Research of Adaptation Physiology

The aim of the research performed at the Adaptation Physiology group is to investigate the impact of changing and challenging conditions on health and welfare of animals.
We focus on (1) transition periods, such as birth, weaning or the change from conception to birth or from pregnancy to lactation; (2) the influence of the direct physical and social environment and (3) global challenges that affect animal welfare and health.
Our research is characterised by a multidisciplinary approach, combining expertise in energy metabolism, behavioural biology, immunology, reproductive physiology and modelling, and a strong collaboration with other groups within and outside WUR.
The knowledge generated in our group fosters changes in animal production that facilitate positive experiences and resilience in animals. The societal impact of ADP research is exemplified by its contribution to the development of novel housing and incubation systems, adapted management and feeding strategies, and its relevancy for policy making and legislation in the field of animal health and welfare.
Research themes
Transition periods
Throughout their lives, animals experience a number of transitions that invoke large physiological and behavioural changes. From hatching in chickens to weaning in piglets, we investigate how animals cope with these transitions under changing and challenging conditions.
Physical and social environment
Both the physical and social environment of animals crucially affect their health and welfare. We study the impact of environmental conditions, such as housing systems and interactions between group members, on resilience and emotional states of animals.
Global challenges, sustainability and resilience
Global challenges and mitigation measures affect the animals we keep. We study the impacts of global changes on animal health and welfare, and strategies to facilitate adaptation to changes that animals encounter.
Follow us on social media
Stay up-to-date and learn more through our social channel.