The southern Murray–Darling Basin of Australia has the world’s largest and most sophisticated water markets. However, there has been little study on the drivers of permanent and temporary water market movements within local areas, or the substitution effects between groundwater and surface-water extraction over time. This topic is important as it is often claimed that water market trade patterns (especially selling large amounts of permanent water) are associated with rural decline. This study uses random-effects tobit panel models to investigate the association of regional and spatial socio-economic characteristics with temporary and permanent southern Murray–Darling Basin water market trade, using a broker panel database at postcode level...
Policy makers will increasingly have to turn to water demand management in the future to respond to ...
Australia has aggressively pursued water markets as an integral part of water policy reforms. Compar...
TERM-H2O, a dynamic, multi-regional model has become a useful tool for analysing water policy issues...
Water trading is increasingly becoming an important farm management tool for irrigators to manage ch...
Published: 11 February 2016Irrigators in the Murray-Darling Basin (MDB) of Australia face a salinity...
Water markets have increasingly been adopted as a reallocation tool around the world as water scarci...
This Productivity Commission staff working paper, 'Modelling Water Trade in the Southern Murray-Darl...
The Australian government has put forward many policies in the past three decades with the aim of in...
Water markets are promoted as a demand-management strategy for addressing water scarcity. Although t...
Water trading in Australia is enabled by much historical institutional development, which had other ...
The trade of water in Australia is constrained and generally limited to irrigators, with other indus...
An empirical analysis of factors driving outcomes in markets for permanent water – An Australian cas...
In the last quarter of the 20th century, it became obvious that water resources within Australia's M...
Australia has the largest water market in the world in the Murray-Darling Basin region, and serves a...
There is a long history of concern about speculation in water markets, and potential adverse impacts...
Policy makers will increasingly have to turn to water demand management in the future to respond to ...
Australia has aggressively pursued water markets as an integral part of water policy reforms. Compar...
TERM-H2O, a dynamic, multi-regional model has become a useful tool for analysing water policy issues...
Water trading is increasingly becoming an important farm management tool for irrigators to manage ch...
Published: 11 February 2016Irrigators in the Murray-Darling Basin (MDB) of Australia face a salinity...
Water markets have increasingly been adopted as a reallocation tool around the world as water scarci...
This Productivity Commission staff working paper, 'Modelling Water Trade in the Southern Murray-Darl...
The Australian government has put forward many policies in the past three decades with the aim of in...
Water markets are promoted as a demand-management strategy for addressing water scarcity. Although t...
Water trading in Australia is enabled by much historical institutional development, which had other ...
The trade of water in Australia is constrained and generally limited to irrigators, with other indus...
An empirical analysis of factors driving outcomes in markets for permanent water – An Australian cas...
In the last quarter of the 20th century, it became obvious that water resources within Australia's M...
Australia has the largest water market in the world in the Murray-Darling Basin region, and serves a...
There is a long history of concern about speculation in water markets, and potential adverse impacts...
Policy makers will increasingly have to turn to water demand management in the future to respond to ...
Australia has aggressively pursued water markets as an integral part of water policy reforms. Compar...
TERM-H2O, a dynamic, multi-regional model has become a useful tool for analysing water policy issues...