Skip to main content
U.S. flag

An official website of the United States government

Richard B Winston, Ph.D.

Richard Winston is a Hydrologist with the USGS Water Resources Mission Area. 

I develop and document new software utilities to facilitate simulation of groundwater systems, using a variety of documented models, and provide support for users inside and outside the USGS. The programs I have written or helped write include

  • ModelMuse,
  • ListingAnalyst,
  • MODFLOW GUI,
  • SutraGUI,
  • GW_Chart, and
  • Model Viewer.

I also maintain an Online Guide to MODFLOW (http://water.usgs.gov/nrp/gwsoftware/modflow2000/MFDOC/)

 

University of Maryland, Geology (hydrogeology),1991-1994, Ph.D.,1994

University of Illinois, Geology (paleobotany),1982-1986, Ph.D.,1986

University of Illinois, Botany,1980-1982, M.S.,1982

West Virginia University, Geology,1976-1980, B.S.,1980

West Virginia University, Biology,1976-1980, A.B.,1980

 

I develop and document new software utilities to facilitate simulation of groundwater systems, using a variety of documented models, and provide support for users inside and outside the USGS.

 

PREVIOUS PROFESSIONAL POSITIONS

DATES  From:  1997                     To: 1998

Consultant to Argus Interware

I created plug-ins for the Argus ONE software to support MT3DMS and HST3D. I also provided customer support.

 

DATES  From:  1994                     To: 1997

Asst. Professor, Dept. of Geology and Geophysics, Louisiana State University

I taught classes in Hydrogeology and Historical Geology and conducted hydrologic research.

     

DATES  From:  1987                     To: 1991

Geologist, Alabama Geological Survey

I conducted research in coal geology, especially with respect to coal-bed methane. I also did research on paleobotany.

Science and Products

ModelMuse Version 5.1.1 ModelMuse Version 5.1.1

This version of ModelMuse fixes a serious bug in ModelMuse version 5.1.
By
Water Resources Mission Area

ModelMuse Version 5.1: Software Release ModelMuse Version 5.1: Software Release

ModelMuse version 5.1 updates version 5.0 by adding support for the groundwater transport process and time series files in MODFLOW 6.
By
Water Resources Mission Area

ModelMuse Version 5.0: Software Release ModelMuse Version 5.0: Software Release

ModelMuse is a graphical user interface for several different groundwater modeling programs. ModelMuse has been updated to generate the input files for the parameter estimation software suite PEST when used with MODFLOW or SUTRA models, run PEST-based parameter estimation, and display the updated model inputs after parameter estimation. The PEST input files can also be used with PEST++...
By
Water Resources Mission Area

MODFLOW-2005 model used to simulate water-table response to climate-change-driven sea-level rise and changes in recharge, Gateway National Recreation Area, Sandy Hook Unit, New Jersey MODFLOW-2005 model used to simulate water-table response to climate-change-driven sea-level rise and changes in recharge, Gateway National Recreation Area, Sandy Hook Unit, New Jersey

A MODFLOW-2005 model, using the SWI2 package, was developed for the Sandy Hook Unit, Gateway National Recreation Area (hereafter Sandy Hook) in New Jersey to evaluate the response of groundwater resources to expected sea-level rise (SLR) and changes in groundwater recharge associated with global climate change. The National Park Service (NPS), among other agencies, is mandated to...
By
New Jersey Water Science Center

ModelMuse Version 4.3 Software Release ModelMuse Version 4.3 Software Release

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW 6, MODFLOW 2005, MODFLOW LGR, MODFLOW LGR2, MODFLOW NWT, MODFLOW CFP, MODFLOW OWHM, MODPATH, ZONEBUDGET, PHAST, SUTRA 2.2, SUTRA 3.0, MT3D USGS, and WellFootprint and the non USGS model MT3DMS. This software package provides a GUI for creating the flow and transport input file for PHAST and...
By
Water Resources Mission Area

ListingAnalyst version 1.2 ListingAnalyst version 1.2

ListingAnalyst has been updated to work with MODFLOW 6 and the most recent versions of MODFLOW-2005 and MODFLOW-NWT. In addition to recognizing many additional error and warning messages, it also recognizes data for the Riparian package in MODFLOW-OWHM, the AG package in MODFLOW-NWT and the Surface-Water Routing package.
By
Water Resources Mission Area

GW_Chart version 1.30 GW_Chart version 1.30

GW_Chart is a program for creating specialized graphs used in groundwater studies. It incorporates the functionality of two previous programs, Budgeteer and Hydrograph Extractor and adds additional new features. There are seven major types of graphs created with GW_Chart: Calibration Plots Water Budget Plots Hydrographs Lake Plots Piper Diagrams Cell Water Budgets Farm Budgets It reads...
By
Water Resources Mission Area

ModelMuse version 4.2 ModelMuse version 4.2

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW 6, MODFLOW 2005, MODFLOW LGR, MODFLOW LGR2, MODFLOW NWT, MODFLOW CFP, MODFLOW OWHM, MODPATH, ZONEBUDGET, PHAST, SUTRA 2.2, SUTRA 3.0, MT3D USGS, and WellFootprint and the non USGS model MT3DMS. This software package provides a GUI for creating the flow and transport input file for PHAST and...
By
Water Resources Mission Area

Software Release: Volume-Weighted Particle-Tracking Method for Solute-Transport Modeling: Implementation in MF2K-GWT Software Release: Volume-Weighted Particle-Tracking Method for Solute-Transport Modeling: Implementation in MF2K-GWT

The Ground-Water Transport (GWT) Process for MODFLOW-2000 (mf2k) provides the capability to simulate three-dimensional solute transport. The GWT Process is based on the previously documented MOC3D model, which was integrated with MODFLOW-96. This data release includes compiled versions of the software, source code, documentation, and the input and output for several test cases.
By
Water Resources Mission Area

WellFootprint Software Release WellFootprint Software Release

The WellFootprint software is used to generate a 'footprint' of well withdrawals that can better communicate the distribution of well withdrawals. The compiled program, source code, documentation, and an example are included.
By
Water Resources Mission Area
Filter Total Items: 65
Screen capture of ModelMuse displaying the hydraulic conductivity distribution in a model calibrated using PEST.
ModelMuse with PEST-Calibrated Hydraulic Conductivity
ModelMuse with PEST-Calibrated Hydraulic Conductivity
Screen capture of ModelMuse displaying the hydraulic conductivity distribution in a model calibrated using PEST.

ModelMuse with PEST-Calibrated Hydraulic Conductivity

ModelMuse with PEST-Calibrated Hydraulic Conductivity

Screen capture of the ModelMuse main window with the cells colored with the hydraulic conductivity after being calibrated using PEST.

The image is intended to introduce a video.

By
Water Resources, Water Resources, Water Availability and Use Science Program
Screen capture of ModelMuse displaying the hydraulic conductivity distribution in a model calibrated using PEST.

ModelMuse with PEST-Calibrated Hydraulic Conductivity

ModelMuse with PEST-Calibrated Hydraulic Conductivity

Screen capture of the ModelMuse main window with the cells colored with the hydraulic conductivity after being calibrated using PEST.

The image is intended to introduce a video.

By
Water Resources, Water Resources, Water Availability and Use Science Program
Screen capture of ModelMuse showing locations of calibration observations for PEST.
PEST Observation Locations in ModelMuse
PEST Observation Locations in ModelMuse
Screen capture of ModelMuse showing locations of calibration observations for PEST.

PEST Observation Locations in ModelMuse

PEST Observation Locations in ModelMuse

This image displays the ModelMuse main window with several objects that define calibration observations displayed. The image is intended to be used with a video.

By
Water Resources, Water Availability and Use Science Program
Screen capture of ModelMuse showing locations of calibration observations for PEST.

PEST Observation Locations in ModelMuse

PEST Observation Locations in ModelMuse

This image displays the ModelMuse main window with several objects that define calibration observations displayed. The image is intended to be used with a video.

By
Water Resources, Water Availability and Use Science Program
Screenshot of ModelMuse with "The Surface Water Routing process has a special way of specifying some transient data." Screenshot of ModelMuse with "The Surface Water Routing process has a special way of specifying some transient data."
SWR Tabfiles
Screenshot of ModelMuse with "The Surface Water Routing process has a special way of specifying some transient data."

SWR Tabfiles

SWR Tabfiles

This how-to video describes how to use SWR tab files in the ModelMuse software.

By
Water Resources, Water Resources
Screenshot of ModelMuse with "The Surface Water Routing process has a special way of specifying some transient data."

