Mark Stone
University of New Mexico | Associate Professor
| Subject Areas: | hydrodynamics, systems modeling, resilience |
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ABSTRACT:
The datasets in this repository are associated with “This repository consists of the data associated with the Manuscript "Mass and MomentumFlux Prediction at the Channel-Floodplain Interface Associated with Riparian Vegetation."
The model output folder consists of data for both vegetation-induced and user-assigned roughness conditions for different flow scenarios and vegetation densities. Data also includes the nodes of the left and right bank at the channel-floodplain interface, including the Python script used for post-processing the model outputs for calculating mass and momentum flux analyzed in this manuscript.
Please contact cha.smriti@gmail with any questions related to this dataset.
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Created: Nov. 17, 2023, 3:52 a.m.
Authors: Chaulagain, Smriti · Stone, Mark · Morrison, Ryan · Byrne, Colin F
ABSTRACT:
The datasets in this repository are associated with “This repository consists of the data associated with the Manuscript "Mass and MomentumFlux Prediction at the Channel-Floodplain Interface Associated with Riparian Vegetation."
The model output folder consists of data for both vegetation-induced and user-assigned roughness conditions for different flow scenarios and vegetation densities. Data also includes the nodes of the left and right bank at the channel-floodplain interface, including the Python script used for post-processing the model outputs for calculating mass and momentum flux analyzed in this manuscript.
Please contact cha.smriti@gmail with any questions related to this dataset.