Postdoctoral Fellow in the Fish Ecology Research Group
Ecology and Evolution in Microbial Model Systems (EEMiS)
Department of Biology and Environmental Sciences
Research
I am researching the reproductive timing and thermal performance of a predatory fish, the pike (Esox lucius). These two aspects are pivotal traits shaping how organisms respond to climate change. I will integrate field data (capture-mark-recapture) with hormonal manipulation of reproductive females, laboratory experiments, and genomic analyses to understand the link between timing of reproduction, offspring thermal performance, and the genetic heritablity of these traits. The outcomes of this research will enhance our understanding of how organisms adapt to seasonal environments and will inform predictions about the extent to which phenological shifts may enable species to cope with ongoing changes in seasonality and spring temperatures driven by climate change.
Publications
Selected publications
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Finn, K.T. (2026). The subterranean niche provides protection against predators : a review of predation on members of the family Bathyergidae. Mammalian Biology. 106. 209-222.
Status: Published
Article in journal (Refereed)
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Sumbera, R., Uhrova, M., Bennett, N.C., Eiseb, S.J., Faulkes, C.G., et al. (2026). Intraspecific differentiation and phylogeography of the Damaraland mole-rat Fukomys damarensis reveals rapid colonization of arid savannahs during the late Pleistocene. Mammalian Biology. 106. 381-395.
Status: Published -
Finn, K.T. (2026). The subterranean niche provides protection against predators : a review of predation on members of the family Bathyergidae. Mammalian Biology. 106. 209-222.
Status: Published -
Van vuuren, A.K.J., Suess, T., Finn, K.T., Hagenah, N., Ganswindt, A., et al. (2025). Hormonal lockdown: How mole-rat societies enforce infertility in helpers. Hormones and Behavior. 176.
Status: Published -
Finn, K.T., Van vuuren, A.K.J., Suess, T., Hart, D.W., Bennett, N.C., et al. (2025). Reproductive females of a cooperatively breeding rodent are in better body condition when living in large groups. Journal of Zoology. 326 (3). 238.
Status: Published