Keyphrases
Cell Performance
100%
Midwest
100%
Ecological Diversity
100%
Bioretention Cell
100%
Macropores
18%
Plant Roots
18%
Stormwater
18%
Earthworms
18%
Soil Macrofauna
18%
Growing Media
9%
Design Requirements
9%
Infiltration
9%
Ecological Factors
9%
Midwestern United States
9%
Lack of Understanding
9%
Activity Growth
9%
Kansas
9%
Expected Outcomes
9%
University of Kansas
9%
Pollutant Concentration
9%
Plant Growing
9%
Grass
9%
Infiltration Rate
9%
Storm Events
9%
Lysimeter Experiment
9%
Plant-soil
9%
Plant Growth
9%
Water Treatment
9%
Treatment Function
9%
Ecological Succession
9%
Stormwater Runoff
9%
Hydraulic Process
9%
Peak Flow Rate
9%
Rooting Media
9%
Hydraulic Function
9%
Runoff Treatment
9%
Runoff Hydraulics
9%
Earthworm Activity
9%
Stormwater Best Management Practices
9%
Earth and Planetary Sciences
Vegetation
100%
Stormwater
100%
Kansas
66%
Macropore
66%
Plant Root
66%
United States
33%
Flow Velocity
33%
Water Purification
33%
Peak Flow
33%
Best Management Practice
33%
Ecological Factor
33%
Pollutant Concentration
33%
Stormwater Runoff
33%
Lysimeter Studies
33%
Agricultural and Biological Sciences
Macropore
100%
Microfauna
100%
Poaceae
50%
Plant Growth
50%
Water Treatment
50%
Best Management Practice
50%
Growing Media
50%
Infiltration Rate
50%
Ecological Succession
50%
Lysimeter Studies
50%
Engineering
Cell Performance
100%
Cell Model
100%
Macropore
50%
Hydraulics
50%
Flow Rate
25%
Limitations
25%
Field Measurement
25%
Input Parameter
25%
Peak Flow
25%
Stormwater Runoff
25%