SWR Tabfiles

SWR Tabfiles

This how-to video describes how to use SWR tab files in the ModelMuse software.

By
Water Resources, Water Resources
Screenshot of ModelMuse illustrating connections among SWR reaches. Screenshot of ModelMuse illustrating connections among SWR reaches.
SWR Reach Connections
Screenshot of ModelMuse illustrating connections among SWR reaches.

SWR Reach Connections

SWR Reach Connections

This video describes reach connections in the MODFLOW Surface Water Routing process as implemented in ModelMuse.

By
Water Resources, Water Resources
Screenshot of ModelMuse illustrating connections among SWR reaches.

SWR Reach Connections

SWR Reach Connections

This video describes reach connections in the MODFLOW Surface Water Routing process as implemented in ModelMuse.

By
Water Resources, Water Resources
Screenshot of ModelMuse SWR Reach Geometry dialog box Screenshot of ModelMuse SWR Reach Geometry dialog box
SWR Reach Geometry
Screenshot of ModelMuse SWR Reach Geometry dialog box

SWR Reach Geometry

SWR Reach Geometry

A how-to video describing how to specify SWR reach geometry in ModelMuse software.

By
Water Resources, Water Resources
Screenshot of ModelMuse SWR Reach Geometry dialog box

SWR Reach Geometry

SWR Reach Geometry

A how-to video describing how to specify SWR reach geometry in ModelMuse software.

By
Water Resources, Water Resources
Screenshot of the ModelMuse SWR Structures dialog box. Screenshot of the ModelMuse SWR Structures dialog box.
SWR Structures
Screenshot of the ModelMuse SWR Structures dialog box.

SWR Structures

SWR Structures

This video describes how to define and use “Structures” such as various types of dams in the Surface Water Routing Process in MODFLOW using ModelMuse

By
Water Resources, Water Resources
Screenshot of the ModelMuse SWR Structures dialog box.

SWR Structures

SWR Structures

This video describes how to define and use “Structures” such as various types of dams in the Surface Water Routing Process in MODFLOW using ModelMuse

By
Water Resources, Water Resources
Screen capture of ModelMuse with the grid colored by the SWR reach number. Screen capture of ModelMuse with the grid colored by the SWR reach number.
SWR Vertex Values
Screen capture of ModelMuse with the grid colored by the SWR reach number.

SWR Vertex Values

SWR Vertex Values

This video shows how to use “Vertex Values” in ModelMuse to specify vertex numbers. This can be used to ensure that structures are located at the correct locations.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the grid colored by the SWR reach number.

SWR Vertex Values

SWR Vertex Values

This video shows how to use “Vertex Values” in ModelMuse to specify vertex numbers. This can be used to ensure that structures are located at the correct locations.

By
Water Resources, Water Resources
Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box." Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box."
SWR Observations
Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box."

SWR Observations

SWR Observations

This video describes how to use ModelMuse to define observations in the Surface Water Routing process of MODFLOW.

By
Water Resources, Water Resources
Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box."

SWR Observations

SWR Observations

This video describes how to use ModelMuse to define observations in the Surface Water Routing process of MODFLOW.

By
Water Resources, Water Resources
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box. Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box.
SWR Other Spatial Data
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box.

SWR Other Spatial Data

SWR Other Spatial Data

This video describes how to use ModelMuse to define some spatial data required by the Surface Water Routing process in MODFLOW.

By
Water Resources, Water Resources
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box.

SWR Other Spatial Data

SWR Other Spatial Data

This video describes how to use ModelMuse to define some spatial data required by the Surface Water Routing process in MODFLOW.

By
Water Resources, Water Resources
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box with the Surface-Water Routing process selected. Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box with the Surface-Water Routing process selected.
SWR Nonspatial Data
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box with the Surface-Water Routing process selected.

SWR Nonspatial Data

SWR Nonspatial Data

This video describes how to use ModelMuse to define the nonspatial data in the Surface-Water routing process of MODFLOW.

By
Water Resources, Water Resources
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box with the Surface-Water Routing process selected.

SWR Nonspatial Data

SWR Nonspatial Data

This video describes how to use ModelMuse to define the nonspatial data in the Surface-Water routing process of MODFLOW.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the Data Visualization dialog box open to "SWR Observations". Screen capture of ModelMuse with the Data Visualization dialog box open to "SWR Observations".
SWR Results
Screen capture of ModelMuse with the Data Visualization dialog box open to "SWR Observations".

SWR Results

SWR Results

This video shows how to use ModelMuse to display results from the Surface-Water Routing Process in MODFLOW.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the Data Visualization dialog box open to "SWR Observations".

SWR Results

SWR Results

This video shows how to use ModelMuse to display results from the Surface-Water Routing Process in MODFLOW.

By
Water Resources, Water Resources
Screenshot of ModelMuse displaying WellFootprint results Screenshot of ModelMuse displaying WellFootprint results
WellFootprint
Screenshot of ModelMuse displaying WellFootprint results

WellFootprint

WellFootprint

This video shows how ModelMuse can be used to specify the inputs for WellFootprint, run it, and display the results.

By
Water Resources, Water Resources
Screenshot of ModelMuse displaying WellFootprint results

WellFootprint

WellFootprint

This video shows how ModelMuse can be used to specify the inputs for WellFootprint, run it, and display the results.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Data Sets dialog box showing the Comments tab. Screen capture of the ModelMuse Data Sets dialog box showing the Comments tab.
Using Comments with Objects and Data Sets
Screen capture of the ModelMuse Data Sets dialog box showing the Comments tab.

Using Comments with Objects and Data Sets

Using Comments with Objects and Data Sets

This training video describes how to use comments with objects and data sets using ModelMuse.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Data Sets dialog box showing the Comments tab.

Using Comments with Objects and Data Sets

Using Comments with Objects and Data Sets

This training video describes how to use comments with objects and data sets using ModelMuse.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Image Export dialog box. Screen capture of the ModelMuse Image Export dialog box.
ModelMuse Animation
Screen capture of the ModelMuse Image Export dialog box.

ModelMuse Animation

ModelMuse Animation

This video shows how to create an animation of model results with ModelMuse software.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Image Export dialog box.

ModelMuse Animation

ModelMuse Animation

This video shows how to create an animation of model results with ModelMuse software.

By
Water Resources, Water Resources
Screen capture of GW_Chart and ModelMuse showing a time-series of river leakage of Screen capture of GW_Chart and ModelMuse showing a time-series of river leakage of
Extracting Time Series Data
Screen capture of GW_Chart and ModelMuse showing a time-series of river leakage of

Extracting Time Series Data

Extracting Time Series Data

This video shows a how-to training on how to plot time-series data from models.

By
Water Resources, Water Resources
Screen capture of GW_Chart and ModelMuse showing a time-series of river leakage of

Extracting Time Series Data

Extracting Time Series Data

This video shows a how-to training on how to plot time-series data from models.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the words "You can click the Pan button to move the model to a new position" Screen capture of ModelMuse with the words "You can click the Pan button to move the model to a new position"
ModelMuse Navigation Buttons
Screen capture of ModelMuse with the words "You can click the Pan button to move the model to a new position"

ModelMuse Navigation Buttons

ModelMuse Navigation Buttons

This training video shows how to change the display in ModelMuse using the navigation buttons.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the words "You can click the Pan button to move the model to a new position"

ModelMuse Navigation Buttons

ModelMuse Navigation Buttons

This training video shows how to change the display in ModelMuse using the navigation buttons.

By
Water Resources, Water Resources
Screen capture of ModelMuse displaying the Ruler Format dialog box. Screen capture of ModelMuse displaying the Ruler Format dialog box.
ModelMuse Navigation Buttons
Screen capture of ModelMuse displaying the Ruler Format dialog box.

ModelMuse Navigation Buttons

ModelMuse Navigation Buttons

This video describes how to change the description of changing the view in ModelMuse

By
Water Resources, Water Resources
Screen capture of ModelMuse displaying the Ruler Format dialog box.

ModelMuse Navigation Buttons

ModelMuse Navigation Buttons

This video describes how to change the description of changing the view in ModelMuse

By
Water Resources, Water Resources
Screen capture of ModelMate Screen capture of ModelMate
ModelMate Interface
Screen capture of ModelMate

ModelMate Interface

ModelMate Interface

This video shows how ModelMuse, ModelMate, and UCODE can work together to estimate parameters.

By
Water Resources, Water Resources
Screen capture of ModelMate

ModelMate Interface

ModelMate Interface

This video shows how ModelMuse, ModelMate, and UCODE can work together to estimate parameters.

