Expanding The Frontiers Of Irrigation Management Research

Research results: performances assessment; Research results: design and operation of irrigation systems; Research results: policy, institutions, and management; Research results: health and environment; Training and institutional strengthening; Conclusions: outputs, impacts, and future directions.

The purpose of this paper is to summarize IIMI/IWMI’s past research and interventions related to irrigation management transfer and to document, to the extent possible, the academic, policy, and technical outcomes of these efforts. The application of a range of direct and indirect measurement techniques suggests an overall positive contribution from IWMI to IMT theory and application.

Irrigation management transfer (IMT) means the relocation of responsibility and authority for irrigation management from government agencies to non-governmental organizations, such as water user's associations. It is a widespread process that is taking place in more than 40 countries. These guidelines have been written to assist policy-makers, planners, technical experts, farmers' representatives and others involved in IMT programmes to design and implement an effective comprehensive and sustainable reform.

A Centre Commissioned External Review (CCER) of the International Water Management Institute, Headquarters (IWMI-HQ) was carried out in Colombo in the period 20–28 May 2003. This came immediately after the reviews of the Regional Offices (Africa–by Prof. Alaphia Wright, Asia–by Prof. A. Vaidyanathan, and South East Asia–by Dr. Beatriz P. Del Rosario). The review was undertaken within the context of the (then) ongoing IWMI review and strategic planning process for future priority setting.

The International Programme for Technology and Research in Irrigation and Drainage (IPTRID) was established in 1991 to promote technology and research in and by developing countries. The purpose of this review is to highlight areas where research and development can improve performance and identify gaps in knowledge. In the face of water shortage the problem of one set of water users cannot be considered in isolation from other users and hence there are a number of cross-discipline issues that must also be addressed.

Sub-Saharan Africa has an irrigation potential of about 42 million hectares of which only 17% is developed. Despite several investments in irrigation the growth is slow. This study aims at helping to achieve sustainable irrigation in sub-Saharan Africa, through gaining a better understanding of productive irrigation water use and effective manageme

In many developing countries, their governments dominate the field of water resources management. Even in “participatory irrigation management” efforts, the governments play a dominant role. As these efforts are rarely based on any internally generated demand from the water users, they usually fail to create viable organizations at the local level. A similar setback can be seen in the more recent institutional reforms in Asia’s water sector, which are promoted by the donor agencies and, national and international development professionals. A survey of experiences in Asian countries shows that no country has successfully completed establishing new water sector policies and laws and river basin organizations, as prescribed. The need to improve current performance of water resources management is widely appreciated.In managing the scarce water resources, a change in attitude and approach is seen to be essential. Participatory learning and action methods conducted in a study of selected river basins in five Asian countries surfaced a distinct need for coordination at the river basin level. They also indicated a clear stakeholder preference for establishing coordinating mechanisms, by way of adapting the existing institutions, as an initial step towards greater stakeholder control of river basin management. Essentially, cost-effective and contextually appropriate institutional arrangements were preferred over the prescribed standard models, in order to meet the varying needs related to integrated water resources management.