Integrated management of groundwater involves implementing policies that can achieve economic and ecologically sustainable outcomes. Developing integrated policies needs to be supported by long term reliable data of groundwater levels and factors that influence recharge and extraction rates. In Australia, hydrological and groundwater data are currently collected and managed by different agencies, and scattered in various formats and locations. The objective of the National Groundwater Information System (NGIS) project is to provide a unified framework for collecting and managing groundwater data. The implementation of the NGIS requires: (1) setting up mechanisms for acquiring and storing data, (2) developing methods and tools to examine and...
GWML2 is an international standard for the online exchange of groundwater data that addresses the pr...
Because of the spatial nature of groundwater-related data and their time component, effective ground...
This research aims to develop and evaluate a geospatial application for groundwater resource managem...
This paper describes the preliminary development and use in the Australian context of a standard des...
Understanding and managing groundwater resources requires the integration of large amounts of high q...
Groundwater bodies are important and valuable natural resources. To better understand the hydrologi...
Environmental sciences are evolving from a simple, local-scale approach toward complex multilayered,...
Environmental sciences are evolving from a simple, local-scale approach toward complex multilayered,...
Groundwater management is important for all urban systems. Thus, data needs to be available on reque...
The continuous increase in water demand for various uses underlines the importance of supply problem...
The purpose of this paper is to present the state-of-art of groundwater geospatial information manag...
The Groundwater Assessment Platform is a free, interactive online GIS platform for the mapping, shar...
The Twin Platte Natural Resource District (TPNRD) and the Nebraska Department of Natural Resources (...
The East Mendip Hills in Somerset, England have historically been an important source of aggregate m...
In many areas of Australia, demand for groundwater now exceeds sustainable supply rates. Gro...
GWML2 is an international standard for the online exchange of groundwater data that addresses the pr...
Because of the spatial nature of groundwater-related data and their time component, effective ground...
This research aims to develop and evaluate a geospatial application for groundwater resource managem...
This paper describes the preliminary development and use in the Australian context of a standard des...
Understanding and managing groundwater resources requires the integration of large amounts of high q...
Groundwater bodies are important and valuable natural resources. To better understand the hydrologi...
Environmental sciences are evolving from a simple, local-scale approach toward complex multilayered,...
Environmental sciences are evolving from a simple, local-scale approach toward complex multilayered,...
Groundwater management is important for all urban systems. Thus, data needs to be available on reque...
The continuous increase in water demand for various uses underlines the importance of supply problem...
The purpose of this paper is to present the state-of-art of groundwater geospatial information manag...
The Groundwater Assessment Platform is a free, interactive online GIS platform for the mapping, shar...
The Twin Platte Natural Resource District (TPNRD) and the Nebraska Department of Natural Resources (...
The East Mendip Hills in Somerset, England have historically been an important source of aggregate m...
In many areas of Australia, demand for groundwater now exceeds sustainable supply rates. Gro...
GWML2 is an international standard for the online exchange of groundwater data that addresses the pr...
Because of the spatial nature of groundwater-related data and their time component, effective ground...
This research aims to develop and evaluate a geospatial application for groundwater resource managem...