Objective
Some animals are bold and active, others shy and inactive. If these behavioural patterns are consistent they are referred to as personality. Usually, personality is used on the individual level. Recently, it has been suggested that consistent behavioural differences between species might also be classified as personality and that they relate to the life-history strategy of the species. We propose that life history also influences the amount of behavioural variability of a species. Are there species with lower and species with higher behavioural variance? And how is this variance partitioned between inter- and intra-individual variance? We hypothesise that fast-lived species show less behavioural variance, both on the individual and on the species level, while we expect slow-lived species to be more plastic in their behaviour. Species with a fast life history are likely forced to more fixed patterns of behaviour by their higher energetic needs. A perfect model for studying the influence of life history on behaviour are shrews (Soricidae). Shrews are divided into three phylogenetic groups, two of which occur sympatrically in Europe but differ tremendously in life history. We plan to compare the exploratory behaviour of shrews along three gradients: A taxonomic one, to study the influence of life history on behaviour; a geographic one, to detect effects of habitat; and an individual one, to assess the behavioural plasticity of the two groups. We expect fast-lived shrews to be active and show little variance between individuals, irrespective of their geographic origin; slow-lived shrews to be less active but more plastic in their behaviour. If our expectations hold true, the principle of individual personalities can be generalised to species level. As a species personality is an important factor for niche space partitioning in animal communities, our work will have wide-ranging implications for community ecology and thus can help in the protection of natural processes.
Fields of science
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CORDIS classifies projects with EuroSciVoc, a multilingual taxonomy of fields of science, through a semi-automatic process based on NLP techniques.
Topic(s)
Call for proposal
FP7-PEOPLE-2012-IEF
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Funding Scheme
MC-IEF - Intra-European Fellowships (IEF)Coordinator
61 712 Poznan
Poland