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Landscape Irrigation Design Manual 3 1 Understanding Basic Hydraulics. psi, multiply the feet by .433 One foot of water = .433 psi. For example, 200 ft of water height x .433 produces 86.6 psi at its base. (To convert meters of head to pressure in Maheshwari, B.L., T.A. McMahon, A.K. Turner and B.J. Campbell. 1988. An Optimization Technique for Estimating Infiltration Characteristics in Border Irrigation. Establishing and Strengthening Irrigation Water Users Associations (IWUAs) in Ethiopia A Manual for Trainers Philippe Lemperiere, Fitsum Hagos, Nicole Lefore, Amare Haileslassie and Simon Langan RESEARCH PROGRAM ON Water, Land and Ecosystems Manual irrigation systems are very simple, but effective methods for making water available to crops. Manual irrigation systems are easy to handle and there is no need for technical equipment. But it is important that they are constructed correctly to avoid water loss and crop shortfall. Crop Growth Module: Capturing crop yield response to water de?cit within MPMAS This manual summarizes the functionalities of crop growth model under water quirements are based on methodologies presented in FAO Irrigation and Drainage Module 1. Irrigation development, a multifaceted process -- Module 2. Natural resources assessment -- Module 3. Agronomic aspects of irrigated crop production -- Module 4. Crop water requirements and irrigation scheduling -- Module 5. Irrigation pumping plant -- Module 6. Guidelines for the preparation of technical drawings -- Module 7. In A. P. Savva and K. Frenken (eds.) FAO Irrigation Manual Module 4 Rome, Italy. has been cited by the following article: Article. Determination of Supplementary Water Requirements of Selected Food Crops per Growth Stage Using Climatic Indices. Irrigation Training Manual. Planning, Design, Operation, and Management of Small-Scale Irrigation Systems [and] Irrigation Reference Manual. A Technical Reference to Be Used with the Peace Corps Irrigation Training Manual T0076