- See a full list of publications
- Browse activities and projects
- Explore connections, collaborators, related work and more
Kathryn joined the department in April 2010 from the Division of Ecology and Evolutionary Biology at the University of Glasgow. Kathryn holds a Royal Society University Research Fellowship in evolutionary biology. Prior to that, she held research positions at the University of Glasgow and University of Queensland.
|PhD Zoology||University of Queensland, Australia|
|BSc (Hons) Biological Sciences||University of East Anglia, UK|
Kathryn's research focuses on the impacts of social and environmental factors on behaviour, stress physiology, reproductive success, and susceptibility to oxidative damage. Current projects are investigating the effects of pollution and pharmaceuticals in the environment on vertebrates.
Previous studies have demonstrated the downstream impacts of early nutrition, driven for example by climate induced changes in prey abundance, on individual fitness. She is particularly interested in utilising state of the art techniques for measuring antioxidant levels, oxidative stress and disease prevalence in small vertebrates.
Dr. Alistair Boxall, University of York
Beatrice Hernout, University of York
Individual variation in behaviour: Confronted with the same environmental or behavioural stressors, individuals of the same species often differ markedly in their behaviour. For example, some individuals are always more risk-prone or exploratory than others. We refer to these differences as "personality" traits Dr Arnold's group have been investigating whether these individual differences in behavioural responses are accompanied by variation in underlying stress metabolism and oxidative stress.
Katherine Herborn, University of Glasgow
Dr Lucille Alexander, Waltham Centre for Pet Nutrition
Maternal Effects: Reproduction is an expensive business. Mothers, in particular, put a lot of time and energy into making eggs and caring for young, at the expense of their own well being. Dr. Arnold has been investigating how mothers partition resources among young and how that affects the development and long term fitness of offspring. In birds, for example, mothers put substances into yolk that can influence the development of the egg. These include antioxidants, such as carotenoids (responsible for red and yellow colours in nature) and vitamin E, which enhance immune function and reduce the damage to organs caused by the build-up of harmful waste products. Parents also provide food to offspring. Selection of particular prey items might be vital for providing nutrients essential to normal growth. Dr Arnold's group use a range of avian model species to investigate maternal effects.
Dr. Stephen Larcombe , EGI, University of Oxford
Dr Scot Ramsay (PDRA), Macaulay Land Use Research Institute
Dr Ruedi Nager, Division of Environmental and Evolutionary Biology, University of Glasgow
Sexual Signalling and colour preferences in birds: Fluorescence is widely used by humans as a 'highlighter' to attract attention. Research by Dr Arnold and colleagues shows that Australian parrots use their fluorescent plumage, which literally 'glows', to attract the attention of the opposite sex.
|Budgerigar (Melopsittacus undulatus) under normal illumination||Budgerigar under UV illumination - note the fluorescent yellow patches|
Dr Justin Marshall, Vision, Touch & Hearing Research Centre, The University of Queensland
Dr Ian Owens, Department of Biology and NERC Centre for Population Biology, Imperial College at Silwood Park, Ascot, Berkshire SL5 7PY, UK
Katherine Herborn, Division of Environmental and Evolutionary Biology, University of Glasgow
Sex Allocation in Birds: Ongoing research focuses on sex allocation in birds and fish. This started as a BBSRC funded project with Richard Griffiths and David Houston. There is increasing evidence that female birds manipulate the sex of their offspring in response to environmental and social factors. We have been investigating when and how this is achieved, mainly using the zebra finch (Taeniopygia guttata) and blue tit as models.
Kin Recognition in Fish: One of my main interests is the evolution of sociality and group living. Essential to this is determining whether animals are able to recognise individuals, particularly those that they are related to. Living with relatives can be beneficial to individuals via the evolution of kin-directed altruism, but this is tempered by the increased risk of inbreeding. Therefore, in social species the ability to recognise relatives can be highly advantageous. This study focused on kin discrimination in the Lake Eacham rainbowfish, Melanotaenia eachamensis, and cooperatively breeding cichlids.
Dr Barbara Mable, Division of Environmental and Evolutionary Biology, University of Glasgow
Michael Taborsky, University of Berne
Ashley Le Vin, Division of Environmental and Evolutionary Biology, University of Glasgow
|2007-2012||Royal Society||Paternal attractiveness, maternal investment and offspring fitness|
|2007-2007||Royal Society of Edinburgh||International exchange programme - IEP Hungary|
|2005-2005||Leverhulme Trust||Does neonatal need for taurine explain parental prey selection in Parids?|
|2004-2004||NERC||Does neonatal need for taurine explain parental prey selection in Parids?|
|2003-2004||NERC||Fluorescent sexual signalling in parrots - differential allocation and offspring fitness|
|2002-2007||Royal Society||Paternal attractiveness, maternal investment and offspring fitness|
|LJ Henderson||2007-2010||NERC||Sex ratio adjustments in birds: linking environmental conditions and physiological mechanisms.|
|AL Le Vin||2006-2010||BBSRC||Kin Recognition in Cooperatively Breeding Fish: Behavioural Variation and Molecular Mechanisms|
|KA Herborn||2006-2009||BBSRC Industrial CASE||Colour Preferences in Birds: Species Variation, Associative Learning and Foraging Decisions|
|SD Larcombe||2004-2007||BBSRC Industrial CASE||Roles of dietary antioxidants and oxidative stress in mediating firness related traits in birds|
Grant Committees and Research Advisory Boards