Add missing external tag to tutorials (#103)

petrasovaa · cwhite911 · web-flow · commit 0362fff93340 · 2026-01-21T21:57:56.000-05:00
* Add missing external tag to tutorials

* more GIS removal

---------

Co-authored-by: Corey White &lt;smortopahri@gmail.com&gt;
diff --git a/CONTRIBUTING.md b/CONTRIBUTING.md
@@ -127,23 +127,23 @@ You can either specify it in the YAML header (`image: image.webp`) or add `{.pre
 
 If you want to have your GRASS external tutorials listed, you can create a `.yml` file
 within the `content/tutorials/external` folder with the tutorial(s) you want to include.
-See an example below:
+See an example below (note the added `external` tag):
 
 ``` yaml
-- title: Species distribution modeling using Maxent in GRASS GIS
+- title: Species distribution modeling using Maxent in GRASS
   path: https://ecodiv.earth/TutorialsNotes/sdmingrassgis/
   author: Paulo van Breugel
   image: content/tutorials/external/images/sdm_in_grass_tutorialbanner.png
   date: "2025-02-12"
   description: Species distribution models to predict the current and future distribution of the Almond-eyed Ringlet.
-  categories: ['biogeography', 'ecology', 'intermediate', 'advanced']
+  categories: ['biogeography', 'ecology', 'intermediate', 'advanced', 'external']
 - title: Density distribution map of white-tailed deer
   path: https://ecodiv.earth/TutorialsNotes/deerdensities/index.html
   author: Paulo van Breugel
   image: content/tutorials/external/images/deer-density-tile.png
   date: "2025-01-10"
   description: Habitat suitability map for the white-tailed deer using spatial multicriteria analysis and spatial disaggregation in GRASS.
-  categories: ['biogeography', 'MCDA', 'ecology', 'intermediate']
+  categories: ['biogeography', 'MCDA', 'ecology', 'intermediate', 'external']
 ```
 
 Then, you need to add the path to your `.yml` file in the header of the
diff --git a/content/tutorials/external/GISMentors_Jena.qmd b/content/tutorials/external/GISMentors_Jena.qmd
@@ -9,7 +9,7 @@ format:
     code-copy: true
     code-fold: false
 categories: [beginner, intermediate, advanced, GUI, Python, course, external, R, ecology, time series]
-description: Advanced geospatial analysis with GRASS GIS
+description: Advanced geospatial analysis with GRASS
 execute: 
   eval: false
 ---
@@ -24,7 +24,7 @@ The idea of this course is to teach about spatio-temporal data processing with a
 
