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Simulation of the evaporation of soil water beneath a wheat crop canopy
Balwinder Singh
,
P. L. Eberbach
, E. Humphreys
Agricultural, Environmental and Veterinary Sciences
International Rice Research Institute
Research output
:
Contribution to journal
›
Article
›
peer-review
20
Citations (Scopus)
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Keyphrases
Soil Water
100%
Wheat Crop
100%
Crop Canopy
100%
Square Root
100%
Radiant Energy
100%
Crop Production
50%
Cropping System
50%
India
50%
Wheat
50%
Water Balance
50%
Water Availability
50%
Transpiration
50%
Dry Period
50%
Soil Surface
50%
Crop Growth
50%
Soil Evaporation
50%
Coefficient of Determination
50%
Clay Loam Soil
50%
Punjab
50%
Soil Hydraulic Properties
50%
Mini-lysimeter
50%
Potential Evaporation
50%
Two-stage Model
50%
Ritchie Model
50%
Time Function
50%
Wheat Season
50%
Exponential Decay Function
50%
Earth and Planetary Sciences
Soil Water
100%
Crop Production
50%
Soil Surface
50%
Water Balance
50%
Water Availability
50%
Crop Growth
50%
Clay Loam
50%
Lysimeters
50%
Soil Hydraulic Properties
50%
India
50%
Time Function
50%
Cultivation
50%
Agricultural and Biological Sciences
Soil Water
100%
Cropping System
50%
Lysimeters
50%
Clay Loam Soils
50%
Soil Hydraulic Properties
50%
Crop Production
50%
Water Balance
50%
Sweating
50%