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1. ADEOS-2 GLI 1Km Level 1A SWIR Data [ADEOS2_GLI_1Km_L1A_SWIR]
GLI-1km's uncorrected SWIR (short-wavelength infrared region) data with missing frames filled with dummy data.Radiometric and geometric correction coefficients, missing data flag, and piecewise linear ...


2. ADEOS-2 GLI 1Km Level 2 Aerosol Angstrom Exponent product [ADEOS2_GLI_1Km_L2_ARAE]
Aerosol angstrom index calculated based on the level 1B data.


3. ADEOS-2 GLI 1Km Level 2 Atmospheric adjustment product [ADEOS2_GLI_1Km_L2_NL_LR]
Atmospheric adjustment calculated based on the Level 1B data. The geometric correction coefficient is also attached.


4. ADEOS-2 GLI 1Km Level 2 Atmospheric correction data for land and cryosphere product [ADEOS2_GLI_1Km_L2_ACLC]
GLI-1km Level 2 ACLC is the Atmospheric correction data for land and cryosphere, with the geometric correction parameters added.


5. ADEOS-2 GLI 1Km Level 2 Cloud Optical Thickness of ice cloud by reflection method product [ADEOS2_GLI_1Km_L2_CLOP_i_r]
Cloud optical thickness calculated based on the level 1B data (_i_r: ice cloud reflectance).


6. ADEOS-2 GLI 1Km Level 2 Cloud flag product [ADEOS2_GLI_1Km_L2_CLFLG_p]
Cloud flag calculated based on the level 1B data.


7. ADEOS-2 GLI 1Km Level 2 Cloud fraction product [ADEOS2_GLI_1Km_L2_CLFR]
Cloud fraction calculated based on the level 1B data.


8. ADEOS-2 GLI 1Km Level 2 Land and Cryosphere product [ADEOS2_GLI_1Km_L2_LC]
GLI-1km Level 2A LC is the composite product of GLI PGCI data every 16 days to have parameters on Land and Cryosphere.


9. ADEOS-2 GLI 1Km Level 2 Vegetation Index product [ADEOS2_GLI_1Km_L2_VGI]
GLI-1km Level 2 VGI contains values of Vegetation Index with the geometric correction parameters added.


10. ADEOS-2 GLI 1Km Level 3 Binned Aerosol Angstrom Exponent product [ADEOS2_GLI_1Km_L3B_ARAE]
Temporarily and spatially sampled based on level 2 data of aerosol angstrom index.


11. ADEOS-2 GLI 1Km Level 3 Binned Aerosol Optical Thickness product [ADEOS2_GLI_1Km_L3B_AROP]
Temporarily and spatially sampled based on level 2 data of aerosol optical thickness.


12. ADEOS-2 GLI 1Km Level 3 Binned Aerosol product [ADEOS2_GLI_1Km_L3B_LA]
Temporarily and spatially sampled based on level 2 data of aerosol.


13. ADEOS-2 GLI 1Km Level 3 Binned Cloud Effective Particle Radius of water cloud by reflection method product [ADEOS2_GLI_1Km_L3B_CLER_w_r]
Temporarily and spatially sampled based on level 2 data of cloud equivalent grain size (_w_r : water cloud reflectance).


14. ADEOS-2 GLI 1Km Level 3 Binned Cloud Top Height of water cloud by reflection method product [ADEOS2_GLI_1Km_L3B_CLTT_w_r]
Temporarily and spatially sampled based on level 2 data of cloud top temperature (_w_r: water cloud reflectance).


15. ADEOS-2 GLI 1Km Level 3 Binned Cloud fraction product [ADEOS2_GLI_1Km_L3B_CLFR]
Temporarily and spatially sampled based on level 2 data of cloud fraction.


16. ADEOS-2 GLI 1Km Level 3 Binned Normalized water-leaving radiance product [ADEOS2_GLI_1Km_L3B_NW]
Temporarily and spatially sampled based on level 2 data of normalized water-leaving radiance.


17. ADEOS-2 GLI 1Km Level 3 Binned Ocean Color product [ADEOS2_GLI_1Km_L3B_CS]
Temporarily and spatially sampled based on level 2 data of ocean color.


18. ADEOS-2 GLI 1Km Level 3 Binned Sea surface temperature product [ADEOS2_GLI_1Km_L3B_ST]
Temporarily and spatially sampled based on level 2 data of sea surface temperature.


