Software

ModelMuse version 5.4 enhances ModelMuse by adding support for the Groundwater Energy Transport model in MODFLOW 6.

A data pipeline for fetching, processing, and analyzing riverine surface water pesticide trends and benchmark comparisons across the United States (2013-2022)

The version 3.0 release of pywatershed contains two major new areas of development: stream temperature representation, and agriculture irrigation estimation. The stream temperature representation reproduces the capabilities from PRMS 5.2.1.1. To this end, the following new classes have been implemented in pywatershed: PRMSStreamTemp, PRMSStreamTempHumidityCBH...

MODFLOW is a popular open-source groundwater flow model distributed by the U.S. Geological Survey.

This repository contains a reproducible data pipeline, implemented in R using the targets framework, that analyzes trends in groundwater quality across the conterminous United States for the period 2002–2021. The pipeline fetches monitoring well network data and constituent observations from USGS ScienceBase, formats and joins these observations with spatial information (well network...

This software repository contains code which does two distinct but related tasks for use in the National Integrated Water Availability Assessment (IWAA), version 1b, Trends chapter. First, it assigns hydroclimatic regions and aggregated hydroclimatic regions to 12-digit hydrologic unit codes (HUC12s) in Hawaii, Puerto Rico, and Alaska. Second, it generates tables and figures used in the...

This pipeline calculates a simple monthly water budget that includes water supply and consumptive use for irrigation, and public supply for 12-digit Hydrologic Unit Code (HUC12) subwatersheds across the conterminous United States for water years 2000-2020. Water budget results also include an assessment of supply and use imbalances within the context of historical climatic conditions to...

This repository processes and visualizes near–real-time groundwater and streamflow data from U.S. Geological Survey (USGS) sources. It uses a combination of R, Python, and GitLab CI to generate regularly updated map-based visualizations and publish them to AWS S3. The pipeline is designed to balance data completeness, update frequency, and API constraints while maximizing the number of...

Like its predecessors, MODFLOW 6 is based on a highly modular structure; however, this structure has been extended into an object-oriented framework. The framework includes a robust and generalized numeri­cal solution object, which can be used to solve many different types of models. The numerical solution object has several different matrix preconditioning options as well as several...

The software made available through this repository is designed to efficiently sample cross sections sampled from an underlying raster data set and thus facilitate various downstream applications. The program is intended to make this process convenient and is thus referred to as Tool for Automated Transect Extraction along Rivers, or TATER for short. For the purposes of this software...

hydroloom is a collection of functions to work with hydrologic geospatial fabrics. hydroloom is designed to provide general hydrologic network functionality for any hydrographic or hydrologic data. The package is intended for developers of workflows and other packages that require low level network and network data manipulation utilities. v1.2 adds downstream accumulation functionality...

The software release combines USGS streamgage data and NOAA precipitaion and storm track data to highlight where floods occurred, how long they lasted, and how storm intensity evolved. This kind of integrated data is critical for emergency response, risk communication, and long term planning.