Pinned Repositories
AutoBeale
AutoBeale: code to calculate loads by means of Beale's Ratio Estimator.
AutoBeale-Pikaia
AutoBeale: code to calculate loads by means of Beale's Ratio Estimator; stratification implemented with Pikaia.
prms
Unofficial fork of the USGS Precipitation Runoff Simulation Model (PRMS)
pyswb
Experimental soil-water-balance code in Python
recharge
Collection of baseflow separation / recession algorithms for estimating groundwater recharge
swb
Soil-Water-Balance: A Modified Thornthwaite-Mather Soil-Water-Balance Code for Estimating Groundwater Recharge.
swb2
SWB 2.0: a refactored version of the Soil-Water-Balance code
swb2_examples
Collection of working SWB version 2.0 example applications.
swb2_munge
An informal collection of Python, R and Bash scripts for munging SWB2 output
tsproc
tsproc - a Time Series PROCessor for use with PEST model optimization software.
smwesten-usgs's Repositories
smwesten-usgs/swb
Soil-Water-Balance: A Modified Thornthwaite-Mather Soil-Water-Balance Code for Estimating Groundwater Recharge.
smwesten-usgs/swb2
SWB 2.0: a refactored version of the Soil-Water-Balance code
smwesten-usgs/swb2_examples
Collection of working SWB version 2.0 example applications.
smwesten-usgs/pyswb
Experimental soil-water-balance code in Python
smwesten-usgs/pestpp
tools for scalable and non-intrusive parameter estimation, uncertainty analysis and sensitivity analysis
smwesten-usgs/swb2_munge
An informal collection of Python, R and Bash scripts for munging SWB2 output
smwesten-usgs/swb2_prism
Example code to process PRISM daily grids to Arc ASCII for use with SWB2
smwesten-usgs/swb2_tables
"Standard" lookup tables for use in a swb2 application.
smwesten-usgs/baseflow
smwesten-usgs/baseflow_separation_experiments
[WIP] experiments using USGS dataretrieval package with the baseflow package (https://github.com/BYU-Hydroinformatics/baseflow/) to produce 'observations' for use with pest++ and swb2.
smwesten-usgs/eagleman_actual_et
Fortran IV code from Eagleman (1971) for estimating potential and actual evapotranspiration.
smwesten-usgs/flopy
A Python package to create, run, and post-process MODFLOW-based models.
smwesten-usgs/ford
Modified version of FORD: Automatically generates FORtran Documentation from comments within the code.
smwesten-usgs/FRUITPy
Python interface for the FRUIT Fortran unit testing framework
smwesten-usgs/gdal
GDAL is an open source X/MIT licensed translator library for raster and vector geospatial data formats. This is a mirror of the GDAL Subversion repository.
smwesten-usgs/gdal_tools
(WIP) Python functions aimed at making use of gdal Python bindings slightly easier.
smwesten-usgs/GMDSI_notebooks
In order to assist modellers in setting up and using model-partner software in ways that support the decision-support imperatives of data assimilation and uncertainty quantification, GMDSI is developing a series of tutorials.
smwesten-usgs/modflow6
MODFLOW 6 Repository
smwesten-usgs/modflow6-examples
Collection of MODFLOW 6 example models
smwesten-usgs/modflowapi
python package for the MODFLOW API
smwesten-usgs/PROJ
PROJ.4 - Cartographic Projections Library
smwesten-usgs/pydrograph
Get and process stream flows and groundwater levels from NWIS.
smwesten-usgs/pyemu
python modules for model-independent uncertainty analyses, data-worth analyses, and interfacing with PEST(++)
smwesten-usgs/pywatershed
Python Version of the USGS NHM
smwesten-usgs/simple_soil
simple soil algorithm test
smwesten-usgs/swb2_multiple_basins
[WIP] experiments wiring swb2 into a pest++ workflow
smwesten-usgs/swb2_pyemu_pest
[WIP] experiments using pyemu to wire up pestpp with SWB2
smwesten-usgs/swb2_tests
Set of Jupyter notebooks designed to test specific swb2 functionality.
smwesten-usgs/Wflow.jl
Hydrological modeling
smwesten-usgs/zonal_stats_experiments