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Modeling the applicability of edge-of-field treatment wetlands to reduce nitrate loads in the Elm Creek watershed in southern Minnesota, United States
B. A. Gordon,
C. Lenhart
,
J. Nieber
Bioproducts and Biosystems Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
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Dive into the research topics of 'Modeling the applicability of edge-of-field treatment wetlands to reduce nitrate loads in the Elm Creek watershed in southern Minnesota, United States'. Together they form a unique fingerprint.
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Agriculture & Biology
Ulmus
100%
edge effects
86%
wetlands
75%
nitrates
64%
crop production
13%
drainage
9%
Soil and Water Assessment Tool model
8%
wetland restoration
8%
saturated hydraulic conductivity
6%
landowners
6%
nitrate nitrogen
6%
cropland
5%
tiles
5%
infiltration (hydrology)
5%
surface water
5%
cost effectiveness
5%
planning
4%
farmers
3%
nutrients
2%
Earth & Environmental Sciences
creek
68%
wetland
60%
watershed
56%
nitrate
56%
modeling
32%
crop production
14%
cost
11%
removal
7%
restoration
6%
drainage
6%
surface treatment
5%
spreadsheet
5%
soil and water assessment tool
5%
landowner
5%
conservation planning
5%
hydraulic conductivity
4%
infiltration
3%
conductivity
3%
surface water
3%
nutrient
2%
nitrogen
2%
land
2%
program
2%