Matti Pastell

Matti Pastell is a Docent and Researcher at the Department of Agricultural Sciences, University of Helsinki, serving as Supervisor in the Doctoral Programme in Clinical Veterinary Medicine. His research focuses on animal welfare technology development, particularly in dairy production systems, with specialization in precision livestock farming applications.

Dr. Pastell's research expertise spans animal behavior monitoring, lameness detection in cattle, and sensor-based welfare assessment systems. His work integrates engineering solutions with veterinary science to develop practical tools for livestock management. Key areas include accelerometer-based monitoring systems, sleep and lying behavior analysis in calves, and weight distribution measurements for lameness detection in dairy cows. His research demonstrates strong interdisciplinary collaboration between agricultural engineering, veterinary medicine, and data science.

With over 90 publications since 2004, his research output shows consistent focus on precision livestock farming technologies. Analysis of his publication trends reveals progressive development from basic sensor applications to sophisticated machine learning approaches for animal welfare assessment. His work bridges agricultural engineering with veterinary medicine, creating practical applications that have gained recognition in both academic and industry settings.

Dr. Pastell has secured significant research funding through projects including 'Farm animal sleep' (2005-present), 'Nautojen hyvinvoinnin erityiskysymykset' (Special issues in cow welfare, 2000-present), 'Vasikoiden vaihtoehtoiset nupoutuskeinot' (Alternative disbudding methods for calves, 2013-2015), 'Science of Sustainable Agriculture' (2011-2020), and 'REMOWEL' (New welfare technologies for monitoring health and welfare of production animals, 2010-2012).

His academic service includes conference presentations, peer review activities, and hosting academic visitors. Notably, he delivered a keynote presentation on 'Dairy production in modern loose housing cowsheds' in 2012 and presented at the Joint European Conference on Precision Livestock Farming in 2014. His research has been featured in multiple media outlets, particularly regarding real-time measurement systems for optimizing dairy production.