معرفی
Carsten Kirkeby is a Senior Researcher at the Department of Veterinary and Animal Sciences, University of Copenhagen, specializing in disease control and epidemiology. His work bridges theoretical modeling with practical applications in animal health and disease prevention.
His educational background isn't explicitly detailed in the provided text, but his research profile suggests strong foundations in veterinary epidemiology, mathematical modeling, and statistical analysis of disease transmission.
Kirkeby's research interests focus on statistical analyses of disease transmission dynamics in cattle (bluetongue, paratuberculosis, BVD, mastitis), birds (avian influenza), and zoonotic diseases (SARS-CoV2, avian influenza). He develops mathematical simulation models for disease dynamics and applies research findings to practical contingency work. His recent work emphasizes avian influenza epidemiology in Denmark, where he leads the Avian influenza Epidemiology subgroup. He also investigates insect detection using laser technology related to disease spread monitoring and addresses sustainability in relevant contexts.
His recent publications (2025) demonstrate a strong focus on avian influenza modeling, risk assessment, and transmission dynamics across different geographical regions. His work shows particular expertise in spillover risk from wild birds to poultry, comparative outbreak analysis between continents, and developing risk assessment tools like L'ORA for zoonotic diseases.
- Erasmus+ Grant (2022)
- MedVetNet Short Term Mission Grant (2023)
- Partnership Collaboration Award (2018, 2019)
- EDENext 2013 3rd prize PhD award (2013)
- PhD Cup 2014 (2014)
Kirkeby actively coordinates research activities and EU projects. As Project Coordinator for the EU Project PAIR, he oversees international collaborative efforts. His activities include numerous lectures, workshop leadership (notably at ISVEE 17), and organization of events like Nordfugl 2024 and 2025 focused on bird migration. He serves as an editor for research journals and participates in consultancy roles. His research output is substantial with 190 publications including 105 journal articles, demonstrating consistent scholarly contribution to veterinary epidemiology.
He leads the Avian influenza Epidemiology subgroup and collaborates extensively across institutions, with research outputs showing strong international collaboration. His work connects mathematical modeling with practical disease control applications, particularly for high-priority diseases affecting both animal and human health.