By
Water Resources, Water Resources
Screen capture of ModelMuse with an object used in Surface Water Routing Screen capture of ModelMuse with an object used in Surface Water Routing
SWR Overview
Screen capture of ModelMuse with an object used in Surface Water Routing

SWR Overview

SWR Overview

This video describes how to use the Surface Water Routing process with ModelMuse.

By
Water Resources, Water Resources
Screen capture of ModelMuse with an object used in Surface Water Routing

SWR Overview

SWR Overview

This video describes how to use the Surface Water Routing process with ModelMuse.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Import Image dialog box Screen capture of the ModelMuse Import Image dialog box
Import Image into ModelMuse
Screen capture of the ModelMuse Import Image dialog box

Import Image into ModelMuse

Import Image into ModelMuse

This training video describes how to import images into ModelMuse and geolocate them.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Import Image dialog box

Import Image into ModelMuse

Import Image into ModelMuse

This training video describes how to import images into ModelMuse and geolocate them.

By
Water Resources, Water Resources
ModelMuse screen capture with the word "Reach numbers can be assigned in any arbitrary order." ModelMuse screen capture with the word "Reach numbers can be assigned in any arbitrary order."
SWR Reach Numbers
ModelMuse screen capture with the word "Reach numbers can be assigned in any arbitrary order."

SWR Reach Numbers

SWR Reach Numbers

This training video describes how reach numbers for SWR are assigned in ModelMuse.

By
Water Resources, Water Resources
ModelMuse screen capture with the word "Reach numbers can be assigned in any arbitrary order."

SWR Reach Numbers

SWR Reach Numbers

This training video describes how reach numbers for SWR are assigned in ModelMuse.

By
Water Resources, Water Resources
Filter Total Items: 21

Revision of ModelMuse to support the use of PEST software with MODFLOW and SUTRA models Revision of ModelMuse to support the use of PEST software with MODFLOW and SUTRA models

Executive Summary ModelMuse is a graphical user interface for several groundwater modeling programs. ModelMuse was updated to generate the input files for the parameter estimation software suite PEST. The software is used with MODFLOW or SUTRA models to run PEST-based parameter estimation and display the updated model inputs after parameter estimation. The PEST input files can also be...
Authors
Richard B. Winston
By
Water Resources Mission Area

Getting Started with MODFLFOW Getting Started with MODFLFOW

Numerical modeling of groundwater flow systems was once accessible only to modeling specialists in the hydrogeological community. Software such as MODFLOW—the most frequently used groundwater modeling program in the world—and associated graphical user interfaces (GUIs) have made modeling possible for most groundwater scientists. This book provides the bridge from understanding to...
Authors
Richard B. Winston
By
Water Resources Mission Area

Simulation of water-table response to sea-level rise and change in recharge, Sandy Hook unit, Gateway National Recreation Area, New Jersey Simulation of water-table response to sea-level rise and change in recharge, Sandy Hook unit, Gateway National Recreation Area, New Jersey

The Sandy Hook Unit, Gateway National Recreation Area (hereafter Sandy Hook) in New Jersey is a 10-kilometer-long spit visited by thousands of people each year who take advantage of the historical and natural resources and recreational opportunities. The historical and natural resources are threatened by global climate change, including sea-level rise (SLR), changes in precipitation and
Authors
Glen B. Carleton, Emmanuel G. Charles, Alex R. Fiore, Richard B. Winston
By
Water Resources Mission Area, New Jersey Water Science Center

ModelMuse Version 4: A graphical user interface for MODFLOW 6 ModelMuse Version 4: A graphical user interface for MODFLOW 6

ModelMuse, a graphical user interface for groundwater-modeling software, was modified to support MODFLOW 6. ModelMuse works with two types of spatial discretization in MODFLOW 6: structured grids (DIS) and discretization by vertices (DISV). Quadtree refinement is used to generate a DISV model from a structured-grid model. The locations and weights for ghost nodes used to improve DISV...
Authors
Richard B. Winston
By
Water Resources Mission Area

Performance assessments of a novel well design for reducing exposure to bedrock‐derived arsenic Performance assessments of a novel well design for reducing exposure to bedrock‐derived arsenic

Arsenic in groundwater is a serious problem in New England, particularly for domestic well owners drawing water from bedrock aquifers. The overlying glacial aquifer generally has waters with low arsenic concentrations but is less used because of frequent loss of well water during dry periods and the vulnerability to surface‐sourced bacterial contamination. An alternative, novel design...
Authors
Richard B. Winston, Joseph D. Ayotte
By
Water Resources Mission Area, Contaminant Biology, Environmental Health Program, Toxic Substances Hydrology

ModelArchiver—A program for facilitating the creation of groundwater model archives ModelArchiver—A program for facilitating the creation of groundwater model archives

ModelArchiver is a program designed to facilitate the creation of groundwater model archives that meet the requirements of the U.S. Geological Survey (USGS) policy (Office of Groundwater Technical Memorandum 2016.02, https://water.usgs.gov/admin/memo/GW/gw2016.02.pdf, https://water.usgs.gov/ogw/policy/gw-model/). ModelArchiver version 1.0 leads the user step-by-step through the process...
Authors
Richard B. Winston
By
Water Resources Mission Area

Volume-weighted particle-tracking method for solute-transport modeling; Implementation in MODFLOW–GWT Volume-weighted particle-tracking method for solute-transport modeling; Implementation in MODFLOW–GWT

In the traditional method of characteristics for groundwater solute-transport models, advective transport is represented by moving particles that track concentration. This approach can lead to global mass-balance problems because in models of aquifers having complex boundary conditions and heterogeneous properties, particles can originate in cells having different pore volumes and (or)...
Authors
Richard B. Winston, Leonard F. Konikow, George Z. Hornberger
By
Water Resources Mission Area

Visualization of groundwater withdrawals Visualization of groundwater withdrawals

Generating an informative display of groundwater withdrawals can sometimes be difficult because the symbols for closely spaced wells can overlap. An alternative method for displaying groundwater withdrawals is to generate a “footprint” of the withdrawals. WellFootprint version 1.0 implements the Footprint algorithm with two optional variations that can speed up the footprint calculation...
Authors
Richard B. Winston, Daniel J. Goode
By
Water Resources Mission Area, Pennsylvania Water Science Center

The role of uplift and erosion in the persistence of saline groundwater in the shallow subsurface The role of uplift and erosion in the persistence of saline groundwater in the shallow subsurface

In many regions of the world, the shallow (
Authors
Richard M. Yager, Kurt J. McCoy, Clifford I. Voss, Ward E. Sanford, Richard B. Winston
By
Water Resources Mission Area, Virginia and West Virginia Water Science Center

ListingAnalyst: A program for analyzing the main output file from MODFLOW ListingAnalyst: A program for analyzing the main output file from MODFLOW

ListingAnalyst is a Windows® program for viewing the main output file from MODFLOW-2005, MODFLOW-NWT, or MODFLOW-LGR. It organizes and displays large files quickly without using excessive memory. The sections and subsections of the file are displayed in a tree-view control, which allows the user to navigate quickly to desired locations in the files. ListingAnalyst gathers error and...
Authors
Richard B. Winston, Scott Paulinski
By
Water Resources Mission Area

Modifications made to ModelMuse to add support for the Saturated-Unsaturated Transport model (SUTRA) Modifications made to ModelMuse to add support for the Saturated-Unsaturated Transport model (SUTRA)

This report (1) describes modifications to ModelMuse,as described in U.S. Geological Survey (USGS) Techniques and Methods (TM) 6–A29 (Winston, 2009), to add support for the Saturated-Unsaturated Transport model (SUTRA) (Voss and Provost, 2002; version of September 22, 2010) and (2) supplements USGS TM 6–A29. Modifications include changes to the main ModelMuse window where the model is...
Authors
Richard B. Winston
By
Water Resources Mission Area

ModelMuse - A Graphical User Interface for MODFLOW-2005 and PHAST ModelMuse - A Graphical User Interface for MODFLOW-2005 and PHAST

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW-2005 and PHAST. This software package provides a GUI for creating the flow and transport input file for PHAST and the input files for MODFLOW-2005. In ModelMuse, the spatial data for the model is independent of the grid, and the temporal data is independent of the stress periods. Being able...
Authors
Richard B. Winston
By
Water Resources Mission Area

