Political boundaries shown may not be accurate
Malaysian National Committee on Irrigation and Drainage (MANCID)

Population (M): 32.65
Geo. Area (Km2): 330,345
Irrigated Area (Mha): 0.272
Drained Area (Mha): 0.03
Sprinkler Irrigation (Ha): 2,000
Micro Irrigation (Ha): 5,000 Major River Basins (Km2): Rajang, Kinabatangan, Pahang, Perak
Director, Division of Irrigation and Agriculture Drainage
C/o Drainage and Irrigation Division, Ministry of Agriculture and Food Industry Malaysia, 2nd Floor, Galeria PJH No. 29 Precint 4, 62570 Putrajaya
National Committee Directory+
Director, Division of Irrigation and Agriculture Drainage
Director, Division of Irrigation and Agriculture Drainage
Malaysian National Committee on Irrigation and Drainage
: WG-ENV
Member : WG-NWREP
Member : WG-CLIMATE
Member : WG-SCER
Malaysian National Committee on Irrigation and Drainage
Member : WG-IWM&D
Member : WG-CLIMATE
Member : WG-WHMWS
: WG-WATS
: WG-MWSCD
Member : WG-IWM&D
Member : WG-CLIMATE
Member : WG-WHMWS
Country Profile-
Geography
Malaysia is in Southeast Asia consisting of two regions separated by 650 Km of South China Sea and comprises of Peninsular Malaysia, Sarawak and Sabah. Malaysia occupies a total area of 330345 Sq.Km. with the highest elevation of 4094 m of Mount Kinabalu in Sabah. The western region has Thailand in its north, Indonesia in south (Sumatra separated by Strait of Malacca) and South-China Sea in the east. The eastern region has the same sea in its west, Indonesia (Borneo) in the south. The western region can be traced between the latitudes of 10’ to 5° N and longitudes of 111° to 115°E, while the eastern region lies between the latitudes of 3° 5’ to 0° 30’N and longitudes of 119° to 122° East Malaysia has a long coastline measuring 1930 Km in the peninsula and 2253 Km in Sarawak and Sabah.
Population and land use
The total population is 32.67 Million, as per Population Reference Bureau (2021), of which about 21% are involved in agriculture although the rural population is estimated to be 22.8%, the remaining 77.2% live in cities and towns. The land scape consists of broad plains mountain ranges, spectacular limestone out crops and caves, swamps, sandy beaches and meandering towers.
Climate and rainfall
Malaysia lies entirely in the equatorial zone. The climate is governed by the region of northeast and southwest monsoons. The northeast monsoon blows from approximately October till March and is responsible for the heavy rains which hit the east coast of the peninsula and frequently cause widespread floods. The south-west monsoon between May and September is a drier period for the whole country. The period between these two monsoons is marked by heavy rainfall. The average temperature throughout the year is very stable, 33°C and the mean annual rainfall is 3200 mm.
Food and agriculture
The agriculture sector contributed 7.4% (RM99.5 billion) to the Gross Domestic Product (GDP) in 2020. Oil palm was the major contributor to the GDP of agriculture sector in 2020 at 37.1% followed by other agriculture (27.9%), livestock (16.1%), fishing (11.2%), forestry & logging (5.2%) and rubber (2.5%). Exports of agriculture sector in 2018 amounted to RM114,451 million as compared to RM126,492 million in 2017, decreased by 9.5%. Total imports were valued at RM93,313 million as compared to 2017 at RM95,222 million with a decline of 2.0%. The trade balance of this sector showed a decrease of 32.4% from RM 31,269 million in 2017 to RM21,138 million in 2018. The production of paddy rose 2.7% from 2,570.5 thousand tonnes to 2,639.9 thousand tonnes in 2018. Meanwhile, the production of main commodity crops namely natural rubber and fresh fruit bunches (oil palm), declined by 18.5 and 3.3% respectively as compared to the previous. The number of ducks increased 7.8% to 10.0 million in 2018 followed by chicken (6.4%) and goat (3.6%). Meanwhile, the number of both sheep and swine decreased by 0.5 and 0.4%, respectively. Total marine fish landings in 2018 was 1,476.9 thousand tonnes, rose by 0.8% against 1,465.1 thousand tonnes in 2017. Production of freshwater aquaculture also showed an increase of 3.1%. However, the production of brackish water aquaculture has decreased by 10.3% to 290.9 thousand tonnes. Employed persons in the agriculture sector recorded 1,570.3 thousand persons in 2018 and this sector was dominated by males at 77.7% (1,220.6 thousand persons). Out of the total, the number of non-citizens employed persons was 492.4 thousand persons.
