Political boundaries shown may not be accurate
Pakistan National Committee on Irrigation Drainage
Population (M): 219
Geo. Area (Km2): 796,000
Irrigated Area (Mha): 22.74
Drained Area (Mha): 7.86
Sprinkler Irrigation (Ha):
Micro Irrigation (Ha): Major River Basins (Km2): Jhelum, Chenab, Ravi, and Sutlej River
Office of the Chief Engineering, Plot No. 6, Ataturk Avenue, Sector G-5/1, Islamabad
National Committee Directory+
Country Profile-
Geography
Pakistan is a South Asian country with a total area of 796,000 Sq. Km. It is bordered by India to the east, Afghanistan to the west, Iran to the southwest, and China to the northeast. The coastline of the Arabian Sea and the Gulf of Oman forms its southern border. It ranks 34th among the largest countries of the world in terms of its total area and accounts for 0.5% of the total landmass of the world1. The geographical coordinates of Pakistan are: 30.3753°N and 69.3451°E. Ranging from the coastal areas of the south to the lofty mountains of the north, Pakistan’s landscape varies from plains to deserts, forests, hills, and plateaus
Population and land use
The total population of Pakistan was estimated as 229 Million in 2022 as per the estimates and projections of Trading Economics2, out of which rural population constitutes 62.84%3. The livelihood of rural population is mainly on agriculture which is dependent mainly on irrigation. Pakistan ranks fifth among the most populous countries of the world4. The density of the population of Pakistan is more than 287 inhabitants per Sq. Km5. Out of the total area of Pakistan, 34.85 Mha is the agricultural area, and the forest area accounts for 3.92 Mha6
Climate and rainfall
The climate varies from tropical to temperate, with arid conditions in the coastal south. June is the hottest month on the plains and July in the mountainous areas, with mean monthly maximum temperature over 38°C, while the mean monthly minimum is only 2.5°C in January7. There are four distinct seasons in Pakistan: a chilly, dry winter from December through February; a hot, dry spring from March through May; the summer rainy season from June through September; and the retreating monsoon period of October and November. The average annual precipitation is around 242.3 mm but is unevenly distributed; It ranges from less than 100 mm in parts of the Lower Indus Plain to over 544.9 mm near the foothills in the Upper Indus Plain8. During Monsoon (July – Sep) Season 2021, close to average rainfall was recorded on whole country. The seasonal rainfall was close to average over KP & Balochistan, above normal over GB, whereas below average over AJ&K, Punjab & Sindh9.
Food and agriculture
The agriculture sector directly supports the country’s population and accounts for 24% of gross domestic product (GDP) and employs about half of the labor force10. As per Pakistan’s Bureau of Statics (land utilization statics 2019-20)11, total geographical area of Pakistan is 79.61 Mha, of which 58.03 Mha falls under total reported area which is a sum of forest area, cultivated waste lands, uncultivable area and the area under cultivation. Punjab and Sindh are the two provinces in which the real agricultural wealth of Pakistan lies. These areas fall in the Indus Basin. Pakistan has agricultural land potential of about 34.85 Mha which constitutes about 59.77% of the total reported area. The total cropped area, whether irrigated or rainfed, constitutes 24.16 Mha. Forests occupy 3.84 Mha and culturable waste area is 8.19 Mha. The major crops include wheat, rice, chickpea, apricot, sugarcane, date palm, kinnow, mandarin oranges, mango, onion, and other fruits and vegetables. The total cultivated area in Pakistan is 22.74 Mha
Irrigation and drainage
In Pakistan, basin, furrow, and border irrigation methods are traditionally practiced. The basin method is most common. Due to higher yield of application efficiency, the drip, bubbler and sprinkler irrigation methods have been introduced in Balochistan under international support programmes, but being expensive, they have not been adopted yet by the private sector. The irrigated land supplies more than 90% of agricultural production, and 70% of all import earnings are derived from agriculture. About 95% of the country’s water resources are used by agriculture. The total cropped area in the country is 24.16 Mha which also includes area sown more than once. The present irrigation system comprises three (03) storages reservoirs, 21 barrages/headworks, 12 inter-river long canals, 2 major syphons and 45 main canals. The total length of main canals, link canals, branches and distributaries etc. is about 56,360 Km. The system has about 107,000 outlets and length of farm channels and water courses is about 1.61 MKm. Overall irrigation efficiency ranges from 35% to 40%
Water Resources Management
The flows of Indus rivers system constitute the major surface water resources of Pakistan. The river flows are heavily dependent on glacial melt (41%), snowmelt (22%) and rainfall (27%). Pakistan is mainly dependent on the three western rivers of the Indus (including Kabul, Jhelum and Chenab). Post-Tarbela (1976- 2008) flows (Indus at Kalabagh, Jhelum at Mangla and Chenab at Marala) were 130 MAF. Pakistan is extracting more than 49.80 MAF from the aquifers annually. The private tubewells account for withdrawal of 42.20 MAF and public tubewells account for 7.60 MAF12. The Indus basin covers more than 520,000 Sq.Km. or 65% of the territory. The Indus River has two main tributaries, the Kabul on the right bank and the Panjnad on the left bank. The flow of the Panjnad results from five main rivers: the Jhelum, Chenab, Ravi, Beas, and Sutlej. The Hub, Porali, Hingol, and Dasht are the principal rivers in the coastal zone
Water policies
Taking cognizance of issues of the water sector, Federal Government approved the first ever National Water Policy of Pakistan on 24th April 2018 to take stock of emerging water crisis and provide an overall policy framework and guidelines for a comprehensive plan of action. Side by side other landmark event was signing of the Pakistan Water Charter by the Federal Government and all the four provinces pledged to work together for National Water Security irrespective of political affiliations.
