pone.0262080.g002.tif (1.42 MB)
Visualization of the non-contiguous nature of TSZs within floodplain aquifers.
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posted on 2022-01-14, 18:26 authored by Geoffrey C. Poole, S. Kathleen Fogg, Scott J. O’Daniel, Byron E. Amerson, Ann Marie Reinhold, Samuel P. Carlson, Elizabeth J. Mohr, Hayley C. OaklandIsochronal surfaces (“ribbons” in lower panel) demarcate TSZ’s within floodplain alluvial aquifers. Upper panel shows an aerial photo of the floodplain surface. Visualization was created using simulation results derived from an application of the HydroGeoSphere model [35] to the Meacham Creek (Oregon, USA) floodplain restoration conducted by the Confederated Tribes of the Umatilla Indian Reservation (Byron Amerson, Unpublished). Aerial imagery from the National Agriculture Imagery Program [36].
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yet stream ecologistshyporheic hydraulic geometrystream ecosystem sciencedescribing hyporheic hydrologyconsidering hyporheic exchangehyporheic hydrologyhyporheic exchangestream ecosystemsecosystem processeshyporheic zoneshyporheic zonewidely acknowledgedwater dischargedwater balancewater agerealistic understandingquantitative descriptionmathematical basismany streamskey driverimproved accuracyheuristic applicationframework heuristicallyfinite hydrosystemsequations presenteddiscussion offerdeeper understandingassociated visualizationsalso applying&# 8220
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