CEOS EO HANDBOOK – MISSION SUMMARY
- Meteor-MP N2
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Full Name
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Meteor-MP Meteorological Satellite N2
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Status
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Planned
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Mission Agencies
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ROSHYDROMET
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Launch Date
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2027
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Mission Links
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mission site
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EOL Date
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2031
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EO Portal Info
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NORAD Catalog #
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International Designator
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Orbit Type
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Sun-synchronous
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Orbit Period
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Orbit Sense
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Orbit Inclination
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98.7 deg
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Orbit Altitude
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836 km
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Orbit Longitude
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Orbit LST
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9:30
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Repeat Cycle
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Objectives and Applications
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Hydrometeorology, climatology, heliogeophysics, DCS.
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Mission Measurements
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Category | Parameter | Instrument(s) |
Atmosphere | Aerosols | Advanced MSU-MR |
| Atmospheric Humidity Fields | Advanced Radiomet, IKFS-3, MTVZA-GY-MP |
| Atmospheric Winds | Advanced SAR |
| Cloud type, amount and cloud top temperature | Advanced KMSS, Advanced MSU-MR, IKFS-3, MTVZA-GY-MP |
| Cloud particle properties and profile | IKFS-3, MTVZA-GY-MP |
| Liquid water and precipitation rate | Advanced MSU-MR, MTVZA-GY-MP |
| Ozone | IKFS-3 |
| Radiation budget | Advanced MSU-MR |
| Trace gases (excluding ozone) | IKFS-3, TGSP |
| Atmospheric Temperature Fields | Advanced Radiomet, IKFS-3, MTVZA-GY-MP |
Gravity and Magnetic Fields | Gravity, Magnetic and Geodynamic measurements | Advanced GGAK-M |
Land | Albedo and reflectance | Advanced KMSS, Advanced MSU-MR |
| Vegetation | Advanced MSU-MR, Advanced SAR |
| Surface temperature (land) | Advanced MSU-MR, IKFS-3, MTVZA-GY-MP |
| Multi-purpose imagery (land) | Advanced KMSS, Advanced MSU-MR |
Ocean | Ocean surface winds | Advanced Scatterometer, MTVZA-GY-MP |
| Surface temperature (ocean) | Advanced MSU-MR, IKFS-3, MTVZA-GY-MP |
| Multi-purpose imagery (ocean) | Advanced MSU-MR |
Snow & Ice | Snow cover, edge and depth | Advanced KMSS, Advanced MSU-MR |
| Sea ice cover, edge and thickness | Advanced KMSS, Advanced MSU-MR, Advanced SAR, MTVZA-GY-MP |
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Mission Instruments
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