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Denitrification potential in three saturated riparian buffers
Tyler A. Groh
, Morgan P. Davis
, Thomas M. Isenhart
, Dan B. Jaynes
, Timothy B. Parkin
Ecosystem Science and Management
Research output
:
Contribution to journal
›
Article
›
peer-review
11
Scopus citations
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Keyphrases
Nitrate
100%
Riparian Buffer
100%
Denitrification Potential
100%
Denitrification
71%
In Situ
28%
Carbon Limitation
28%
Low Dose Rate
14%
Aging Effect
14%
Soil Core
14%
Anaerobic Environment
14%
Microbial Community
14%
Riparian
14%
Terminal Electron Acceptor
14%
Organic Carbon
14%
Carbon-rich
14%
Field Edge
14%
Anaerobic Process
14%
Carbon Addition
14%
Soil Aggregates
14%
Nitrate Removal
14%
Denitrification Rate
14%
Aggregation Effect
14%
Soil Denitrification
14%
Alluvial Soil
14%
Dinitrogen Gas
14%
Labile Carbon
14%
Immunology and Microbiology
Denitrification
100%
Chemical Engineering
Organic Carbon
100%