19. ADEOS-2 GLI 1Km Level 3 Binned Snow surface temperature product [ADEOS2_GLI_1Km_L3B_SNWTS]
Temporarily and spatially sampled based on level 2 data of snow surface temperature.


20. ADEOS-2 GLI 1Km Level 3 STA Map Absorption of colored dissolved organic matter product [ADEOS2_GLI_1Km_L3STA_Map_CDOM]
The atmosphere, ocean and snow level 3 STA (statistics) MAPs are maps projected using estimated representative values for each type of data from Level 3 Binned. The CDOM is ocean color.


21. ADEOS-2 GLI 1Km Level 3 STA Map Aerosol Angstrom Exponent product [ADEOS2_GLI_1Km_L3STA_Map_ARAE]
The atmosphere, ocean and snow level 3 STA (statistics) MAPs are maps projected using estimated representative values for each type of data from Level 3 Binned. The ARAE stands for aerosol angstrom ...


22. ADEOS-2 GLI 1Km Level 3 STA Map Bulk Sea surface temperature (all data averaged) product [ADEOS2_GLI_1Km_L3STA_Map_ST_all]
The atmosphere, ocean and snow level 3 STA (statistics) MAPs are maps projected using estimated representative values for each type of data from Level 3 Binned. The ST_all is sea surface temperature.


23. ADEOS-2 GLI 1Km Level 3 STA Map Cloud Liquid Water Path of water cloud by reflection method product [ADEOS2_GLI_1Km_L3STA_Map_CLWP_w_r]
The atmosphere, ocean and snow level 3 STA (statistics) MAPs are maps projected using estimated representative values for each type of data from Level 3 Binned. The CLWP_w_r stands for cloud top height ...


24. ADEOS-2 GLI 1Km Level 3 STA Map Cloud Optical Thickness of ice cloud by emission method product [ADEOS2_GLI_1Km_L3STA_Map_CLOP_i_e]
The atmosphere, ocean and snow level 3 STA (statistics) MAPs are maps projected using estimated representative values for each type of data from Level 3 Binned. The CLOP_i_e stands for cloud optical ...


25. ADEOS-2 GLI 1Km Level 3 STA Map Cloud Top Temperature of water cloud by reflection method product [ADEOS2_GLI_1Km_L3STA_Map_CLHT_w_r]
The atmosphere, ocean and snow level 3 STA (statistics) MAPs are maps projected using estimated representative values for each type of data from Level 3 Binned. The CLHT_w_r stands for cloud top height ...


26. ADEOS-2 GLI 1Km Level 3 STA Map Cloud fraction product [ADEOS2_GLI_1Km_L3STA_Map_CLFR]
The atmosphere, ocean and snow level 3 STA (statistics) MAPs are maps projected using estimated representative values for each type of data from Level 3 Binned. The CLFR stands for cloud fraction.


27. ADEOS-2 GLI 1Km Level 3 STA Map Normalized water-leaving radiance product [ADEOS2_GLI_1Km_L3STA_Map_NW]
The atmosphere, ocean and snow level 3 STA (statistics) MAPs are maps projected using estimated representative values for each type of data from Level 3 Binned. The NW is normalized water leaving ...


28. ADEOS-2 GLI 1Km Level 3 STA Map Snow impurities product [ADEOS2_GLI_1Km_L3STA_Map_SNWI]
The atmosphere, ocean and snow level 3 STA (statistics) MAPs are maps projected using estimated representative values for each type of data from Level 3 Binned. The SNWI stands for snow impurities.


29. ADEOS-2 GLI 250m Level 1A Data [ADEOS2_GLI_250m_L1A]
GLI-250m's uncorrected data with missing frames filled with dummy data.Radiometric and geometric correction coefficients, missing data flag, and so forth are attached.


30. ADEOS-2 GLI 250m Level 1B Data [ADEOS2_GLI_250m_L1B]
Radiometric and geometric correction are made to the Level 1A data.Map projection coefficient and land/sea flag and so forth are attached.


31. ADEOS/AVNIR Dataset (ND99001) [ND99001]
AVNIR is a high spatial resolution optical sensor for observing land and coastal zones in visible and near-infrared regions. AVNIR has 4 spectral bands with a 16m spatial resolution and ...


32. GOSAT Level 2 CH4 profile (TIR) product [GOSAT_Level2_of_TANSO-FTS_TIR_CH4]
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 ...


