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HydroGeoSphere
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HGS RESEARCH HIGHLIGHT – Using depth specific electrical conductivity estimates to improve hydrological simulations in a heterogeneous tile-drained field
Case Studies, HGS, Research Highlight, Agriculture, Tile drains Brayden McNeill 1/5/22 Case Studies, HGS, Research Highlight, Agriculture, Tile drains Brayden McNeill 1/5/22

HGS RESEARCH HIGHLIGHT – Using depth specific electrical conductivity estimates to improve hydrological simulations in a heterogeneous tile-drained field

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Case Studies, HGS, Research Highlight, Flooding, Saltwater intrusion, Agriculture, Coastal hydrology, Climate, Transport Brayden McNeill 8/17/21 Case Studies, HGS, Research Highlight, Flooding, Saltwater intrusion, Agriculture, Coastal hydrology, Climate, Transport Brayden McNeill 8/17/21

HGS RESEARCH HIGHLIGHT – Storm Surges and Coastal Salinization/Saltwater Intrusion

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Research Highlight, HGS, Transport, Aquanty project, Tile drains, Dual continuum, Agriculture Brayden McNeill 2/18/16 Research Highlight, HGS, Transport, Aquanty project, Tile drains, Dual continuum, Agriculture Brayden McNeill 2/18/16

HGS Research Highlight - Dual permeability modeling of tile drain management influences on hydrology and nutrient transport in macroporous soil

This post features a recent study by Frey et al., 2016 who used 2-dimensional dual permeability HydroGeoSphere models to simulate the flow and transport of liquid swine manure and rhodamine tracer application on a macroporous clay loam under controlled (CD) and free drainage (FD) tile management.

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