Non-USGS Publications**

Winston, A., and Winston, R.B., 1980, Unperturbed Molecular Dimensions of Polyacrylamide in Water. Journal of Polymer Science: Polymer Letters Edition, 18: 119-122.
Winston, R.B., 1983, A Late Pennsylvanian upland flora in Kansas: Systematics and environmental implications. Review of Palaeobotany and Palynology, 40: 5-31.
Winston, R.B., 1984. The Upper Pennsylvanian conifer, Walchia garnettensis: Structure and affinities. Palaeontographica, 194B, p. 97-108.
Winston, R.B., 1986. Characteristic features and compaction of plant tissues traced from permineralized peat to coal in Pennsylvanian coals (Desmoinesian) from the Illinois Basin. International Journal of Coal Geology, 6: 21-41.
Pashin, J.C., Ward, W.E., II, Winston, R.B., Chandler, R.V., Bolin, D.E., Hamilton, R.P., and Mink, R.M., 1990. Geologic Evaluation of Critical Production Parameters for Coalbed Methane Resources, Part II, Black Warrior basin, Annual report. Geological Survey of Alabama, Gas Research Institute Contract No. 5087-214-1594. 177 p.
Epsman, M.L., Wilson, G.V., Pashin, J.C., Tolson, J.S., Ward, W.E. II, Chandler, R.V., Winston, R.B., Richter, K.E., Hamilton, R.P., and Rheams, L.J., 1988. Geologic Evaluation of Critical Production Parameters for Coalbed Methane Resources, Part II, Black Warrior basin, Annual report. Geological Survey of Alabama, Gas Research Institute Contract No. 5087-214-1544. 178 p.
Winston, R.B., 1988. Paleoecology of Middle Pennsylvanian-age peat-swamp plants in Herrin Coal, Kentucky, U.S.A. International Journal of Coal Geology, 10: 203-238.
Winston, R.B., 1989. Identification of plant megafossils in Pennsylvanian-age coal. Review of Palaeobotany and Palynology, 57: 265-276.
Winston, R.B., 1990. Coal-paleobotany of the Mary Lee coal bed of the Pennsylvanian "Pottsville" Formation near Carbon Hill, Walker County, Alabama, in Gastaldo, R.A., Demko, T.M., and Liu, Y. (editors) Carboniferous Coastal Environments and Paleocommunities of the Mary Lee Coal Zone, Marion and Walker Counties, Alabama. Geological Society of America, Southeastern section, guidebook for field trip VI, Tuscaloosa, Alabama, p. 66-72.
Winston, R.B., 1990. Implications of paleobotany of Pennsylvanian-age coal of the central Appalachian basin for climate and coal-bed development. Geological Society of America Bulletin, v. 102: 1720-1726.
Winston, R.B., 1990. Vitrinite reflectance of Alabama's bituminous coal. Alabama Geological Survey, Circular 139, 54 p.
Winston, R.B., 1991. A structurally preserved, Lower Pennsylvanian flora from the New Castle coal bed of Alabama. Alabama Geological Survey, Circular 157, 21 p.
Winston, R.B., 1991. Preliminary report on coal quality trends in Upper Pottsville formations coal groups and their relationships to coal resource development, coalbed methane occurrence, and geologic history in the Warrior coal basin, Alabama. Alabama Geological Survey, Circular 152, 53 p.
Winston, R.B., 1991. Coal quality of the Mary Lee coal group and its relationship to coal resource development, coalbed methane, and geologic history in the Warrior coal field, Alabama, in Peters, D.C., (editor) Geology in Coal Resource Utilization. American Association of Petroleum Geologists, TechBooks, Fairfax, Va. p. 369-388.
Winston, R.B., 1993. Reassessment of the evidence for primary fusinite and degradofusinite, Organic Geochemistry, v. 20: 209-221.
Winston, R.B., 1994. Models of the geomorphology, hydrology, and development of domed peat bodies. Geological Society of America Bulletin 106:1594-1604.
Winston, R.B., 1996. Design of an Urban, Groundwater-Dominated, Wetland. Wetlands, 16(4); 524-531.
Winston, R.B., 1997. Problems Associated with Reliably Designing Groundwater-Dominated Constructed Wetlands. Wetland Journal. 9(1): 21-25.
Winston, R.B., 2014, Modifications made to ModelMuse to add support for the Saturated-Unsaturated Transport model (SUTRA): U.S. Geological Survey Techniques and Methods, book 6, chap. A49, 6 p., http://dx.doi.org/10.3133/tm6a49.
Winston, R. B., and Paulinski, Scott. 2014. ListingAnalyst: A Program for Analyzing the Main Output File from MODFLOW. Ground Water. doi: 10.1111/gwat.12054.
Winston, R.B., and Ayotte, J.D., 2015, Simulations of a novel well design for reducing the risk of arsenic contamination (abstract). Geological Society of America Annual Meeting 2015, Baltimore, MD, November 1-4, 2015
Winston, R.B., 2015, ModelMuse as a Graphical User Interface for SUTRA in Maxwell, R., Hill, M., Zheng, C., and Tonkin, M. Editors, MODFLOW and More 2015: Modeling a Complex World, Proceedings: Golden Colorado, p. 330-333.
Yager, R. M., K. J. McCoy, C. I. Voss, W. E. Sanford, and R. B. Winston (2017), The Role of Uplift and Erosion in the Persistence of Saline Groundwater in the Shallow Subsurface, Geophys. Res. Lett., 44, doi:10.1002/2017GL072980.

**Disclaimer: The views expressed in Non-USGS publications are those of the author and do not represent the views of the USGS, Department of the Interior, or the U.S. Government.

Filter Total Items: 26

ModelMuse: A Graphical User Interface for Groundwater Models ModelMuse: A Graphical User Interface for Groundwater Models

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW 6, MODFLOW–2005, MODFLOW-LGR, MODFLOW-LGR2, MODFLOW-NWT, MODFLOW-CFP, MODFLOW-OWHM versions 1 and 2, MODPATH, ZONEBUDGET, PHAST, SUTRA 2.2, SUTRA 3.0, SUTRA 4.0, MT3D-USGS, and WellFootprint and the non-USGS programs MT3DMS and PEST.
By
Water Resources Mission Area

ModelMuse 5.3.1 ModelMuse 5.3.1

This version of ModelMuse fixes bugs in the "Model|Output Control" dialog box that could result in corrupted files.
By
Water Resources Mission Area

ModelMuse 5.3, Software Release ModelMuse 5.3, Software Release

ModelMuse version 5.3 adds the ability to import existing MODFLOW 6 models with some limitations. Other changes include 1. the ability to use formulas to activate or deactivate specified head, specified concentration, and mass source boundaries, 2. the ability to use formulas in the scale factors of dynamic boundaries, 3. support for the AUXMULTNAME option in MODFLOW 6, and 4. the...
By
Water Resources Mission Area

Model Viewer 1.8 Model Viewer 1.8

Model Viewer is a computer program that displays the results of three-dimensional ground-water models. Scalar data (such as hydraulic head or solute concentration) may be displayed as a solid or a set of isosurfaces, using a red-to-blue color spectrum or a custom color scale to represent a range of scalar values. Vector data (such as velocity or specific discharge) are represented by...
By
Water Resources Mission Area

Model Viewer: A Program for Three-Dimensional Visualization of Groundwater Model Results Model Viewer: A Program for Three-Dimensional Visualization of Groundwater Model Results

ModelViewer is a program for three-dimensional visualization of groundwater model results.
By
Water Resources Mission Area

ModelMuse Version 5.2 ModelMuse Version 5.2

This version of ModelMuse adds support for MODFLOW-OWHM version 2, SUTRA version 4, and additional packages in MODFLOW 6.
By
Water Resources Mission Area

Listing Analyst 1.3 Listing Analyst 1.3

Listing Analyst has been modified to work with the Groundwater Transport process in MODFLOW 6.
By
Water Resources Mission Area

ListingAnalyst ListingAnalyst

ListingAnalyst is a program for viewing the main output file from MODFLOW-2005, MODFLOW-NWT, MODFLOW-LGR, MODFLOW-CFP, MODFLOW-OWHM, and MODFLOW 6.
By
Water Resources Mission Area

ModelMuse Version 5.1.1 ModelMuse Version 5.1.1

This version of ModelMuse fixes a serious bug in ModelMuse version 5.1.
By
Water Resources Mission Area

ModelMuse Version 5.1: Software Release ModelMuse Version 5.1: Software Release

ModelMuse version 5.1 updates version 5.0 by adding support for the groundwater transport process and time series files in MODFLOW 6.
By
Water Resources Mission Area

ModelMuse Version 5.0: Software Release ModelMuse Version 5.0: Software Release

ModelMuse is a graphical user interface for several different groundwater modeling programs. ModelMuse has been updated to generate the input files for the parameter estimation software suite PEST when used with MODFLOW or SUTRA models, run PEST-based parameter estimation, and display the updated model inputs after parameter estimation. The PEST input files can also be used with PEST++...
By
Water Resources Mission Area

