| 1. | Report (500 words) - Reflection on Week 1 and Week 2 learning | 10% | - 2 - Identify a range of commercial airborne and satellite imaging sensor systems
- 5 - Perform basic operations associated with digital image processing
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| 2. | Quiz (1 hour 30 min) - Week 1 to Week 6 (inclusive) learning. | 20% | - 1 - Explain the interaction of electromagnetic radiation with atmospheric, oceanic, and terrestrial features
- 2 - Identify a range of commercial airborne and satellite imaging sensor systems
- 3 - Critically evaluate the trade-offs between spatial, spectral, radiometric and temporal resolution of remotely sensed data
- 4 - Apply the underlying principles of interpreting image data
- 6 - Evaluate applications of remotely sensed data for monitoring and managing marine and terrestrial resources
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| 3. | Scientific Report (2000 words) - Practical exercises. | 30% | - 2 - Identify a range of commercial airborne and satellite imaging sensor systems
- 4 - Apply the underlying principles of interpreting image data
- 5 - Perform basic operations associated with digital image processing
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| 4. | Final Project (3000 words). | 40% | - 1 - Explain the interaction of electromagnetic radiation with atmospheric, oceanic, and terrestrial features
- 2 - Identify a range of commercial airborne and satellite imaging sensor systems
- 3 - Critically evaluate the trade-offs between spatial, spectral, radiometric and temporal resolution of remotely sensed data
- 4 - Apply the underlying principles of interpreting image data
- 5 - Perform basic operations associated with digital image processing
- 6 - Evaluate applications of remotely sensed data for monitoring and managing marine and terrestrial resources
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