spaceborne imaging spectrometer
C28986
concept
A spaceborne imaging spectrometer is an instrument mounted on a satellite that captures images across many narrow, contiguous spectral bands to measure and analyze the spectral properties of Earth's surface and atmosphere.
Observed surface forms (12)
- multispectral imaging sensor ×7
- Landsat instrument ×1
- infrared imaging spectrometer ×1
- mapping spectrometer ×1
- mineralogical mapping instrument ×1
- multispectral imaging system ×1
- ocean color monitoring sensor ×1
- ocean color sensor ×1
- ocean colour sensor ×1
- space-based Earth observation instrument ×1
- spaceborne imaging spectroradiometer ×1
- visible and infrared thermal imaging spectrometer ×1
Instances (19)
- MicrOmega infrared imaging spectrometer via concept surface "infrared imaging spectrometer"
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HySI (Hyper Spectral Imager)
surface form: HySI
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VEX
via concept surface "visible and infrared thermal imaging spectrometer"
surface form: VIRTIS
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VIRTIS
via concept surface "mapping spectrometer"
surface form: VIRTIS-M
- Panoramic Camera via concept surface "multispectral imaging system"
- Operational Land Imager via concept surface "multispectral imaging sensor"
- Thermal Infrared Sensor via concept surface "Landsat instrument"
- Moderate Resolution Imaging Spectroradiometer via concept surface "spaceborne imaging spectroradiometer"
- OMEGA
- Earth Polychromatic Imaging Camera via concept surface "space-based Earth observation instrument"
- LISS-I sensor via concept surface "multispectral imaging sensor"
- LISS-I via concept surface "multispectral imaging sensor"
- Ocean Colour Monitor via concept surface "ocean color sensor"
- OCM via concept surface "ocean colour sensor"
- LISS-II sensor via concept surface "multispectral imaging sensor"
- LISS-II via concept surface "multispectral imaging sensor"
- OCM-2 via concept surface "ocean color monitoring sensor"
- LISS-III via concept surface "multispectral imaging sensor"
- LISS-IV via concept surface "multispectral imaging sensor"