The Indus Water Treaty between India and Pakistan was affected in 1960. Pakistan made massive investments in the Indus Basin
Project during the 1960s to construct a network of canals and barrages to divert water from the western rivers to the command of the eastern rivers as replacement works. As per the Indus Water Treaty, the flow of the three western rivers of the Indus basin the Indus, Jhelum, and Chenab is assigned mainly to Pakistan after its independence from India. After the 1960 treaty, the Pakistan Water and Power Development Authority built several canals and barrages to divert water from its western rivers to areas in the east. The biggest of those canals are the Chashma-Jhelum link joining the Indus River with the Jhelum River. The water supplies by Irrigation Department are fixed according to time schedule, irrespective of actual needs of the end users, while technical advice rendered by Agriculture Department is general in nature without accounting factual water supplies through canals and other causes. The major issues for sustainability of water resources identified in Pakistan are equity in water distribution, O&M and cost recovery, environmental degradation, coordination between irrigation and agriculture departments, and water delivery efficiencies.
ICID and National Committee
Pakistan joined ICID in the year 1953 and formed its national committee - PANCID. Pakistan hosted the 37th IEC meeting in Lahore in October 1986 and 5th International Drainage Workshop also in Lahore in February 1992. The 59th IEC Meeting and the 20th Congress was held again in Lahore in October 2008. Mr. M.A. Hamid (1961-64), Late Ch. Altaf Hussain (1981-1984), Mr. Shams ul Mulk (1989-1992), Mr. Khalid Mohtadullah (1995- 1998), Dr. Illahi B. Shaikh (2007-2010), Engr. Husnain Ahmad (2010-2013) and Mr. Waseem Nazir (2016 – 2019) from the Pakistan National Committee have been the past Vice Presidents of ICID. Mr. Ahmed Kamal is currently the Chairman of PANCID and can be contacted at chairman@ffc.gov.pk
- https://www.worldometers.info/geography/largest-countries-in-the-world/
- https://www.worldometers.info/world-population/pakistan-population/
- https://tradingeconomics.com/pakistan/rural-population-percent-of-total-population-wb-data.html
- https://www.worldometers.info/world-population/pakistan-population/
- https://www.worldometers.info/world-population/pakistan-population/
- https://www.pbs.gov.pk/sites/default/files/tables/agriculture_statistics/table_3_land_ utilization_statistics.pdf
- https://www.weather-atlas.com/en/pakistan/islamabad&about
- http://www.pmd.gov.pk/cdpc/Pakistan_Climate_2021.pdf
- http://www.pmd.gov.pk/cdpc/MS2021/monsoon2021rainfall_update.htm
- https://www.pbs.gov.pk/content/agriculture-statistics;
- ttps://www.pbs.gov.pk/sites/default/files/tables/agriculture_statistics/table_3_land_ utilization_statistics.pdf
- https://www.pbs.gov.pk/sites/default/files/tables/agriculture_statistics/table_9_overall_water_availability.pdf
'Prepared by: PANCID Secretariat
Events+
Date | Details | Location/Country |
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Oct 13, 2008 - Oct 18, 2008 | 20th International Congress on Irrigation and Drainage Theme - Theme: Participatory Integrated Water Resources Management - From Concepts to Actions Question 55: Roles of Public and Private Sectors in Water Resources Development and Management Question 54: Sustainable Integrated Water Resource Management Special Session - Special Session: Implication of Global Changes on Irrigation and Drainage System Development and Management Symposium - Symposium: Integrated Water Management in the River Basin Context NC Contact : Mr. Ahmed Kamal, Chairman, Pakistan National Committee on Irrigation Drainage (PANCID), Chief Engineering Adviser/Cha, Office of the Chief Engineering, Plot No. 6, Ataturk Avenue, Sector G-5/1, Islamabad Resources : Lahore Declaration; N.D. Gulhati Memorial Lecture for International Cooperation In Irrigation and Drainage |
