J. Hamann
Papers
2
Total Citations
15
H-Index
2
About
J. Hamann’s research centers on dairy science, with a particular focus on the physiology of milk secretion and the impact of milking technology on udder health. His work bridges animal physiology and agricultural engineering, offering critical insights into how modern milking systems affect both milk composition and bovine welfare. In a seminal 2002 study, Hamann compared conventional and robotic milking systems, demonstrating that robotic milking can influence udder health—a finding with lasting relevance as automated systems become more widespread. This paper has garnered 12 citations, reflecting its foundational role in the field. His 2004 investigation into varying milking intervals took a physiological approach, using a group of 40 high-yielding German Holstein Friesian cows milked robotically over 400 days. By analyzing quarter foremilk, quarter composite milk, and cow composite milk samples collected continuously for 24 hours during 20 session days, Hamann elucidated how secretion patterns of “normal milk” are altered by milking frequency. Though less cited, this work provides a rigorous experimental framework for understanding milk synthesis dynamics. Hamann’s contributions are essential reading for researchers and students exploring the intersection of dairy technology and animal physiology.
Research Focus
Key Achievements
Top Papers
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