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Inter-regional comparison of land-use effects on stream metabolism
Melody J. Bernot
, Daniel J. Sobota
,
Robert O. Hall
, Patrick J. Mulholland
, Walter K. Dodds
, Jackson R. Webster
, Jennifer L. Tank
, Linda R. Ashkenas
, Lee W. Cooper
, Clifford N. Dahm
, Stanley V. Gregory
, Nancy B. Grimm
, Stephen K. Hamilton
, Sherri L. Johnson
, William H. McDowell
, Judith L. Meyer
, Bruce Peterson
, Geoffrey C. Poole
, H. Maurice Maurice Valett
, Clay Arango
Jake J. Beaulieu, Amy J. Burgin, Chelsea Crenshaw, Ashley M. Helton, Laura Johnson, Jeff Merriam, B. R. Niederlehner, Jonathan M. O'Brien, Jody D. Potter, Richard W. Sheibley, Suzanne M. Thomas, Kym Wilson
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Flathead Lake Biological Station
Division of Biological and Biomedical Sciences
Ball State University
Oregon State University
School of Earth and Environmental Sciences
Oak Ridge National Laboratory
Kansas State University
Virginia Polytechnic Institute and State University
University of Notre Dame
University of Maryland Center for Environmental Science
University of New Mexico
Arizona State University
Michigan State University
United States Department of Agriculture
University of New Hampshire
University of Georgia
The University of Chicago
Montana State University
United States Geological Survey
Research output
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Contribution to journal
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Article
›
peer-review
308
Scopus citations
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Earth and Planetary Sciences
Land Use
100%
Primary Production
88%
Organic Matter
44%
Multiple Regression
22%
Photosynthetically Active Radiation
22%
United States
11%
North Carolina
11%
Riparian Vegetation
11%
Ecosystem Function
11%
Arizona
11%
Wyoming
11%
Oregon
11%
Water Column
11%
New Mexico
11%
Dissolved Organic Carbon
11%
Puerto Rico
11%
Urban Land Use
11%
Dissolved Oxygen
11%
Ecosystem Structure
11%
Agricultural and Biological Sciences
Land Use
100%
Primary Production
80%
Ecosystem Respiration
20%
Ammonium Nitrate
10%
Photosynthetically Active Radiation
10%
Structural Equation Modeling
10%
Steppe
10%
Dissolved Oxygen
10%