Lahore, Pakistan |
Oct 13, 2008 - Oct 19, 2008 | 59th International Executive Council Meeting (IEC) NC Contact : Mr. Ahmed Kamal, Chairman, Pakistan National Committee on Irrigation Drainage (PANCID), Chief Engineering Adviser/Cha, Office of the Chief Engineering, Plot No. 6, Ataturk Avenue, Sector G-5/1, Islamabad Resources : AGENDA ; AGENDA (French) ; MINUTES ; MINUTES (French) |
Lahore, Pakistan, Pakistan |
Feb 08, 1992 - Feb 15, 1992 | 5th International Drainage Workshop Theme - Subsurface Drainage on Problematic Irrigated Soils: Sustainability and Cost Effectiveness NC Contact : Mr. Ahmed Kamal, Chairman, Pakistan National Committee on Irrigation Drainage (PANCID), Chief Engineering Adviser/Cha, Office of the Chief Engineering, Plot No. 6, Ataturk Avenue, Sector G-5/1, Islamabad |
Lahore, Pakistan |
Sep 01, 1986 - Sep 06, 1986 | 37th International Executive Council Meeting (IEC) NC Contact : Mr. Ahmed Kamal, Chairman, Pakistan National Committee on Irrigation Drainage (PANCID), Chief Engineering Adviser/Cha, Office of the Chief Engineering, Plot No. 6, Ataturk Avenue, Sector G-5/1, Islamabad |
Lahore, Pakistan, Pakistan |
Awards+
# | Category | Title | Description | Winner(s) | Year |
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1 | Technology |
Raised Bed Technology has immense potential to achieve high irrigation water-saving and increased crop yield. It has been reported by many researchers that bed planting offers better weed control. Water management and fertilizer use efficiency along with less crop lodging is also achieved. Based on implementation reports from 2009, it has been further reported that bed planting increases yield by at least 10%, reduces production cost by 20-30%, and saves irrigation water up to 35% as compared to conventional planting. Therefore, bed planting can be considered as one of the most feasible water conservation techniques to improve irrigation application efficiency in Pakistan. However, the non-availability of proper machines in the country is a major constraint in bed planting for grain crops. Thus, there was a dire need for a well-designed Wheat Bed Planter for achieving water-saving consistent with better yields. The wheat planting machine was improvised for direct planting of various crops on beds especially corn. It is the first mechanical machine developed locally for making beds and at the same time having provision of seeding corn, wheat, and cotton, the major crops of this region. The Wheat Bed Planting Machine has the following salient features
The machine was tested at the Water Management Research Centre (WMRC), and promoted by establishing demonstration plots on farmers' fields at Okara and Faisalabad as part of an ongoing research project. The findings are presented below: The water-saving and increase in yield for the crops were tested on wheat, cotton, maize, and rice under different plot sizes. The plot size under wheat varied from 10 ha to about 290 ha, under cotton it varied from 10 ha to about 118 ha, under maize it varied from 15 to 110 ha, and under rice, it varied between 10 and 30 ha. The water-saving under wheat was 51.3%, cotton was 47%, maize was 45.4% and rice was 31.1%. The corresponding increase in the maximum yield was 25.2%, 11.7%, 29.5%, and 25.1%, respectively. The average water-saving with different plot sizes and under different locations varied on average as wheat (45.5%), cotton (43%), maize (42.4%), and rice (30%). The corresponding average increase in the yield was 16.8%, 11.7%, 26.7%, and 25.1%, respectively. Wheat under-bed planting resulted in a 16.8% increase in yield with 45.5% water-saving. According to Pakistan Economic Survey 2007-08, 21,749 000 ton of wheat was produced from an area of 8.41 Mha with an average yield of 2585 kg/ha. Adopting this bed planting machine for sowing wheat under raised bed technology witnessed an increase of 3,654 000 ton in production. Moreover, the water-saving of 45.5% under-bed planting reflects that the complete replacement of conventional method by Raised Bed Technology at 8.41 Mha will save water for another 3.83 Mha land, which was about 60% of the then fallow land in 2007-08 (6.44 Mha). |
