All/General

Gaskill, B. N., Garner, J. P. 2017. Stressed out: providing laboratory animals with behavioral control to reduce the physiological effects of stress. Lab Animal 46(4), 1

Laboratory animals experience a large amount of environmental stress. An animal’s environment can include both physiological and social stressors that may require an animal to adapt to maintain allostatic balance. For example, thermal stress can...

Bugnon, P., Heimann, M., Thallmair, M. 2016. What the literature tells us about score sheet design. Laboratory Animals 50(6), 414-417.

Score sheets are an essential tool of animal welfare. They allow transparent assessments to be made of animal health and behavior during animal experiments and they define interventions when deviations from normal status are detected...

Kliphuis, S. 2017. Humane Endpoints website huge success in Spain and the rest of the world. Laboratory Animals 51(2), 218-219.

The Humane Endpoints website (https://www.humane-endpoints.info/) provides information and training modules on how to recognize humane endpoints in laboratory animals. This helps to prevent further distress in the animals by removing the animals from the experiment...

Burn, C. C. 2017. Bestial boredom: a biological perspective on animal boredom and suggestions for its scientific investigation. Animal Behaviour 130, 141-151.

Boredom is likely to have adaptive value in motivating exploration and learning, and many animals may possess the basic neurological mechanisms to support it. Chronic inescapable boredom can be extremely aversive, and understimulation can harm...

Whitham, J. C., Miller, L. J. 2016. Using technology to monitor and improve zoo animal welfare. Animal Welfare 25(4), 395-409.

While the international zoological community is committed to enhancing the welfare of individual animals, researchers have yet to take full advantage of the tools available for non-invasively tracking behavioural and physiological indicators of welfare. We...