Duration
3 days
Training structure
Continuing Education Department, Faculty of Science
Presentation
Hands-on training based on computer-based exercises, using databases commonly employed in biodiversity research and study.
*Subject to approval by the Board of Trustees of the University of Montpellier on Monday, September 28, 2026
The advantages of the training program
Next training session: February 1–3, 2027
Objectives
- To enable learners to use GPS and GIS independently so that they can master the entire process—from data collection to analysis—in the context of fieldwork involving naturalist expeditions and biodiversity research.
- Understand database organization and queries for querying vector layers.
- Provide training on the use of open-source GIS software (QuantumGIS) for working with spatial data and mapping.
Program
15 hours of training spread over 5 half-days of in-person sessions - Training available as an in-house program
PROGRAM
DAY 1: GIS BASICS AND GETTING STARTED WITH QGIS
Overview of the Main Editable Formats (1 hour)
- Identify and distinguish the main data formats (vector, raster, spreadsheet)
- Understanding Coordinate Systems and Projections
Introduction to the QGIS Interface (1 hour)
- Exploring and Navigating the QGIS Software Interface
- Open and Import Data (Vector, Raster)
- Manage projects, layers, and reference coordinate systems
- Use basic browser tools and install extensions
QGIS Project Management — Methodology (0h30)
- Knowing how to prepare and structure a reproducible workflow
- Apply best practices for naming and organizing layers
Data Recovery via Server (1 hour)
- Configure and Use WMS and WFS Feeds
Filters and Selections (1 hour 30 minutes)
- Formulate queries to filter a data layer
- Filter by attributes and location
- Create and Export a File from a Selection
- Calculate statistics directly in an attribute table
DAY 2: DATA ANALYSIS, MANIPULATION, AND PROCESSING
Creating and Editing Spatial Data (2.5 hours)
- Create layers and geographic features (points, polylines, polygons)
- View, manipulate, and increment attribute data
- Edit attributes (area, text fill)
Geoprocessing Tools (1 hour 30 minutes)
- Identify and Use the QGIS Processing Toolbox
- Apply key tools: stamp, cross, intersection, layer merge
Visual Representation of Vector and Raster Data (1 hour)
- Implement thematic analyses (simple, categorized, and graded symbol systems)
- Save and Reuse Favorite Styles
- Set the symbol levels and proportional symbols
- Manage Custom SVG Icons
- Leveraging Transparency and Blending Modes
- Configure labels and their positioning rules
DAY 3: QGIS SETUP, SYNCHRONIZATION, AND FIELD DATA COLLECTION WITH QFIELD
Layout and Design of a Print-Ready Map (1 hour)
- Create a complete map layout (title, map, logo, legend, graphics)
- Export to PDF
Geopackage Formats — Field Database (0h30)
- Understanding the Principles, Benefits, and Applications of the Geopackage Format
- Create and organize a database and package multiple layers
Site preparation and attribute processing (1 hour 30 minutes)
- Manage and configure attribute fields for field data entry
- Set value ranges, drop-down lists, and checkboxes
- Automate field calculations: position, area, spatial joins
- Integrate the ability to take geotagged photos from a smartphone
QFieldSync / QField Android Synchronization (1 hour)
- Install and configure the QFieldSync plugin in QGIS
- Synchronize a QGIS desktop project with the mobile app
- Manage the layers to be synchronized and export the project to QField
Using QField on a Mobile Device (1 hour)
- Understanding and Navigating the QField Interface
- Take Advantage of GPS Geolocation Features
- Add, edit, and delete features in the field
- Take geotagged photos in the field