Agricultural and Biological Sciences
Hydraulic Conductivity
100%
Permanent Wilting Point
75%
Soil Water Content
50%
Sandy Loam Soils
50%
Sandy Loam
50%
Sweating
50%
Silty Clay Soils
50%
Soil Texture
25%
Coarse-Textured Soils
25%
Loam
25%
Solanum Lycopersicum
25%
Fine-Textured Soils
25%
Leaf Water Potential
25%
Soil Water Potential
25%
Field Capacity
25%
Evapotranspiration
25%
Keyphrases
Amorphous Silica
100%
Soil Hydraulic Conductivity
33%
Drying Conditions
22%
Soil Water Content
22%
Transpiration Rate
22%
Sandy Loam Soil
22%
Sandy Loam
22%
Permanent Wilting Point
22%
Silty Clay Soil
22%
Transpiration
11%
No Significant Difference
11%
Hydraulic Conductivity
11%
Positive Impact
11%
Soil Texture
11%
Soil Drying
11%
Soil Water Potential
11%
Leaf Water Potential
11%
Coarse-grained Soil
11%
Wilting Point
11%
Solanum Lycopersicum
11%
Hydraulic Conductivity Curve
11%
Plant Transpiration
11%
Field Capacity
11%
Capacity Factor
11%
Improved Soil
11%
Potential Plants
11%
Fine-grained Soils
11%
Tomato Plant
11%
Soil Retention
11%
Silty Clay
11%
Silty Clay Loam
11%
Drying Cycle
11%