Keyphrases
Biomechanical Properties
100%
Fibrous Roots
75%
Grass Species
66%
Tensile Strength
63%
Young's Modulus
58%
Negative Powers
50%
Chrysopogon Zizanioides
41%
Root Length
35%
Failure Location
33%
Water Holdup
33%
Vetiver Grass
33%
Nature-based Solutions
33%
Natural Floods
33%
Climate Change Adaptation
33%
Cynodon Dactylon
33%
Soil Properties
33%
Herbaceous Plants
33%
Flood Risk Reduction
33%
Growing Media
33%
Root Water Potential
33%
Root Age
33%
Influence of Age
33%
Power Relations
33%
Mechanical Testing
33%
Evidence-based
33%
Drought Stress
33%
Saturated Hydraulic Conductivity
33%
Herbicide Application
25%
Lignin Content
25%
Root Decay
25%
Cellulose Content
25%
Root Axis
25%
Root Reinforcement
25%
Water Loss
24%
Festuca Arundinacea
23%
Soil-plant Interactions
22%
Aggregate Stability
22%
Vegetated Soil
22%
Evapotranspiration
22%
Fallow Soils
22%
Water Retention
22%
Species Selection
22%
Matric Suction
17%
Composite Barrier
16%
Fast Reduction
16%
Lolium multiflorum
16%
Barrier System
16%
Root Tensile Strength
16%
Tensile Test
16%
Chrysopogon
15%
Slope Instability
15%
Water Content
13%
Soil System
12%
Festuca Ovina
11%
Engineering Function
11%
Legume Grasses
11%
Bioretention
11%
Lotus Corniculatus
11%
Engineering Services
11%
Urbanization
11%
Natural Processes
11%
Specific Root Length
11%
Engineering Challenges
11%
Soil Column
11%
Multiple Benefits
11%
Plant Transpiration
11%
Forbs
11%
Soil Structure
11%
Climate Change Impacts
11%
Urban Environment
11%
Soil Strength
11%
Hydro-mechanical Properties
11%
Penetrometer Resistance
11%
Water Removal
11%
Biodiversity
11%
Growing Season
11%
Monoculture
11%
Herbaceous Species
11%
Interaction Influence
11%
Grass Growth
8%
Growth Duration
8%
Middle Region
8%
Slope Protection
8%
Agricultural Land Conversion
8%
Plant Mortality
8%
Root Orientation
8%
Water Holding Capacity
8%
Engineered Barrier
8%
Root Chemical Composition
8%
Rice Husk Ash
8%
Vetiver
8%
Trial Implementation
8%
Urban Space
8%
Strength Characteristics
8%
Retaining Wall
8%
Causes of Mortality
8%
Power-law Model
8%
Control Technology
8%
Root Tissue
8%
Root Biomechanics
8%
Changing Environment
8%
Root Strength
8%
Soil Stability
8%
Grass
8%
Soil Type
8%
Lolium Perenne
8%
Soil Erosion
8%
Volume Change
8%
Change Characteristics
8%
Experimental Modeling
8%
Lateritic Soil
8%
Numerical Modeling
8%
Deformation Characteristics
8%
Herbicide
8%
Weeds
8%
Adaptive Control
8%
Farmland
8%
Barrier Materials
8%
Uniaxial Tensile Test
8%
Root Growth
8%
Combined Impact
8%
Barrier Permeability
8%
Synthetic Media
8%
Freeze-thaw Cycles
8%
Agricultural Land
8%
Field-grown Plants
8%
Tensile Properties
8%
Tissue Age
8%
Hydroponics
8%
Slope Erosion
8%
Potential Barrier
8%
Stress Deformation
8%
Middle Third
8%
Universal Testing Machine
8%
Shape Factor
8%
Wetting-drying
8%
Natural Soil
8%
Test Validity
8%
Scale Factor
8%
Power Law
8%
Specific Leaf Area
7%
Soil Water Potential
7%
Maximum Strength
6%
Rainfall Losses
6%
Weak Relations
6%
Extreme Rainfall Events
6%
Diameter Growth
6%
Young's Modulus Value
6%
Biomechanical Changes
6%
Moisture
6%
Air Drying
6%
Agricultural and Biological Sciences
Fibrous Roots
83%
Chrysopogon zizanioides
66%
Festuca arundinacea
50%
Herbicide
33%
Cynodon Dactylon
33%
Lolium multiflorum
33%
Soil Property
33%
Root Water Potential
33%
Saturated Hydraulic Conductivity
33%
Risk Reduction
33%
Evapotranspiration
33%
Chrysopogon
24%
Soil-Plant Interactions
22%
Aggregate Stability
22%
Husk Ash
16%
Arable Land
16%
Air Drying
16%
Lolium perenne
16%
Hydroponics
16%
Festuca ovina
11%
Lotus Corniculatus
11%
Poaceae
11%
Soil Structure
11%
Forb
11%
Penetrometers
11%
Soil Strength
11%
Monoculture
11%
Growing Season
11%
Climate Change
11%
Soil Erosion
8%
Root Growth
8%
Potentiometers
7%
Soil Water Potential
7%
Specific Leaf Area
7%