Remote sensing is the technology of detecting objects on the Earth or in the water. Remotely sensed data is often taken off of platforms such as airplanes, satellites, ships, or balloons. There are many different types and methods of remote sensing that are used today. This geospatial technology is helping us understand and visualize many different places on the Earth. Remotely sensed data is often times combined with other geospatial data to produce new and more informative information.
- ASTER: Satellite Sensor
- Acoustic: Shipborne Sensor
- Agricultural Remote Sensing Basics
- An introduction to LIDAR
- GOES: Satellite Sensor
- History & Principals of Remote Sensing - Video Archive
- Hyperspectral: Airborne Sensor
- IKONOS: Satellite Sensor
- IRS: Satellite Sensor
- LANDSAT: Satellite Sensor
- LIDAR Derived Products
- Laser Line Scanner: Shipborne Sensor
- MODIS: Satellite Sensor
- Minimum Mapping Unit and the Importance to Field Data Collection
- Montgomery County Region Goes LIDAR
- QUICKBIRD: Satellite Sensor
- RADAR: Airborne Sensor
- RADARSAT: Satellite Sensor
- RS Publications
- Remote Sensing Resampling Methods
- Remote Sensing: An Introduction
- Remote Sensing: Description of Sensors
- Remote Sensing: How Does Image Rectification Effect Spectral Analysis?
- Remote Sensing: Understanding How Remote Sensing Data Translates into Information
- Remote Sensing: Using Temporal Techniques to Increase Object Detection
- SPOT: Satellite Sensor
- Underwater Video: Shipborne Sensor
- Videography: Airborne Sensor
- What is the Difference Between Land Use and Land Cover in a Classification System?
- What products can be generated using LIDAR
