Data catalog
Various satellite and terrestrial data from both Japan and other countries is available in Tellus.
-
- Data types *1
-
- Ground Sampling Distance (GSD)
-
- Region *2
-
- Price
-
- Download *3
Satellite data (25)
-
ASNARO-1_L1B
Data from “ASNARO-1”, an optical satellite developed by Japan Space Systems and NEC, under contract with the Ministry of Economy, Trade and Industry.
-
ASNARO-2 X-band SAR images Urban area dataset (STRIPMAP)
Synthetic Aperture Radar (SAR) data observed by “ASNARO-2”, developed by NEC, partly funded by the Ministry of Economy, Trade and Industry.
-
ASNARO-2_L1.1
Synthetic Aperture Radar (SAR) data observed by “ASNARO-2”, developed by NEC, partly funded by the Ministry of Economy, Trade and Industry.
-
ASNARO-2_L1.5
Synthetic Aperture Radar (SAR) data observed by “ASNARO-2”, developed by NEC, partly funded by the Ministry of Economy, Trade and Industry.
-
ASNARO-2_L2.1
Synthetic Aperture Radar (SAR) data observed by “ASNARO-2”, developed by NEC, partly funded by the Ministry of Economy, Trade and Industry.
-
ASTER GDEM ver.3
ASTER GDEM is elevation data with a horizontal resolution of approximately 30 m and a height accuracy of approximately 12 m (Japan domestic).
-
AVNIR-2_1B1
Data observed by optical sensor AVNIR-2 on board “Daichi (ALOS)” developed by JAXA.
-
AW3D30
Data of the numerical elevation model, based on data from the PRISM sensor on board “Daichi (ALOS)” developed by JAXA.
-
CE-SAT-IIB
Nighttime data captured focusing on the 23 wards of Tokyo from January 2021 to May 2022 by “CE-SAT-IIB”, a microsatellite developed by Canon Electronics.
-
Data with the optical multispectral band (0.8 m/3.2 m)
Re-sampled data with performance equivalent to the optical data with the optical multispectral band (0.8 m/3.2 m).
-
GCOM-C/CHLA_8days
Chlorophyll-a concentration (physical quantity) is calculated from information observed by SGLI onboard “Shikisai (GCOM-C)” developed by JAXA, and statistically processed globally every 8 days.
-
GCOM-C/CHLA_NRT
Data of Chlorophyll-a concentration (physical quantity), calculated from information observed by the SGLI sensor onboard “Shikisai (GCOM-C)” developed by JAXA.
-
GCOM-C/SST_8days
Sea surface temperature (physical quantity) is calculated from information observed by SGLI onboard “Shikisai (GCOM-C)” developed by JAXA, and statistically processed globally every 8 days.
-
GCOM-C/SST_NRT
Data of the sea surface temperature (physical quantity), calculated from information observed by the SGLI sensor onboard “Shikisai (GCOM-C)” developed by JAXA.
-
GCOM-C/TSM_8days
Suspended solids concentration (physical quantity) is calculated from information observed by SGLI onboard “Shikisai (GCOM-C)” developed by JAXA, and statistically processed globally every 8 days.
-
GCOM-C/TSM_NRT
Data of suspended solid concentration (physical quantity) calculated from information observed by the SGLI sensor onboard the “Shikisai (GCOM-C)” developed by JAXA.
-
[Sample]GOSAT L3 global CO2 distribution (SWIR)
GOSAT L3 global CO₂ distribution (SWIR) is global carbon dioxide concentration data observed by TANSO-FTS onboard GOSAT, which was jointly developed by the Ministry of the Environment (MOE), the National Institute for Environmental Studies (NIES), and JAXA.
-
GRUS_L3A
GRUS, developed by Axelspace, is a next-generation remote-sensing microsatellites’ constellation.
-
HISUI
Data from “HISUI”, a spaceborne hyperspectral sensor developed by the Ministry of Economy, Trade and Industry, which is on board the Japanese Experiment Module “Kibo” on the International Space Station.
-
Maxar Technologies' satellites
Maxar Technologies Inc. has very-high-resolution optical satellites. Resolutions of 30cm, 40cm, and 50cm are available. You can find fresh imagery captured from around the world by these satellites. We will accept your tasking requests for new image.
-
PALSAR_L1.1
Data observed by PALSAR, an L-band Synthetic Aperture Radar (SAR) on board “Daichi (ALOS)” developed by JAXA.
-
PALSAR_L2.2
Data observed by PALSAR, an L-band Synthetic Aperture Radar (SAR) on board “Daichi (ALOS)” developed by JAXA.
-
PALSAR-2_L1.1
Data observed by PALSAR-2, an L-band Synthetic Aperture Radar (SAR) on board “Daichi-2 (ALOS-2)” developed by JAXA.
-
PALSAR-2_L2.1
Data observed by PALSAR-2, an L-band Synthetic Aperture Radar (SAR) on board “Daichi-2 (ALOS-2)” developed by JAXA.
-
SLATS_1B
Data observed by optical sensor (panchromatic), SHIROP onboard “Tsubame (SLATS)” developed by JAXA.
How to use
Please learn “Data guide” to use data in each use setting.
When using API, learn “Traveler API reference”.
Notes when using data
- - When using data, please make sure to check copyrights in the data details page.
- - You can use your derivative works generated in Tellus as you need. Refer here for more information.
- - Some data prohibits copying the original data to use outside of Tellus including just a part of, or formatted data that can be restored back to the original.
- - When using data in your own environment outside of Tellus, please notice that some of the data prohibit the usage or downloading. Please make sure to read the data details page.
- - You need an agreement in advance for commercial use. Please inquire Tellus office.
Reference for terms
- *1 Data type
- The Basics of satellite data - What it tells us, types, observation interval, resolution and use cases - Sorabatake
- *2 Region
- Observation area for data available in Tellus
- *3 Download
- Available outside of Tellus: You can download data to your own environment to use.
- Available only in Tellus: You can download data to use only in Tellus development/analysis environment.
-
Available data will be added accordingly.
Inquire Tellus office for data request or data availability. -
When you consider providing data,
please inquire the Tellus office after checking followings.
Terrestrial data and tools are handled as free offerings.