Erkki
Korpimäki
Professor, Ecology and Evolution Biology

Contact

Vesilinnantie 5
20500
Turku

Areas of expertise

Ecology
Evolution

Biography

A total of 284 articles published in international scientific journals with referee practice and 1 scientific monograph during 1978-2018, as well as 27 Ph.D. theses supervised during 1993-2018 (see https://www.researchgate.net/profile/Erkki_Korpimaeki for more complete list of publications). Most of these papers have been published in high-quality international natural science, ecology and behavioural ecology journals, including Nature (3 papers in 1993-2018), Trends Ecol. Evol. (3), Biol. Reviews (2), Proc. R. Soc. Lond. B (12), BioScience (2), Global Change Biol. (2), PLoS one (6), Ecol. Monogr. (2), Ecology (9), J. Anim. Ecol. (14), Oikos (34), Oecologia (20), Ecol. Letters (1), Ecography (5), Methods in Ecol. Evol. (1), Biol. Cons. (2), Ecoscience (7), Funct. Ecol. (2), Evol. Ecol. (5), Evol. Ecol. Res. (1), Behav. Ecol. (3), Anim. Behav. (5), and Behav. Ecol. Sociobiol. (8). These papers are also highly cited: a total of  >11500 citations in Web of Sci. during 1984-2018 (h-index 62).


Research

Our team does research in Ecology and Evolutionary Biology. Our current project is on population dynamics, reproductive success, dispersal and survival of avian predators in relation to habitat change (e.g. forest loss and intensification of agricultural practices) and climate change in northern ecosystems.

There is a pressing need to understand how changing climate interacts with land-use change to affect predator-prey interactions in fragmented landscapes. This is particularly true in boreal ecosystems facing fast climate change and intensification in forestry practices. We investigate the relative influence of climate changes and habitat loss  and degradation on the food storing behaviour, body condition, over-winter survival, reproductive success and costs of reproduction of a generalist predator in boreal forest. Our model species is the pygmy owl, and its main food resources, small rodents and birds. We have collected a unique dataset of >20 000 prey items accumulated in larders of pygmy owls in autumns during 2002-2018.

Publications

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