1. This modeling tutorial provides an introduction to groundwater modeling using MODFLOW within the graphical user interface, ModelMuse. It serves as a valuable resource for helping students enhance their skills in groundwater flow modeling while deepening their understanding of fundamental concepts. Video Link
2. Learn step-by-step how to set up a well in ModelMuse for groundwater modeling. Whether you're new to ModelMuse or looking to enhance your skills, this tutorial provides clear guidance to help you successfully model wells in your groundwater simulations. Video Link
3. This tutorial provides how to set up MODPATH, a powerful particle-tracking model for MODFLOW. Follow a clear, step-by-step guide to integrate particle tracking into your groundwater simulations, making it easier to analyze flow paths, travel times, and groundwater behavior. Video Link
4. Learn how to use shapefiles and raster data to design grids, set up layer elevations, define boundary conditions, and more in ModelMuse for groundwater modeling. This step-by-step tutorial is perfect for anyone looking to integrate GIS data into their groundwater simulations and create detailed, accurate models in ModelMuse. Video Link
5. Discover how to use shapefiles and raster data to set up boundary conditions, wells, and spatial hydraulic conductivity in ModelMuse for groundwater modeling. Follow along as we simulate a real-world aquifer example, providing practical insights for creating detailed and accurate groundwater models. Video Link.
6. Discover how to create a complete transient groundwater flow and contaminant transport model in ModelMuse. Building on the previous video, this step-by-step tutorial will teach you everything from defining the hydrogeological framework to running simulations with MODFLOW and MT3DMS. Video Link.
7. Green–Ampt Infiltration Model GUI (July 2025). A standalone, user-friendly Green–Ampt Infiltration Model GUI to support Extension, teaching, and applied water-resources decision-making. The Windows-based tool allows users to simulate and visualize soil infiltration processes, export results for reporting, and apply the model to irrigation efficiency and soil–water management without requiring programming expertise. Download GAIM GUI and User Guide