BioMERGE graphic image
BioMERGE graphic image BioMERGE graphic image BioMERGE graphic image
BioMERGE graphic image BioMERGE graphic image BioMERGE graphic image BioMERGE graphic image BioMERGE graphic image BioMERGE graphic image
BioMERGE graphic image BioMERGE graphic image
 

Adaptive Synthesis Workshop II
"Integration of Functional and Taxonomic Diversity."

October 24-27 2003
Missouri Botanical Garden, USA

Download PDF of Conclusions Presentation

ASW II is a key step in the 5-year mission of BioMERGE. In ASW I, the general framework was fleshed out and is summarized in Naeem and Wright (2003).
This framework provides the means by which biodiversity and ecosystem functioning can be integrated across many scales. ASW II will apply this framework and develop operational models to guide ASW III and ASW IV. By "operational model" we mean a model that incorporates data-based values into a basic framework that provides outcomes of two sorts. The first outcome will be to expose data and theory needs. The second outcome will be output that provides a range of values for the general ecosystem consequences of biodiversity loss. Spefically, we will begin process of translating our conceptual model into useful output using existing data on species distributions, functional traits and diversity/ecosystem function relationships.

The specific goals are:

    1. Identify 3-4 data sets where we have data on biota, their effect and response traits, and measures of ecosystem functioning (may require synthesis of large biotic inventories with trait data)
    2. Derive effect and response algorithms for these data sets
    3. Predict new levels of ecosystem function given addition of a driver to the system (how much does biodiversity matter?)
    4. Critically evaluate of proxies/shortcuts (e.g. FD, functional groups, scaling relationships)
    5. Identify key gaps in our data/model

WORKSHOP STRUCTURE>>>

Workshop participants were split into working groups focusing on 4 types of data:

    1. Aquatic
    2. Grasslands
    3. Tropical
    4. Theoretical

CONCLUSIONS>>>

    • Significant progress was made in translating measures of biodiversity and functional traits into ecosystem function in some ecosystems
    • Generally, datasets that allow for this are rare
    • Need more complete measures of functional traits of species
    • Need better measurements of role of functional diversity in controlling ecosystem functioning

PARTICIPANTS IN ASW2 >>>

Jason Bradford, University of California, Davis
Clarence Lehman, University of Minnesota
Brad Cardinale, University of Wisconsin Jennie McLaren, University of British Columbia
Jonathon Chase, Washington University
Peter Morin, Rutgers University
Robert Colwell, University of Connecticut
Shahid Naeem, Columbia University
Sandra Diaz, U Nacional de Cordoba
Natalia Perez-Harguindeguy, U Nacional de Cordoba
Katia Engelhardt, University of Maryland
Ivette Perfecto, University of Michigan
Jason Fridley, University of North Carolina
Owen Petchey, Sheffield University
Po Garden, Chiang Mai University
Oliver Phillips, Leeds University
Andy Hector, University of Zurich
Jennifer Ruesink, University of Washington
David Hooper, Western Washington University Mahesh Sankaran, Colorado State University
Jennifer Hughes, Brown University
Martin Solan, University of Aberdeen
Claire Jouseau, Columbia University
Diane Srivastava, University of British Columbia
Sandra Lavorel, CNRS
Amy Symstad, USGS
Justin Wright, Columbia University

 

 
BioMERGE graphic image
About Page Press & Public Workshops Page Resources Page Current News