GIS OpenCourseWare: Data

OCW IHE DELFT

GIS OpenCourseWare for Hydrological Applications

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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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Course Overview

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General 1

Schedule 2

Introduce yourself in this forum

QGIS for Hydrological Applications 3

QGIS and Open Data for Hydrological Applications - Exercise Manual (v 3.4.1b) - LTR File
Data Exercise 1: Digitizing from a scanned map File
Data Exercise 2: Importing tabular data into GIS and interpolation File
Data exercise 4: Spatial planning using map algebra File
Data Exercise 5: DEM analysis and catchment delineation File
Data Exercise 7: Map design File
Exchange knowledge with other users Forum
YouTube Channel with screencasts URL
Recorded webinar: Open Source Software and Open Data for Integrated Water Resources Management URL

Using GDAL for preprocessing 4

Introduction to the Command Line Book
Introduction to GDAL Book
Data GDAL Exercises File
Excercise data GDAL batch conversion File

Introduction to Python 5

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

Field surveys with QGIS, Mergin and Input 6

Field surveys using QGIS, Mergin and Input Book
Tutorial data File
Video of the tutorial URL

Video tutorials 7

Webinars 8

QGIS advanced tutorials 9

Tutorial: Visualise Flow Direction with Arrows Book
Data Folder
Video URL
Tutorial: Create a Hypsometric Curve Book
Data File
Video URL
Tutorial: Calculate time of concentration (Kirpich) Book
Data File
Video URL
Tutorial: Create a Longitudinal River Profile Book
Video URL
Data File
Tutorial: Calculate the Topographic Wetness Index from a DTM Book
Video URL
Data File
Tutorial: Delineate Multiple Subcatchments Book
Video URL
Data File
Tutorial: Create a Stage Volume Curve Book
Video 1: Calculate Volumes from a DEM URL
Video 2: Create a Stage Volume Curve with PyQGIS URL
Data File
Tutorial: Burn Stream Network into DEM Book
Video URL
Data File
Tutorial: Stream & catchment delineation using GRASS tools Book
Video URL
Data File
Tutorial: Automate Stream & Catchment Delineation using the Graphical Modeler Book
Video URL
Data Folder

GIS for hydrogeology 10

GIS training for hydrogeological applications URL

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GIS OpenCourseWare for Hydrological Applications

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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 &amp; catchment delineation using GRASS tools

Video

Data

Tutorial: Automate Stream &amp; Catchment Delineation using the Graphical Modeler

Video

Data

GIS for hydrogeology

GIS training for hydrogeological applications

Data

Tutorial: Stream & catchment delineation using GRASS tools

Tutorial: Automate Stream & Catchment Delineation using the Graphical Modeler