A platform for research: civil engineering, architecture and urbanism
The challenge of water conservation and water demand management for irrigated agriculture in South Africa
More than 50% of South Africa's catchments are deemed to be over-allocated. The challenge is to find ways to bring the over-allocated catchments back into balance in a manner that does not shock the socio-economic fabric of the country. The logical starting point is to try to do better with less water. In this article, water conservation and water demand management (WC & WDM) options are discussed, with particular reference to the irrigation sector as it is the dominant water user in South Africa. The concept of banking water, which incentivizes irrigators to become more water use efficient, is also explored.
The challenge of water conservation and water demand management for irrigated agriculture in South Africa
More than 50% of South Africa's catchments are deemed to be over-allocated. The challenge is to find ways to bring the over-allocated catchments back into balance in a manner that does not shock the socio-economic fabric of the country. The logical starting point is to try to do better with less water. In this article, water conservation and water demand management (WC & WDM) options are discussed, with particular reference to the irrigation sector as it is the dominant water user in South Africa. The concept of banking water, which incentivizes irrigators to become more water use efficient, is also explored.
The challenge of water conservation and water demand management for irrigated agriculture in South Africa
Pott, Andrew (author) / Hallowes, Jason (author) / Backeberg, Gerhard (author) / Döckel, Max (author)
Water International ; 34 ; 313-324
2009-08-14
12 pages
Article (Journal)
Electronic Resource
Unknown
Water Pricing in Irrigated Agriculture
Online Contents | 2001
|Efficient Water Uses in Irrigated Agriculture
British Library Conference Proceedings | 1992
|Taylor & Francis Verlag | 2014
|