 Authors: Martin Landa
 
-# GRASS GIS IRSAE winter course 2018
+# GRASS IRSAE winter course 2018
 
 This 3-days intense workshop on GIS in Applied Ecology from 24.09.2018 to 27.09.2018 at the cosy Studenterhytta in Oslo has been offered by IRSAE members NINA and FEM.
 Topic of the course is Advanced Geospatial Analysis with an emphasis on handling of Earth Observation and Time Series data using Free and Open Source Software. Based on a set of 29 course units, final content for the 3 days event was tailored according to participants interest as well as prior knowledge and experience.
diff --git a/content/tutorials/external/GISMentors_czech.qmd b/content/tutorials/external/GISMentors_czech.qmd
@@ -1,5 +1,5 @@
 ---
-title: "GISMentors - GRASS GIS školení"
+title: "GISMentors - GRASS školení"
 lang: cs
 date: 01/01/2023
 author: GISMentors
diff --git a/content/tutorials/external/ecodiv.yml b/content/tutorials/external/ecodiv.yml
@@ -1,28 +1,28 @@
-- title: Species distribution modeling using Maxent in GRASS GIS
+- title: Species distribution modeling using Maxent in GRASS
   path: https://ecodiv.earth/TutorialsNotes/sdmingrassgis/
   author: Paulo van Breugel
   image: content/tutorials/external/images/sdm_in_grass_tutorialbanner.png
   date: "2025-02-12"
   description: Species distribution models to predict the current and future distribution of the Almond-eyed Ringlet.
-  categories: ['biogeography', 'ecology', 'intermediate', 'advanced']
+  categories: ['biogeography', 'ecology', 'intermediate', 'advanced', 'external']
 - title: Density distribution map of white-tailed deer
   path: https://ecodiv.earth/TutorialsNotes/deerdensities/index.html
   author: Paulo van Breugel
   image: content/tutorials/external/images/deer-density-tile.png
   date: "2025-01-10"
   description: Habitat suitability map for the white-tailed deer using spatial multicriteria analysis and spatial disaggregation in GRASS.
-  categories: ['biogeography', 'MCDA', 'ecology', 'intermediate']
+  categories: ['biogeography', 'MCDA', 'ecology', 'intermediate', 'external']
 - title: From suitability to suitable regions
   path: https://ecodiv.earth/TutorialsNotes/SuitabilityRegions/index.html
   author: Paulo van Breugel
   image: content/tutorials/external/images/suitability-regions-tile.png
   date: "2024-05-25"
   description: Use a suitability map to identify and map regions with defined minimum suitability scores and area size.
-  categories: ['biogeography', 'MCDA', 'ecology', 'beginner']
+  categories: ['biogeography', 'MCDA', 'ecology', 'beginner', 'external']
 - title: Tree species diversity distribution
   path: https://ecodiv.earth/post/tree-species-diversity-distribution/
   author: Paulo van Breugel
   image: content/tutorials/external/images/tree-diversity-tile.png
   date: "2020-07-29"
   description: Create maps of tree species diversity across the contiguous USA, using various diversity indices.
-  categories: ['biodiversity', 'geobiogeography', 'ecology', 'beginner']
+  categories: ['biodiversity', 'geobiogeography', 'ecology', 'beginner', 'external']
diff --git a/content/tutorials/external/huidae_courses.yml b/content/tutorials/external/huidae_courses.yml
@@ -4,11 +4,11 @@
   image: content/tutorials/external/images/deforestation_tutorial.png
   date: "2022-03-25"
   description: Estimate the forest change rate and learn some GRASS basic concepts.
-  categories: ['bash', 'Python', 'beginner']
+  categories: ['bash', 'Python', 'beginner', 'external']
 - title: Physically-based hydrologic modeling using GRASS r.topmodel
   path: https://workshop.isnew.info/nsf-pose-2025-r.topmodel/
   author: Huidae Cho
   image: content/tutorials/external/images/subwatersheds-streams-watershed.png
   date: "2025-01-31"
   description: Workshop introducing the r.topmodel tool for hydrologic modeling.
-  categories: ['bash', 'R', 'intermediate', 'hydrology']
+  categories: ['bash', 'R', 'intermediate', 'hydrology', 'external']
diff --git a/content/tutorials/external/portuguese_resources_Grohmann.qmd b/content/tutorials/external/portuguese_resources_Grohmann.qmd
@@ -1,5 +1,5 @@
 ---
-title: "Geoprocessamento com GRASS GIS"
+title: "Geoprocessamento com GRASS"
 lang: pt
 author: Carlos Grohmann
 date: 01/01/2021
diff --git a/content/tutorials/external/spanish_resources_wiki.qmd b/content/tutorials/external/spanish_resources_wiki.qmd
@@ -1,5 +1,5 @@
 ---
-title: "Tutoriales de GRASS GIS en grasswiki"
+title: "Tutoriales de GRASS en grasswiki"
 lang: es
 date: 01/01/2017
 format: 
@@ -16,7 +16,7 @@ execute:
 
 
 * [Visualización analítica de datos](https://grasswiki.osgeo.org/wiki/Analytical_data_visualizations_at_ICC_2017/es) (2017)
-* [Libera el poder de GRASS GIS](https://grasswiki.osgeo.org/wiki/Unleash_the_power_of_GRASS_GIS_at_US-IALE_2017/es) (2017)
+* [Libera el poder de GRASS](https://grasswiki.osgeo.org/wiki/Unleash_the_power_of_GRASS_GIS_at_US-IALE_2017/es) (2017)
 * [Procesamiento de datos LiDAR y UAV](https://grasswiki.osgeo.org/wiki/Processing_lidar_and_UAV_point_clouds_in_GRASS_GIS_(workshop_at_FOSS4G_Boston_2017)/es) (2017)
 * [Procesamiento de series de tiempo con GRASS y R](https://grasswiki.osgeo.org/wiki/Temporal_data_processing/GRASS_R_raster_time_series_processing/es) (2017)
 
