Search for dissertations about: "Richard Svanbäck"
Showing result 1 - 5 of 7 swedish dissertations containing the words Richard Svanbäck.
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1. Ecology and Evolution of Adaptive Morphological Variation in Fish Populations
Abstract : The work in this thesis deals with the ecology and evolution of adaptive individual variation. Ecologists have long used niche theory to describe the ecology of a species as a whole, treating conspecific individuals as ecological equivalent. READ MORE
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2. Consequences of Environmental Variation for Fish and Their Skin Associated Microbial Communities
Abstract : Environmental conditions that vary in space and time influence the distribution, abundance, diversity and evolution of individuals, populations, species and communities. This thesis explores how environmental variation affects diversity at different levels of biological organization, and across a wide range of spatiotemporal scales, by studying fish and their associated microbiomes. READ MORE
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3. Phenotypic Processes Triggered by Biological Invasions
Abstract : Individuals within a single population can vary widely in their phenotype e.g. in their body shape. These differences are an important source of biodiversity and they can precede evolutionary divergence within a population. READ MORE
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4. Evolutionary consequences of ecological interactions
Abstract : Eco-evolutionary dynamics integrates the reciprocal interactions betweenecology and evolution. These two branches of biology traditionally assumethe other as static for simplicity. However, increasing evidence shows thatthis simplification may not always hold because ecology and evolution canoperate in similar timescales. READ MORE
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5. Interplay Between Environment and Genes on Morphological Variation in Perch – Implications for Resource Polymorphisms
Abstract : Recent research has suggested that individual specialization within populations could be substantial and more common than previously acknowledged. Eurasian perch is one of many species of fish in lakes of postglacial origin that displays a morphological and dietary variation tightly coupled to the littoral and pelagic habitats of the lake. READ MORE
