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National Center for Ecological Analysis and Synthesis

Project Description

We propose to synthesize data available from the 18 Long-Term Ecological Research sites and the literature to search for general patterns in the relationship between productivity and diversity of both producers and consumers. We will emphasize intra- and inter-ecosystem comparisons over broad ranges of productivity, diversity, and spatial scale. Meta-analysis will be used to synthesize results from experimental manipulations of productivity at LTER sites. The product of the analysis will be a published synthetic review to be used by ecologists and resource managers.

Principal Investigator(s)

Robert B. Waide, Michael R. Willig

Project Dates

completed

Participants

Linda K. Blum
University of Virginia
Scott L. Collins
National Science Foundation
Stephen B. Cox
Texas Tech University
Stanley I. Dodson
University of Wisconsin
Laura Gough
Louisiana State University
Katherine L. Gross
Michigan State University
Jeff Herrick
US Department of Agriculture (USDA)
Glenn P. Juday
University of Alaska
Michael Kaspari
University of Oklahoma
Clarence L. Lehman
University of Minnesota
Gary G. Mittelbach
Michigan State University
John C. Moore
University of Northern Colorado
Glenn Motzkin
Harvard University
Craig W. Osenberg
University of Florida
Robert R. Parmenter
University of New Mexico
Michael L. Rosenzweig
University of Arizona
Samuel M. Scheiner
Arizona State University
P. Lee Turner
University of Colorado
Maria Vernet
University of California, San Diego
Robert B. Waide
University of Puerto Rico
Bruce J. Wallace
University of Georgia
Michael R. Willig
Texas Tech University

Products

  1. Presentations / 1998

    An assessment of species area relations for use in the synthesis of data: A simulation approach

  2. Presentations / 1998

    Species-area relationships: Simulations and synthesis

  3. Journal Article / 2000

    The relationship in lake communities between primary productivity and species richness

  4. Journal Article / 2000

    Fertilization effects on species density and primary productivity in herbaceous plant communities

  5. Presentations / 1998

    Evaluating patterns of diversity at different spatial scales in plant communities

  6. Presentations / 1999

    Patterns and consequences of diversity in agricultural ecosystems

  7. Presentations / 1999

    Patterns and consequences of diversity in plant communities

  8. Journal Article / 2000

    Patterns of species density and productivity at different spatial scales in herbaceous plant communities

  9. Journal Article / 2001

    What is the observed relationship between species richness and productivity?

  10. Presentations / 1998

    A conceptual analysis of species richness, species-area curves, and scale

  11. Journal Article / 2000

    Species richness, species-area curves, and Simpson's paradox.

  12. Journal Article / 2005

    Developing unified theories in ecology as exemplified with diversity gradients

  13. Report or White Paper / 1997

    Analysis of relationships between productivity and diversity using experimental results from the Long-Term Ecological Research Network

  14. Presentations / 1998

    Integrating ecological data over space and time: Challenges for the future

  15. Presentations / 1998

    The relationship between species richness and productivity depends on scale

  16. Presentations / 1999

    Relating biodiversity and ecosystem function in dryland ecosystems

  17. Presentations / 1999

    The relation between diversity and productivity in drylands of the world

  18. Journal Article / 1999

    The relationship between productivity and species richness

  19. Journal Article / 1998

    An analytical model of latitudinal gradients of species richness with an empirical test for marsupials and bats in the New World

  20. Presentations / 1998

    Scale-dependence in the relationship between productivity and species diversity of low stature vascular plants

  21. Presentations / 1998

    Species density, productivity, and scale-dependence