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Flood Risk Reduction from Agricultural Best Management Practices
Federico Antolini
,
Eric Tate
, Brent Dalzell
, Nathan Young
, Kris Johnson
, Peter L. Hawthorne
Research output
:
Contribution to journal
›
Article
›
peer-review
54
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Scopus citations
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Keyphrases
Agricultural Area
16%
Agricultural Best Management Practices
100%
Agricultural Systems
16%
Best Management Practices
100%
Co-benefits
16%
Cover Crops
33%
Economic Loss
16%
Estimation Model
16%
Fertilizer Management
16%
Flood Loss
66%
Flood Risk Reduction
100%
High-value Assets
16%
Hydraulic Model
16%
Hydrologic Modeling
16%
Hydrological Change
16%
Hydrology
16%
Impaired Water
16%
Iowa
16%
Loss Measurement
16%
Loss Reduction
66%
Model Output
16%
Nutrient Load
16%
Peak Discharge
16%
Practical Implementation
16%
Reduced Tillage
16%
Row-crop Agriculture
16%
Sediment Load
16%
Surface Water Runoff
16%
Urban Areas
16%
Urban Centers
16%
Water Quality
16%
Water Quality Benefits
16%
Water Quality Improvement
16%
Watershed Scale
16%
Wetlands
16%
Earth and Planetary Sciences
Cover Crop
100%
Farming System
50%
Hydrologic Change
50%
Hydrology
50%
Iowa
50%
Peak Discharge
50%
Risk Reduction
100%
Surface Water
50%
Water Quality
100%
Water Quality Improvement
50%
Water Runoff
50%
Agricultural and Biological Sciences
Best Management Practice
100%
Cover Crop
25%
Groundwater Model
12%
Hydrology
12%
Reduced Tillage
12%
Risk Reduction
100%
Surface Water
12%
Water Quality
37%
Watersheds
50%