ModelMuse Version 4.3 Software Release ModelMuse Version 4.3 Software Release

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW 6, MODFLOW 2005, MODFLOW LGR, MODFLOW LGR2, MODFLOW NWT, MODFLOW CFP, MODFLOW OWHM, MODPATH, ZONEBUDGET, PHAST, SUTRA 2.2, SUTRA 3.0, MT3D USGS, and WellFootprint and the non USGS model MT3DMS. This software package provides a GUI for creating the flow and transport input file for PHAST and...
By
Water Resources Mission Area

Science and Products

ModelMuse Version 5.1.1 ModelMuse Version 5.1.1

This version of ModelMuse fixes a serious bug in ModelMuse version 5.1.
By
Water Resources Mission Area

ModelMuse Version 5.1: Software Release ModelMuse Version 5.1: Software Release

ModelMuse version 5.1 updates version 5.0 by adding support for the groundwater transport process and time series files in MODFLOW 6.
By
Water Resources Mission Area

ModelMuse Version 5.0: Software Release ModelMuse Version 5.0: Software Release

ModelMuse is a graphical user interface for several different groundwater modeling programs. ModelMuse has been updated to generate the input files for the parameter estimation software suite PEST when used with MODFLOW or SUTRA models, run PEST-based parameter estimation, and display the updated model inputs after parameter estimation. The PEST input files can also be used with PEST++...
By
Water Resources Mission Area

MODFLOW-2005 model used to simulate water-table response to climate-change-driven sea-level rise and changes in recharge, Gateway National Recreation Area, Sandy Hook Unit, New Jersey MODFLOW-2005 model used to simulate water-table response to climate-change-driven sea-level rise and changes in recharge, Gateway National Recreation Area, Sandy Hook Unit, New Jersey

A MODFLOW-2005 model, using the SWI2 package, was developed for the Sandy Hook Unit, Gateway National Recreation Area (hereafter Sandy Hook) in New Jersey to evaluate the response of groundwater resources to expected sea-level rise (SLR) and changes in groundwater recharge associated with global climate change. The National Park Service (NPS), among other agencies, is mandated to...
By
New Jersey Water Science Center

ModelMuse Version 4.3 Software Release ModelMuse Version 4.3 Software Release

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW 6, MODFLOW 2005, MODFLOW LGR, MODFLOW LGR2, MODFLOW NWT, MODFLOW CFP, MODFLOW OWHM, MODPATH, ZONEBUDGET, PHAST, SUTRA 2.2, SUTRA 3.0, MT3D USGS, and WellFootprint and the non USGS model MT3DMS. This software package provides a GUI for creating the flow and transport input file for PHAST and...
By
Water Resources Mission Area

ListingAnalyst version 1.2 ListingAnalyst version 1.2

ListingAnalyst has been updated to work with MODFLOW 6 and the most recent versions of MODFLOW-2005 and MODFLOW-NWT. In addition to recognizing many additional error and warning messages, it also recognizes data for the Riparian package in MODFLOW-OWHM, the AG package in MODFLOW-NWT and the Surface-Water Routing package.
By
Water Resources Mission Area

GW_Chart version 1.30 GW_Chart version 1.30

GW_Chart is a program for creating specialized graphs used in groundwater studies. It incorporates the functionality of two previous programs, Budgeteer and Hydrograph Extractor and adds additional new features. There are seven major types of graphs created with GW_Chart: Calibration Plots Water Budget Plots Hydrographs Lake Plots Piper Diagrams Cell Water Budgets Farm Budgets It reads...
By
Water Resources Mission Area

ModelMuse version 4.2 ModelMuse version 4.2

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW 6, MODFLOW 2005, MODFLOW LGR, MODFLOW LGR2, MODFLOW NWT, MODFLOW CFP, MODFLOW OWHM, MODPATH, ZONEBUDGET, PHAST, SUTRA 2.2, SUTRA 3.0, MT3D USGS, and WellFootprint and the non USGS model MT3DMS. This software package provides a GUI for creating the flow and transport input file for PHAST and...
By
Water Resources Mission Area

Software Release: Volume-Weighted Particle-Tracking Method for Solute-Transport Modeling: Implementation in MF2K-GWT Software Release: Volume-Weighted Particle-Tracking Method for Solute-Transport Modeling: Implementation in MF2K-GWT

The Ground-Water Transport (GWT) Process for MODFLOW-2000 (mf2k) provides the capability to simulate three-dimensional solute transport. The GWT Process is based on the previously documented MOC3D model, which was integrated with MODFLOW-96. This data release includes compiled versions of the software, source code, documentation, and the input and output for several test cases.
By
Water Resources Mission Area

WellFootprint Software Release WellFootprint Software Release

The WellFootprint software is used to generate a 'footprint' of well withdrawals that can better communicate the distribution of well withdrawals. The compiled program, source code, documentation, and an example are included.
By
Water Resources Mission Area
Filter Total Items: 65
Screen capture of ModelMuse displaying the hydraulic conductivity distribution in a model calibrated using PEST.
ModelMuse with PEST-Calibrated Hydraulic Conductivity
ModelMuse with PEST-Calibrated Hydraulic Conductivity
Screen capture of ModelMuse displaying the hydraulic conductivity distribution in a model calibrated using PEST.

ModelMuse with PEST-Calibrated Hydraulic Conductivity

ModelMuse with PEST-Calibrated Hydraulic Conductivity

Screen capture of the ModelMuse main window with the cells colored with the hydraulic conductivity after being calibrated using PEST.

The image is intended to introduce a video.

By
Water Resources, Water Resources, Water Availability and Use Science Program
Screen capture of ModelMuse displaying the hydraulic conductivity distribution in a model calibrated using PEST.

ModelMuse with PEST-Calibrated Hydraulic Conductivity

ModelMuse with PEST-Calibrated Hydraulic Conductivity

Screen capture of the ModelMuse main window with the cells colored with the hydraulic conductivity after being calibrated using PEST.

The image is intended to introduce a video.

By
Water Resources, Water Resources, Water Availability and Use Science Program
Screen capture of ModelMuse showing locations of calibration observations for PEST.
PEST Observation Locations in ModelMuse
PEST Observation Locations in ModelMuse
Screen capture of ModelMuse showing locations of calibration observations for PEST.

PEST Observation Locations in ModelMuse

PEST Observation Locations in ModelMuse

This image displays the ModelMuse main window with several objects that define calibration observations displayed. The image is intended to be used with a video.

By
Water Resources, Water Availability and Use Science Program
Screen capture of ModelMuse showing locations of calibration observations for PEST.

PEST Observation Locations in ModelMuse

PEST Observation Locations in ModelMuse

This image displays the ModelMuse main window with several objects that define calibration observations displayed. The image is intended to be used with a video.

By
Water Resources, Water Availability and Use Science Program
Screenshot of ModelMuse with "The Surface Water Routing process has a special way of specifying some transient data." Screenshot of ModelMuse with "The Surface Water Routing process has a special way of specifying some transient data."
SWR Tabfiles
Screenshot of ModelMuse with "The Surface Water Routing process has a special way of specifying some transient data."

SWR Tabfiles

SWR Tabfiles

This how-to video describes how to use SWR tab files in the ModelMuse software.

By
Water Resources, Water Resources
Screenshot of ModelMuse with "The Surface Water Routing process has a special way of specifying some transient data."

SWR Tabfiles

SWR Tabfiles

This how-to video describes how to use SWR tab files in the ModelMuse software.

By
Water Resources, Water Resources
Screenshot of ModelMuse illustrating connections among SWR reaches. Screenshot of ModelMuse illustrating connections among SWR reaches.
SWR Reach Connections
Screenshot of ModelMuse illustrating connections among SWR reaches.

SWR Reach Connections

SWR Reach Connections

This video describes reach connections in the MODFLOW Surface Water Routing process as implemented in ModelMuse.

By
Water Resources, Water Resources
Screenshot of ModelMuse illustrating connections among SWR reaches.

SWR Reach Connections

SWR Reach Connections

This video describes reach connections in the MODFLOW Surface Water Routing process as implemented in ModelMuse.

By
Water Resources, Water Resources
Screenshot of ModelMuse SWR Reach Geometry dialog box Screenshot of ModelMuse SWR Reach Geometry dialog box
SWR Reach Geometry
Screenshot of ModelMuse SWR Reach Geometry dialog box

SWR Reach Geometry

SWR Reach Geometry

A how-to video describing how to specify SWR reach geometry in ModelMuse software.

