GIS for Water Resources Management Training Course

This course equips participants with practical skills to apply GIS to water resources planning and management. It focuses on watershed delineation, hydrological analysis, water infrastructure mapping, quality and demand analysis, flood and drought assessment, and decision support.

Target Groups

• Water resource and catchment managers
• Hydrologists and hydrogeologists
• Irrigation and water utility engineers
• Environmental and climate officers
• GIS analysts
• Government and NGO water sector staff
• Managers and supervisors seeking to strengthen organizational practice in this field
• Consultants and professionals supporting related organizations

Course Objectives

By the end of this course, participants will be able to:

• Apply GIS fundamentals to water resources data
• Map water bodies, networks, and infrastructure
• Delineate watersheds and stream networks
• Analyze rainfall, runoff, and terrain
• Assess land use and land cover impacts on water resources
• Map water quality and demand
• Analyze flood and drought risks
• Support groundwater and irrigation planning
• Integrate remote sensing in water monitoring
• Produce maps for planning and stakeholder engagement

Course Modules

Module 1: GIS and Water Resources Overview

• Water sector data needs
• GIS applications in water
• Spatial data sources
• Data standards
• Software tools

Module 2: Mapping Water Infrastructure and Networks

• Rivers, lakes, and boreholes
• Pipe and canal networks
• Water utility mapping
• Asset databases
• Field data collection

Module 3: Terrain and Watershed Analysis

• Digital elevation models
• Flow direction and accumulation
• Watershed and stream delineation
• Slope and drainage analysis
• Catchment characterization

Module 4: Rainfall, Runoff, and Hydrological Data

• Rainfall data sources
• Spatial interpolation
• Runoff estimation basics
• Hydrological models and GIS
• Time series data

Module 5: Land Use, Land Cover, and Water Impacts

• Land cover classification
• Change detection
• Erosion and sedimentation
• Impervious surfaces
• Catchment management

Module 6: Water Quality and Demand Mapping

• Sampling point mapping
• Interpolating quality data
• Pollution sources
• Population and demand analysis
• Access and coverage mapping

Module 7: Flood and Drought Risk Analysis

• Flood hazard mapping
• Inundation modeling basics
• Drought indices
• Vulnerability analysis
• Early warning support

Module 8: Groundwater and Irrigation Applications

• Aquifer mapping
• Recharge assessment
• Irrigation suitability
• Water allocation
• Well site selection

Module 9: Remote Sensing and Decision Support

• Satellite monitoring of water bodies
• Vegetation and moisture indices
• Dashboards and web maps
• Stakeholder maps
• Policy integration

Module 10: Practical Exercises and Capstone Project

• Delineating a watershed and stream network
• Mapping water infrastructure and risks
• Analyzing a flood or drought scenario
• Producing a water resources map set
• Presenting a water management plan