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Simulation modellling of water movement in a cracking clay soil
Christopher Bradley
, ME Mosugu, Anthony Gerrard
Geography
Geography, Earth and Environmental Sciences
Research output
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Agriculture & Biology
clay soils
100%
water flow
97%
cracking
93%
tensiometers
61%
soil matric potential
61%
drainage
43%
macropore flow
41%
water
35%
nests
34%
soil blocks
33%
empirical models
27%
tiles
25%
hydraulic conductivity
25%
soil
21%
fluid mechanics
20%
clay
20%
farms
14%
Earth & Environmental Sciences
clay soil
91%
cracking (fracture)
85%
water flow
58%
tensiometer
46%
nest
38%
simulation
37%
soil water
27%
water
26%
drainage
25%
tile drain
25%
Darcy law
20%
matrix
20%
macropore
19%
soil layer
16%
void
16%
hydraulic conductivity
15%
soil
14%
farm
14%
crack
13%
hydraulics
11%
clay
11%
Engineering & Materials Science
Clay
84%
Soils
67%
Water
46%
Drainage
20%
Hydraulic conductivity
12%
Tile
10%
Farms
9%
Macros
8%
Hydraulics
7%
Cracks
6%
Chemistry
Soil
72%
Flow
55%
Simulation
54%
Tension
20%
Hydraulic Conductivity
18%
Block Like Crystal
7%
Application
3%