Irrigation And Agricultural Development In Asia

Composite work examining rural development in 9 developing countries of Asia and contribution of agriculture to economic development - covers land tenure systems, government policy, economic aid, irrigation schemes, new cultivation techniques, the impact of technological change, the marketing of agricultural products, etc. Diagrams, maps and references.

Planning and design of irrigation systems; management, operation, and maintenance of irrigation systems;economic analyses of irrigation; organization of irrigation activities and behavior of irrigators.

Planning and design of irrigation systems; management, operation, and maintenance of irrigation systems;economic analyses of irrigation; organization of irrigation activities and behavior of irrigators.

'A unique and significant longitudinal study of irrigation intervention in FMIS in Nepal that revives important debates on how irrigation management evolves and how this can be investigated. This concise and accessible book can inform and challenge agencies and donors to reflect on policies and researchers to argue further the study of collective action and political theory in irrigation management.' – Linden Vincent, Wageningen University, The Netherlands 'Improving Irrigation in Asia by Elinor Ostrom and colleagues is grounded in intimate detail on water management experience in Nepal while being informed by broadly-applicable concepts and behavioral theories. It greatly advances our understanding of management options and effects. As the water resources available for agriculture become more limited and unreliable, the efficiency and productivity with which irrigation water is used must be increased. While better technology can assist in this quest, the greatest potential gains lie in the social and organizational domains.' – Norman Uphoff, Cornell University, US 'Governance of irrigation systems is complex, needing social, technical and financial actions that support farming. Few people have as much knowledge of self-governing irrigation systems as these authors, and few countries have as many of these systems as Nepal. Lessons from these small irrigation systems can be adapted to much larger units, and to other kinds of activity. External assistance on a modest scale could generate practical benefit, by encouraging self-reliance in communities.' – Charles Abernethy, International Irrigation Management Institute, Colombo (1987–94) and Asian Institute of Technology, Thailand (1996–99) Improving Irrigation in Asia is based on a longitudinal study over two decades on innovative intervention for sustained performance of irrigation systems. The work identifies key factors that can help explain the performance of interventions, and explicates lessons for resource management and the management of development assistance. In 1985, the Water and Energy Commission Secretariat of Nepal and the International Irrigation Management Institute developed an ingenious intervention program for nineteen irrigation systems located in the middle hills of Nepal in an attempt to overcome the prevailing 'best-practices' traps, in regard to assisting irrigation systems. This book highlights the innovativeness of the project lay in its provision of ample opportunities for farmers to make decisions regarding the operation of the irrigation system based on their local knowledge and creativity. The authors of this work, Elinor Ostrom, Wai Fung Lam, Prachanda Pradhan and Ganesh P. Shivakoti provide detailed analysis of these interventions and support the conclusion that farmers can build on an innovative intervention that not only provides physical improvements but also enhances farmers' problem-solving capacity. They argue that to achieve sustainable improvements in performance, the farmers themselves need to engage in collective action over time and support local entrepreneurs who provide leadership and stimulate adjustments to change. Providing practical policy solutions, this study will prove a fascinating and invaluable read for academics and scholars of development studies, resource management, and irrigation studies, as well as development specialists in international agencies, policymakers in governments and international donor agencies.

Agricultural development in South Asia (a comparative study in the green revolution experiences) is a pioneer work of its own kind and unique in nature. Its salient features are: It is a comprehensive and self-contained study covering an analysis of determinants of agriculture and agricultural attributes -- so, a cause-effect analysis. Agricultural development regions and agro-ecological regions have been delineated, and specific recommendations have been made for redressing the regionalimbalances in levels of agricultural development in the South Asian countries--so a planning-oriented study. The study is based on field truthing, personal communications, district-by-district data etc. The data have been presented in maps enlightening patterns and dynamics of agricultural inputs and outputs, and the cartographic work is of high quality. So far, no such in-depth study has been conducted, covering only the primary activity of the sub-continent and highlighting the green evolution experiences--so, a study related to the then and now as regards agricultural inputs and outputs. It will be a study of great relevance to the SAARC nations for planning purposes and making master plans for reducing regional inequalities in agricultural performance levels. Since this work is a pioneer attempt and is based on the field work and district-by district data covering the green revolution period (1967-68 to 1987-88), it is a work of its own kind and unique in nature. The greatest inequality in the use of agricultural inputs within the borders of South Asia is responsible for agricultural development differences. These range from the poverty in densely populated Bangladesh to agriculturally high-speed Punjab-Haryana region in Northwestern India. Moreover, South Asia includes the cold empties of the high Himalayan ranges where agricultural development has a special meaning. The agricultural face of South Asia has changed at a different rate because the diffusion of green revolution technology was not a universal scale. As a consequence, four levels of agricultural development were observed, such as: Very high level development with high speed change; High/medium level development with high/medium speed change; Low level development with low speed change, and Very low level development with very low speed change. Therefore, it is no longer desirable to write only a static geography of agricultural development of South Asia, and it is also equally important, above, all to examine, explain, identify and understand the recognisable ceaseless patterns of change in agricultural development levels.