By
Water Resources, Water Resources
Screenshot of ModelMuse SWR Reach Geometry dialog box

SWR Reach Geometry

SWR Reach Geometry

A how-to video describing how to specify SWR reach geometry in ModelMuse software.

By
Water Resources, Water Resources
Screenshot of the ModelMuse SWR Structures dialog box. Screenshot of the ModelMuse SWR Structures dialog box.
SWR Structures
Screenshot of the ModelMuse SWR Structures dialog box.

SWR Structures

SWR Structures

This video describes how to define and use “Structures” such as various types of dams in the Surface Water Routing Process in MODFLOW using ModelMuse

By
Water Resources, Water Resources
Screenshot of the ModelMuse SWR Structures dialog box.

SWR Structures

SWR Structures

This video describes how to define and use “Structures” such as various types of dams in the Surface Water Routing Process in MODFLOW using ModelMuse

By
Water Resources, Water Resources
Screen capture of ModelMuse with the grid colored by the SWR reach number. Screen capture of ModelMuse with the grid colored by the SWR reach number.
SWR Vertex Values
Screen capture of ModelMuse with the grid colored by the SWR reach number.

SWR Vertex Values

SWR Vertex Values

This video shows how to use “Vertex Values” in ModelMuse to specify vertex numbers. This can be used to ensure that structures are located at the correct locations.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the grid colored by the SWR reach number.

SWR Vertex Values

SWR Vertex Values

This video shows how to use “Vertex Values” in ModelMuse to specify vertex numbers. This can be used to ensure that structures are located at the correct locations.

By
Water Resources, Water Resources
Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box." Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box."
SWR Observations
Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box."

SWR Observations

SWR Observations

This video describes how to use ModelMuse to define observations in the Surface Water Routing process of MODFLOW.

By
Water Resources, Water Resources
Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box."

SWR Observations

SWR Observations

This video describes how to use ModelMuse to define observations in the Surface Water Routing process of MODFLOW.

By
Water Resources, Water Resources
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box. Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box.
SWR Other Spatial Data
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box.

SWR Other Spatial Data

SWR Other Spatial Data

This video describes how to use ModelMuse to define some spatial data required by the Surface Water Routing process in MODFLOW.

By
Water Resources, Water Resources
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box.

SWR Other Spatial Data

SWR Other Spatial Data

This video describes how to use ModelMuse to define some spatial data required by the Surface Water Routing process in MODFLOW.

By
Water Resources, Water Resources
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box with the Surface-Water Routing process selected. Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box with the Surface-Water Routing process selected.
SWR Nonspatial Data
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box with the Surface-Water Routing process selected.

SWR Nonspatial Data

SWR Nonspatial Data

This video describes how to use ModelMuse to define the nonspatial data in the Surface-Water routing process of MODFLOW.

By
Water Resources, Water Resources
Screen capture of the ModelMuse "MODFLOW Packages and Programs" dialog box with the Surface-Water Routing process selected.

SWR Nonspatial Data

SWR Nonspatial Data

This video describes how to use ModelMuse to define the nonspatial data in the Surface-Water routing process of MODFLOW.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the Data Visualization dialog box open to "SWR Observations". Screen capture of ModelMuse with the Data Visualization dialog box open to "SWR Observations".
SWR Results
Screen capture of ModelMuse with the Data Visualization dialog box open to "SWR Observations".

SWR Results

SWR Results

This video shows how to use ModelMuse to display results from the Surface-Water Routing Process in MODFLOW.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the Data Visualization dialog box open to "SWR Observations".

SWR Results

SWR Results

This video shows how to use ModelMuse to display results from the Surface-Water Routing Process in MODFLOW.

By
Water Resources, Water Resources
Screenshot of ModelMuse displaying WellFootprint results Screenshot of ModelMuse displaying WellFootprint results
WellFootprint
Screenshot of ModelMuse displaying WellFootprint results

WellFootprint

WellFootprint

This video shows how ModelMuse can be used to specify the inputs for WellFootprint, run it, and display the results.

By
Water Resources, Water Resources
Screenshot of ModelMuse displaying WellFootprint results

WellFootprint

WellFootprint

This video shows how ModelMuse can be used to specify the inputs for WellFootprint, run it, and display the results.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Data Sets dialog box showing the Comments tab. Screen capture of the ModelMuse Data Sets dialog box showing the Comments tab.
Using Comments with Objects and Data Sets
Screen capture of the ModelMuse Data Sets dialog box showing the Comments tab.

Using Comments with Objects and Data Sets

Using Comments with Objects and Data Sets

This training video describes how to use comments with objects and data sets using ModelMuse.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Data Sets dialog box showing the Comments tab.

Using Comments with Objects and Data Sets

Using Comments with Objects and Data Sets

This training video describes how to use comments with objects and data sets using ModelMuse.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Image Export dialog box. Screen capture of the ModelMuse Image Export dialog box.
ModelMuse Animation
Screen capture of the ModelMuse Image Export dialog box.

ModelMuse Animation

ModelMuse Animation

This video shows how to create an animation of model results with ModelMuse software.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Image Export dialog box.

ModelMuse Animation

ModelMuse Animation

This video shows how to create an animation of model results with ModelMuse software.

By
Water Resources, Water Resources
Screen capture of GW_Chart and ModelMuse showing a time-series of river leakage of Screen capture of GW_Chart and ModelMuse showing a time-series of river leakage of
Extracting Time Series Data
Screen capture of GW_Chart and ModelMuse showing a time-series of river leakage of

Extracting Time Series Data

Extracting Time Series Data

This video shows a how-to training on how to plot time-series data from models.

By
Water Resources, Water Resources
Screen capture of GW_Chart and ModelMuse showing a time-series of river leakage of

Extracting Time Series Data

Extracting Time Series Data

This video shows a how-to training on how to plot time-series data from models.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the words "You can click the Pan button to move the model to a new position" Screen capture of ModelMuse with the words "You can click the Pan button to move the model to a new position"
ModelMuse Navigation Buttons
Screen capture of ModelMuse with the words "You can click the Pan button to move the model to a new position"

ModelMuse Navigation Buttons

ModelMuse Navigation Buttons

This training video shows how to change the display in ModelMuse using the navigation buttons.

By
Water Resources, Water Resources
Screen capture of ModelMuse with the words "You can click the Pan button to move the model to a new position"

ModelMuse Navigation Buttons

ModelMuse Navigation Buttons

This training video shows how to change the display in ModelMuse using the navigation buttons.

By
Water Resources, Water Resources
Screen capture of ModelMuse displaying the Ruler Format dialog box. Screen capture of ModelMuse displaying the Ruler Format dialog box.
ModelMuse Navigation Buttons
Screen capture of ModelMuse displaying the Ruler Format dialog box.

ModelMuse Navigation Buttons

ModelMuse Navigation Buttons

This video describes how to change the description of changing the view in ModelMuse

By
Water Resources, Water Resources
Screen capture of ModelMuse displaying the Ruler Format dialog box.

ModelMuse Navigation Buttons

ModelMuse Navigation Buttons

This video describes how to change the description of changing the view in ModelMuse

By
Water Resources, Water Resources
Screen capture of ModelMate Screen capture of ModelMate
ModelMate Interface
Screen capture of ModelMate

ModelMate Interface

ModelMate Interface

This video shows how ModelMuse, ModelMate, and UCODE can work together to estimate parameters.

By
Water Resources, Water Resources
Screen capture of ModelMate

ModelMate Interface

ModelMate Interface

This video shows how ModelMuse, ModelMate, and UCODE can work together to estimate parameters.

By
Water Resources, Water Resources
Screen capture of ModelMuse with an object used in Surface Water Routing Screen capture of ModelMuse with an object used in Surface Water Routing
SWR Overview
Screen capture of ModelMuse with an object used in Surface Water Routing

SWR Overview

SWR Overview

This video describes how to use the Surface Water Routing process with ModelMuse.

By
Water Resources, Water Resources
Screen capture of ModelMuse with an object used in Surface Water Routing

SWR Overview

SWR Overview

This video describes how to use the Surface Water Routing process with ModelMuse.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Import Image dialog box Screen capture of the ModelMuse Import Image dialog box
Import Image into ModelMuse
Screen capture of the ModelMuse Import Image dialog box

Import Image into ModelMuse

Import Image into ModelMuse

This training video describes how to import images into ModelMuse and geolocate them.

By
Water Resources, Water Resources
Screen capture of the ModelMuse Import Image dialog box

Import Image into ModelMuse

Import Image into ModelMuse

This training video describes how to import images into ModelMuse and geolocate them.

