Available courses
Explore the diverse range of tools available in QGIS for conducting comprehensive hydrological analysis.
As climate change intensifies and water scarcity becomes a growing global concern, it is crucial to assess how we use water in agriculture. FAO's WaPOR datasets provide open-access, remote-sensing data designed to monitor water productivity, helping to optimize water usage in agricultural systems. This data is vital for ensuring the sustainability of our water resources in the face of increasing demand.In this workshop, we will explore how WaPOR offers an accessible solution for assessing water use efficiency, and how WaPLUGIN simplifies this process. By streamlining the download of WaPOR datasets and enabling the easy computation of key irrigation and water productivity indicators directly within QGIS, WaPLUGIN makes water management analysis more efficient and user-friendly. Participants will gain hands-on experience using these tools to support informed decision-making in agricultural water use.
Learn how to load, animate and analyse mesh data in QGIS
Point cloud processing tools in QGIS and PDAL wrench
Use QGIS for urban analysis
Prepare precision agriculture projects with QGIS and Mergin Maps.
Learn to use the command line, GDAL, Python, PCRaster and PyQGIS.
Stream and catchment delineation with QGIS
Learn how to use FAO WaPOR data to monitor spatial and temporal trends in agricultural water productivity
Stream and catchment delineation with QGIS 3.30
IHE Delft offers face-to-face courses, online courses and tailor made advice & trainings.
During this workshop you'll learn how to use PCRaster for hydrological analysis and modelling through the QGIS PCRaster Tools plugin and Python
In this course you’ll learn how to create graphs, maps and animations for posters, slide shows, websites and scientific publications
This course will introduce you to Google Earth Engine.
Learn how to create orthophotos, point cloud and DSM from drone images.
Advanced tutorials for QGIS for hydrology, hydraulics and water management.
Contribute with your OpenCourseWare or translations.
Learn how to use PCRaster in QGIS and Python
Learn to use Google Earth Engine Python API and geemap for interactive mapping.
Learn how to use GIS for groundwater studies.
Learn how to prepare a field campaign with GIS.
Learn how to use QGIS for hydrological applications.
Learn how to create an app for field data collection using GIS without programming.
Watch video tutorials on GIS.
Watch recordings of GIS related webinars.
Looking for free GIS data? Here's an overview of useful resources.
Links to other open educational resources.
Formation sur les bonnes pratiques avec QGIS pour l’analyse des produits WaPOR
Ce cours vous présentera Google Earth Engine.
Apprenez à utiliser la ligne de commande, GDAL, Python, PCRaster et PyQGIS.
Apprenez à utiliser QGIS pour l'hydrologie des bassins versants et la gestion de l'eau.
Tutoriels avancés pour QGIS pour l'hydrologie, l'hydraulique et la gestion de l'eau.
Apprenez à utiliser le SIG pour les études sur les eaux souterraines.
Créez une application pour la collecte de données sur le terrain à l'aide du SIG sans programmation.
Aprende acerca de la creación de ortofotos, nubes de puntos y Modelos Digitales de Superficie (DMS) desde imágenes de Drones
Aprenda a utilizar QGIS para la hidrología de cuencas hidrográficas y la gestión del agua.
Aprende a utilizar los SIG en estudios acerca de agua subterránea.
プログラミングなしでGISを使った現場でのデータ収集を行うアプリの作成方法を学びます。
Aprenda acerca da criação de ortofotos, nuvens de pontos e Modelos Digitais de Superfície (MDS) de imagens de Drones.
Aprenda a usar o QGIS para Hidrologia de bacias Hidrográficas e Gestão dos Recursos Hídricos
Point cloud processing tools in QGIS en PDAL wrench
Prepare precision agriculture projects with QGIS and Mergin Maps.
Leer hoe je een survey kan opzetten met QGIS, Mergin en de Input app
Leer de opdrachtregelinterface, GDAL en programmeren in Python
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