The International Commission on Irrigation and Drainage (ICID) was established as a Scientific, Technical and Voluntary Not-for-profit Non-Governmental International Organization (NGO) with headquarters in New Delhi, India.
This presentation shows information about ICID activities.
2. Prime Minister Shri Jawahar Lal Nehru and the
Prime Minister Shri Jawahar Lal Nehru and the
then President Dr. A.N. Khosla at the French
then President Dr. A.N. Khosla at the French
National Committee Pavilion (1951)
National Committee Pavilion (1951)
Dr. Framji introducing Pres.Hon. Tipton to
Dr. Framji introducing Pres.Hon. Tipton to
Hon’ble Vice President of India Dr. Zakir Hussain
Hon’ble Vice President of India Dr. Zakir Hussain
3. Dedicated to enhancing the
worldwide supply of food and fibre
for all people by improving water
and land management and the
productivity of irrigated and
drained lands through appropriate
management of water,
environment and application of
irrigation, drainage and flood
management techniques.
7. MEMBERSHIP
Country Membership
Direct Members (New))
Individuals, Companies , Institutions
Facilities/ Benefits:
Exposure to an international platform;
Make your voice heard;
Stay informed on recent irrigation, drainage and flood management
news and events;
Influence policy makers to develop sound irrigation-related policies;
Play an active role in determining strategies;
Avail the opportunity to engage in professional networking and
information exchange activities through participation in National
Committees.
Receive one copy of the ICID Journal on Irrigation and Drainage;
Special discount on ICID publications, etc.
8.
9.
10. Irrigation and MDGs
Economic Impacts of Irrigation
Water, Energy and Food Nexus
Taking a leaf from the past
Facilitating more crop per drop
Meeting the challenges of Climate Change
Ensuring Sustainable Development
Reaching out to the Farmers
Maximizing Water Productivity: 21st ICID
Congress
11. UN-WATER IWALC
FAO ISO
WWAP WORLD BANK
IFAD ASIAN DEVELOPMENT
WMO BANK
UNESCO-IHE GWP
WWC ICOLD
IWMI WWC
UN-Water DPC
12. Arab Water Forum, Cairo, Egypt – 20-23 November 2011
DEWFORA General Assembly, Sharm el-Sheikh, Egypt –
6-10 February 2012 (UNESCO-IHE)
16th AfWA International Congress, Marrakech, Morocco -
18-21 February 2012 (UN-Water)
6th World Water Forum, Marseille, France – 12-17 March
2012 (WWC)
Asia 2012 Conference, Chiang Mai, Thailand – 25-28
March 2012
24th Congress of ICOLD, June 2012, Kyoto, Japan
13. Website, Internet and Social Media
Technical Library & Text Delivery Service
(TDS)
Publications
ICID Journal
ICID News & News Update
Publications, Newsletters
and Periodicals from the NCs
14.
15.
16.
17.
18. Key Objectives:
(a) Increasing Involvement
● Government departments
● International Organizations
● Banks and donors
● Management agents
● Manufactures and service providers
● Water users
(b)Bridging the Gap Between
● Nature science and social science
● Researchers and decision makers
● Research and application
● Producers and customers
24. New IPTRID (launched in 2011)
Triennial N.D. Gulhati Memorial Lecture for International
Cooperation (since 2005)
Annual WatSave Awards for outstanding water saving
contribution (since 1998)
Triennial Best Performing National Committees Award
(since 2002)
Triennial Best Performing Workbody Award (since 2005)
Best Paper Award (ICID Journal Irrigation and Drainage)
(since 2006)
Country Policy Support Program (concluded)
27. Key drivers
Increasing population and urbanization
Changing diets
Rapidly growing water demand from industrial/ energy and domestic
sectors
Increasing area under bio-energy crops
Climate change impacts
Increasing fresh water scarcity
28. Electricity
Domestic
Source: OECD Environmental Outlook baseline (2008)
37. Global production of ethanol and biodiesel increased from 4.8 billion
gallons in 2000 to 21 billion gallons in 2008.
Globally, irrigation water allocation to biofuel production is estimated
at 44 billion cubic meters.
With current planning, biofuel crops will require 30 million ha of cropland
and 180 billion cubic meters of additional irrigation water.
39. ••About113 mha (38%) area
About 113 mha (38%) area
depends on GW irrigation
depends on GW irrigation
••GWwithdrawals for irrigation are
GW withdrawals for irrigation are
about 30% of total irrigation water
about 30% of total irrigation water
••MajorGW irrigating countries:
Major GW irrigating countries:
India (39 mha). China (19 mha),
India (39 mha). China (19 mha),
USA(17 mha), Bangladesh,
USA(17 mha), Bangladesh,
Mexico (2.5 mha), Spain
Mexico (2.5 mha), Spain
••GWbased system generates US$
GW based system generates US$
230 billion.
230 billion.
Rapidexpansion in GW irrigation
Rapid expansion in GW irrigation
ExcessiveGW extraction/
Excessive GW extraction/
imbalance
imbalance
Freeor subsidized electric supply
Free or subsidized electric supply
GWpollution
GW pollution
WeakGW management
Weak GW management
40. Upgrading of inefficient surface irrigation methods
Upgrading of inefficient surface irrigation methods
42. Conventional and Modern Control Structures in
Conventional and Modern Control Structures in
Conveyance Network and SCADA
Conveyance Network and SCADA
43. Sprinkler irrigation
43 million ha, (81%)
Micro irrigation
Micro irrigation
10 million ha, (19%)
10 million ha, (19%)
44. Land drainage
Land drainage
World drained area
Waterlogged field
Saline soil
SSD installation
Salt affected land