ABSTRACT:

This resource contains segment libraries generated for HUC8 watersheds 03160112 and 03160113 to support flood inundation mapping workflows.
The segment libraries organize stream and terrain information into computational units that can be used as inputs for FLDPLN-based flood mapping and related hydrologic analyses.
The resource is intended to support reproducible model setup, testing, and application within the two HUC8 watersheds.
Users can download the provided segment library files and incorporate them into compatible FLDPLN workflows for flood inundation simulation and mapping.

ABSTRACT:

This resource provides a training and test module for applying FLDPLN to flood inundation mapping in Tuscaloosa, Alabama.
It is designed to support reproducible model training, workflow testing, and evaluation of FLDPLN-based flood mapping procedures within a local study area.
Users can use the resource to become familiar with the FLDPLN workflow, test model execution, and examine resulting flood inundation outputs for the Tuscaloosa application.

ABSTRACT:

This resource contains materials for FLDPLN model simulation in the Amite River Basin.
It is intended to support reproducible flood inundation modeling and evaluation of FLDPLN within the basin.
Users can use the provided resource to set up and execute FLDPLN simulations, review model inputs and outputs, and examine flood inundation results for the Amite River Basin application.

ABSTRACT:

This resource provides a training and test module for applying FLDPLN to flood inundation mapping in Tuscaloosa, Alabama.
The resource is intended to support model training, workflow testing, and reproducible evaluation of FLDPLN-based flood mapping procedures in a local study area.
Users can use the materials provided in this resource to become familiar with the FLDPLN workflow, test model execution, and examine flood inundation mapping outputs for the Tuscaloosa application.

ABSTRACT:

This resource includes the streamflow record from the Logan River USGS stream gauge site number 10109000.
This is in file usgs10109000.txt.
It also included shapefiles giving the watershed boundary and sites comprising the stream gage location and Snotel locations.
Maximum snow water equivalent observed at Snotel locations is a predictor of maximum streamflow.
The Jupyter notebook file included develops linear regression relationships between maximum snow water equivalent and maximum daily streamflow.