diff --git a/content/tutorials/external/ecodiv.qmd b/content/tutorials/external/ecodiv.qmd index c155c5b..f93be5c 100644 --- a/content/tutorials/external/ecodiv.qmd +++ b/content/tutorials/external/ecodiv.qmd @@ -8,7 +8,7 @@ format: code-tools: true code-copy: true code-fold: false -categories: [beginner, intermediate, advanced, GUI, Python, R, external, ecology, statistics, visualization, biodiversity] +categories: [beginner, intermediate, advanced, GUI, Python, R, external, ecology, statistics, visualization] description: GRASS tutorials on ecology and biogeography topics. execute: eval: false diff --git a/content/tutorials/external/ecodiv.yml b/content/tutorials/external/ecodiv.yml index e5cc052..1fdd36f 100644 --- a/content/tutorials/external/ecodiv.yml +++ b/content/tutorials/external/ecodiv.yml @@ -4,25 +4,25 @@ 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', 'external'] + categories: ['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', 'external'] + categories: ['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', 'external'] + categories: ['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', 'external'] + categories: ['ecology', 'beginner', 'external'] diff --git a/content/tutorials/external/huidae_courses.yml b/content/tutorials/external/huidae_courses.yml index 528d9b7..fc8a91b 100644 --- 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', 'external'] + 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', 'external'] + categories: ['Bash', 'R', 'intermediate', 'hydrology', 'external'] diff --git a/content/tutorials/hydro_flattening/hydro_flatenning.qmd b/content/tutorials/hydro_flattening/hydro_flatenning.qmd index 5c7f72e..66f6c63 100644 --- a/content/tutorials/hydro_flattening/hydro_flatenning.qmd +++ b/content/tutorials/hydro_flattening/hydro_flatenning.qmd @@ -15,7 +15,7 @@ format: code-tools: true code-copy: true code-fold: false -categories: [Python, intermediate, topography, lidar, GUI] +categories: [Python, intermediate, terrain, lidar, GUI] description: Learn how to do hydro-flattening of a DEM. engine: knitr execute: diff --git a/content/tutorials/parallelization/SIMWE_parallelization.qmd b/content/tutorials/parallelization/SIMWE_parallelization.qmd index 6747649..61ec5ff 100644 --- a/content/tutorials/parallelization/SIMWE_parallelization.qmd +++ b/content/tutorials/parallelization/SIMWE_parallelization.qmd @@ -3,7 +3,7 @@ title: "Parallelization of overland flow and sediment transport simulation" author: "Anna Petrasova" date: 2025-09-25 date-modified: today -categories: [Python, advanced, parallelization, hydrology, erosion] +categories: [Python, advanced, parallelization, hydrology] description: > In this tutorial we will run overland flow and erosion simulation (SIMWE) split by subwatersheds diff --git a/content/tutorials/remote_sensing_visualization/GRASS_remotesensing.qmd b/content/tutorials/remote_sensing_visualization/GRASS_remotesensing.qmd index d0aa578..90b3f06 100644 --- a/content/tutorials/remote_sensing_visualization/GRASS_remotesensing.qmd +++ b/content/tutorials/remote_sensing_visualization/GRASS_remotesensing.qmd @@ -14,7 +14,7 @@ format: code-copy: true code-fold: false page-layout: article -categories: [beginner, GUI, imagery, remote sensing, visualization] +categories: [beginner, GUI, remote sensing, visualization] description: Analysis and visualization of multi-band satellite imagery using image fusion, environmental indexes, and dimensionality reduction with principal components analysis. execute: eval: false diff --git a/content/tutorials/remote_sensing_visualization/GRASS_remotesensing_es.qmd