This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click Here to Register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   • Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   • e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

Click here to register for the webinar!

We are extremely pleased to announce the release of the HGS Interface in partnership with Aquaveo. HydroGeoSphere users have been awaiting an HGS graphical user interface (GUI) for quite a long time, and we’re thrilled that our partnership with Aquaveo is now delivering on this need.

The HGS Interface is a GUI for HydroGeoSphere that has been built into Aquaveo’s flagship Groundwater Modeling System (GMS), one of the world’s premier software packages for subsurface hydrological simulations. With the introduction of the extremely powerful HydroGeoSphere simulation engine, GMS v10.8 users will be able to construct fully-integrated groundwater-surface water models powered by HydroGeoSphere!

Join Brayden McNeill for a short webinar to showcase the HydroGeoSphere Interface, work through a short tutorial as a demonstration and Q&A session with representatives from Aquanty and Aquaveo.

The HGS Interface for GMS supports the most integral features/capabilities of the HGS modeling engine including 2D surface water flow, 3D variably saturated groundwater flow, and evapotranspiration. A full suite of boundary conditions and parameterization tools are available to support these basic flow capabilities. Please note that the HGS Interface for GMS v10.8 does not support the full feature list offered by HGS. Additional HGS capabilities may be implemented using the native HGS workflow (contact GMS sales/support for more information). For example, a flow model produced using the HGS interface for GMS may be modified using the native HGS workflow to incorporate solute transport, density dependent flow, fracture flow, etc. Future versions of the HGS Interface may expand on the HGS features/capabilities supported by GMS.

Click here to register for the webinar!

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

CLICK HERE TO REGISTER

Note: all event times are in eastern (EST/EDT)

Since the framework for fully-integrated surface water and groundwater hydrologic models was first laid out over 50 years ago, considerable progress has been made towards realizing that vision. Today, fully integrated hydrologic models (such as HydroGeoSphere) are routinely applied to a wide variety of problems and scales.

Compared to traditional groundwater or surface water only models a fully integrated approach to simulating the hydrologic cycle presents a different set of opportunities (and challenges!). Making the transition to fully integrated modelling often requires a bit of a shift in perspective to fully realize the benefits of this powerful approach to water resources engineering.

Join Dr. Steve Berg to learn how you can maximize the power of HydroGeoSphere in your own modelling projects.

In this talk, we will:

• Briefly discuss the seminal paper for this field on numerical modelling (Freeze and Harlan,1969)

• Review the key process hydrologic processes handled by HGS and discuss what makes tightly-coupled integrated modelling so powerful

• Review key applications for which this modelling approach excels

• Review of ‘advanced’ HGS functionality

• How to design an HGS model for your problem to best leverage it's strengths

• Discuss the future of integrated hydrologic modelling (where are we heading)

CLICK HERE TO REGISTER

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

CLICK HERE TO REGISTER

Note: all event times are in eastern (EST/EDT)

At Aquanty we take pride in offering the very highest quality of service by staying at the cutting-edge of hydrologic science and promoting the adoption of best-in-class scientific methods. In this webinar we’re excited to introduce the powerful Data Space Inversion (DSI) technique to the HydroGeoSphere user community and the wider Aquanty network.

Join us in welcoming Dr. John Doherty who will introduce the key concepts and theory behind DSI, and our good friend and long-time HGS user Dr. Hugo Delottier who will present an example application of the DSI technique applied to a complex HydroGeoSphere model.

Part 1: Data Space Inversion: History-Matching, Uncertainty Analysis and Data Worth Assessment for Complex Models

Abstract:

Data space inversion (DSI) has been around for a while but has been largely ignored, except by some in the petroleum industry. It is simple to understand and easy to implement. Nevertheless, it is extremely powerful.

Suppose that you have built a complex groundwater model with a lengthy run time. Presumably, you have done this because you are pursuing integrity of representation of processes that affect groundwater in your study area. The same ideal should impel you to seek integrity of representation of the properties that affect these processes. However these properties are heterogeneous, and often highly uncertain. They must therefore be represented stochastically. Stochastic representation of subsurface hydraulic and other properties supports quantification of the uncertainties of predictions of management interest - an essential pre-requisite for informed decision-making. However reduction of these uncertainties through history-matching faces severe practical difficulties when using a complex model.

In many circumstances, these difficulties can be overcome relatively easily using DSI. DSI allows you to capitalize on your modelling investment. In particular, from a machine-learning perspective, it allows you to reap the benefits of the exceptionally good receptacles that your model provides for information that is resident in measurements of historical system behaviour - for example, heads, fluxes and contaminant/tracer concentrations.

DSI uses your model to develop stochastic linkages between the measured past and the managed future. This statistical model can then be conditioned on real-world measurements of historical system behaviour to yield maximum-likelihood predictions of future system behaviour. Posterior (i.e. post-data-assimilation) uncertainties can then be ascribed to these predictions. All of this can be achieved at a fraction of the normal cost of history-matching – perhaps with as few as 300 model runs. This fast-running surrogate model can be turned to other useful tasks. For example, you can use it to assess the efficacy of different proposed data-acquisition strategies in reducing the uncertainties of predictions that you care about. Investments in data can therefore be optimized.

