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Abstract
Utilizing multiple sources of information for continuous topobathymetry.
WHAT
Problem Statement: How can we use multiple sources of observed elevation and bathymetry to create a continuous best estimate of channel geometry and coastal bathymetry?
WHY
Goal: When building modeling frameworks that span uplands, flood-plains, major rivers, and coastal areas, multiple sources of topography and bathymetry must be utilized together. They may have different accuracy, datum, or abstraction (points/lines vs grids).
HOW
Approach: Review existing practices from oceanographic, hydrologic, hydrographic, hydrometric, and hydrodynamic domains for measurement and modeling topo-bathymetric data. Propose model-data fusion methods to incorporate multiple sources of information to estimate representative channel shape, elevation, and slope.
Student Learning Goals: Students learn best practices for geospatial data collection and integration using reproducible workflows and team-based software development techniques.
Links to other projects: The problems addressed here is critical to a smooth transition from inland to coastal topo-bathymetry for routing and flood inundation. There is a potential, if pursued, to use the outcomes of this project as a demonstration of methods developed in other coastal theme projects.
Training opportunities: This project will be part of the coastal theme: students who participate in this theme will have 3 days of intensive training at the SI learning the specific needs of coupled inland-coastal modeling. Additional training and support will be available from the informatics and computational methods theme leads.
Supplementary Materials:
Explore research on continental channel geometry data needs: https://doi.org/10.1002/2016WR019285 and others.
Explore research on data fusion for bathymetric data: https://doi.org/10.1117/12.604259 and others.
DATA - What (or what types of) input data will be required?
Model Data: Existing Delaware River Basin model spatial framework.
Observed Data: Data collected by NWS Coastal Team for Delaware River model. Cross section data from USGS and other sources. Other data sources TBD.
Subject Keywords
Content
README.md
Utilizing multiple sources of information for continuous topobathymetry.
WHAT
Problem Statement: How can we use multiple sources of observed elevation and bathymetry to create a continuous best estimate of channel geometry and coastal bathymetry?
WHY
Goal: When building modeling frameworks that span uplands, flood-plains, major rivers, and coastal areas, multiple sources of topography and bathymetry must be utilized together. They may have different accuracy, datum, or abstraction (points/lines vs grids).
HOW
Approach: Review existing practices from oceanographic, hydrologic, hydrographic, hydrometric, and hydrodynamic domains for measurement and modeling topo-bathymetric data. Propose model-data fusion methods to incorporate multiple sources of information to estimate representative channel shape, elevation, and slope.
Student Learning Goals: Students learn best practices for geospatial data collection and integration using reproducible workflows and team-based software development techniques.
Links to other projects: The problems addressed here is critical to a smooth transistion from inland to coastal topo-bathymetry for routing and flood inundation. There is a potential, if pursued, to use the outcomes of this project as a demonstration of methods developed in other coastal theme projects.
Training opportunities: This project will be part of the coastal theme: students who participate in this theme will have 3 days of intensive training at the SI learning the specific needs of coupled inland-coastal modeling. Additional training and support will be available from the informatics and computational methods theme leads.
Supplementary Materials:
Explore research on continental channel geometry data needs: https://doi.org/10.1002/2016WR019285 and others.
Explore research on data fusion for bathymetric data: https://doi.org/10.1117/12.604259 and others.
DATA - What (or what types of) input data will be required?
Model Data: Existing Delaware River Basin model spatial framework.
Observed Data: Data collected by NWS Coastal Team for Delaware River model. Cross section data from USGS and other sources. Other data sources TBD.
How to Cite
This resource is shared under the Creative Commons Attribution CC BY.
http://creativecommons.org/licenses/by/4.0/
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