OCW IHE DELFT
GIS OpenCourseWare for Hydrological Applications
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Course data
General
Schedule
Introduce yourself in this forum
QGIS for Hydrological Applications
QGIS and Open Data for Hydrological Applications - Exercise Manual (v 3.4.1b) - LTR
Data Exercise 1: Digitizing from a scanned map
Data Exercise 2: Importing tabular data into GIS and interpolation
Data exercise 4: Spatial planning using map algebra
Data Exercise 5: DEM analysis and catchment delineation
Data Exercise 7: Map design
Exchange knowledge with other users
YouTube Channel with screencasts
Recorded webinar: Open Source Software and Open Data for Integrated Water Resources Management
Using GDAL for preprocessing
Introduction to the Command Line
Introduction to GDAL
Data GDAL Exercises
Excercise data GDAL batch conversion
Introduction to Python
Jupyter notebook on basics of Python 3 (via Colab)
Jupyter notebook on basics of Python 3 (via Binder)
Jupyter notebook on GitHub
Thanks!
Tailor Made Trainings
Field surveys with QGIS, Mergin and Input
Field surveys using QGIS, Mergin and Input
Tutorial data
Video of the tutorial
Video tutorials
Webinars
QGIS advanced tutorials
Tutorial: Visualise Flow Direction with Arrows
Data
Video
Tutorial: Create a Hypsometric Curve
Data
Video
Tutorial: Calculate time of concentration (Kirpich)
Data
Video
Tutorial: Create a Longitudinal River Profile
Video
Data
Tutorial: Calculate the Topographic Wetness Index from a DTM
Video
Data
Tutorial: Delineate Multiple Subcatchments
Video
Data
Tutorial: Create a Stage Volume Curve
Video 1: Calculate Volumes from a DEM
Video 2: Create a Stage Volume Curve with PyQGIS
Data
Tutorial: Burn Stream Network into DEM
Video
Data
Tutorial: Stream & catchment delineation using GRASS tools
Video
Data
Tutorial: Automate Stream & Catchment Delineation using the Graphical Modeler
Video
Data
GIS for hydrogeology
GIS training for hydrogeological applications
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OCW IHE DELFT
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Course Content
1.
General
2.
Schedule
3.
QGIS for Hydrological Applications
4.
Using GDAL for preprocessing
5.
Introduction to Python
6.
Field surveys with QGIS, Mergin and Input
7.
Video tutorials
8.
Webinars
9.
QGIS advanced tutorials
10.
GIS for hydrogeology
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GIS OpenCourseWare for Hydrological Applications
Home
Courses
GIS OpenCourseWare
Introduction to Python
General
Schedule
QGIS for Hydrological Applications
Using GDAL for preprocessing
Introduction to Python
Field surveys with QGIS, Mergin and Input
Video tutorials
Webinars
QGIS advanced tutorials
GIS for hydrogeology
Introduction to Python
Lecture Introduction to Python
Video
Lecture Introduction to Python libraries
Video
Exercises
Jupyter notebook on basics of Python 3 (via Colab)
URL
Jupyter notebook on basics of Python 3 (via Binder)
URL
Jupyter notebook on GitHub
URL
This is an interactive Jupyter Notebook.
Other resources
PyQGIS 101
by Anita Graser
QGIS and PyQGIS courses
by Ujaval Gandhi
PCRaster courses
by Utrecht University
Hatari Labs YouTube Channel
by Saul Montaya
Hatari Labs Blog
by Saul Montoya
Python Data Science Handbook
by Jake van der Plas
Getting started with PySpark & GeoPandas on Databricks
by Anita Graser
Geo-Python course
by University of Helsinki
Open Source Options YouTube Channel
Locate Press Books
MapScaping Podcast Geospatial Python with Anita Graser
Adaptive curve fitting (GitHub)
by Bruce
Xiaolong Liu
Adaptive curve fitting (PyPi)
by Bruce Xiaolong Liu
Adaptive curve fitting (Zenodo)
by Bruce Xiaolong Liu
Python, GDAL, PCRaster videos
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Using GDAL for preprocessing
Field surveys with QGIS, Mergin and Input
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