
Use and Implementation of Structural Overlay Parameters
Construction of a decision support groundwater model requires that parameters be adjustable, stochastic and representative of geological conditions. This can be difficult to achieve in
Construction of a decision support groundwater model requires that parameters be adjustable, stochastic and representative of geological conditions. This can be difficult to achieve in
This tutorial introduces data space inversion (DSI). DSI can be used to explore the uncertainties of predictions made by complex models with complicated hydraulic property
This tutorial explains four ways to explore the uncertainties of two predictions made by a relatively simple, fast-running model. These are: Linear analysis Sampling a
This is the last of a three-part series recorded by John Doherty. The first video is recalling what you once knew. The second video will be
This is the second of a three-part series recorded by John Doherty. The first video is recalling what you once knew. The second video will
This is the first of a three-part series recorded by John Doherty. The first video is recalling what you once knew. The second video will
GMDSI presented three webinars delivered by John Doherty (author of PEST). Webinar 1: Wednesday 28th September – Video Recording and PowerPoint PresentationWebinar 2: Wednesday 12th October
The last in a series of meetings that GMDSI hosted on the groundwater regulatory framework was held on August 18th, 2022. This meeting (attended by
GMDSI is preparing a two-part book. A draft of the first part of this book is now available. Authored by John Doherty, it provides a
This is the second of a two-part series recorded by John Doherty. The first video is philosophical. The second video provides real-world examples of the
This is the first of a two-part series recorded by John Doherty. The first video is philosophical. The second video provides two real-world examples of
This game illustrates ideas presented in an accompanying interactive video. Like the video, it was developed by Ty Ferré of University of Arizona. The game
Predicting the future of any environmental system is fraught with uncertainty; nevertheless, decisions must be made and risks must be assessed. This is where decision
Led by the National Centre for Groundwater Research and Training (NCGRT) at Flinders University and in conjunction with the mining and groundwater industries, the Groundwater
GMDSI is managed by the National Centre for Groundwater Research and Training (NCGRT) and administered by Flinders University.