14 citations as recorded by crossref.

1. A machine learning framework to predict the next month's daily milk yield, milk composition and milking frequency for cows in a robotic dairy farm B. Ji et al.
2. The use of dijkstra mechanistic model for genetic analysis of the lactation curve characteristics and their relationships with age at first calving and somatic cell score of Iranian dairy cows M. Torshizi & H. Farhangfar
3. Different aspects of lactation persistency in dairy cows M. TORSHIZI et al.
4. Genetic Analysis of Days Open in Moroccan Holstein Using Different Models to Account for Censored Data N. Chafai & B. Badaoui
5. Modelación de curvas de lactancia para producción de leche, grasa y proteína, y evaluación de factores que las afectan en ganado Holstein en México L. Trejo-Díaz et al.
6. Genetic evaluation to design a reference cow population for the Holstein breed in Tunisia: a first step toward genomic selection N. Bakri et al.
7. The effect of extended lactation on parameters of Wood’s model of lactation curve in dairy Simmental cows T. Kopec et al.
8. Effect of calving season on the parameters and components of the lactation curve in Holstein dairy cows managed in a semi-desert climate R. Zamorano-Algandar et al.
9. Characteristics of Lactation Curve and Reproduction in Dairy Cattle S. Ruban et al.
10. Genetic relationship of lactation persistency with milk yield, somatic cell score, reproductive traits, and longevity in Slovak Holstein cattle E. Strapáková et al.
11. Genetic evaluation of lactation curve characteristics in Murrah buffaloes R. Nehra et al.
12. Estimates of genetic parameters and genetic trend for Wood’s lactation curve traits of Tunisian Holstein–Friesian cows N. Bakri et al.
13. Genetic parameters of milk and lactation curve traits of dairy cattle from research farms in Thailand S. Pangmao et al.
14. Short communication: Genetic analysis of lactation curves in buffaloes, using Wood’s model L. Carvalho et al.