IGW-NET in action.
Six dimensions of groundwater modeling — applied to real basins, in real time.
Coming soon. Recorded sessions for this dimension of IGW-NET are being prepared and will appear here as they're ready.
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In minutes you get a real-time visual computational steering system — simulation, visualization, and analysis of integrated flow and transport, working as one. The depth that follows is in steering it: learning the basin, understanding the dynamics, refining what matters.
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IGW-NET · Modeling Anywhere
Real basins, real models, in minutes
Build a real-place groundwater model in minutes — anywhere on Earth. Geology, hydrography, wells, recharge, all pulled from the global base model. Same engine, same physics, applied to your specific basin. Twenty-five recorded sessions covering live aquifer construction across diverse geological settings.
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IGW-NET · Multiscale Systems
Coupling regional and local on the fly
Real aquifers span scales — regional flow patterns interact with local pumping, watershed-scale recharge with site-scale contamination. IGW-NET couples them on the fly: zoom into any area for higher-resolution dynamics, with the parent model providing boundary conditions automatically. Twenty-four recorded sessions across multiple scales of analysis.
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IGW-NET · Risk-based Decisions
Probabilistic prediction in real time
Real groundwater decisions live in uncertainty. IGW-NET runs Monte Carlo, conditional simulation, and probabilistic predictions in real time — not as an offline post-processing step. Twenty-four recorded sessions covering uncertainty quantification, risk communication, and data-worth analysis.
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IGW-NET · Remediation
Plumes, sources, and remediation design
Plumes don't follow homogeneous paths. IGW-NET shows the trapping effects, channeling, and reactive transport that traditional models smooth over — and lets you design and test remediation strategies interactively. Twenty-nine recorded sessions covering plume migration, source zone characterization, monitoring network design, and remediation evaluation.
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IGW-NET · Sustainable Management
Decade-scale aquifer dynamics
Long-term groundwater management requires seeing what the aquifer can sustain. IGW-NET runs decade-scale simulations of pumping vs. recharge, stream-aquifer interaction, and the slow shifts in regional flow that make today's safe yield tomorrow's depletion. Twenty-nine recorded sessions covering long-term aquifer behavior, recharge dynamics, and sustainable yield analysis.
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IGW-NET · 3D Viz
The aquifer in three dimensions
Groundwater is three-dimensional. IGW-NET visualizes the full vertical structure — flow systems, plume migration, aquifer stratigraphy, contamination depth — in interactive 3D, draped over real terrain and surface features. Seventeen recorded sessions of three-dimensional aquifer visualization across diverse geological settings.
What you're looking at.
For decades, building a serious groundwater model meant months of data gathering, formatting, calibration, and software wrangling — before any insight emerged. IGW-NET inverts that. Geology, hydrography, wells, recharge — pre-assembled. The model is ready. You start where the value is.
Above, a library of recorded sessions covering six dimensions of groundwater modeling — building real-place models in minutes, coupling regional and local flow systems, making decisions under uncertainty, designing remediation, managing aquifers across decades, and visualizing it all in three dimensions. Every simulation runs in real time. What you see is the equation, solving.
Ready to model your aquifer?
Every simulation above started as a box drawn on a real map, with IGW-NET pulling the geology in seconds. Open the platform and try it on yours — no installation, runs in your browser.