Dairy Cattle
ArticleApplication of Linear Discriminant Model to Evaluate the Association Between Milk Production, Reproductive Performance, and Calving Season in Dairy Cattle
ArticleApplication of Linear Discriminant Model to Evaluate the Association Between Milk Production, Reproductive Performance, and Calving Season in Dairy Cattle
ArticleThe Application of Ordinal Logistic Regression Model as a Robust Tool for Enhanced Prediction of Milk Yield in Dairy Cows
ArticleThe Application of Ordinal Logistic Regression Model as a Robust Tool for Enhanced Prediction of Milk Yield in Dairy Cows
ArticleESTIMATION OF GENETIC PARAMETERS FOR MILK YIELD IN THE FIRST THREE LACTATIONS OF HOLSTEIN COWS USING RANDOM REGRESSION MODEL
ArticleESTIMATION OF GENETIC PARAMETERS FOR MILK YIELD IN THE FIRST THREE LACTATIONS OF HOLSTEIN COWS USING RANDOM REGRESSION MODEL
ArticleRANDOM REGRESSION ANIMAL MODELS FOR GENETIC EVALUATION OF TEST-DAY MILK YIELD AND MILKING DURATION IN HOLSTEIN FRIESIAN
ArticleRANDOM REGRESSION ANIMAL MODELS FOR GENETIC EVALUATION OF TEST-DAY MILK YIELD AND MILKING DURATION IN HOLSTEIN FRIESIAN
ArticleCOMPARISON BETWEEN DIFFERENT PROCEDURES TO DETERMINE THE RELATIVE IMPORTANCE OF THE LIFETIME PERFORMANCE TRAITS IN PREDICTING BREEDING VALUES OF HOLSTEIN COWS
ArticleCOMPARISON BETWEEN DIFFERENT PROCEDURES TO DETERMINE THE RELATIVE IMPORTANCE OF THE LIFETIME PERFORMANCE TRAITS IN PREDICTING BREEDING VALUES OF HOLSTEIN COWS
ArticleCOMPARISON BETWEEN SIRE AND ANIMAL MODEL TO ESTIMATE GENETIC (CO)VARIANCES FOR MILK YIELD TRAITS
ArticleCOMPARISON BETWEEN SIRE AND ANIMAL MODEL TO ESTIMATE GENETIC (CO)VARIANCES FOR MILK YIELD TRAITS