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1. Aqua AMSR-E Level 1A Data [ND03001_Latest Version_Latest Version]
AMSR-E digital count value with the missing values filled with dummy data. Quality information and Land/Ocean flag are appended.


2. Aqua AMSR-E Level 1B Data [ND03002_Latest Version_Latest Version]
Antenna temperature calculated from digital count value in AMSR-E level 1A product. And it (Antenna temperature) then is converted to brightness temperature.


3. Aqua AMSR-E Level 2 Amount of Precipitation product [Aqua_AMSR-E_L2_AP_Latest Version_Latest Version]
Amount of Precipitation calculated from AMSR-E level 1B data. Quality information and ancillary information (time tag of each scan based on TAI93, and orbit number) are appended.


4. Aqua AMSR-E Level 2 Cloud Liquid Water product [Aqua_AMSR-E_L2_CLW_Latest Version_Latest Version]
Cloud Liquid Water calculated from AMSR-E level 1B data. Quality information and ancillary information (time tag of each scan based on TAI93, and orbit number) are appended.


5. Aqua AMSR-E Level 2 Ice Concentration product [Aqua_AMSR-E_L2_IC_Latest Version_Latest Version]
Sea Ice Concentration calculated from AMSR-E level 1B data. Quality information and ancillary information (time tag of each scan based on TAI93, and orbit number) are appended.


6. Aqua AMSR-E Level 2 Sea Surface Temperature product [Aqua_AMSR-E_L2_SST_Latest Version_Latest Version]
Sea Surface Temperature calculated from AMSR-E level 1B data. Quality information and ancillary information (time tag of each scan based on TAI93, and orbit number) are appended.


7. Aqua AMSR-E Level 2 Sea Surface Wind product [Aqua_AMSR-E_L2_SSW_Latest Version]
Sea Surface Wind calculated from AMSR-E level 1B data. Quality information and ancillary information (time tag of each scan based on TAI93, and orbit number) are appended.


8. Aqua AMSR-E Level 2 Snow Water Equivalent product [Aqua_AMSR-E_L2_SW_Latest Version]
Snow Depth calculated from AMSR-E level 1B data. Quality information and ancillary information (time tag of each scan based on TAI93, and orbit number) are appended.


9. Aqua AMSR-E Level 2 Soil Moisture product [Aqua_AMSR-E_L2_SM_Latest Version]
Soil Moisture calculated from AMSR-E level 1B data. Quality information and ancillary information (time tag of each scan based on TAI93, and orbit number) are appended.


10. Aqua AMSR-E Level 2 Water Vapor product [Aqua_AMSR-E_L2_WV_Latest Version]
Water Vapor calculated from AMSR-E level 1B data. Quality information and ancillary information (time tag of each scan based on TAI93, and orbit number) are appended.


11. Aqua AMSR-E Level 3 10.65GHz-H Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_10.65GHz-H_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 10.65GHz-H) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


12. Aqua AMSR-E Level 3 10.65GHz-V Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_10.65GHz-V_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 10.65GHz-V) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


13. Aqua AMSR-E Level 3 18.7GHz-H Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_18.7GHz-H_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 18.7GHz-H) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


14. Aqua AMSR-E Level 3 18.7GHz-V Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_18.7GHz-V_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 18.7GHz-V) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


15. Aqua AMSR-E Level 3 23.8GHz-H Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_23.8GHz-H_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 23.8GHz-H) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


16. Aqua AMSR-E Level 3 23.8GHz-V Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_23.8GHz-V_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 23.8GHz-V) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


17. Aqua AMSR-E Level 3 36.5GHz-H Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_36.5GHz-H_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 36.5GHz-H) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


18. Aqua AMSR-E Level 3 36.5GHz-V Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_36.5GHz-V_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 36.5GHz-V) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


19. Aqua AMSR-E Level 3 50.3GHz-V Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_50.3GHz-V_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 50.3GHz-H) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


20. Aqua AMSR-E Level 3 52.8GHz-V Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_52.8GHz-V_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 52.8GHz-H) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


21. Aqua AMSR-E Level 3 6GHz-H Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_6GHz-H_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 6GHz-H) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


22. Aqua AMSR-E Level 3 6GHz-V Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_6GHz-V_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 6GHz-V) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


23. Aqua AMSR-E Level 3 89.0GHz-H Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_89.0GHz-H_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 89.0GHz-H) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


24. Aqua AMSR-E Level 3 89.0GHz-V Mean for Brightness Temperature product [Aqua_AMSR-E_L3_TB_89.0GHz-V_Latest Version]
AMSR-E level 1B data (Brightness Temperature at 89.0GHz-V) is averaged temporarily and spatially, and projected onto global map (EQR or PS).


