Functional Diversity, Community Assembly & Conservation
A key challenge at the interface of biogeography, conservation and ecology is to understand drivers of community assembly across local and regional scales. Pattern of functional diversity can provide insights into the mechanisms of community assembly. However, studies are often limited to a single scale which limits our ability to identify the drivers of biodiversity and ecosystem functioning. To address this shortcoming we are examining variation in functional diversity from the individual tree scale to the continental scale to better elucidate mechanisms of community assembly. We are examining how ontogenetic shifts in the direction or strength of trait-environment relationships could obscure the relative importance of different assembly mechanisms inferred from whole community approaches that combine ontogenetic stages. We are also examining the extent to which biogeographic gradients in beta-diversity are driven by local processes, regional processes, or the interplay between them by investigating how the taxonomic and functional structure of regional species pools influences community assembly within and across temperate ForestGEO plots that span a large-scale biodiversity gradient.
Photo Gallery of the Wind River Forest Dynamics Plot, Washington (coming soon)
Sampling Leaf & Wood Traits in a Tropical Forest, Madidi National Park, Bolivia (September 2012)
(Cornus florida [Cornaceae]) Fruits,
Tyson Research Center, Missouri Ozarks
Wind River Forest Dynamics Plot,
Washington (June 2014)