By
Water Resources, Water Resources
ModelMuse screen capture with the word "Reach numbers can be assigned in any arbitrary order." ModelMuse screen capture with the word "Reach numbers can be assigned in any arbitrary order."
SWR Reach Numbers
ModelMuse screen capture with the word "Reach numbers can be assigned in any arbitrary order."

SWR Reach Numbers

SWR Reach Numbers

This training video describes how reach numbers for SWR are assigned in ModelMuse.

By
Water Resources, Water Resources
ModelMuse screen capture with the word "Reach numbers can be assigned in any arbitrary order."

SWR Reach Numbers

SWR Reach Numbers

This training video describes how reach numbers for SWR are assigned in ModelMuse.

By
Water Resources, Water Resources
Filter Total Items: 21

Revision of ModelMuse to support the use of PEST software with MODFLOW and SUTRA models Revision of ModelMuse to support the use of PEST software with MODFLOW and SUTRA models

Executive Summary ModelMuse is a graphical user interface for several groundwater modeling programs. ModelMuse was updated to generate the input files for the parameter estimation software suite PEST. The software is used with MODFLOW or SUTRA models to run PEST-based parameter estimation and display the updated model inputs after parameter estimation. The PEST input files can also be...
Authors
Richard B. Winston
By
Water Resources Mission Area

Getting Started with MODFLFOW Getting Started with MODFLFOW

Numerical modeling of groundwater flow systems was once accessible only to modeling specialists in the hydrogeological community. Software such as MODFLOW—the most frequently used groundwater modeling program in the world—and associated graphical user interfaces (GUIs) have made modeling possible for most groundwater scientists. This book provides the bridge from understanding to...
Authors
Richard B. Winston
By
Water Resources Mission Area

Simulation of water-table response to sea-level rise and change in recharge, Sandy Hook unit, Gateway National Recreation Area, New Jersey Simulation of water-table response to sea-level rise and change in recharge, Sandy Hook unit, Gateway National Recreation Area, New Jersey

The Sandy Hook Unit, Gateway National Recreation Area (hereafter Sandy Hook) in New Jersey is a 10-kilometer-long spit visited by thousands of people each year who take advantage of the historical and natural resources and recreational opportunities. The historical and natural resources are threatened by global climate change, including sea-level rise (SLR), changes in precipitation and
Authors
Glen B. Carleton, Emmanuel G. Charles, Alex R. Fiore, Richard B. Winston
By
Water Resources Mission Area, New Jersey Water Science Center

ModelMuse Version 4: A graphical user interface for MODFLOW 6 ModelMuse Version 4: A graphical user interface for MODFLOW 6

ModelMuse, a graphical user interface for groundwater-modeling software, was modified to support MODFLOW 6. ModelMuse works with two types of spatial discretization in MODFLOW 6: structured grids (DIS) and discretization by vertices (DISV). Quadtree refinement is used to generate a DISV model from a structured-grid model. The locations and weights for ghost nodes used to improve DISV...
Authors
Richard B. Winston
By
Water Resources Mission Area

Performance assessments of a novel well design for reducing exposure to bedrock‐derived arsenic Performance assessments of a novel well design for reducing exposure to bedrock‐derived arsenic

Arsenic in groundwater is a serious problem in New England, particularly for domestic well owners drawing water from bedrock aquifers. The overlying glacial aquifer generally has waters with low arsenic concentrations but is less used because of frequent loss of well water during dry periods and the vulnerability to surface‐sourced bacterial contamination. An alternative, novel design...
Authors
Richard B. Winston, Joseph D. Ayotte
By
Water Resources Mission Area, Contaminant Biology, Environmental Health Program, Toxic Substances Hydrology

ModelArchiver—A program for facilitating the creation of groundwater model archives ModelArchiver—A program for facilitating the creation of groundwater model archives

ModelArchiver is a program designed to facilitate the creation of groundwater model archives that meet the requirements of the U.S. Geological Survey (USGS) policy (Office of Groundwater Technical Memorandum 2016.02, https://water.usgs.gov/admin/memo/GW/gw2016.02.pdf, https://water.usgs.gov/ogw/policy/gw-model/). ModelArchiver version 1.0 leads the user step-by-step through the process...
Authors
Richard B. Winston
By
Water Resources Mission Area

Volume-weighted particle-tracking method for solute-transport modeling; Implementation in MODFLOW–GWT Volume-weighted particle-tracking method for solute-transport modeling; Implementation in MODFLOW–GWT

In the traditional method of characteristics for groundwater solute-transport models, advective transport is represented by moving particles that track concentration. This approach can lead to global mass-balance problems because in models of aquifers having complex boundary conditions and heterogeneous properties, particles can originate in cells having different pore volumes and (or)...
Authors
Richard B. Winston, Leonard F. Konikow, George Z. Hornberger
By
Water Resources Mission Area

Visualization of groundwater withdrawals Visualization of groundwater withdrawals

Generating an informative display of groundwater withdrawals can sometimes be difficult because the symbols for closely spaced wells can overlap. An alternative method for displaying groundwater withdrawals is to generate a “footprint” of the withdrawals. WellFootprint version 1.0 implements the Footprint algorithm with two optional variations that can speed up the footprint calculation...
Authors
Richard B. Winston, Daniel J. Goode
By
Water Resources Mission Area, Pennsylvania Water Science Center

The role of uplift and erosion in the persistence of saline groundwater in the shallow subsurface The role of uplift and erosion in the persistence of saline groundwater in the shallow subsurface

In many regions of the world, the shallow (
Authors
Richard M. Yager, Kurt J. McCoy, Clifford I. Voss, Ward E. Sanford, Richard B. Winston
By
Water Resources Mission Area, Virginia and West Virginia Water Science Center

ListingAnalyst: A program for analyzing the main output file from MODFLOW ListingAnalyst: A program for analyzing the main output file from MODFLOW

ListingAnalyst is a Windows® program for viewing the main output file from MODFLOW-2005, MODFLOW-NWT, or MODFLOW-LGR. It organizes and displays large files quickly without using excessive memory. The sections and subsections of the file are displayed in a tree-view control, which allows the user to navigate quickly to desired locations in the files. ListingAnalyst gathers error and...
Authors
Richard B. Winston, Scott Paulinski
By
Water Resources Mission Area

Modifications made to ModelMuse to add support for the Saturated-Unsaturated Transport model (SUTRA) Modifications made to ModelMuse to add support for the Saturated-Unsaturated Transport model (SUTRA)

This report (1) describes modifications to ModelMuse,as described in U.S. Geological Survey (USGS) Techniques and Methods (TM) 6–A29 (Winston, 2009), to add support for the Saturated-Unsaturated Transport model (SUTRA) (Voss and Provost, 2002; version of September 22, 2010) and (2) supplements USGS TM 6–A29. Modifications include changes to the main ModelMuse window where the model is...
Authors
Richard B. Winston
By
Water Resources Mission Area

ModelMuse - A Graphical User Interface for MODFLOW-2005 and PHAST ModelMuse - A Graphical User Interface for MODFLOW-2005 and PHAST

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW-2005 and PHAST. This software package provides a GUI for creating the flow and transport input file for PHAST and the input files for MODFLOW-2005. In ModelMuse, the spatial data for the model is independent of the grid, and the temporal data is independent of the stress periods. Being able...
Authors
Richard B. Winston
By
Water Resources Mission Area

