NCEAS Working Groups
Proposal for Workshop and Web-Based Working Group on The Theoretical Foundations of Biodiversity/Ecosystem Function Relationships
Project Description
The Theoretical Foundations of Biodiversity/Ecosystem Function Relationships
We seek to develop a theoretical framework for elucidating relationships between biodiversity and ecosystem function, and for understanding and interpreting the results of several large-scale diversity-function experiments that have either already been completed or are currently underway. We propose to develop this framework by analyzing a series of models; these models will consist of a common ecosystem component coupled to one of several possible different submodels of species coexistence. These coupled models will be analyzed for both equilibrium and transient responses under perturbed and unperturbed conditions, and under different levels of species or functional-group diversity. The results will allow identification of the conditions that determine the form and magnitude of certain diversity-function relationships (e.g., increasing function with increasing diversity versus decreasing function with increasing diversity).
We seek to develop a theoretical framework for elucidating relationships between biodiversity and ecosystem function, and for understanding and interpreting the results of several large-scale diversity-function experiments that have either already been completed or are currently underway. We propose to develop this framework by analyzing a series of models; these models will consist of a common ecosystem component coupled to one of several possible different submodels of species coexistence. These coupled models will be analyzed for both equilibrium and transient responses under perturbed and unperturbed conditions, and under different levels of species or functional-group diversity. The results will allow identification of the conditions that determine the form and magnitude of certain diversity-function relationships (e.g., increasing function with increasing diversity versus decreasing function with increasing diversity).
Principal Investigator(s)
Ann P. Kinzig, Stephen W. Pacala
Project Dates
Start: November 7, 1999
End: November 10, 1999
completed
Participants
- Juan Armesto
- Universidad de Chile
- Teri Balser
- University of California, Berkeley
- Benjamin Bolker
- Princeton University
- Peter L. Chesson
- University of California, Davis
- Rodolfo Dirzo
- Centro de Ecología UNAM
- Mary Firestone
- University of California, Berkeley
- Andrew Hector
- Imperial College, London, Silwood Park Campus
- Robert D. Holt
- University of Kansas
- Jasmin Joshi
- University of Zurich
- Ann P. Kinzig
- Princeton University
- Sharon Lawler
- University of California, Davis
- Clarence L. Lehman
- University of Minnesota
- Simon A. Levin
- Princeton University
- Michel Loreau
- Ecole Normale Superieure
- Harold A. Mooney
- Stanford University
- Shahid Naeem
- University of Washington
- Stephen W. Pacala
- Princeton University
- Joan Roughgarden
- Stanford University
- Osvaldo E. Sala
- Universidad de Buenos Aires
- Bernhard Schmid
- University of Zurich
- David Tilman
- University of Minnesota
Products
-
Book Chapter / 2002
Linking soil microbial communities and ecosystem functioning
-
Book Chapter / 2002
Looking back and peering forward
-
Book Chapter / 2002
Opening remarks
-
Book Chapter / 2002
Successional biodiversity and ecosystem functioning
-
Book / 2002
The Functional Consequences of Biodiversity: Empirical Progress and Theoretical Extensions
-
Book Chapter / 2002
Introduction to theory and the common ecosystem model
-
Book Chapter / 2002
The transition from sampling to complementarity
-
Book Chapter / 2002
Biodiversity, composition, and ecosystem processes: Theory and concepts
-
Book Chapter / 2002
Experimental and observational studies of diversity, productivity and stability