Role of 3D visual conceptualisation of groundwater system models as a management support tool


Autoria(s): Cox, Malcolm; Young, Joseph A.; James, Allan; Hawke, Amy; Todd, Andrew
Data(s)

31/08/2009

Resumo

After the recent prolonged drought conditions in many parts of Australia it is increasingly recognised that many groundwater systems are under stress. Although this is obvious for systems that are utilised for intensive irrigation many other groundwater systems are also impacted.Management strategies are highly variable to non-existent. Policy and regulation are also often inadequate, and are reactive or politically driven. In addition, there is a wide range of opinion by water users and other stakeholders as to what is “reasonable”management practice. These differences are often related to the “value”that is put on the groundwater resource. Opinions vary from “our right to free water”to an awareness that without effective management the resource will be degraded. There is also often misunderstanding of surface water-groundwater linkages, recharge processes, and baseflow to drainage systems.

Identificador

http://eprints.qut.edu.au/31005/

Relação

http://www.ga.gov.au/about-us/events/groundwater-australian-3d-hydrogeology-workshop-2009.jsp

Cox, Malcolm, Young, Joseph A., James, Allan, Hawke, Amy, & Todd, Andrew (2009) Role of 3D visual conceptualisation of groundwater system models as a management support tool. In First Australian 3D Hydrogeology Workshop, 31 August & 1 September 2009, Canberra. (Unpublished)

Fonte

Biogeoscience; Division of Technology, Information and Learning Support; Faculty of Science and Technology; High Performance Computing and Research Support

Palavras-Chave #080603 Conceptual Modelling #040399 Geology not elsewhere classified
Tipo

Conference Item