- Working Group on Environment
- WG on Sustainable Development of Tidal Areas
- WG on Manag. Water Scar. under Conflict Demands
- WG on Climate Change and Agrl. Water Management
- WG on Adaptive Flood Management
- WG on Irrig. and Drain. in the States under Socio-Eco. Trans.
- WG on Institutional Asp. of Irrig. Drain. Sys. Mgmt.
- WG on Modernization and Revitali. of Irrig. Schemes
- WG on Irrigation Development and Mgmt.
- WG-Water Saving in Irrigated Areas
- Working Group on Rain Water Harvesting
- WG on Sustain. On-Farm Irrig. Sys. Development
- WG on Use of Non-Conven. Water Res. for Irrig.
- ICID Journal Editorial Board
- WG on History of Irrigation, Drainage and Flood Control
- TF to Guide ICID Inputs to 9th World Water Forum
- Working Group on Value Engineering
- TF for Updating and Mainten. of Multiling. Tech. Dict.
- WG on Capacity Development, Training and Education
- Working Group on Land Drainage
- WG on Water Food Energy Nexus (WG-WFE-N)
There is strong evidence that the world is becoming more vulnerable to drought. The fourth assessment report of the Intergovernmental Panel on Climate Change (IPCC) published in 2007 stated that “More intense and longer droughts have been observed over wider areas since 1970’s, particularly in the tropics and sub-tropics”. Obviously, the socio-economic consequences have been, and will continue to be, dramatic and this indicates the great risk that human communities will be facing around the globe.
Drought, however, cannot have a simple single definition. It is a relative concept and may vary from place to place and from discipline to discipline. Drought has different meanings to different people, depending on how a water deficiency affects them. As a result, droughts have been classified into many different types. Some of the more commonly used are meteorological, agricultural and hydrologic drought. Meteorological drought is generally defined in terms of lower than average precipitation for some time period. This is a common basis for defining drought but it fails to consider the influences of antecedent conditions, evapotranspiration and the time-lag factors of hydrologic response. Agricultural drought refers to a shortage of water in the root zone of crops such that the yield of plants is reduced considerably. Hydrologic drought is generally defined in terms of low levels of stream flow, reservoir storage, ground water or some combination.
ICID established the Working Group on Irrigated Agriculture under Drought and Water Scarcity (WG-IADWS) in 1996 after merging the two erstwhile Working Groups, namely, Working Group on ‘Highly Water Stressed Areas and the Working Group on Impact of Drought on Irrigated Agriculture’. With changing times, the Working Group on Water Management in Water Stressed Regions (WG-DROUGHT) came into being in 2008-2016 with revised mandate to capture field experiences of the implementation of drought risk management strategies for coping with water scarcity, the group also looks at the approaches and strategies for incorporating economic justification for allocation of water for agricultural production, competing with all other uses, and re-defining, as necessary, the conventional irrigation efficiency concept. The WG is in the process of bringing out a publication on “Irrigation under Drought and Water Scarcity”.
The working group renamed as Working Group on Managing Water Scarcity under Conflicting Demands (WG-MWSCD) (At its 9th meeting, Chiang Mai, Thailand, 2016)
- Information will be collected on three levels of water management; (1) National, (2) area or basin; and (3) local;
- review and analyze information to determine any commonality;
- prepare and present reports and/or case studies on recent development in the countries that are represented in the WG
- organize international workshop on the topic;
- prepare an overview paper on the topic for publication.
|1||Mr. Franklin E. Dimickemail@example.com||USA||Chair|
|2||Mr. Clarke Ballardfirstname.lastname@example.org||Australia||Vice Chair|
|3||Dr. Jaepil Choemail@example.com||South Korea||Secretary|
|4||Dr. Takanori NAGANOfirstname.lastname@example.org||Japan||Member|
|5||Dr. Ming Young Janemail@example.com||Chinese Taipei Committee||Member|
|6||Mr. Amali A. AMALI - Young Professional||AA.Amali@outlook.com||Nigeria||Member|
|7||Dr. Mikiko SUGIURAfirstname.lastname@example.org||Japan||Member|
|8||Ir. David Florentinoemail@example.com||Philippines||Member|
|9||Prof. Dr. Ragab Ragabfirstname.lastname@example.org||United Kingdom||Member|
|10||Mr. Veysel Yildizemail@example.com||Turkey||Member|
|11||Prof. Dr. Hesham Mostafa Mohamed Alifirstname.lastname@example.org||Egypt||Member|
|12||Dr. Shivaji T. Sangleemail@example.com||India||Member|
|13||Dr. Leila Eamen||Leila.firstname.lastname@example.org||Canada||Member|
|14||Mr. Watchara Suiadeeemail@example.com||Thailand||Member|
Montpellier, France 2015
Gwangju, September 2014
- Chang-Chai Cheng (Chinese Taipei) - Drought Management Strategies in Water Stressed / Scarce Regions (Theme 1)
- Mohammad Sadegh Jafari (Iran) - Iranian experience in coping with Water Scarcity and Drought (Theme 2)
- V.C. Ballard (Australia) - Rainfall Harvesting and Management for Sustainable Agriculture in Water Stressed / Scarce Regions (Theme 3)
- Maurice Roos (USA) - Drought situation in California
- Abraham Mehrari Haile (The Netherlands) - Design Guidelines for Flood-Based-Farming Systems
Renamed as Working Group on Managing Water Scarcity under Conflicting Demands (WG-MWSCD) (At its 9th meeting, Chiang Mai, Thailand, 2016)
Renamed as Working Group on Water Management in Water Stressed Regions (WG-DROUGHT) [2009-2016]
Working Group on Irrigated Agriculture under Drought and Water Scarcity (WG-IADWS) (1996-2007)