In short, at next to no numerical or financial cost, DSI allows you to add a large amount of value to your existing modelling work. DSI is supported by both the PEST and PEST++ suites.

Part 2: Data space inversion for efficient uncertainty quantification with integrated surface and subsurface hydrologic models

Abstract:

Hydrological models are generally built to provide decision-makers with useful predictions of future system behaviour. This allows them to better rationalise water use. The development of such models usually requires acceptable replication of historical system behaviour. It also requires quantification of the uncertainties of predictions of management interest. This is traditionally done by adjusting model parameters to fit historical observations of system states and may require a large number of model runs. Data Space Inversion (DSI) provides an alternative (and highly model-run-efficient) method for quantifying the uncertainties of model predictions by developing statistical relationships between simulated past and future system behaviour. DSI therefore eliminates the need for parameter adjustment. This is of great utility because it dramatically facilitates the quantification of prediction uncertainty for decision-support models with long run times and/or complex parameterisation schemes. DSI is used in conjunction with a complex hydrological model representing a synthetic but realistic alluvial phreatic aquifer to predict fast surface water travel times to water production wells as well as surface water infiltration. The performance of DSI for uncertainty quantification is validated against more traditional approaches that require adjustment of a large number of parameters. Efficient uncertainty quantification can be achieved with a significant reduction in computational time (about two orders of magnitude), demonstrating the benefits of using DSI in conjunction with complex hydrological models.

About the presenters:

Dr. John Doherty is the author of PEST and its associated utility software. John has worked in the water industry for over 40 years – in government, industry and academia. He was the 2019 Darcy lecturer. John presently devotes much of his time to software development and decision-support modelling research and education through the industry-funded GMDSI initiative.

Dr. Hugo Delottier is groundwater hydrologist focused on modeling flow and transport processes in heterogeneous porous and fractured media. Hugo obtained a PhD in hydrogeology from Université de Bordeaux in France under the supervision of Prof. Alexandre Pryet, with research focused on model predictive uncertainty quantification and groundwater recharge processes. Hugo has been involved in a major regional integrated surface and subsurface modeling project in the southern Québec region together with Prof. René Therrien (original creator of HydroGeoSphere). The main purpose was to investigate the potential effects of climate changes on regional groundwater resources. Today Hugo works with Prof. Philip Brunner as a Postdoctoral Researcher at the Centre for Hydrogeology and Geothermics (CHYN) at University of Neuchâtel, Switzerland, studying the explicit simulation of environmental tracers through the use of advanced numerical modeling methods to better inform complex alluvial geology.

CLICK HERE TO REGISTER

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

Note: all event times are in eastern (EST/EDT)

Join Aquanty for a FREE 2-3 hour training session focused entirely on Tecplot, the leading post-processing tool for finite element mesh studies and Aquanty’s recommended tool to process and visualize the results of your HydroGeoSphere models. Tecplot 360 allows you to integrate XY, 2D & 3D plots and get them looking exactly the way you want, and communicate your results with brilliant images and animations.

Click here to register.

In this training session we’ll cover the following material:

Intro to Visualization Data, Key File Types

• HGS output commands (hydrographs, observation wells, etc.)

• Hsplot.exe output (3D, model-wide results)

• Tecplot layout files

• Data import/management

Tecplot Basics

• Creating 2D plots – time series, calibration charts

• Editing/formatting plot settings

Tecplot Intermediate

• Creating 3D plots

• Editing/formatting plot settings, display options

• Isosurfaces, slices, streamlines

Tecplot Advanced

• Animating time-series data

• Dynamic/embedded plots, working with multiple frames

• Data alter/manipulation, Tecplot equations

Demo and Q&A

Click here to register.

CLICK HERE TO REGISTER

Note: all event times are in eastern (EST/EDT)

Join us for a webinar focused on building high-quality HydroGeoSphere models that are more likely to converge on a solution, and optimizing those models and numerical criteria to reduce model runtimes. We’ll review a number of different numerical concepts with a focus on practical guidance on how to approach convergence optimization.

In this webinar Dr. Killian Miller and Dr. Hyoun-Tae Hwang will introduce key topics and considerations that should form the basis for all climate change impact analyses using HydroGeoSphere. Topics of discussion will include:

• Review of solver methods and options

  • Finite difference vs finite element

  • Control volume vs standard finite difference

  • Level of fill, drop tolerance preconditioning/threshold, etc.

  • Solver acceleration techniques

  • Upstream weighting factor, central weighting

  • Underrelaxation factor

  • Dual node vs common node formulation

• Review of solver output, i.e. understanding phgs.exe runtime output

  • Simulation progress output

  • Summary of nonlinear iteration

  • Adaptive timestepping summary

• Recommendations for optimizing convergence of different types of problems

  • Numerical setting recommendations for different types of problems

  • How to read runtime output, which variables to monitor, how to respond and improve runtime

  • Review debug.control and restart functionality

  • General tips & tricks (i.e. building a high quality mesh, starting with appropriate initial conditions, etc.)