Water resources management
The average annual water resources on a total land mass of 330,000 Sq.Km. amounts to 990 Bm3. Out of which, 360 Mm3, or 36% returns to the atmosphere as evapotranspiration, 566 Bm3, or 57% appear as surface runoff and the remaining 64 Bm3, or 7% go to the recharge of groundwater. Of the total 566 Bm3 of surface runoff, 147 Bm3 are found in Peninsular Malaysia, 113 Bm3 in Sabah and 306 Bm3 in Sarawak. The largest Malaysian rivers are in Sarawak and Sabah. The longest are the Rejang in Sarawak (565 Km) and the Kinabatangan in Sabah (563 Km).
Irrigation and drainage
In Malaysia, the potential irrigable area accounts for about 0.272 mha. Since the formation of the Department of Irrigation and Drainage in 1932, irrigated areas for paddy cultivation has progressively increased. By the year 1960, about 200 000 ha had been developed, the emphasis then being to supplement rainfall for single crop cultivation. During the 1960’s and early 1970’s, the advent of double cropping of rice cultivation required the development of adequate water resources for the off season crops. During the 1980’s, the priority for irrigation took a new dimension with the need to rationalize rice cultivation relevant to production cost and profit considerations. The government evolved a policy to confine irrigation development to the eight large irrigated areas in the country, designated as granary areas totaling 210 500 ha and comprising the irrigated areas of Muda, Kada, Seberang Perai, Trans Perk, Northwest Selangor, Kerian-Sungai Manik, Besut and Kemasin-Semarak. Malaysia has over 932 irrigation schemes covering an area of 340 633 ha, comprising 8 granary schemes (210 500 ha), 74 mini-granary (29 500 ha) and 850 non-granary schemes (100 633 ha). The non- granary schemes are scattered all over the country and their sizes vary between 50 ha and 200 ha. In addition, there are also four new granary development which are IADA Rompin (2920 ha) and IADA Pekan (5322 ha) in Pahang, IADA Kota Belud (6345 ha) in Sabah and IADA Batang Lupar (1121 ha) in Sarawak that bring the total of 12 granary scheme in Malaysia.
Water policies
The Government is primarily responsible for the planning, development and management of water resources projects in the country. For this purpose, there are a number of government departments and agencies each responsible for a particular component or function related to water resources but there is no single agency entrusted with the overall responsibility of holistic planning and management. For example, the Department of Irrigation and Drainage is responsible for the implementation of irrigation and drainage works, the Water Supply Department for domestic and industrial water supply and Department of Environment for water pollution control. Conflicts in water resources management such as allocation of water rights, flood management, pollution control, environmental preservation, etc are resolved through inter-agency coordination and consultation. The primary role of water resources management is expected to come from the state governments and their agencies since ownership and administration of water is a state matter under the Federal Constitution. There are weaknesses in the current legal and institutional framework for the integrated planning and management of water resources both at the state and federal levels. There is a pressing need to improve the water use efficiency of all irrigation projects in the country. At present, the irrigation efficiency is about 50% for the larger schemes while some of the smaller schemes may be operating at an efficiency of less than 40%.
ICID and National Committee
Malaysian National Committee on Irrigation and Drainage (MANCID) joined ICID in the year 1958 and has played an active role in the activities of the Commission. Mr. Shahrizaila bin Abdullah (1993-96) and Dato’ Ir. Hj. Keizrul bin Abdullah (2002- 05) from MANCID were past Presidents of ICID. Mr. J.G. Daniel (1975-78), Mr Shahrizaila bin Abdullah (1988-91) and Ir. Mohd. Azhari bin Ghazalli (2006-2009) were the Past Vice-Presidents of ICID. Currently Dato’ Ir Nor Hisham Bin Mohd Ghazali also as a Vice President until 2023. Malaysian National Committee hosted the 7th International Drainage Workshop in Penang in 1997 and 57th International Executive Council (IEC) meeting, 7th International Micro Irrigation Congress and 3rd Asian Regional Conference at Kuala Lumpur in September 2006. Malaysia National Committee can be contacted at mancidmalaysia@gmail.com
PDF Version [ Updated 29 July 2022 ]
Events+
Date | Details | Location/Country |
