Keyphrases
Rhizosphere
99%
Mucilage
97%
Soil Drying
73%
Drought
71%
Maize
48%
Root Hair
46%
Root Water Uptake
45%
Transpiration Rate
42%
Dry Soil
38%
Water Uptake
34%
Transpiration
33%
Soil-plant
31%
Xylem Water Potential
31%
Soil Texture
30%
Leaf Water Potential
28%
Plant Hydraulics
27%
Exudation
26%
Root-soil Interface
24%
Genotype
24%
Vapor Pressure Deficit
22%
Water Transpiration
21%
Soil Water Potential
20%
Maize Roots
20%
Stomatal Regulation
19%
Zea Mays
18%
Hydraulics
18%
Water Repellency
18%
Soil Water Content
18%
Maize(Zea mays L.)
17%
Hydraulic Conductivity
17%
Sandy Soil
17%
Root Hydraulic Properties
17%
Sand
16%
Rhizosphere Processes
16%
Rewetting
15%
Seminal Root
15%
Spatial Distribution
15%
Lateral Root
15%
Stomatal Closure
15%
Root Type
15%
Root Pressure Chamber
15%
Loam
14%
Water Restriction
13%
Soil Hydraulic Properties
13%
Neutron Radiography
12%
Water Deficit
12%
Root System
12%
Pearl Millet
12%
Root mucilage
12%
Sorghum
11%
Agricultural and Biological Sciences
Rhizosphere
100%
Sweating
93%
Mucilage
87%
Water Uptake
78%
Hydraulic Conductivity
55%
Root Hair
46%
Xylem Water Potential
31%
Leaf Water Potential
31%
Soil Texture
30%
Vapor Pressure
22%
Soil Water Potential
21%
Xylem
19%
Soil Water Content
19%
Root Pressure
18%
Lateral Root
18%
Sandy Soil
17%
Loam
16%
Sorghum
16%
Root System
15%
Lupin
14%
Soil Water
14%
Stomatal Conductance
13%
Water Stress
12%
Pearl Millet
12%
Soil Moisture
11%
Stoma
10%
Microbial Activity
10%
Water Flow
9%
Landrace
9%
Anthesis
9%
Soil Hydraulic Properties
8%
Plant-Water Relations
8%
Grains
7%
Nutrient Uptake
7%
Genotyping
7%
Irrigation
7%
Polysaccharide
6%
Gas Exchange
6%
Seeds
6%
Root Exudate
6%
Sorghum Bicolor
6%
Water Supply
5%
Drought Resistance
5%
Surfactant
5%
Water Use Efficiency
5%
Biomass Partitioning
5%
Case Study
5%
Water Resource
5%
Evaporative Demand
5%
Poaceae
5%
