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Heterogeneity Affects Intertidal Flow Topology in Coastal Beach Aquifers
Xiaolong Geng
, Holly A. Michael
,
Michel C. Boufadel
, Fred J. Molz
, Firas Gerges
, Kenneth Lee
Center for Natural Resources
Civil and Environmental Engineering
Research output
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Article
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peer-review
54
Scopus citations
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Keyphrases
Beach Aquifer
100%
Flow Transport
100%
Salt Transport
100%
Coastal Beach
100%
Flow Topology
100%
Topological Features
50%
Small Spatial Scale
50%
Vorticity
50%
Mixing Zone
50%
Salinity Distribution
50%
High Tide
50%
Groundwater Flow
50%
Density Dependence
50%
Intertidal Zone
50%
Low Tide
50%
Variably Saturated Flow
50%
Biogeochemical Cycles
50%
Fingering
50%
Mixing Flow
50%
Transport Dynamics
50%
Circulation Cells
50%
Monte Carlo Framework
50%
Flow Regions
50%
Mixing Intensity
50%
Mixing Patterns
50%
Tempo-spatial Variation
50%
Preferential Flow Paths
50%
Biogeochemical Processing
50%
Spatial Mixing
50%
Subsurface Mixing
50%
Realistic Representation
50%
Non-uniform Permeability
50%
Aquifer Heterogeneity
50%
Intertidal Aquifer
50%
Saturated Salt
50%
Earth and Planetary Sciences
Salinity
100%
Intertidal Zone
100%
Groundwater Flow
100%
Preferential Flow
100%