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Sep 13, 2006 - Sep 15, 2006 | 3rd Asian Regional Conference Theme - Transforming irrigated agriculture into an efficient engine of growth NC Contact : Ir. Yuslina Binti Hj. Mohd Sani, Chairperson, Malaysian National Committee on Irrigation and Drainage (MANCID) Director, Division of Irrigation and Agriculture Drainage, C/o Drainage and Irrigation Division, Ministry of Agriculture and Food Industry Malaysia, 2nd Floor, Galeria PJH No. 29 Precint 4, 62570 Putrajaya |
Kuala Lumpur, Malaysia |
Sep 13, 2006 - Sep 15, 2006 | 7th International Micro Irrigation Conference Theme - Advances in Micro Irrigation for Optimum Crop Production and Resource Conservation NC Contact : Ir. Yuslina Binti Hj. Mohd Sani, Chairperson, Malaysian National Committee on Irrigation and Drainage (MANCID) Director, Division of Irrigation and Agriculture Drainage, C/o Drainage and Irrigation Division, Ministry of Agriculture and Food Industry Malaysia, 2nd Floor, Galeria PJH No. 29 Precint 4, 62570 Putrajaya |
Kuala Lumpur, Malaysia |
Sep 10, 2006 - Sep 17, 2006 | 57th International Executive Council Meeting (IEC) NC Contact : Ir. Yuslina Binti Hj. Mohd Sani, Chairperson, Malaysian National Committee on Irrigation and Drainage (MANCID) Director, Division of Irrigation and Agriculture Drainage, C/o Drainage and Irrigation Division, Ministry of Agriculture and Food Industry Malaysia, 2nd Floor, Galeria PJH No. 29 Precint 4, 62570 Putrajaya Resources : AGENDA ; MINUTES ; MINUTES (French) |
Kuala Lumpur, Malaysia, Malaysia |
Nov 17, 1997 - Nov 21, 1997 | 7th International Drainage Workshop NC Contact : Ir. Yuslina Binti Hj. Mohd Sani, Chairperson, Malaysian National Committee on Irrigation and Drainage (MANCID) Director, Division of Irrigation and Agriculture Drainage, C/o Drainage and Irrigation Division, Ministry of Agriculture and Food Industry Malaysia, 2nd Floor, Galeria PJH No. 29 Precint 4, 62570 Putrajaya |
Penang, Malaysia |
Awards+
# | Category | Title | Description | Winner(s) | Year |
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1 | Young Professional | Developing Tail Water Recovery System to Collect Irrigation or Rain Water Run-Off on the Farm for Reuse |
![]() Tail water recovery systems represent a pivotal innovation in agricultural water management. It has been designed to collect, store, and redistribute irrigation or rainwater runoff within farms, these systems offer a sustainable solution to conserve water resources while enhancing agricultural productivity. The core innovation lies in the design and implementation of a comprehensive water recycling system integrated into agricultural practices. Through the strategic placement of irrigation and water collection facilities, the system enables the efficient reuse of water resources, thereby minimizing reliance on external water sources. Key components include pump houses, irrigation pipelines, and storage ponds, all meticulously orchestrated to facilitate seamless water monitoring and management. This innovative approach represents a paradigm shift in agricultural water management, offering a sustainable solution to mitigate water scarcity challenges. The core principle of tail water recovery systems lies in their ability to capture and reuse water runoff from fields, thus mitigating water loss and improving water use efficiency. By employing a network of collection, storage, and re-entry facilities, these systems ensure that precious water resources are efficiently utilized within agricultural operations. A study focuses on a Tail ware recovery system aimed at sustaining seed production in agriculture, conducted over eight seasons from 2014 to 2019 at the Rice Centre of Excellence (CoE) research plot in MARDI Seberang Perai. Through meticulous water management, particularly during fluctuating weather conditions, this system aims to optimize water resources and ensure the uninterrupted cultivation of paddy. Data collected on rainfall and irrigation flow underscore the system's effectiveness in achieving significant water savings ranging from 20 to 32 percent per season, depending on rainfall intensity. Moreover, the successful production of over 3.5 tonnes per hectare of fragrance paddy seed highlights the innovation's potential for enhancing food security sustainability through research and development initiatives. The adoption of tail water recovery systems has gained momentum, particularly in regions grappling with water scarcity challenges, such as Malaysia. Government organizations and research institutions like MARDI have played a pivotal role in developing and promoting these systems. Through