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Root water uptake efficiency under ultra-high irrigation frequency
Eran Segal
*
, Alon Ben-Gal
,
Uri Shani
*
Corresponding author for this work
Department of Soil and Water Sciences
Research output
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Article
›
peer-review
38
Scopus citations
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Keyphrases
Irrigation Frequency
100%
Water Uptake
100%
Ultra-high
100%
Root Water Uptake
100%
Water Content
75%
Water Application
75%
Root Length
75%
Root Zone
50%
Yield Loss
50%
High Water
50%
Young Plants
50%
Transpiration
25%
Carbohydrates
25%
Root System
25%
Hydraulic Conductivity
25%
Water Potential
25%
Stomatal Closure
25%
Osmotic Potential
25%
Sunflower
25%
Bulk Soil
25%
Soil-root Interface
25%
Low Hydraulic Conductivity
25%
Water Hydraulic
25%
Root Competition
25%
Steady Fluids
25%
Agricultural and Biological Sciences
Irrigation Scheduling
100%
Water Uptake
100%
Rhizosphere
50%
Hydraulic Conductivity
50%
Sweating
25%
Root System
25%
Bulk Soil
25%
Water Potential
25%