Water scarcity and the resulting need for its efficient use is a global challenge. In some countries there are also increasing land use intensification impacts on water quality driven by irrigation. The investment in irrigation systems is considerable. For example in a modern agricultural context the irrigation system investment behind the farm gate is frequently greater than the water storage and distribution infrastructure. Ensuring that irrigation schemes are designed, installed, managed and maintained well is essential if production gains, subsequent direct, indirect and induced economic benefits are to be realized, all whilst managing direct and indirect environmental impacts. It may be expected that in the coming period most of the activities in irrigation will be in the field of modernization and enhancement of existing schemes. For a certain number of schemes revitalizations will be required, before modernization activities can be undertaken, or such activities may be undertaken in combination. The revitalization concerns the broader policy and strategy aspects of Governments with respect to actual activities with respect to the modernization of irrigation schemes.

About two-third of recent international financing for irrigation and drainage and almost all World Bank lending in the sector in the last decade has been for rehabilitation and upgrading of large-scale irrigation infrastructure. Much of this investment has addressed the huge backlog in deferred maintenance and repairs, supported by related reforms in institutions and management. Moving further; ICID felt the need to focus on modernizing irrigation services as this was one of the lacunas in many developing countries. Modernization of service through upgrading existing infrastructure is a challenging technical and institutional problem. New solutions are needed, based on new management options and widely available technologies. In order to provide a continuing focus for sustainable improvement of irrigation service delivery through progressive modernization of infrastructure, management and institutions, ICID established the Working Group on Modernization and Revitalization of Irrigation Schemes (WG-M&R). The WG is concerned with the lack of progress on modernization of services relative to the focus on improving the infrastructure elements of the irrigation system. The group closely works with FAO and other international organizations in developing and promoting strategies and tools like ‘Benchmarking’ and ‘MASSCOTE’ to monitor and evaluate performance of irrigation schemes.Water scarcity and the resulting need for its efficient use is a global challenge. In some countries there are also increasing land use intensification impacts on water quality driven by irrigation. The investment in irrigation systems is considerable. For example in a modern agricultural context the irrigation system investment behind the farm gate is frequently greater than the water storage and distribution infrastructure. Ensuring that irrigation schemes are designed, installed, managed and maintained well is essential if production gains, subsequent direct, indirect and induced economic benefits are to be realized, all whilst managing direct and indirect environmental impacts. It may be expected that in the coming period most of the activities in irrigation will be in the field of modernization and enhancement of existing schemes. For a certain number of schemes revitalizations will be required, before modernization activities can be undertaken, or such activities may be undertaken in combination. The revitalization concerns the broader policy and strategy aspects of Governments with respect to actual activities with respect to the modernization of irrigation schemes.

About two-third of recent international financing for irrigation and drainage and almost all World Bank lending in the sector in the last decade has been for rehabilitation and upgrading of large-scale irrigation infrastructure. Much of this investment has addressed the huge backlog in deferred maintenance and repairs, supported by related reforms in institutions and management. Moving further; ICID felt the need to focus on modernizing irrigation services as this was one of the lacunas in many developing countries. Modernization of service through upgrading existing infrastructure is a challenging technical and institutional problem. New solutions are needed, based on new management options and widely available technologies. In order to provide a continuing focus for sustainable improvement of irrigation service delivery through progressive modernization of infrastructure, management and institutions, ICID established the Working Group on Modernization and Revitalization of Irrigation Schemes (WG-M&R). The WG is concerned with the lack of progress on modernization of services relative to the focus on improving the infrastructure elements of the irrigation system. The group closely works with FAO and other international organizations in developing and promoting strategies and tools like ‘Benchmarking’ and ‘MASSCOTE’ to monitor and evaluate performance of irrigation schemes.

AGENDA/MINUTES/REPORTS/PUBLICATIONS-

| AGENDA (Previous) | MINUTES (Previous) |

---

Broad Outline for Case Study / Country Paper

CHAIRMAN’S MESSAGE+

Ian W. Makin Chairman	Dr. Dong Bin Vice Chairman	Engr. Bala Sani Secretary

 

ACTIVITIES+

Call for Papers: International Workshop on “Modernizing Irrigation Services”, 24th ICID Congress and 71st IEC Meeting, 22-28 September 2020, Sydney, Australia

ANNOUNCEMENT+

Coming Soon

PRESENTATIONS+

Bali, Indonesia, 2019
1. International Workshop on Modernizing Irrigation Services for Water, Food, and Nutrition Security
2. Process of Irrigation Modernization of Indonesia, Case: Serayu and Wadaslintang Irrigation Schemes, Indonesia
3. Using smart water operation center for better water management in Thailand
4. ICT, IoT, and Big DATA Application for Irrigation facilities management
5. Practical evaluation of ICT smart automated sluice gate for paddy fields from the aspect of an additional function of ponding water temperature control
6. Innovative Initiatives in Water Stressed Area by Effective Monitoring of Canal Operations
7. Re-Visiting the Rap Evaluation for Irrigation Modernization - Concept and Application for Small-Scale Irrigation
8. Automatic Subsurface Irrigation and Drainage using Sheet-pipe typed Mole Drain
9. A Case Study on Conversion of Canal Based Irrigation Network System to Pressurized Pipe Based Network System Integrated with Solar Plant in The State of Uttar Pradesh, India
10. Subsurface water level control system “FOEAS” and its diffusion
11. Working Group on Modernization and Revitalization of Irrigation Schemes

GALLERY+

Coming Soon

AWARDS+

Coming Soon

ARCHIEVE+

Comins soon

INTERESTING LINKS+

No Data Available!