diff --git a/content/tutorials/external/unleash_the_power_of_GRASS_GIS.qmd b/content/tutorials/external/unleash_the_power_of_GRASS_GIS.qmd
@@ -1,5 +1,5 @@
 ---
-title: "Unleash the power of GRASS GIS"
+title: "Unleash the power of GRASS"
 author: "Anna Petrasova"
 date: 01/01/2023
 format: 
@@ -14,7 +14,7 @@ execute:
   eval: false
 ---
 
-In this workshop, delivered at FOSS4G NA 2023, we explain and practice GRASS concepts like computational region or mask and demonstrate them on examples of efficient raster, vector, and imagery processing. The workshop runs in a JupyterLab environment, introducing Python scripting for workflow automation. We also take advantage of the latest GRASS GIS Python features for Jupyter, including 2D, 3D, web map, and temporal visualizations. This workshop is suitable for both new and experienced GRASS GIS users. While you can run the workshop locally if desired, you can also use a cloud environment so no installation is required.
+In this workshop, delivered at FOSS4G NA 2023, we explain and practice GRASS concepts like computational region or mask and demonstrate them on examples of efficient raster, vector, and imagery processing. The workshop runs in a JupyterLab environment, introducing Python scripting for workflow automation. We also take advantage of the latest GRASS Python features for Jupyter, including 2D, 3D, web map, and temporal visualizations. This workshop is suitable for both new and experienced GRASS users. While you can run the workshop locally if desired, you can also use a cloud environment so no installation is required.
 
 Workshop instructions and material:\
 <https://github.com/ncsu-geoforall-lab/grass-gis-workshop-foss4gna-2023>
diff --git a/content/tutorials/modeling_movement/GRASS_movement.qmd b/content/tutorials/modeling_movement/GRASS_movement.qmd
@@ -34,7 +34,7 @@ This tutorial is designed so that you can complete it using the **GRASS GUI**, G
 :::
 
 ::: {.callout-note title="Don't know how to get started?"}
-If you are not sure how to get started with GRASS using its graphical user interface or using Python, checkout the tutorials [Get started with GRASS GIS GUI](../get_started/fast_track.qmd) and [Get started with GRASS & Python in Jupyter Notebooks](../get_started/fast_track_grass_and_python.qmd).  
+If you are not sure how to get started with GRASS using its graphical user interface or using Python, checkout the tutorials [Get started with GRASS GUI](../get_started/fast_track.qmd) and [Get started with GRASS & Python in Jupyter Notebooks](../get_started/fast_track_grass_and_python.qmd).
 :::
 
 ## What is a cost surface?
diff --git a/content/tutorials/modeling_movement/GRASS_movement_pt.qmd b/content/tutorials/modeling_movement/GRASS_movement_pt.qmd
@@ -33,7 +33,7 @@ Este tutorial foi criado para que você possa concluí-lo usando a interface gr
 :::
 
 ::: {.callout-note title="Don't know how to get started?"}
-Se você não tem certeza de como começar a usar o GRASS usando sua interface gráfica de usuário ou usando Python, confira os tutoriais [Get started with GRASS GIS GUI](../get_started/fast_track.qmd) e [Get started with GRASS & Python in Jupyter Notebooks](../get_started/fast_track_grass_and_python.qmd).
+Se você não tem certeza de como começar a usar o GRASS usando sua interface gráfica de usuário ou usando Python, confira os tutoriais [Get started with GRASS GUI](../get_started/fast_track.qmd) e [Get started with GRASS & Python in Jupyter Notebooks](../get_started/fast_track_grass_and_python.qmd).
 :::
 
 ## O que é uma superfície de custo (cost surface)?
diff --git a/content/tutorials/terrain_and_DEMs/GRASS_terrain.qmd b/content/tutorials/terrain_and_DEMs/GRASS_terrain.qmd
@@ -47,7 +47,7 @@ This tutorial is designed so that you can complete it using the **GRASS GUI**, G
 :::
 