CLICK HERE TO REGISTER

Interested in learning more about the control volume finite element method at the heart of HydroGeoSphere, and some of the benefits it provides (e.g. mass conservative, physically correct flow directions, monotonicity/no oscillations, etc.)? Watch our Numerical Methods and Parallel Processing webinar:

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

Click here to register.

Integrated Hydrologic Modelling using HydroGeoSphere

We’re excited to see you at 76th annual CWRA National Conference in Halifax, Nova Scotia! We’ll be delivering a 1-day intensive training course for conference attendees who are interested in leveraging the world’s most powerful integrated hydrologic modelling platform for their research programs.

Note: registration for this event is handled by CWRA. Registration is expected to open in April, monitor our social media for notifications!

Click here to register for the conference.

Course description:

Join the Aquanty team for a 1-day intensive course which explores the complete integrated hydrologic modeling process using HydroGeoSphere (HGS). This course includes a short session to explore the capabilities of HGS and the governing equations which power this integrated modelling platform, but the focus of the course is primarily on the practical aspects of using HGS. Attendees will explore the entire HGS modelling workflow, from model mesh generation using AlgoMesh to results visualization using ParaView. Significant time will be dedicated to exploring the command-based language used to construct HGS model input files, and the data requirements for constructing integrated groundwater-surface water models. You will also benefit from an overview of numerical solution techniques/best practices, model convergence troubleshooting, how to implement particle tracing, and the basics of introducing 1D & 2D hydraulic features to HydroGeoSphere models (e.g. channels, tile drains, fractures, etc.). 

Attendees of this course will receive a temporary license of HydroGeoSphere (30-day), a temporary license of AlgoMesh (2-week), a copy of all course content including lectures (PDF) and exercises, and the opportunity to network with other HydroGeoSphere users and the software development team.

Date: Sunday, June 18, 2022 8:30 AM - 5:00 PM

Prerequisites: There are no firm prerequisites for this course, but as HydroGeoSphere is a fully integrated (groundwater & surface water) simulation platform attendees will benefit from basic knowledge of principles and best practices of hydrologic modelling (e.g. development of conceptual model, use of boundary conditions, numerical solution methods, etc.).

Fees: $200 professionals; $50 students

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

Click here to register.

CLICK HERE TO REGISTER

Note: all event times are in eastern (EST/EDT)

Join us for a webinar focused on climate change impact analysis using HydroGeoSphere. As the relevant components of the global climate (e.g. temperature and precipitation patterns/intensity) drift further from historically reliable patterns, it becomes harder and harder to rely on these historical patterns as part of hydrologic studies. This is why HydroGeoSphere is an incredibly powerful tool for long-term climate change impact analyses of hydrologic systems.

As a physics-based simulation platform with a de-emphasis on the use of empirical relationships, HydroGeoSphere is an exceptionally powerful tool for modelling ‘unknowns’. These unknowns include regions with little to no observation data, but more importantly this physics-based approach is the most realistic and reliable way to simulate how water resources systems will react to future climatic conditions.

In this webinar Aquanty’s resident climate scientist Dr. Andre Erler will introduce key topics and considerations that should form the basis for all climate change impact analyses using HydroGeoSphere. Topics of discussion will include:

• Introduction to climate modelling: International Panel on Climate Change (IPCC), Global Climate Models (GCMs), Regional Climate Models (RCMs)

• Applying climate model output to HGS: bias-correction, data pre-processing, boundary condition conceptualization

• Study design: scenario analysis, producing climate ensembles, addressing the signal-to-noise paradox in long-term climate predictions

• Case study review: investigating climate change Impacts on surface water and groundwater interactions in the Grand River Watershed

• Concluding remarks: summary and overview of the Canada1Water project - a blueprint for high-resolution climate change impact analysis across Canada

CLICK HERE TO REGISTER

Eager to learn more about HydroGeoSphere’s potential as a climate change impact analysis tool? Watch a webinar on our climate change impact analysis of the Athabasca River Basin!

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

Click here to register.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

Click here to register.

This online training session is free to attend!

Click here to register.

Note: all event times are in eastern (EST/EDT)

Join Brayden McNeill, Aquanty’s Technical Sales Leader, for a 3-4 hour introductory training session to cover essential HydroGeoSphere topics such as:

1. The basic HGS workflow (i.e. using grok.exe, phgs.exe, hsplot.exe)

   1. Review of model input/output files

2. The essential components of a *.grok file, how to structure your model inputs

3. Using AlgoMesh to generate your model grids/mesh

4. Visualizing results using TecPlot and/or ParaView

5. Introduce various resources to help you learn to use HGS

   1. e.g. using the Reference Manual, HGS User Community, and other resources to your advantage.

Click here to register.