- 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)
Water, energy and food are essential for human well-being and sustainable development. Global projections indicate that demand for freshwater, energy and food will increase significantly over the next decades under the pressure of population growth and mobility, economic development, international trade, urbanization, diversifying diets, cultural and technological changes, as well as climate change and other natural processes. The link between water, energy and food is inextricable in that water is an input for producing all kinds of agricultural crops and along the entire agro-food industry and supply chain. Energy in turn is required to produce and distribute water and food through processes such as pumping ground or surface water, powering tractors and irrigation machinery, and to process and transport agricultural goods. In more explicit terms, using water for irrigation might promote food production but it can also affect river flows and hydropower potential; growing crops under irrigation for bioenergy production can increase overall water exploitations and threaten food security; upgrading surface irrigation systems into more efficient pressurized techniques may conserve water but may also lead to higher energy consumption. Understanding and recognizing the diverse synergies and trade-offs involved between the three components is, thus, critical to ensure balance between water, energy and food security.
To this end, the global community is well aware of food-energy-water challenges, but has often addressed them in isolation, within sectoral margins. At the country level, fragmented sectoral responsibilities, lack of coordination, and inconsistencies between legal and regulatory frameworks has led to misaligned benefits and stress to the natural resources.
With a particular relevance to the Irrigation and Drainage sector, there lies the key question of food security in many developing countries. Food and Agriculture Organization (FAO) predicts that by 2050, population growth will result in doubled demand for food globally. The resulting present and anticipated challenges entail that innovative approaches have to be adopted to increase food production in order to meet the growing demand. Irrigation development is thought to be a preeminent strategy to answer food security challenges which now claims close to 70 percent of all freshwater withdrawals made for human use. In this perspective, many developing countries are vesting ambitious plans to expand irrigated agriculture. Strategies mainly highlight a shift from public to private investment and from larger to smallerscale systems in irrigation by promoting the idea of affordable and effective irrigation to poor farmers worldwide. The resulting rewards of higher outputs, incomes and better diets are, however, at the expense of higher water and energy consumption.
In addition to the below membership, representatives from CIGR, FAO ICRISAT and Italy are Permanent Observers.In addition to the below membership, representatives from CIGR, FAO ICRISAT and Italy are Permanent Observers.
|1||Prof. Dr. Ragab Ragabfirstname.lastname@example.org||United Kingdom||Chair|
|2||Dr. K. Yella Reddy, FIEemail@example.com||India||Secretary|
|3||Dr. Chung Feng Dingfirstname.lastname@example.org||Chinese Taipei Committee||Member|
|4||Eng. Karshiyev Rustum Jurayevihemail@example.com||Uzbekistan||Member|
|5||Dr. Marco Arcierifirstname.lastname@example.org||Italy||Member|
|6||Mr. Syaiful Mahdiemail@example.com||Indonesia||Observer|
|7||Mr. Herbert H. Van Lierfirstname.lastname@example.org||Italy||Observer|
|8||Prof. Dr. Zeinab Hussien Behairyemail@example.com||Egypt||Provisional Member|
|9||Ir. Adang Saf Ahmadfirstname.lastname@example.org||Indonesia||Provisional Member|
|10||Dr. P. Somanemail@example.com||India||Provisional Member|
|11||Ir. Felipe Dantasfirstname.lastname@example.org||Australia||Provisional Member|
|12||Prof. Daniele de Wrachien||Daniele.DeWrachien@unimi.it||Italy||Permanent Observer|
Workshop Planned for Adelaide 2022
CONCLUDED WORKBODIES/ TECHNICAL GROUPS+