25. Aqua AMSR-E Level 3 Amount of Precipitation product [Aqua_AMSR-E_L3_AP_Latest Version]
Amount of Precipitation averaged temporarily and spatially, and projected onto global map (EQR or PS) based on AMSR-E level 2 data.


26. Aqua AMSR-E Level 3 Cloud Liquid Water product [Aqua_AMSR-E_L3_CLW_Latest Version]
Cloud Liquid Water averaged temporarily and spatially, and projected onto global map (EQR or PS) based on AMSR-E level 2 data.


27. Aqua AMSR-E Level 3 Ice Concentration product [Aqua_AMSR-E_L3_IC_Latest Version]
Sea Ice Concentration data averaged temporarily and spatially, and projected onto global map (EQR or PS) based on AMSR-E level 2 data.


28. Aqua AMSR-E Level 3 Sea Surface Temperature product [Aqua_AMSR-E_L3_SST_Latest Version]
Sea Surface Temperature data are averaged temporarily and spatially, and projected onto global map (EQR or PS) based on AMSR-E level 2 data.


29. Aqua AMSR-E Level 3 Sea Surface Wind product [Aqua_AMSR-E_L3_SSW_Latest Version]
Sea Surface Wind averaged temporarily and spatially, and projected onto global map (EQR or PS) based on AMSR-E level 2 data.


30. Aqua AMSR-E Level 3 Snow Water Equivalent product [Aqua_AMSR-E_L3_SME_Latest Version]
Snow Depth data averaged temporarily and spatially, and projected onto global map (EQR or PS) based on AMSR-E level 2 data.


31. Aqua AMSR-E Level 3 Soil Moisture product [Aqua_AMSR-E_L3_SM_Latest Version]
AMSR-E level 2 Soil Moisture data are averaged temporarily and spatially, and projected onto global map (EQR or PS).


32. Aqua AMSR-E Level 3 Water Vapor product [Aqua_AMSR-E_L3_WV_Latest Version]
Water Vapor averaged temporarily and spatially, and projected onto global map (EQR or PS) based on AMSR-E level 2 data.


33. MOS-1/1b (JAXA/EOC) [ND01022_Latest Version]
Marine Observation Satellite-1(MOS-1), "Momo-1" is the Japan's first Earth Observation Satellite developed applying domestic technologies as a part of Satellite Earth Observation Systems for contributing ...


34. MSR Data from JAXA Japan [ND01004_Latest Version]
As a parabolic antenna revolves, the microwave scanning radiometer (MSR) continuously scans the earth surface conically for a width of 317 km. During this process, the MSR receives weak radio waves ...


35. ADEOS OCTS GAC Level 3 Binned Map Daily Vegetation indices product [ADEOS_OCTS_GAC_L3BM_Daily_VI_Latest Version]
L3BM, Level 3 binned map product is a byte-valued 4096 x 2048 array of anequal area rectangular projection of the globe. Storing supplementalinformation such as 3 kinds of bin information, physical ...


36. GOSAT Level 2 CH4 column amount (SWIR) product [GOSAT_Level2_of_TANSO-FTS_SWIR_CH4_Latest Version]
The FTS SWIR Level 2 data products store column abundances of CO2 and CH4?retrieved from the radiance spectra in the bands 1 through 3 of FTS. Validation of the Level 2 column abundances is being ...


37. GOSAT Level 2 CO2 column amount (SWIR) product [GOSAT_Level2_of_TANSO-FTS_SWIR_CO2_Latest Version]
The FTS SWIR Level 2 data products store column abundances of CO2 and CH4?retrieved from the radiance spectra in the bands 1 through 3 of FTS. Validation of the Level 2 column abundances is being ...