Prof. Dr. Rai Niaz Ahmad | 2009 | |
2 | Best Paper Award |
Keywords: systemlevel water saving; system dynamic model; production and profit functions; China Presented at: 59th IEC Meeting 2008, Lahore, Pakistan |
Shahbaz Khan; Shahbaz Mushtaq; Yufeng Luo; David Dawe; Mohsin Hafeez; Tariq Rana | 2008 | |
3 | Best Paper Award |
Keywords: Drainage; drain depth; waterlogging; salinity Presented at: 59th IEC Meeting 2008, Lahore, Pakistan |
Lambert K. Smedema | 2008 | |
4 | Innovative Water Management | Comprehensive approach in water resources management such as Irrigation, Drainage, On-Farm Water Management, Water Quality, Groundwater Modeling, Contaminant Transport |
|
Dr. Muhammad Akram Kahlown | 2003 |
Recognized World Heritage Irrigation Structures+
# | Structure | Built | State | River Basin | Irrigation area | Recognised at |
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1 | Balloki Barrage | 1913 | 1.064 million acres | 65th IEC Meeting, Gwangju, Korea, 2014 |
Workbody Representation+
# | Abbreviation | Workbody |
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1 | ASRWG | Asian Regional Working Group
Mr. Ahmed Kamal (Member), |
2 | EB-JOUR | ICID Journal Editorial Board
Dr. Muhammad Latif (Member), Dr. Mohammad Mohsin Hafeez (Associate Editor), |
3 | PCTA | Permanent Committee for Technical Activities
Dr. Mohammad Mohsin Hafeez (Member), |
4 | PFC | Permanent Finance Committee
Engr. Husnain Ahmad (Member), |
5 | WG-AFM | WG on Adaptive Flood Management
Engr. Muhammad Ejaz Tanveer (Provisional Member), Engr. Syed Mahmood-ul-Hassan (Member), |
6 | WG-CDTE | WG on Capacity Development, Training and Education
Dr. Mohammad Mohsin Hafeez (Provisional Member), |
7 | WG-CLIMATE | WG on Global Climate Change and Agrl. Water Mgmt.
Engr. Ghulam Zakir-Hassan Sial (Provisional Member), |
8 | WG-HIST | WG on History of Irrigation, Drainage and Flood Control
Dr. Qazi Tallat Mahmood Siddiqui (Member), |
9 | WG-IOA | WG on Institutional Asp. of Irrig. Drain. Sys. Mgmt.
Dr. Qazi Tallat Mahmood Siddiqui (Member), |
10 | WG-IDSST | WG on Irrig. and Drain. in the States under Socio-Eco. Trans.
Mr. Rafaquat Ali (Member), Dr. Usman Khalid Awan (Member), |
11 | WG-IDM | WG on Irrigation Development and Mgmt.
Mr. Tariq Altaf (Member), |
12 | WG-MWSCD | WG on Manag. Water Scar. under Conflict Demands
Mr. Zafar Iqbal (Provisional Member), |
13 | WG-M&R | WG on Modernization and Revitali. of Irrig. Schemes
Mr. Usman-e- Ghani (Member), Dr. Usman Khalid Awan (Member), |
14 | WG-NCWRI | WG on Use of Non-Conven. Water Res. for Irrig.
Dr. Muhammad Munir Ahmad (Member), Dr. Usman Khalid Awan (Member), |
15 | WG-ENV | Working Group on Environment
Dr. Javaid Hussain (Member), |
16 | WG-LDRG | Working Group on Land Drainage
Mr. Fazal Rehman Kashif (Member), Er. Asghar Ali Halepoto Ali Halepoto (Provisional Member), Er. Abdul Haleem Memon (Provisional Member), |
17 | WG-SDRG | Working Group on Sustainable Drainage
Mr. Fazal Rehman Kashif (Secretary), |
18 | WG-BIO-FUEL | Working Group on Water for Bio-Fuel and Food
Mr. Abdul Wahab Siyal (Provisional Member), |
19 | WG-WATS | Working Group on Water Saving in Irrigated Areas (WG-WATS)
Dr. Ashfaq Ahmed Sheikh (Member), Dr. Muhammad Ashraf (Provisional Member), |
PUBLICATIONS/ DOCUMENTS+
MAJOR IRRIGATION PROJECTS*+
Direct Members+
Companies | Institutions | Indiviuals | Mr. Sajid Ali Bhutto |
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