Dive into the dynamic world of cartography with our comprehensive course, "Planet Earth and Geovisualization." This two-part series is designed to equip students with both theoretical knowledge and practical skills in modern map-making and geospatial analysis. Throughout this course, students will explore the art and science of cartography, focusing on the principles and techniques essential for effective map communication.
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Dive into the dynamic world of cartography with our comprehensive course, "Planet Earth and Geovisualization." This two-part series is designed to equip students with both theoretical knowledge and practical skills in modern map-making and geospatial analysis. Throughout this course, students will explore the art and science of cartography, focusing on the principles and techniques essential for effective map communication.
Dive into the dynamic world of cartography with our comprehensive course, "Planet Earth and Geovisualization." This two-part series is designed to equip students with both theoretical knowledge and practical skills in modern map-making and geospatial analysis. Throughout this course, students will explore the art and science of cartography, focusing on the principles and techniques essential for effective map communication.
Learning Objectives:
Examine the Art and Science of Cartography :
- Understand the fundamental principles and history of cartography.
- Analyze the key components that contribute to effective map communication, including scale, projection, and symbolization.
Create Vector Map Data from Raster Maps :
Learn to convert raster map data into vector formats.
Develop skills in organizing and managing geospatial data within a geodatabase.
Design Choropleth Maps :
Master the creation of choropleth maps to visually represent spatial data.
Apply appropriate data classification techniques and symbology to convey clear and accurate information.
Develop Graduated Symbol Maps :
Create graduated symbol maps to represent varying data magnitudes.
Implement effective data classification techniques and symbology for enhanced visual interpretation.
Construct Isarithmic Maps :
Learn to produce isarithmic maps to illustrate continuous data surfaces.
Utilize appropriate data classification techniques and symbology for accurate representation of phenomena.
Render 3D Digital Elevation Models (DEMs) :
Transform DEMs into 3D visualizations for advanced geospatial analysis.
Perform viewshed and line of sight calculations to assess visibility and spatial relationships in a three-dimensional context.
By the end of this course, students will have a thorough understanding of cartographic principles and will be proficient in using various mapping techniques to create informative and visually compelling maps. Whether you're a novice or an experienced GIS professional, this course will enhance your ability to communicate spatial information effectively through innovative and precise map design.
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What's inside
Learning objectives
- At the end of this two-course series you will be able to:
- Examine the art and science of cartography and the components of map communication
- Create vector map data in a geodatabase from a raster map
- Create a choropleth map illustrating appropriate data classification techniques and symbology
- Create a graduated symbol map illustrating appropriate data classification techniques and symbology
- Create an isarithmic map illustrating appropriate data classification technique and symbology
- Render a digital elevation model (dem) into a 3d image to create viewshed and line of sight calculations
- At the end of this two-course series you will be able to:
- Examine the art and science of cartography and the components of map communication
- Create vector map data in a geodatabase from a raster map
- Create a choropleth map illustrating appropriate data classification techniques and symbology
- Create a graduated symbol map illustrating appropriate data classification techniques and symbology
- Create an isarithmic map illustrating appropriate data classification technique and symbology
- Render a digital elevation model (dem) into a 3d image to create viewshed and line of sight calculations
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Activities
Review principles and history of cartography
Show steps
Strengthens foundational knowledge on cartographic principles and their historical evolution.
Show steps
-
Read textbooks and articles on cartography
-
Explore historical maps and analyze their design and purpose
-
Discuss key concepts and theories with peers or instructors
Create vector data from raster maps
Show steps
Refreshes the skill of creating vector data from raster maps, which is a fundamental technique in cartography.
Browse courses on
Vectorization
Show steps
-
Identify input raster data and desired output vector format
-
Use GIS software to convert raster data to vector format
-
Clean and refine vector data for accuracy and quality
Classify data for graduated symbol maps
Show steps
Strengthens understanding of data classification techniques used in graduated symbol maps.
Show steps
-
Familiarize with different data classification methods
-
Apply data classification techniques to sample datasets
-
Evaluate and compare classification results
Four other activities
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Compile a literature review on current mapping techniques
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Expands knowledge of modern mapping techniques by encouraging students to research and compile relevant literature.
Browse courses on
Geospatial Technologies
Show steps
-
Search and select relevant sources on contemporary mapping techniques
-
Summarize key findings and insights from the literature
-
Organize and present the compilation for use as a reference resource
Design a choropleth map
Show steps
Reinforces the principles of choropleth map design by guiding students through the process of creating one.
Browse courses on
Choropleth Maps
Show steps
-
Gather and prepare spatial data for mapping
-
Choose appropriate data classification and symbology
-
Create choropleth map using GIS software or online tools
-
Evaluate and refine map for clarity and effectiveness
Construct isarithmic maps using contour lines
Show steps
Enhances knowledge of isarithmic map construction by providing guided practice through tutorials.
Show steps
-
Understand the principles of isarithmic map creation
-
Follow step-by-step tutorials on constructing isarithmic maps
-
Interpret and analyze isarithmic maps for spatial patterns
Visualize elevation data using 3D digital models
Show steps
Develops practical skills in visualizing elevation data through the creation of 3D digital models.
Show steps
-
Acquire and prepare digital elevation data
-
Use GIS software to render DEMs into 3D visualizations
-
Perform viewshed and line of sight analysis
-
Present and interpret results for spatial analysis
Review principles and history of cartography
Show steps
Strengthens foundational knowledge on cartographic principles and their historical evolution.
Show steps
- Read textbooks and articles on cartography
- Explore historical maps and analyze their design and purpose
- Discuss key concepts and theories with peers or instructors
Create vector data from raster maps
Show steps
Refreshes the skill of creating vector data from raster maps, which is a fundamental technique in cartography.
Browse courses on
Vectorization
Show steps
- Identify input raster data and desired output vector format
- Use GIS software to convert raster data to vector format
- Clean and refine vector data for accuracy and quality
Classify data for graduated symbol maps
Show steps
Strengthens understanding of data classification techniques used in graduated symbol maps.
Show steps
- Familiarize with different data classification methods
- Apply data classification techniques to sample datasets
- Evaluate and compare classification results
Compile a literature review on current mapping techniques
Show steps
Expands knowledge of modern mapping techniques by encouraging students to research and compile relevant literature.
Browse courses on
Geospatial Technologies
Show steps
- Search and select relevant sources on contemporary mapping techniques
- Summarize key findings and insights from the literature
- Organize and present the compilation for use as a reference resource
Design a choropleth map
Show steps
Reinforces the principles of choropleth map design by guiding students through the process of creating one.
Browse courses on
Choropleth Maps
Show steps
- Gather and prepare spatial data for mapping
- Choose appropriate data classification and symbology
- Create choropleth map using GIS software or online tools
- Evaluate and refine map for clarity and effectiveness
Construct isarithmic maps using contour lines
Show steps
Enhances knowledge of isarithmic map construction by providing guided practice through tutorials.
Show steps
- Understand the principles of isarithmic map creation
- Follow step-by-step tutorials on constructing isarithmic maps
- Interpret and analyze isarithmic maps for spatial patterns
Visualize elevation data using 3D digital models
Show steps
Develops practical skills in visualizing elevation data through the creation of 3D digital models.
Show steps
- Acquire and prepare digital elevation data
- Use GIS software to render DEMs into 3D visualizations
- Perform viewshed and line of sight analysis
- Present and interpret results for spatial analysis
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