EUthmappers HANDBOOK
  • WELCOME TO EUTHMAPPERS HANDBOOK!
    • ACKNOWLEDGEMENT
    • FOREWORD
    • OVERVIEW
      • CHAPTER I: Introduction to Mapping and Geospatial Concepts
      • CHAPTER II: Community Mapping & OpenStreetMap and UN Mappers
      • CHAPTER III: Mapathon - Mapping Workshop
      • CHAPTER IV: Open Field Mapping Activities Addressed to Climate Change Challenges
      • CHAPTER V: How to Clean & Validate Data?
      • CHAPTER VI: Preparation for Pupil–led Local Mapping Projects
  • CHAPTER I
    • Introduction to Mapping and Geospatial Concepts
      • Why Mapping and Geospatial Concepts?
      • Fundamentals of Data Processing
      • Geospatial Data: Towards Understanding Geodata and GIS
      • Open Source Philosophy: Towards Open Mapping
        • Open Source Software
        • Open Data Concept
        • Open Mapping
      • Summary
      • References
  • CHAPTER II
    • Community Mapping & OpenStreetMap and UN Mappers
      • Citizen Science and Volunteered Geographic Information
      • OpenStreetMap
        • OpenStreetMap Interface
        • OpenStreetMap Geometric Model
        • OpenStreetMap Semantic Model (tags)
        • OpenStreetMap features evolution in time
        • UN Mappers
      • References
  • CHAPTER III
    • Mapathon - Mapping Workshop
      • Introducing Mapathon
      • Mapping workshop
        • OpenStreetMap account
        • Walk around humanitarian mapping platform TeachOSM
        • Mapping a task
        • Let´s start mapping
  • CHAPTER IV
    • Open Field Mapping Activities Addressed to Climate Change Challenges
      • Climate Change Geospatial Data and OSM
      • What to map in the field?
      • Common Smartphone Mapping Tools for Open Field Mapping
      • Exercise: Mapping Local Climate Risks with a Focus on Tree Mapping
        • First step: Conducting a Mapathon with TeachOSM for Tree Mapping
        • Second step: Field mapping with MapComplete
        • Example of common Tags when it comes to the trees mapping
      • References
  • CHAPTER V
    • How to Clean & Validate Data?
      • Validation Process
      • Other Validation Tools
  • CHAPTER VI
    • Preparation for Pupil–led Local Mapping Projects
      • Step 1. Starting point: A first look at our school context
      • Step 2. Challenges design
      • Step 3. Further preparatory work
      • References
Powered by GitBook
On this page
Export as PDF
  1. CHAPTER I

Introduction to Mapping and Geospatial Concepts

Understanding Geodata, GIS, and Open Source Geotools

Mapping plays a crucial role in the education process as it provides a visual representation of data and information that helps students to understand complex concepts and relationships. By creating and analyzing maps, students can explore patterns and connections that are not immediately apparent from raw data. Maps can also help students to identify and solve problems, such as identifying areas of high pollution in a city or analyzing the distribution of natural resources.

In addition, mapping can be used to teach students valuable skills in data analysis, critical thinking, and spatial reasoning. Students can learn to manipulate and analyze geospatial data to gain insights into real-world issues. These skills are highly valuable in many fields, including urban planning, environmental science, or transportation planning.

Chapter I aims to introduce the fundamental concepts of mapping and geospatial data processing to high school teachers. It starts with an overview of why mapping and geospatial concepts are important, followed by a discussion of the fundamentals of data processing, including data collection, organization, analysis, and visualization. Next, the chapter explores geospatial data, including an understanding of geodata and geographic information systems (GIS). Finally, the chapter delves into the open source philosophy and its applications in mapping, including the use of open source software, open data, open mapping initiatives, and with overview of the most popular open geotools. This chapter is designed to equip high school teachers with the knowledge and tools necessary to incorporate mapping and geospatial concepts into their curriculum, ultimately helping students to better understand and analyze the world around them.

By the end of the chapter, readers will have a solid understanding of the key concepts and tools used in mapping and geospatial analysis, and be able to apply this knowledge to their own classroom instruction.

PreviousCHAPTER VI: Preparation for Pupil–led Local Mapping ProjectsNextWhy Mapping and Geospatial Concepts?

Last updated 2 years ago