38. GOSAT Level 2 CO2 profile (TIR) product [GOSAT_Level2_of_TANSO-FTS_TIR_CO2_Latest Version]
The FTS SWIR Level 2 data products store column abundances of CO2 and CH4?retrieved from the radiance spectra in the bands 1 through 3 of FTS. Validation of the Level 2 column abundances is being ...


39. GOSAT Level 2 cloud flag (CAI) product [GOSAT_Level2_of_TANSO-CAI_Latest Version]
The Level 2 cloud flag data product stores the clear-sky confidence levels that are calculated from the CAI Level 1B data.


40. GOSAT Level 3 global CH4 distribution (TIR) product [GOSAT_Level3_of_TANSO-FTS_TIR_CH4_Latest Version]
The FTS SWIR Level 3 data products are generated by interpolating, extrapolating, and smoothing the FTS SWIR Level 2 column-averaged mixing ratios of CO2 and CH4 on a monthly basis. A geostatistical ...


41. GOSAT Level 3 global CO2 distribution (SWIR) product [GOSAT_Level3_of_TANSO-FTS_SWIR_CO2_Latest Version]
The FTS SWIR Level 3 data products are generated by interpolating, extrapolating, and smoothing the FTS SWIR Level 2 column-averaged mixing ratios of CO2 and CH4 on a monthly basis. A geostatistical ...


42. GOSAT Level 3 global CO2 distribution (TIR) product [GOSAT_Level3_of_TANSO-FTS_TIR_CO2_Latest Version]
The FTS SWIR Level 3 data products are generated by interpolating, extrapolating, and smoothing the FTS SWIR Level 2 column-averaged mixing ratios of CO2 and CH4 on a monthly basis. A geostatistical ...


43. GOSAT Level 3 global reflectance distribution (clear-sky)(CAI) product [GOSAT_Level3_of_TANSO-CAI_reflectance_Latest Version]
The CAI Level 3 radiance distribution data product is prepared in a three-day cycle; the CAI radiance data collected during the three-day period are assembled to give a global cloud distribution map.


44. GOSAT Level 3 normalized-difference vegetation index (CAI) product [GOSAT_Level3_of_TANSO-CAI_NDVI_Latest Version]
The Level 3 normalized-difference vegetation index (NDVI) data are processed from the CAI radiance data.


45. GOSAT Level 3 radiance distribution (CAI) product [GOSAT_Level3_of_TANSO-CAI_radiance_Latest Version]
The CAI Level 3 radiance distribution data product is prepared in a three-day cycle; the CAI radiance data collected during the three-day period are assembled to give a global cloud distribution map.


46. JERS SAR Data [ND01024_Latest Version]
SAR is a Synthetic Aperture Radar onboard the JERS-1. Followings are the basics of the SAR. -Swath width : 75km -Resolution : 18m x 24m -Off nadir angle : 35deg. ...


47. JERS SWIR Data [JERS_SWIR_Latest Version]
OPS SWIR is a Short Wave Infrared Radiometer onboard the JERS-1. Followings are the basics of the OPS SWIR. -Swath width : 75km -Resolution : 18m x 24m -Observation band : Shortwave ...


48. JERS VNIR Data [JERS_VNIR_Latest Version]
OPS VNIR is a Visible and Near Infrared Radiometer onboard the JERS-1. Followings are the basics of the OPS VNIR. - Swath width : 75km - Resolution : 18m x 24m - Observation band ...


49. JERS-1 Data Set(JAXA/EOC) [ND01021_Latest Version]
JERS-1 is an Earth Observation Satellite to cover the global land area for national land survey, agriculture, forestry, and fishery, environmental protection, disaster protection, and coastal monitoring, ...


50. JERS/OPS(JAXA/EOC) [ND01023_Latest Version]
The Optical Sensor(OPS) provide better ground resolution than MOS-1's MESSR. The OPS separates the light reflected from the ground into seven spectral bands from visible to short-wave ...


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