Plants on small islands: using taxonomic and functional diversity to unravel community assembly processes and the small-island effect

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Abstract

Islands are ideal research models to study ecological processes, as they vary in size, ecological conditions, and have clearly defined boundaries. Despite great advances in island research, comprehensive understanding of numerous aspects in island ecology is still lacking. Open questions include the effects of spatial scale on island biodiversity, community assembly processes, and the diversity of species forms and functions on islands. Here, I review recent studies investigating species assembly processes and resulting diversity patterns on small islands at local and global scales. I discuss how small-island communites are shaped by environmental, population-level, and species-level processes that differ in strength with island area. Functional trait-based approaches beter explained these patterns than measures of species richness on small islands. Detailed ecological understanding of community assembly processes on islands is of paramount importance to conserve biodiversity in an increasingly fragmented natural world.

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Schrader, J. (2020). Plants on small islands: using taxonomic and functional diversity to unravel community assembly processes and the small-island effect. Frontiers of Biogeography, 12(4), 1–9. https://doi.org/10.21425/F5FBG47361

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