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Pages: 117
File size: 3.46 MB
Format: Digital PDF
Course: Education
Category: TEST BANKS

About this ebook

TEST BANK for Introduction to Geospatial Technology (6th Edition) by Bradley A. Shellito is structured into 4 parts across 15 chapters. It blends fundamental spatial theory with hands-on labs, focusing on the core technologies of GPS, GIS, Remote Sensing, and Cloud Applications. [1, 2, 3, 4, 5]

The detailed topics and chapters covered in this edition include:

Part 1: Geospatial Data and GPS (Chapters 1–4)

Focuses on how spatial tracking works, mapping fundamentals, and spatial data collection mechanics. [1, 2]

Chapter 1: It's a Geospatial World Out There – Overview of the geospatial industry, geospatial data types, and potential career paths. [1]
Chapter 2: Where in the Geospatial World Are You? – Geographic coordinate systems, datums, ellipsoids, and spatial positioning foundations. [1, 2]
Chapter 3: Getting Your Data to Match the Map – Map projections (e.g., UTM and State Plane), map scales, and georeferencing techniques. [1, 2]
Chapter 4: Finding Your Location with the Global Positioning System – GNSS and GPS mechanics, satellite segments, and calculation accuracy. [1, 2]

Part 2: Geographic Information Systems (Chapters 5–8)

Delves into spatial computing software, data structures, and spatial analysis tools. [1]

Chapter 5: Working with Digital Geospatial Data and GIS – Core GIS frameworks, vector models (points, lines, polygons), and raster data structures.
Chapter 6: Using GIS for Spatial Analysis – Attribute tables, relational databases, spatial queries, and overlay analysis.
Chapter 7: Using GIS to Make a Map – Cartographic design principles, symbology, scale, and effective map-making.
Chapter 8: Getting There More Quickly with Geospatial Technology – Network analysis, routing models, and spatial allocation workflows. [1, 2]

Part 3: Remote Sensing (Chapters 9–12)

Covers how we gather information about the planet from a distance via aerial and spaceborne imagery. [1, 2]

Chapter 9: Remotely Sensed Images from Above – History and physics of aerial photography and the emergence of Unmanned Aircraft Systems (drones).
Chapter 10: How Remote Sensing Works – The electromagnetic spectrum, band combinations, and image enhancement.
Chapter 11: Images from Space – Satellite constellations (such as Landsat and Sentinel) and image resolution concepts.
Chapter 12: Studying Earth's Climate and Environment from Space – Real-world environmental monitoring, change detection, and climate observation. [1, 2]

Part 4: Geospatial Applications (Chapters 13–15)

Explores advanced and modern-day application spaces, highlighting interactive web frameworks. [1, 2]

Chapter 13: Digital Landscaping – Terrain analysis, Digital Elevation Models (DEMs), and LiDAR technology.
Chapter 14: See the World in 3D – 3D visualization modeling and structural geovisualization.
Chapter 15: Life in the Geospatial Cloud – Cloud platforms (like ArcGIS Online), crowdsourced data, web apps, and ethical/privacy concerns regarding spatial tracking. [1, 2, 3, 4, 5]