Nova Scotia
1. Geographic Inquiry and Skills
1.6 Geographic Technologies and Spatial Skills
Chapter 1.6
Master Geographic Technologies and Spatial Skills for Real-World Analysis
Discover how GIS, remote sensing, LiDAR, and spatial analysis tools empower geographers to investigate environmental change, urban growth, and historical landscapes with unprecedented precision.
What You'll Learn
GIS integrates multiple spatial data layers for comprehensive geographic analysis.
Remote sensing uses satellite imagery to study large-scale environmental phenomena.
Spatial analysis techniques include predictive modeling, interpolation, and change detection.
Geographic technologies support urban planning, conservation, and hazard risk assessment.
What You'll Practice
1
Students analyze GIS and satellite data for real-world geographic research scenarios.
2
Practice questions assess spatial analysis techniques including predictive and erosion modeling.
3
Learners define key geospatial terms like geocoding, LiDAR, and thematic mapping.
Why This Matters
Mastering geographic technologies and spatial skills prepares students to analyze real-world environmental, urban, and political challenges using the same tools employed by professional researchers and policymakers.
This Unit Includes
Practice exercises
Learning resources
Skills
GIS
Remote Sensing
Spatial Analysis
LiDAR
Geospatial Data
NS Curriculum Aligned
