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Questions and Answers
What is the primary limitation of infrared (IR) sensors for sea surface temperature observations?
What is the primary limitation of infrared (IR) sensors for sea surface temperature observations?
- Inferior radiometric performance
- Inability to capture microwave emissions
- Low spatial resolution
- Limited ability to see through clouds (correct)
Which type of sensor has higher coverage but coarser spatial resolution for sea surface temperature observations?
Which type of sensor has higher coverage but coarser spatial resolution for sea surface temperature observations?
- Polar-orbiting platforms
- Geostationary platforms
- Microwave sensors (correct)
- Infrared (IR) sensors
What is the primary advantage of infrared (IR) sensors for sea surface temperature observations?
What is the primary advantage of infrared (IR) sensors for sea surface temperature observations?
- Ability to capture microwave emissions
- Higher temporal resolution
- Superior radiometric performance
- Higher spatial resolution (correct)
What limits the use of microwave sensors for sea surface temperature observations in certain areas?
What limits the use of microwave sensors for sea surface temperature observations in certain areas?
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What is a key advantage of microwave sensors over infrared (IR) sensors for sea surface temperature observations?
What is a key advantage of microwave sensors over infrared (IR) sensors for sea surface temperature observations?
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