![]() | Irrigation Training Manual: Planning, Design, Operation and Management of Small-Scale Irrigation Systems (Peace Corps, 1994, 151 p.) |
![]() | ![]() | Introduction to the irrigation manual |
Session plans are included to provide a comprehensive background in irrigation principles and practices. Each session plan includes the goals and objectives for the session, an overview of the purpose of the session, a description of activities which can be performed to fulfill the objectives, a list of tools and materials required, and location of additional technical information in the Irrigation Reference Manual. The session plans are grouped in the manual according to topic areas. The session groupings do not necessarily reflect the order in which the sessions should be presented in a training. It is assumed that the training staff will prepare a session schedule that is unique to each training and that reflects collaboration with other Peace Corps training needs, such as language and availability of work sites.
Section 1 Introduction to Irrigation Principles and Practices
The Role and Purpose of Irrigation
Assessing Trainee Math
Skills
Tool Use and Safety
These introductory sessions are intended to enable Trainees to understand the need for irrigation in tropical dry and sub-humid ecosystems and to define their own objectives for the training and beyond.
Section 2 Community Organization and Mobilization
Conducting a Community Needs Assessment
Community
Organization and Mobilization
Communication Techniques
Problem
Solving
Working with a Community Water Users Association
Construction of
Projects in a Community
These sessions provide Trainees with opportunities to develop and test skills in working with small groups in rural communities to define problems, identify solutions, and develop and implement projects.
Section 3 Inventorying the Physical and Biological Resource Base
Watershed Hydrology
Water Flow Measurements
Surveying and
Field Measurements
Soil -Plant -Water Relationships
Conducting
Environmental Assessments
Trainees must acquire skills enabling them to evaluate and monitor soil, water, and ecological attributes of the areas in which irrigation projects will be developed. These sessions provide learning exercises enabling Trainees to identify and quantify water sources, conduct measurements of field and watershed conditions, analyze physical and chemical soil properties, and identify environmental concerns to make certain that irrigation projects are carried out in a manner that sustains ecological processes.
Section 4 Developing Water Sources
Diversion Dams
Designing Spring Boxes
Selecting
Pumps
Design and Use of Pumps
Installing, Operating and Developing
Maintenance Plans for
Pumps
Wells: Hand Dug and Drilled
Storage Pond
Design, Construction, and Management
Trainees learn hands on techniques that will enable them to capture and divert water from springs, seeps, or streams; dig, drill or rehabilitate shallow wells; use and repair hand and power-driven pumps; and build and maintain small ponds for storing water supplies.
Section 5 Assessing Irrigation Water Requirements
Estimating Net Crop Water Needs
Estimating the Efficiency of
Irrigation Systems
Estimating Gross Daily Irrigation Requirements and Design
Capacity
These sessions provide Trainees with opportunities to estimate the amount of water available and required to sustain an irrigation system. Trainees will also acquire managerial skills enabling them to evaluate the most efficient irrigation designs that can make the best use of available soil and water resources.
Section 6 Farm Water Delivery Systems
Components of Farm Irrigation Systems
Canal Design,
Construction, and Maintenance
Control Structures: Checks, Diversions, and
Drops
Pipe System Design, Construction, and Maintenance
Land Leveling or
Smoothing
Surface Irrigation Systems
Sprinkler Systems
Trickle or Drip
Systems
In these sessions Trainees learn the basic skills necessary to design and construct small irrigation systems using gravity, sprinklers, or drip methods to deliver water. Sessions also require Trainees to work in the field constructing and rehabilitating actual operating systems.
Section 7 Farm Water Management
Basic Concepts in Farm Water Management
Basic Soil and Water
Conservation Practices
Developing Irrigation Schedules
Evaluation,
Operation, and Maintenance
Sustainable use of irrigation systems requires precise management of soil and water resources. Trainees will construct soil conservation measures to minimize soil loss and promote high nutrient content in soils. They will also conduct evaluations and prepare water application schedules and operation and maintenance plans for existing irrigation systems.
Section 8 Waterlogging and Salinity
Basic Concepts of Waterlogging and Salinity
Control of
Drainage and Salinity Problems
Trainees will work in the field constructing measures to minimize or avoid problems with waterlogging or high salt content in soils. Sessions will also provide the conceptual background to enable Trainees to anticipate problems and solutions in a variety of physical and social settings.
Section 9 Project Planning and Development
Conducting Economic Analyses
Proposal Writing
Trainees will acquire the technical skills to determine if projects are financially or economically feasible, learn how to develop project budgets and procurement plans, and write proposals to solicit financial support.
The amount of actual technical training time required to complete all 40 training sessions is estimated to be between 147-172 hours. The discrepancy in estimated time requirements is due to the fact that some training sites may have immediate access to field practice sites while others must factor in travel time. Also, the skill levels of Trainees will influence the amount of time needed to complete each session.
Time requirements by training topic section are estimated as follows:
Section | |
1 Introduction to Irrigation Principles and Practices |
3 Hours |
2 Community Organization and Mobilization |
12 Hours |
3 Inventorying the Physical and Biological Resource Base |
12 Hours |
4 Developing Water Sources |
32-37 Hours |
5 Assessing Irrigation Water Requirements |
5 Hours |
6 Farm Water Delivery Systems |
54-74 Hours |
7 Farm Water Management |
13 Hours |
8 Waterlogging and Salinity |
10 Hours |
9 Project Planning and Development |
6 Hours |
TOTAL |
147-172 Hours |
Assuming that a minimum of six hours per day can be dedicated to technical training activities, and that training can proceed for a minimum of 5.5 days per week, then approximately five weeks will be required to complete the training.
In-service trainings will likely be constrained by time limitations, which will require trainers to pick and choose among specific topic areas and field activities that will meet Volunteer defined needs.