@misc{10481/100906,
year = {2008},
url = {https://hdl.handle.net/10481/100906},
abstract = {Preys require effective anti-predator traits to escape from predators attacks, whereas predators focus on individuals that have lower fitness. This fitness reduction is due to the effects of many regulatory forces such as parasites. We directly observed in the field the escape performance of the Iberian hare (Lepus granatensis) against coursing predators (measured as the time to be taken by greyhounds) and examined the relationships between parasite loads and duration of escape behaviours to test the hypothesis that predators would more easily catch substandard individuals. For some different taxa of the parasite burdens (Taenia pisiformis cisticercus, intestinal Coccidia) as well as for the parasite diversity, we found a negative relationship with the hare´s ability to escape. Moreover this prey´s ability is related positively to host condition. In the particular case of T. pisiformis cisticercus, we found a negative relationship with body condition, suggesting that its effect on anti-predation ability could be mediated by direct spoliation of host resources and/or by increasing requirements for anti-parasite defence. We approached further the question whether parasites could also induce pathology directly, affect anti-predation performance and therefore promote easier captures. Since parasite loads were not directly manipulated, experimental studies are needed in order to elucidate any causal links between parasite and anti-predatory capacity in Iberian hares.},
keywords = {Lepus granatensis},
keywords = {parasites},
keywords = {anti-predator traits},
keywords = {predation},
keywords = {body condition},
title = {Body condition and parasite intensity correlates with escape capacity in Iberian hares (Lepus granatensis)},
doi = {10.1007/s00265-007-0502-3},
author = {Alzaga, Vanesa and Vicente, Joaquín and Villanua, Diego and Acevedo, Pelayo and Casas Arenas, Fabián and Gortazar, Christian},
}