Belitz et. al 2019 horizontal and vertical distances to streams
Horizontal and vertical distances to the stream networks published by Belitz et al. (2019). This 30m resolution dataset served as input for estimating both static and transient water table depths across the contiguous United States (CONUS) at a 1-arcsec resolution.
Dataset Name: belitz_2019
Data Source: belitz_2019
Data Collection or Processing Notes:
The stream networks for the CONUS were determined based on the 30m resolution lateral position (LP) datasets for nine hydrologic orders generated by Belitz et al (2019), where LP=0 indicates that the grid cell is located along a stream. The horizontal distance to stream represents the closest linear distance to stream, calculated using the stream network data over the CONUS and the GDAL Proximity (raster distance) algorithm in QGIS 3.32. The vertical distance to stream is the vertical distance to the interpolated stream network, computed as the difference between the actual elevation and the interpolated stream network base level elevation.
Citations:
Please refer to the following citations for more information on this dataset and cite them if you use the data
Extent and Resolution:
Available Date Range:
Grid: conus2.1arcsec
Spacial Resolution: 24.14076631 meters
XY Grid Spacial Extent: 209904 x 102561
LatLon Spacial Exent: -124.90583333332924, 24.393333333310373, -66.59916666661579, 52.8824999999999
Origin (meters): -124.90583333332924, 52.8824999999999
Projection: +proj=longlat +datum=NAD83 +no_defs
Variables
This describes the available variables of the dataset. Use the dataset, variables and temporal_resolution in python access functions as described in the Working with Gridded Data, and Working with Point Observations.
variable |
description |
temporal_resolution |
units |
grid |
3D |
|---|---|---|---|---|---|
distance_stream_horizontal |
Shortest horizontal distance to streams |
static |
m |
conus2.1arcsec |
no |
distance_stream_vertical |
Shortest vertical distance to streams |
static |
m |
conus2.1arcsec |
no |