Water from various origins is used to supply irrigation: Surface water from close resource or transported on long distance, groundwater from shallow water tables or from deep aquifers as well. Multiple resources may be available at the same place, differing in operation cost, in quantity and in quality. Other usages may compete with irrigation. Therefore, an assessment of the total amount of water available during an irrigation season is essential for determining the optimal consumptive as well as non-consumptive use, the latter remaining available for a second usage. Dependent on the local conditions, groundwater irrigation may be more efficient than surface water schemes. Both may be used together on the same spot. However, especially in arid and semi-arid conditions, there is often a need to stop over-exploitation and ensure sustainable use by technological and institutional interventions so that, where possible, storages could be used during the drought periods.

Sustainable water management at both resource and system level is not only an important requirement in support of global food production, but also for the livelihood of the rural population and for environment. In addition there is the important aspect of integrated river basin management where irrigation is generally the major water user. In quite numerous systems there is 'over' irrigation, which may result in waterlogging, salinization and wasting of water. On the other hand 'deficit' irrigation may result in yield reductions and salinization of the root zone. Therefore a crucial question is what would be optimal water development strategy and management approach in irrigation under the local conditions. The WG will be exploring the subjects under its scope from perspective of”schemes” and thus is relevant to the Thematic Area.

Scoping Document


Established : 2015
Mandate: (a) assessment of consumptive use of water for irrigation and resulting water balance at system level; (b) water demand management according to available resource(s) and system capacity; (c) assessment of water loss in various components of irrigation systems, appraisal of water made available for another use downstream (non-consumptive); (d) ground water development and management for irrigation including conjunctive use of surfaceand groundwater in irrigation, artificial recharge of aquifers from canals "losses" and "excessive" irrigation; and (e) water measuring methods and devices and relevant technology (flow rates and volumes).
Sl. No. Name Email Country Membership
1 Mrs. Mary Jean M. Gabriel South Africa Chair
2 Mr. Ahmet SEREN Turkey Vice Chair
3 Mr. Ahmet Seren Turkey Vice Chair
4 Dr. Katsuyuki SHIMIZU Japan Secretary
5 Mr. Francois BRELLE France Member
6 Dr. Akie MUKAI Japan Member
7 Dr. Waleed Hassan M. Abou El Hassan Egypt Member
8 Dr. Ming-Young Jan Chinese Taipei Committee Member
9 Dr. Amgad Elmahdi Australia Member
10 Mr. Mohammed Kazem Siahi Iran Member
11 Dr. Wu Jingwei China Member
12 Mr. Ian William Makin United Kingdom Observer
13 Dr. A. Hafied A. Gany Indonesia Observer
14 Dr. Narges Zohrabi (Ms) Iran Provisional Member
15 Dr. Hanan Hussien Abbood Iraq Provisional Member
16 Ms. Maryam Naeem Odaa Al-Obaidy Iraq Provisional Member
17 Eng. Abd Elsalam Mohamed Salih Idriss Sudan Provisional Member
18 Ir. Mat Hussin Bin Ghani Malaysia Provisional Member
19 Eng. Mohammed Omar Makram Afify - Young Professional Egypt Provisional Member
20 Mr. Tariq Altaf Pakistan Provisional Member
21 Prof. L.B. Roy Direct Member India Provisional Member