Responsiveness of Demand for Irrigation Water: A Focus on the Southern Murray-Darling Basin
Productivity Commission Staff Working Paper
92 Pages Posted: 3 Feb 2005
Abstract
This working paper was released in August 2004. This research is part of a suite of research related to water reform, including the effects of expanding water trade and the management of environmental externalities associated with the supply and use of irrigation water. A foundation for this research is a detailed understanding of irrigated agriculture in the southern Murray-Darling Basin, including: the existing patterns of water use; the emerging trade in water property rights and the likely behavioural responses of individual irrigators to changing water prices. This paper explores the determinants of the elasticity of demand for irrigation water. It focuses on three main irrigated industries - rice, dairy and horticulture - to gain a greater understanding of the value that farmers place on water as an input. The paper provides detail relating to farm decision behaviour and biophysical production realities faced by irrigators in the southern Murray-Darling Basin.
Keywords: Irrigation water, southern murray-darling basin, water, agriculture, rice, dairy, horticulture, water reform, water trade, irrigated industries, water property rights
JEL Classification: Q
Suggested Citation: Suggested Citation
Do you have a job opening that you would like to promote on SSRN?
Recommended Papers
-
Modelling Water Trade in the Southern Murray-Darling Basin
By Deborah C. Peterson, Gavan Dwyer, ...
-
Valuing Water for Chinese Industries: A Marginal Productivity Assessment
By Somik V. Lall and Hua Wang
-
Integrating Rural and Urban Water Markets in South East Australia: Preliminary Analysis
By Gavan Dwyer, Paul Loke, ...
-
Irrigation Externalities: Pricing and Charges
By Gavan Dwyer, Robert Douglas, ...
-
By Productivity Commission, Heather Roper, ...
-
Grapes, Wine and Water: Modelling Water Policy Reforms in Australia
By Randy Stringer and Glyn Wittwer
-
Analyzing Industrial Water Demand in India: An Input Distance Function Approach