INIS
ashes
100%
dunes
100%
oman
100%
soils
100%
modeling
100%
applications
100%
zones
100%
recharge
100%
sand
100%
water
75%
calibration
50%
laboratories
50%
evaporation
50%
meters
50%
topology
25%
flow models
25%
groundwater recharge
25%
boreholes
25%
microstructure
25%
pulses
25%
stratification
25%
porous materials
25%
management
25%
heat transfer
25%
crops
25%
hydraulics
25%
ground water
25%
hydrology
25%
rain
25%
comparative evaluations
25%
data
25%
capillaries
25%
water tables
25%
porosity
25%
space
25%
water resources
25%
resource management
25%
sediments
25%
barriers
25%
aquifers
25%
depth
25%
permeability
25%
moisture
25%
Keyphrases
Sand Dunes
100%
Vadose Zone
100%
Sultanate of Oman
100%
Infiltration
100%
Sand
100%
Recharge
100%
Ponding
50%
Dunes
50%
Natural Recharge
25%
Sand Massifs
25%
Rainfall Infiltration
25%
Green-Ampt
25%
Groundwater Flow Modeling
25%
Philip Model
25%
Groundwater Recharge
25%
Water Flux
25%
Indentation
25%
Crop Fields
25%
Vertical Stratification
25%
Micro-layering
25%
Borehole
25%
Capillarity
25%
Soil Water
25%
Heterogeneous Soil
25%
Horizontal Heterogeneity
25%
HYDRUS
25%
Capillary Barrier
25%
Pore Microstructure
25%
Pore Space
25%
Soil Sediment
25%
Topographic Depressions
25%
Layered Porous Media
25%
Coarse Sand
25%
Biocrusts
25%
Microscopic Study
25%
Piezometric Data
25%
Soil Column
25%
Infiltration Test
25%
Hydraulic Properties
25%
MODFLOW
25%
Macro-micro
25%
Topsoil
25%
Water Management
25%
In Situ
25%
Wadi
25%
Porosity
25%
Heat Transfer
25%
Water Table
25%
Moisture
25%
Hydrograph
25%
Hydrology
25%
Aquifer
25%
Oman
25%
Earth and Planetary Sciences
Dune
100%
Oman
100%
Vadose Zone
100%
Borehole
25%
Capillarity
25%
Water Resources Development
25%
Groundwater Flow
25%
Hydrograph
25%
Soil Water
25%
Laboratory Experiment
25%
Field Experiment
25%
Groundwater Recharge
25%
Pore Space
25%
Topsoil
25%
Soil Column
25%
Hydraulic Property
25%
Water Flux
25%
Water Table
25%
Upscaling
25%
Porosity
25%