Non-USGS Publications**

Winston, A., and Winston, R.B., 1980, Unperturbed Molecular Dimensions of Polyacrylamide in Water. Journal of Polymer Science: Polymer Letters Edition, 18: 119-122.
Winston, R.B., 1983, A Late Pennsylvanian upland flora in Kansas: Systematics and environmental implications. Review of Palaeobotany and Palynology, 40: 5-31.
Winston, R.B., 1984. The Upper Pennsylvanian conifer, Walchia garnettensis: Structure and affinities. Palaeontographica, 194B, p. 97-108.
Winston, R.B., 1986. Characteristic features and compaction of plant tissues traced from permineralized peat to coal in Pennsylvanian coals (Desmoinesian) from the Illinois Basin. International Journal of Coal Geology, 6: 21-41.
Pashin, J.C., Ward, W.E., II, Winston, R.B., Chandler, R.V., Bolin, D.E., Hamilton, R.P., and Mink, R.M., 1990. Geologic Evaluation of Critical Production Parameters for Coalbed Methane Resources, Part II, Black Warrior basin, Annual report. Geological Survey of Alabama, Gas Research Institute Contract No. 5087-214-1594. 177 p.
Epsman, M.L., Wilson, G.V., Pashin, J.C., Tolson, J.S., Ward, W.E. II, Chandler, R.V., Winston, R.B., Richter, K.E., Hamilton, R.P., and Rheams, L.J., 1988. Geologic Evaluation of Critical Production Parameters for Coalbed Methane Resources, Part II, Black Warrior basin, Annual report. Geological Survey of Alabama, Gas Research Institute Contract No. 5087-214-1544. 178 p.
Winston, R.B., 1988. Paleoecology of Middle Pennsylvanian-age peat-swamp plants in Herrin Coal, Kentucky, U.S.A. International Journal of Coal Geology, 10: 203-238.
Winston, R.B., 1989. Identification of plant megafossils in Pennsylvanian-age coal. Review of Palaeobotany and Palynology, 57: 265-276.
Winston, R.B., 1990. Coal-paleobotany of the Mary Lee coal bed of the Pennsylvanian "Pottsville" Formation near Carbon Hill, Walker County, Alabama, in Gastaldo, R.A., Demko, T.M., and Liu, Y. (editors) Carboniferous Coastal Environments and Paleocommunities of the Mary Lee Coal Zone, Marion and Walker Counties, Alabama. Geological Society of America, Southeastern section, guidebook for field trip VI, Tuscaloosa, Alabama, p. 66-72.
Winston, R.B., 1990. Implications of paleobotany of Pennsylvanian-age coal of the central Appalachian basin for climate and coal-bed development. Geological Society of America Bulletin, v. 102: 1720-1726.
Winston, R.B., 1990. Vitrinite reflectance of Alabama's bituminous coal. Alabama Geological Survey, Circular 139, 54 p.
Winston, R.B., 1991. A structurally preserved, Lower Pennsylvanian flora from the New Castle coal bed of Alabama. Alabama Geological Survey, Circular 157, 21 p.
Winston, R.B., 1991. Preliminary report on coal quality trends in Upper Pottsville formations coal groups and their relationships to coal resource development, coalbed methane occurrence, and geologic history in the Warrior coal basin, Alabama. Alabama Geological Survey, Circular 152, 53 p.
Winston, R.B., 1991. Coal quality of the Mary Lee coal group and its relationship to coal resource development, coalbed methane, and geologic history in the Warrior coal field, Alabama, in Peters, D.C., (editor) Geology in Coal Resource Utilization. American Association of Petroleum Geologists, TechBooks, Fairfax, Va. p. 369-388.
Winston, R.B., 1993. Reassessment of the evidence for primary fusinite and degradofusinite, Organic Geochemistry, v. 20: 209-221.
Winston, R.B., 1994. Models of the geomorphology, hydrology, and development of domed peat bodies. Geological Society of America Bulletin 106:1594-1604.
Winston, R.B., 1996. Design of an Urban, Groundwater-Dominated, Wetland. Wetlands, 16(4); 524-531.
Winston, R.B., 1997. Problems Associated with Reliably Designing Groundwater-Dominated Constructed Wetlands. Wetland Journal. 9(1): 21-25.
Winston, R.B., 2014, Modifications made to ModelMuse to add support for the Saturated-Unsaturated Transport model (SUTRA): U.S. Geological Survey Techniques and Methods, book 6, chap. A49, 6 p., http://dx.doi.org/10.3133/tm6a49.
Winston, R. B., and Paulinski, Scott. 2014. ListingAnalyst: A Program for Analyzing the Main Output File from MODFLOW. Ground Water. doi: 10.1111/gwat.12054.
Winston, R.B., and Ayotte, J.D., 2015, Simulations of a novel well design for reducing the risk of arsenic contamination (abstract). Geological Society of America Annual Meeting 2015, Baltimore, MD, November 1-4, 2015
Winston, R.B., 2015, ModelMuse as a Graphical User Interface for SUTRA in Maxwell, R., Hill, M., Zheng, C., and Tonkin, M. Editors, MODFLOW and More 2015: Modeling a Complex World, Proceedings: Golden Colorado, p. 330-333.
Yager, R. M., K. J. McCoy, C. I. Voss, W. E. Sanford, and R. B. Winston (2017), The Role of Uplift and Erosion in the Persistence of Saline Groundwater in the Shallow Subsurface, Geophys. Res. Lett., 44, doi:10.1002/2017GL072980.

**Disclaimer: The views expressed in Non-USGS publications are those of the author and do not represent the views of the USGS, Department of the Interior, or the U.S. Government.

Filter Total Items: 26

ModelMuse: A Graphical User Interface for Groundwater Models ModelMuse: A Graphical User Interface for Groundwater Models

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW 6, MODFLOW–2005, MODFLOW-LGR, MODFLOW-LGR2, MODFLOW-NWT, MODFLOW-CFP, MODFLOW-OWHM versions 1 and 2, MODPATH, ZONEBUDGET, PHAST, SUTRA 2.2, SUTRA 3.0, SUTRA 4.0, MT3D-USGS, and WellFootprint and the non-USGS programs MT3DMS and PEST.
By
Water Resources Mission Area

ModelMuse 5.3.1 ModelMuse 5.3.1

This version of ModelMuse fixes bugs in the "Model|Output Control" dialog box that could result in corrupted files.
By
Water Resources Mission Area

ModelMuse 5.3, Software Release ModelMuse 5.3, Software Release

ModelMuse version 5.3 adds the ability to import existing MODFLOW 6 models with some limitations. Other changes include 1. the ability to use formulas to activate or deactivate specified head, specified concentration, and mass source boundaries, 2. the ability to use formulas in the scale factors of dynamic boundaries, 3. support for the AUXMULTNAME option in MODFLOW 6, and 4. the...
By
Water Resources Mission Area

Model Viewer 1.8 Model Viewer 1.8

Model Viewer is a computer program that displays the results of three-dimensional ground-water models. Scalar data (such as hydraulic head or solute concentration) may be displayed as a solid or a set of isosurfaces, using a red-to-blue color spectrum or a custom color scale to represent a range of scalar values. Vector data (such as velocity or specific discharge) are represented by...
By
Water Resources Mission Area

Model Viewer: A Program for Three-Dimensional Visualization of Groundwater Model Results Model Viewer: A Program for Three-Dimensional Visualization of Groundwater Model Results

ModelViewer is a program for three-dimensional visualization of groundwater model results.
By
Water Resources Mission Area

ModelMuse Version 5.2 ModelMuse Version 5.2

This version of ModelMuse adds support for MODFLOW-OWHM version 2, SUTRA version 4, and additional packages in MODFLOW 6.
By
Water Resources Mission Area

Listing Analyst 1.3 Listing Analyst 1.3

Listing Analyst has been modified to work with the Groundwater Transport process in MODFLOW 6.
By
Water Resources Mission Area

ListingAnalyst ListingAnalyst

ListingAnalyst is a program for viewing the main output file from MODFLOW-2005, MODFLOW-NWT, MODFLOW-LGR, MODFLOW-CFP, MODFLOW-OWHM, and MODFLOW 6.
By
Water Resources Mission Area

ModelMuse Version 5.1.1 ModelMuse Version 5.1.1

This version of ModelMuse fixes a serious bug in ModelMuse version 5.1.
By
Water Resources Mission Area

ModelMuse Version 5.1: Software Release ModelMuse Version 5.1: Software Release

ModelMuse version 5.1 updates version 5.0 by adding support for the groundwater transport process and time series files in MODFLOW 6.
By
Water Resources Mission Area

ModelMuse Version 5.0: Software Release ModelMuse Version 5.0: Software Release

ModelMuse is a graphical user interface for several different groundwater modeling programs. ModelMuse has been updated to generate the input files for the parameter estimation software suite PEST when used with MODFLOW or SUTRA models, run PEST-based parameter estimation, and display the updated model inputs after parameter estimation. The PEST input files can also be used with PEST++...
By
Water Resources Mission Area

ModelMuse Version 4.3 Software Release ModelMuse Version 4.3 Software Release

ModelMuse is a graphical user interface (GUI) for the U.S. Geological Survey (USGS) models MODFLOW 6, MODFLOW 2005, MODFLOW LGR, MODFLOW LGR2, MODFLOW NWT, MODFLOW CFP, MODFLOW OWHM, MODPATH, ZONEBUDGET, PHAST, SUTRA 2.2, SUTRA 3.0, MT3D USGS, and WellFootprint and the non USGS model MT3DMS. This software package provides a GUI for creating the flow and transport input file for PHAST and...
By
Water Resources Mission Area
Was this page helpful?