research initiatives and pilot projects, the benefits of tail water recovery systems have been demonstrated, paving the way for their wider adoption among farmers. The potential for further expansion of tail water recovery systems is significant, offering a pathway towards more sustainable agricultural practices. By integrating education, demonstration projects, financial incentives, and community engagement, the adoption of these systems can be accelerated. Moreover, collaboration with academic institutions can foster ongoing research and innovation, driving continuous improvements in system design and effectiveness. Overall, the widespread implementation of tail water recovery systems holds promise for enhancing water efficiency, reducing costs, and promoting the long-term sustainability of agriculture. Muhammad Haniff Bin Ahmad, Research Officer was involved in design & Implementation of Tail Water Recovery System and providing trainings to Engineers &Farmers. Research Officer, Malaysia Agricultural Research and Development Institute (MARDI)
|
Muhammad Haniff Bin Ahmad ![]() |
2024 |
2 | Best Paper Award | Enhancement of Field Water Use Efficiency in the Indo-Gangetic Plain of India, Volume 54.2 |
Keywords: Farmers' participation; land leveling; crop irrigation scheduling; water saving; wheat yield Presented at: 57th IE Meeting 2006, Kuala Lumpur, Malaysia |
T. B. S. Rajput; Neelam Patel | 2006 |
Recognized World Heritage Irrigation Structures+
# | Structure | Built | State | River Basin | Irrigation area | Recognised at |
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1 | Terusan Wan Mat Saman (Wan Mat Saman Canal) | 1895 | Kedah | Sungai Gurun/Sungai Limau/ Sungai Daun/Sungai Guar Sungai Gurun/Sungai Limau/ Sungai Daun/Sungai Guar Chempedak/Sungai Sala/ Sungai Choras | 100000 acres (40468.56 Ha) | 70th IEC Meeting, Bali, Indonesia, 2019 |
Workbody Representation+
# | Abbreviation | Workbody |
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1 | EB-JOUR | ICID Journal Editorial Board
Prof. Ir. Dr. Mohd. Amin bin Soom (Member), |
2 | ASRWG | Asian Regional Working Group
Ir. Syed Abdul Hamid bin Syed Shuib (Member), Mr. Mohamad Radzi Bin Abdul Talib (Member), |
3 | PCSO | Permanent Committee on Strategy and Organization
Dato’ Ir. Hj. Nor Hisham Bin Mohd Ghazali (Member), |
4 | WG-WHMWS | Working Group on Water Harvesting for Managing Water Scarcity
Dato’ Ir. Hj. Nor Hisham Bin Mohd Ghazali (Chair), Prof. Dato' Dr. Nor Azazi Bin Zakari (Member), Mr. Thayalam Sekaran (Member), Ts Ir Wan Noorul Hafilah Binti Wan Ariffin (Member), |
5 | WG-CDTE | WG on Capacity Development, Training and Education
Dato` Ir. Haji Hanapi Bin Mohamad Noor (Provisional Member), Dr. Hj. Ahmad Anuar Bin Othman (Member), |
6 | WG-LDRG | Working Group on Land Drainage
Engr. Mohd Anuar Musardar bin Yusoff (Member), |
7 | WG-CLIMATE | Working Group on Water Resources Management Under Changing Climate (WG-CLIMATE)
Ts Ir Wan Noorul Hafilah Binti Wan Ariffin (Member), Mr. Thayalam Sekaran (Member), Ir. Hj. Mohd Azmi bin Ismail (Member), Ir. Hj AHMAD BIN DARUS (Member), |
8 | IYPeF | ICID Young Professional
Ir. (Ms.) Siti Hawa Adila Binti Mohd Yusof (Joint Coordinator), |
9 | WG-IWM&D | Working Group on Irrigation Water Management and Development
Dr. Teoh Chin Chuang (Member), Ts Ir Wan Noorul Hafilah Binti Wan Ariffin (Member), Mr. Mohd Yazid bin Abdullah (Member), Ir. Mat Hussin Bin Ghani (Member), Mr. Mohamad Radzi Bin Abdul Talib (Member), |
10 | WG-NWREP | Working Group on Non-Conventional Water Resources and Environment Protection
Ir. Hj. Mohd Azmi bin Ismail (Member), |
11 | WG-SCER | Working Group on Sustainable Coastal Environment Regeneration
Dato’ Ir. Hj. Nor Hisham Bin Mohd Ghazali (Vice Chair), Mr. Ahmad Bin Dakur (Member), Ir. Hj. Mohd Azmi bin Ismail (Member), Ir. Mat Hussin Bin Ghani (Member), Mr. Mohd Yazid bin Abdullah (Member), Mr. Mohamad Radzi Bin Abdul Talib (Member), |
12 | WG-I&OMVE | Working Group on Institutional and Organizational Aspects of Modernization of Irrigation Development and Management Supported by Value Engineering
Dato’ Ir. Hj. Nor Hisham Bin Mohd Ghazali (Member), Mr. Mohd Yazid bin Abdullah (Member), Ir. Mat Hussin Bin Ghani (Member), Mr. Mohamad Radzi Bin Abdul Talib (Member), |
13 | WG-HIST | WG on History of Irrigation, Drainage and Flood Control
Mr. Kailaiselvam Velayudan (Member), |
14 | C-EVENTS | Committee on Events
Mr. Ahmad Bin Dakur (Representative), |
PUBLICATIONS/ DOCUMENTS+
MAJOR IRRIGATION PROJECTS*+
Direct Members+
Companies | Institutions | Indiviuals | Ir. Mukhlis Zainol Abidin |
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