
edXGeospatial professionals need to select the right sensors for the right questions. This beginner course systematically covers remote sensing principles—multispectral, hyperspectral, radar—then moves to practical GIS workflows: elevation analysis, GNSS data, quality assessment. The applied half focuses on real problems: detecting wildfires, mapping snow and water, identifying landslides. Advanced techniques like stereo-photogrammetry and interferometric SAR reveal terrain change over time. You'll graduate able to choose sensors, access data, and extract actionable insights for environmental monitoring.
Fundamental concepts of remote sensing, satellite imagery, and sensor properties (multispectral, hyperspectral, and radar). ,Selection of the optimal sensor and data sources for various geospatial applications. ,Practical skills in GIS, including elevation data analysis, GNSS data usage, and data quality assessment. ,Application of remote sensing for environmental monitoring, including snow/water mapping, wildfire detection, and landslide assessment. ,Advanced techniques such as stereo-photogrammetry and interferometric SAR for analyzing terrain changes and landscape dynamics.
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