33. GOSAT Level 3 global CH4 distribution (SWIR) product [GOSAT_Level3_of_TANSO-FTS_SWIR_CH4]
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 ...


34. JERS SAR Data [ND01024]
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. ...


35. JERS SWIR Data [JERS_SWIR]
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 ...


36. JERS VNIR Data [JERS_VNIR]
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 ...


37. JERS-1 Data Set(JAXA/EOC) [ND01021]
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, ...


38. JERS-1 SAR Global Rain Forest Mapping Project Africa, 1996-1997 [ND01017]
The Global Rain Forest Mapping project (GRFM) is an effort led by the Earth Observation Research Center (EORC) of the National Space Development Agency of Japan ...


39. JERS-1 SAR Global Rain Forest Mapping Project South America, Sep/Dec 1995 [ND01018]
The Global Rain Forest Mapping project (GRFM) is an effort led by the Earth Observation Research Center (EORC) of the National Space Development Agency of Japan ...


40. JERS/OPS(JAXA/EOC) [ND01023]
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 ...


41. Level 1B2 of AVNIR-2 (ALOS) Data Processing [alos_Level_1B2_of_avnir-2]
Level 1B2 of AVNIR-2 is the data that performed geometric correction to Level 1B1 data. The following correction options are available. ...


42. Level 2 of OPS (JERS-1) Data Processing [ND01040]
Level 2 (System Corrected Image Product) (vnir,swir) Data except that obtained by band 4 which has undergone geometrical deformation correction and the specified map projection is recorded ...


43. Level 2.1 of SAR (JERS-1) Data Processing(JAXA/EOC) [ND01045]
Level 2.1 (Standard Geocoded Image Product) Resampling is performed on the data obtained at level 1.1 considering map projection. Two types of map projection, UTM and PS, are available.


44. MESSR Data from JAXA/EOC Japan [ND01002]
A multi-spectral electronic self-scanning radiometer (MESSR) is an electronic-scan-type radiometer which detects reflected solar rays from the earth's surface in two visible bands and two near-infrared ...


45. 2010 U.S. Geological Survey (USGS) Topographic LiDAR: Mobile Bay, AL [gov.noaa.csc.maps.usgs2010_MobileBay_AL_m1426]
USGS Contract: G10PC00026 Task Order Number: G10PD00578 LiDAR was collected at a nominal pulse spacing of 2.0 meters for a 700 square mile area to the east of Mobile Bay, either not previously surveyed ...


46. 2006 Federal Emergency Management Agency (FEMA) Topographic LiDAR: Cumberland and York Counties, Maine [gov.noaa.csc.maps.me2006_fema_cumberlandyork_m2479]
In the fall of 2006, Sanborn Map Company was contracted by Camp Dresser McKee, Inc (CDM) to execute a LiDAR (Light Detection and Ranging) survey campaign in the state of Maine. LiDAR data in the form ...


47. 2006-2008 PAMAP LiDAR Data of Pennsylvania (Northern Counties) [gov.noaa.csc.maps.pa2006_2008_pamap_north_m2573]
This dataset consists of classified LiDAR (Light Detection and Ranging) elevation points produced by the PAMAP Program. PAMAP data are organized into blocks, which do not have gaps or overlaps, that ...


48. 2006-2008 PAMAP LiDAR Data of Pennsylvania (Southern Counties) [gov.noaa.csc.maps.pa2006_2008_pamap_south_m2574]
This dataset consists of classified LiDAR (Light Detection and Ranging) elevation points produced by the PAMAP Program. Additional information is available at the PAMAP website: www.dcnr.state.pa.us/topogeo/pamap. ...


49. 2007 Puget Sound LiDAR Consortium (PSLC) Topographic LiDAR: Sumpter, OR [gov.noaa.csc.maps.or2007_pslc_sumpter_m2606]
Watershed Sciences, Inc. (WS) collected Light Detection and Ranging (LiDAR) data for the USDA Forest Service on September 17, 2007. The project covers an 8-mile reach of the Powder River in northeast ...


50. 2009 U.S. Geological Survey (USGS) Topographic LiDAR: Androscoggin County, Maine [gov.noaa.csc.maps.me2009_usgs_androscoggin_m2480]
USGS Contract Number: G10PC00026 USGS Task Order: G10PD01737 LiDAR was collected at a 1.0 points per square meter (1.0m GSD) for the county of Androscoggin, Maine while no snow was on the ground and ...


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