b/content/tutorials/remote_sensing_visualization/GRASS_remotesensing_es.qmd index 4ca4c2d..b3df689 100644 --- a/content/tutorials/remote_sensing_visualization/GRASS_remotesensing_es.qmd +++ b/content/tutorials/remote_sensing_visualization/GRASS_remotesensing_es.qmd @@ -14,7 +14,7 @@ format: code-copy: true code-fold: false page-layout: article -categories: [beginner, GUI, imagery, remote sensing, visualization, Spanish] +categories: [beginner, GUI, remote sensing, visualization, Spanish] Description: Análisis y visualización de imágenes satelitales multibanda mediante fusión de imágenes, índices ambientales y reducción de dimensionalidad con análisis de componentes principales. execute: eval: false diff --git a/content/tutorials/remote_sensing_visualization/GRASS_remotesensing_pt.qmd b/content/tutorials/remote_sensing_visualization/GRASS_remotesensing_pt.qmd index af2e84c..84eea52 100644 --- a/content/tutorials/remote_sensing_visualization/GRASS_remotesensing_pt.qmd +++ b/content/tutorials/remote_sensing_visualization/GRASS_remotesensing_pt.qmd @@ -14,7 +14,7 @@ format: code-copy: true code-fold: false page-layout: article -categories: [beginner, GUI, imagery, remote sensing, visualization, Portuguese] +categories: [beginner, GUI, remote sensing, visualization, Portuguese] description: Análise e visualização de imagens de satélite multiespectrais utilizando fusão de imagens, índices ambientais e redução de dimensionalidade com análise de componentes principais. execute: eval: false diff --git a/content/tutorials/terrain_and_DEMs/GRASS_terrain.qmd b/content/tutorials/terrain_and_DEMs/GRASS_terrain.qmd index 51cfb51..fcaa5ad 100644 --- a/content/tutorials/terrain_and_DEMs/GRASS_terrain.qmd +++ b/content/tutorials/terrain_and_DEMs/GRASS_terrain.qmd @@ -14,7 +14,7 @@ format: code-copy: true code-fold: false page-layout: article -categories: [beginner, intermediate, raster, DEM, visualization, terrain, slope, aspect, landforms, hydrology, streams] +categories: [beginner, intermediate, raster, visualization, terrain, hydrology] description: This tutorial guides a user through multiple ways of analyzing and modeling terrain from DEM raster maps. execute: eval: false diff --git a/content/tutorials/terrain_and_DEMs/GRASS_terrain_es.qmd b/content/tutorials/terrain_and_DEMs/GRASS_terrain_es.qmd index f664fe2..903a4de 100644 --- a/content/tutorials/terrain_and_DEMs/GRASS_terrain_es.qmd +++ b/content/tutorials/terrain_and_DEMs/GRASS_terrain_es.qmd @@ -14,7 +14,7 @@ format: code-copy: true code-fold: false page-layout: article -categories: [beginner, intermediate, raster, DEM, visualization, terrain, slope, aspect, landforms, hydrology, streams, Spanish] +categories: [beginner, intermediate, raster, visualization, terrain, hydrology, Spanish] description: Este tutorial guía al usuario a través de múltiples formas de analizar y modelar terrenos a partir de mapas raster DEM. execute: eval: false diff --git a/content/tutorials/terrain_and_DEMs/GRASS_terrain_pt.qmd b/content/tutorials/terrain_and_DEMs/GRASS_terrain_pt.qmd index 77afdd0..60883b7 100644 --- a/content/tutorials/terrain_and_DEMs/GRASS_terrain_pt.qmd +++ b/content/tutorials/terrain_and_DEMs/GRASS_terrain_pt.qmd @@ -14,7 +14,7 @@ format: code-copy: true code-fold: false page-layout: article -categories: [beginner, intermediate, raster, DEM, visualization, terrain, slope, aspect, landforms, hydrology, streams, Portuguese] +categories: [beginner, intermediate, raster, visualization, terrain, hydrology, Portuguese] description: Este tutorial orienta o usuário por meio de várias maneiras de analisar e modelar terrenos a partir de mapas raster MDE. execute: eval: false