The macroecology of island floras

<p>Islands are key model systems in biogeography and ecology. However, standardized data on environmental characteristics of the large number of islands worldwide have so far been lacking, and the effects of these characteristics on island ecology and biodiversity remain insufficiently underst...

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Main Author: Patrick Weigelt
Format: Article
Language:English
Published: International Biogeography Society 2015-11-01
Series:Frontiers of Biogeography
Subjects:
Online Access:http://escholarship.org/uc/item/0h74g9z0
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spelling doaj-f6678d9b13904756a47f4f094a0402c82020-11-25T00:11:37ZengInternational Biogeography SocietyFrontiers of Biogeography1948-65962015-11-0173ark:13030/qt0h74g9z0The macroecology of island florasPatrick Weigelt0Biodiversity, Macroecology & Conservation Biogeography Group, University of Göttingen<p>Islands are key model systems in biogeography and ecology. However, standardized data on environmental characteristics of the large number of islands worldwide have so far been lacking, and the effects of these characteristics on island ecology and biodiversity remain insufficiently understood. In my PhD thesis, I presented the first comprehensive environmental characterization of the world’s islands, covering past and present bioclimatic and physical island characteristics (including the spatial setting of islands and archipelagos). I used these data to investigate how island characteristics influence the diversity and assembly of island floras at different spatial scales and across major plant groups. To this end, I assembled a global database of vascular plant species composition including 45,000 species and covering 1,070 islands. I showed that different aspects of island environments affect different facets of insular diversity (species richness, turnover, phylogenetic diversity) across scales and major plant groups, in accordance with their predominant dispersal- and speciation-related traits and adaptations to climate. The results contribute to a better understanding of the environmental and evolutionary drivers of plant assemblage composition, on islands as well as on mainlands.</p>http://escholarship.org/uc/item/0h74g9z0Beta DiversityDispersalEnvironmentIsland BiogeographyIsolationPhylogenetic StructureSpeciationSpecies-Area Relationship
collection DOAJ
language English
format Article
sources DOAJ
author Patrick Weigelt
spellingShingle Patrick Weigelt
The macroecology of island floras
Frontiers of Biogeography
Beta Diversity
Dispersal
Environment
Island Biogeography
Isolation
Phylogenetic Structure
Speciation
Species-Area Relationship
author_facet Patrick Weigelt
author_sort Patrick Weigelt
title The macroecology of island floras
title_short The macroecology of island floras
title_full The macroecology of island floras
title_fullStr The macroecology of island floras
title_full_unstemmed The macroecology of island floras
title_sort macroecology of island floras
publisher International Biogeography Society
series Frontiers of Biogeography
issn 1948-6596
publishDate 2015-11-01
description <p>Islands are key model systems in biogeography and ecology. However, standardized data on environmental characteristics of the large number of islands worldwide have so far been lacking, and the effects of these characteristics on island ecology and biodiversity remain insufficiently understood. In my PhD thesis, I presented the first comprehensive environmental characterization of the world’s islands, covering past and present bioclimatic and physical island characteristics (including the spatial setting of islands and archipelagos). I used these data to investigate how island characteristics influence the diversity and assembly of island floras at different spatial scales and across major plant groups. To this end, I assembled a global database of vascular plant species composition including 45,000 species and covering 1,070 islands. I showed that different aspects of island environments affect different facets of insular diversity (species richness, turnover, phylogenetic diversity) across scales and major plant groups, in accordance with their predominant dispersal- and speciation-related traits and adaptations to climate. The results contribute to a better understanding of the environmental and evolutionary drivers of plant assemblage composition, on islands as well as on mainlands.</p>
topic Beta Diversity
Dispersal
Environment
Island Biogeography
Isolation
Phylogenetic Structure
Speciation
Species-Area Relationship
url http://escholarship.org/uc/item/0h74g9z0
work_keys_str_mv AT patrickweigelt themacroecologyofislandfloras
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