Projekt per år
resistance and resource use abilities, which likely had the greatest effect on prey community structure in ﬂuctuating environments with periodical resource limitation. We also found that prey communities evolved to be more grazing-resistant during the experiment, and that this effect was due to a clear increase in the grazing resistance of the bacterium Serratia marcescens. Our results demonstrate that temporal variability in prey resources and predation can promote more even prey species proportions by allowing the existence of both defensive and competitive prey life-history strategies
Sundström, L., Kokko, H., Bos, N., Freitak, D., Salmela, H., Helanterä, H., Johansson, H., Laakso, J., Seppä, P., Lindström, S., Morandin, C., Paviala, J., Pekkonen, M., Pulliainen, U., Ozan, M., Schultner, E., Stucki, D., Wolf, J., Galarza, J., Kulmuni, J., Hakala, S. M. & Dhaygude, K.
01/01/2012 → 31/12/2017