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Towards an ecological understanding of biological nitrogen fixation
Peter M. Vitousek
, Ken Cassman
,
Cory Cleveland
, Tim Crews
, Christopher B. Field
, Nancy B. Grimm
, Robert W. Howarth
, Roxanne Marino
, Luiz Martinelli
, Edward B. Rastetter
, Janet I. Sprent
Ecosystem and Conservation Sciences
Stanford University
University of Nebraska-Lincoln
Prescott College
Carnegie Institution of Washington
Arizona State University
Cornell University
Universidade de São Paulo
The University of Chicago
University of Dundee
Research output
:
Contribution to journal
›
Article
›
peer-review
791
Scopus citations
Overview
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Agricultural and Biological Sciences
Simulation Mode
100%
Biological Nitrogen Fixation
100%
Estuaries
100%
Tropical Forest
100%
Cyanobacteria
100%
Forest Ecosystem
50%
Lowlands
50%
Zooplankton
50%
Temperate Forest
50%
Plant Tissue
50%
Primary Production
50%
Boreal Forest
50%
Vascular Plant
50%
Earth and Planetary Sciences
Tropical Forest
100%
Biological Nitrogen Fixation
100%
Boreal Forest
50%
Primary Production
50%
Temperate Forest
50%
Zooplankton
50%
Forest Ecosystem
50%
Vascular Plant
50%
Trace Element
50%