 ::: {.callout-note title="Don't know how to get started?"}
-If you are not sure how to get started with GRASS using its graphical user interface or using Python, checkout the tutorials [Get started with GRASS GIS GUI](https://grass-tutorials.osgeo.org/content/tutorials/get_started/fast_track.html) and [Get started with GRASS & Python in Jupyter Notebooks](https://grass-tutorials.osgeo.org/content/tutorials/get_started/JupyterOnWindows_OSGeo4W_Tutorial.html).  
+If you are not sure how to get started with GRASS using its graphical user interface or using Python, checkout the tutorials [Get started with GRASS GUI](https://grass-tutorials.osgeo.org/content/tutorials/get_started/fast_track.html) and [Get started with GRASS & Python in Jupyter Notebooks](https://grass-tutorials.osgeo.org/content/tutorials/get_started/JupyterOnWindows_OSGeo4W_Tutorial.html).
 :::
 
 # Terrain, DEMs, and Raster GIS  
diff --git a/content/tutorials/terrain_and_DEMs/GRASS_terrain_pt.qmd b/content/tutorials/terrain_and_DEMs/GRASS_terrain_pt.qmd
@@ -47,7 +47,7 @@ Este tutorial foi criado para que você possa concluí-lo usando a interface **g
 :::
 
 ::: {.callout-note title="Don't know how to get started?"}
-Se você não tem certeza de como começar a usar o GRASS usando sua interface gráfica de usuário ou usando Python, confira os tutoriais [Comece com o GRASS GIS GUI](https://grass-tutorials.osgeo.org/content/tutorials/get_started/fast_track.html) e [Comece a usar GRASS e Python no Jupyter Notebooks.](https://grass-tutorials.osgeo.org/content/tutorials/get_started/JupyterOnWindows_OSGeo4W_Tutorial.html)
+Se você não tem certeza de como começar a usar o GRASS usando sua interface gráfica de usuário ou usando Python, confira os tutoriais [Comece com o GRASS GUI](https://grass-tutorials.osgeo.org/content/tutorials/get_started/fast_track.html) e [Comece a usar GRASS e Python no Jupyter Notebooks.](https://grass-tutorials.osgeo.org/content/tutorials/get_started/JupyterOnWindows_OSGeo4W_Tutorial.html)
 :::
 
 # Terreno, MDE e SIG Raster
diff --git a/content/tutorials/time_series/time_series_aggregations.qmd b/content/tutorials/time_series/time_series_aggregations.qmd
@@ -26,7 +26,7 @@ find patterns of change both in space and time.
 
 ::: {.callout-note title="Setup"}
 This tutorial can be run locally or in Google Colab. However, make sure you
-install GRASS GIS 8.4+, download the sample data and set up your project
+install GRASS 8.4+, download the sample data and set up your project
 as explained in the [first](time_series_management_and_visualization.qmd)
 time series tutorial.
 :::
diff --git a/content/tutorials/time_series/time_series_management_and_visualization.qmd b/content/tutorials/time_series/time_series_management_and_visualization.qmd
@@ -254,15 +254,15 @@ for example this
 manual.
 Furthermore, tools such as 
 [i.modis.import](https://grass.osgeo.org/grass-stable/manuals/addons/i.modis.import.html)
-will create the registration file for you after importing products into GRASS GIS.
+will create the registration file for you after importing products into GRASS.
 
 A similar case occurs when handling imagery data. Usually, they
 represent time instances (not intervals, i.e., no end date). Hence, to register
 imagery data, we might also need to create a text file. In this case, with map
 names and start time only. Tools like
 [i.sentinel.import](https://grass.osgeo.org/grass-stable/manuals/addons/i.sentinel.import.html) or
 [i.landsat.import](https://grass.osgeo.org/grass-stable/manuals/addons/i.landsat.import.html) 
-can create this file for you when you import data into GRASS GIS. 
+can create this file for you when you import data into GRASS.
 
 
 ::: {.callout-note}
