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MultiSpectral Instrument onboard Sentinel-2 satellite. Spectral resolution: 13 bands from Visible to SWIR. Spatial resolution: 10m, 20m, 60m. Tracks land changes for agriculture, forestry, and natural disasters.

Advanced Baseline Imager used in geostationary weather satellites, GOES-R Series. Spectral bands: 16. Spatial resolution: 0.5-2 km. Supports weather forecasting and severe storm tracking.

Canadian satellite system using synthetic aperture radar (SAR). Band: C-band. Resolution: 1m to 100m. Suited for sea ice mapping, oil spill monitoring, and agricultural crops.

Advanced Visible and Near Infrared Radiometer type 2. Spectral bands: 4. Spatial resolution: 10m. Utilized in resource mapping, disaster monitoring, and land cover changes on Earth.

Commercial high-resolution Earth observation satellite. Resolution: 0.61m (panchromatic), 2.44m (multispectral). Applications include urban planning, agricultural mapping, and environmental monitoring.

Sea-Viewing Wide Field-of-View Sensor used for measuring ocean color and chlorophyll. Resolution: 1 km. Helps in analyzing ocean primary production, and monitoring ocean biological health.

Cloud-Aerosol Lidar with Orthogonal Polarization helps to profile clouds and aerosols. Resolution: 70m to 330m in vertical profile. Assists in understanding air quality and climate change.

German radar Earth observation satellite equipped with SAR. Resolution: 1m to 40m. Employed for environmental monitoring, infrastructure planning, and security applications.

Enhanced Thematic Mapper Plus maps Earth's surface. Spectral resolution: 8 bands from Blue to Thermal IR. Spatial resolution: 15m (panchromatic), 30m (multispectral), 60m (thermal).

High-resolution Earth observation satellite. Resolution: 0.82m (panchromatic), 3.2m (multispectral). Ideal for military mapping, agricultural and forestry analysis, and coastal zone management.

Italian satellite constellation using SAR. Band: X-band. Resolution: 1m to 100m. Mainly used for civil protection, risk management, and military surveillance.

Sensor that provides global precipitation maps. Spectral bands: 13. Resolution: 5km to 25km. Crucial for studying water cycle and improving weather prediction models.

Satellite Pour l’Observation de la Terre. Spatial resolution: 1.5 – 10 meters (depending on the SPOT series). Used in cartography, land use planning, and monitoring of natural disasters.

Operational Land Imager collects image data for land use and land change. Spectral resolution: 9 bands from Visible to Thermal IR. Spatial resolution: 30 meters for Visible to SWIR, 100 meters for Thermal.

Advanced Spaceborne Thermal Emission and Reflection Radiometer. Spatial resolution: 15m (VNIR), 30m (SWIR), 90m (TIR). Applications include mapping temperature, emissivity, and mineralogy of Earth's surface.

Visible Infrared Imaging Radiometer Suite on the Suomi NPP satellite. Resolution: 375m to 750m. Utilized for ocean color, sea surface temperature, and ice mapping, as well as nighttime lights.

Japanese hyperspectral sensor mounted on the International Space Station. Spatial resolution: 30m. Used for mining, environmental monitoring, and agriculture.

Moderate Resolution Imaging Spectroradiometer is on Terra and Aqua satellites. Spectral bands: 36. Spatial resolution: 250m to 1 km. Used for global dynamics of Earth's system.

Advanced Very High Resolution Radiometer on NOAA's Polar Orbiting Environmental Satellites. Spectral bands: 6. Resolution: 1.1 km. Monitors atmospheric temperature, clouds, water vapor, and sea surface temperature.