Add to ORKGThe Lockyer Valley, southeast Queensland, hosts intensive irrigated agriculture using groundwater from over 5000 alluvial bores. A current project is considering introduction of PRW (purified recycled water) to augment groundwater supplies. To assess this, a valley-wide MODFLOW simulation model is being developed plus a new unsaturated zone flow model. To underpin these models and provide a realistic understanding of the aquifer framework a 3D visualisation model has been developed using Groundwater Visualisation System (GVS) software produced at QUT
A significant amount (ca. 15-25 GL/a) of PRW (Purified Recycled Water) from urban areas is foreseen ...
This study demonstrates how multidimensional spatial analysis of hydrograph data enables the 3D mapp...
All water recharging a catchment begins as precipitation. Some of this water moves directly to river...
In this paper we discuss an advanced, 3D groundwater visualisation and animation system that allows ...
The upper Condamine River in southern Queensland has formed extensive alluvial deposits which have b...
Groundwater is increasingly recognised as an important yet vulnerable natural resource, and a key co...
Effective management of groundwater requires stakeholders to have a realistic conceptual understandi...
A FEFLOW three-dimensional (3D) groundwater model is developed to enhance the understanding of groun...
A FEFLOW three-dimensional (3D) groundwater model is developed to enhance the understanding of groun...
A detailed 3D lithological model framework was developed using GOCAD software to understand interact...
There are many challenges ahead as we learn how to better manage the allocation and movement of wate...
Groundwater investigation has long depended on the process of developing a conceptual flow model as ...
This paper presents the findings thus far from a research project designed to create a three-dimensi...
After the recent prolonged drought conditions in many parts of Australia it is increasingly recognis...
Effective management of groundwater resources requires an understanding of the complexity of groundw...
A significant amount (ca. 15-25 GL/a) of PRW (Purified Recycled Water) from urban areas is foreseen ...
This study demonstrates how multidimensional spatial analysis of hydrograph data enables the 3D mapp...
All water recharging a catchment begins as precipitation. Some of this water moves directly to river...
In this paper we discuss an advanced, 3D groundwater visualisation and animation system that allows ...
The upper Condamine River in southern Queensland has formed extensive alluvial deposits which have b...
Groundwater is increasingly recognised as an important yet vulnerable natural resource, and a key co...
Effective management of groundwater requires stakeholders to have a realistic conceptual understandi...
A FEFLOW three-dimensional (3D) groundwater model is developed to enhance the understanding of groun...
A FEFLOW three-dimensional (3D) groundwater model is developed to enhance the understanding of groun...
A detailed 3D lithological model framework was developed using GOCAD software to understand interact...
There are many challenges ahead as we learn how to better manage the allocation and movement of wate...
Groundwater investigation has long depended on the process of developing a conceptual flow model as ...
This paper presents the findings thus far from a research project designed to create a three-dimensi...
After the recent prolonged drought conditions in many parts of Australia it is increasingly recognis...
Effective management of groundwater resources requires an understanding of the complexity of groundw...
A significant amount (ca. 15-25 GL/a) of PRW (Purified Recycled Water) from urban areas is foreseen ...
This study demonstrates how multidimensional spatial analysis of hydrograph data enables the 3D mapp...
All water recharging a catchment begins as precipitation. Some of this water moves directly to river...