Paddy and Water Environment

, Volume 9, Issue 1, pp 101–109 | Cite as

SRI contributions to rice production dealing with water management constraints in northeastern Afghanistan

  • Vincent Thomas
  • Ali Mohammad Ramzi
Technical Report


Rice is a major staple food in Afghanistan, and its production contributes to the food security for millions of Afghans. However, over the past four decades, increases in rice cultivation in the Amu Darya River Basin in the northeastern part of the country are contributing to head/tail inequities in irrigation water-sharing, both at river basin and at canal levels. Since 2007, the Participatory Management for Irrigation System project has been experimenting with the System of Rice Intensification (SRI) as an alternative to the highly water-consumptive traditional method of rice cultivation by inundation of fields. The aim is to introduce a water-saving method for upstream rice-growing farmers to improve the water access for downstream users. To the extent that such a method improves yield, this gives upstream farmers an incentive to switch to this new method which benefits them and, indirectly, other farmers downstream. In 2009, 42 farmers who are cooperating with the Aga Khan Foundation practiced SRI, facilitated through the project’s participatory technology development (PTD) approach. Their average SRI yield, 9.3 tons ha−1, was considerably higher than that obtained with their traditional rice-growing practices. Those farmers who had 2 years of experience with SRI methods and who greater mastery of the techniques got, on average, 65% higher yield than first-year SRI farmers. More-experienced farmers improved their rice production by 27% in comparison to their previous results in 2008. The PTD approach engages the experienced farmers as resource persons to assist new volunteers, promoting local transfer of knowledge. The primary factor in yield improvement was an increase in the number of grains per panicle (+47%). A 10% increase in the number of tillers per square meter, despite lowered plant population, was the second major factor. Yields appeared to be very responsive to an increased number of mechanical weedings. Challenges still remain to be dealt with on the way toward up-scaling, especially as the security situation remains problematic. However, the PTD approach is facilitating work in the field as is cooperation with government personnel.


Afghanistan Rice yield System of rice intensification Water saving Water scarcity Weed control 


  1. CSO (2008) Afghanistan statistical yearbook, 2007–2008. Central Statistical Organization, KabulGoogle Scholar
  2. Lee JL (2007) Water management, livestock and the opium economy: the performance of community water management systems. Afghanistan Research and Evaluation Unit, KabulGoogle Scholar
  3. Maletta H, Favre R (2003) Agriculture and food production in post-war Afghanistan: a report on the winter agricultural survey 2002–2003. UN Food and Agriculture Organization, Kabul.
  4. Pasquet J (2007) Participatory management of irrigation systems: farming systems research—Final report. Groupe Urgence Réhabilitation et Développement, KabulGoogle Scholar
  5. Qureshi, AS (2002) Water resources management in Afghanistan: the issues and options. Water policy paper 49. International Water Management Institute, Pakistan Program, LahoreGoogle Scholar
  6. SOGREAH (1966) Kunduz Khanabad irrigation study final report. Afghan Water and Soil Survey Authority, Kabul (for World Bank)Google Scholar
  7. Thomas V, Ahmad M (2009) Historical perspective on the Mirab system: a case study of the Jahgharoq Canal, Baghlan. Afghanistan Research and Evaluation Unit, KabulGoogle Scholar
  8. Thomas V, Osmani A, Abdi S (2009) Nahr-e-Said and Nahr-e-Zargar Canal Assessment. PMIS project report. Aga Khan Foundation Afghanistan, KabulGoogle Scholar
  9. Uphoff N, Anas I, Rupela OP, Thakur AK, Thiyagarajan TM (2009) Learning about positive plant-microbial interactions from the system of rice intensification (SRI). Aspects Appl Biol 98:29–54Google Scholar
  10. Varzi M, Wegerich K (2009) Much ado about nothing: sub-basin working groups in Kunduz River Basin. Afghanistan Water and Development Publications, Helsinki University of Technology, HelsinkiGoogle Scholar
  11. WASSAN/CSA (2006) SRI—An emerging alternative: an SRI manual. Watershed Support Services and Activities Network, and Centre for Sustainable Agriculture, Hyderabad, with support of World Wide Fund for Nature (WWF)Google Scholar

Copyright information

© Springer-Verlag 2010

Authors and Affiliations

  1. 1.Aga Khan Foundation-AfghanistanKabulAfghanistan

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