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System of Rice Intensification (SRI): Growing more with less

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Published on Apr 16, 2012

THE USE OF ANY COPYRIGHTED MATERIAL IS USED UNDER THE GUIDELINES OF "FAIR USE" IN TITLE 17 § 107 OF THE UNITED STATES CODE. SUCH MATERIAL REMAINS THE COPYRIGHT OF THE ORIGINAL HOLDER AND IS USED HERE FOR THE PURPOSES OF EDUCATION, COMPARISON, AND CRITICISM ONLY

System of Rice Intensification (SRI): Growing more with less
Overview of SRI - Improving Rice Productivity and Achieving Water SavingsOverview of

SRI - Improving Rice Productivity and Achieving Water Savings
http://info.worldbank.org/etools/docs...

Target audience: This presentation is intended for policy and decision makers, managers of development projects, and stakeholders involved in agriculture, water resource and irrigation management.

Content Covered: This section focuses on the benefits and limitations of SRI application. Compared to the commonly known flooded rice production, successful applications of SRI have shown that farmers can raise their paddy yields by 50 to 100% or more, while using fewer farm inputs, especially water. While failed field trials also exist, it is important to note that SRI is still a 'work in progress' and evolving, and should be adopted to local conditions and traditions.

After a brief review of the six key elements of SRI, the benefits of SRI are discussed - increase in paddy yields, better rice quality, reduction in irrigation water use, and reduction in production cost. Constraints to implementing and scaling up SRI are also reviewed - psychological and technical barriers as well as farm labor.

With climate change, increasing variability of rainfall, and the growing competition for water and land, SRI offers a new opportunity for increasing the production value per drop of water and for reducing agricultural water demand.

Special thanks to: The following people who reviewed and provided input to the narration script: Norman Uphoff (Cornell International Institute for Food, Agriculture and Development), Shuichi Sato (Nippon Koei, Indonesia Decentralized Irrigation System Improvement Project), Carlos Salazar and Bonifacio Labiano (National Irrigation Administration, the Philippines), Kotaro Kikuchi (World Bank Institute), Willem Janssen, Richard Chisholm (World Bank). Thanks to those who generously provided photos from their field experience: Bahman Amiri (Iran), Association Tefy Saina (Madagascar), Gamini Batuwitage (Sri Lanka), Mustapha Ceesay (Gambia), Elske van de Fliert (FAO), Andre Goncalves (Brazil), Green Foundation (India), T. M. Thiyagarajan (India), P.V. Satyanarayana (India), Henry Ngimbu (Zambia), Rena Perez (Cuba), Koma Yang Saing (Cambodia), Carlos Salazar (Philippines), Shuichi Sato (Indonesia), Erika Styger (Mali), Aga Khan Foundation (Afghanistan), Norman Uphoff (USA), Rajendra Uprety (Nepal), Tim Krupnik (Burkina Faso), Kotaro Kikuchi (Japan), Mei Xie (World Bank Institute) and the World Bank Photo Library.

More info on SRI;

http://sri.ciifad.cornell.edu/index.html

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