Global Terrestrial Ground-based Network Observation
The five institutions in our project (NIPR, Tohoku University, Nagoya University, Kyoto University, and Kyushu University) have global ground-based observation networks from the equator to both polar regions of the earth. The observation region covers from the ground to the heliosphere in space. The goal of our project is to organically link the global observation networks and accelerate the use of data stored by the above observation networks. The science goal of our project is to clarify the physical processes that control long-term variations in the upper atmosphere.
Observations and research objects at each organization / Metadata each organization plans to provide
- Planetary Plasma Physics Laboratory and Planetary Atmosphere Physics Laboratory, Graduate School of Science/Planetary Plasma and Atmospheric Research Center, Tohoku University
- Geomagnetic data: PC3 index, Onagawa fluxgate magnetometer, Onagawa search coil magnetometer
- HF-band radio wave data: Jupiter radio wave data, Jupiter wide band radio wave data, Jupiter-Sun wide band spectral data
- VHF-band: Jupiter radio spectral data, Solar radio spectral data
- LF-band: Standard radio wave phase-amplitude variation data
- Space and Upper Atmospheric Sciences Group, National Institute of Polar Research
- Syowa Station: Auroral Observation, Geomagnetic Observation, Upper Atmosphere Physics Monitoring Observation, Imaging Riometer, 1-100Hz ULF/ELF Electromagnetic Wave Observation, Fabry-Perot Imager, SuperDARN HF-radar, MF Radar, DMSP Satellite Data Received at Syowa Station, Akebono Satellite Data Received at Syowa Station, Unmanned Magnetometer Network Observation, Sodium Lidar
- Polar Patrol Balloon (PPB) Experiment, Upper Atmosphere Physics Observation at Zhongshan Station, All-sky Imager at South Pole Station
- Conjugate Observation at Iceland, EISCAT Radar, The Auroral Large Imaging System (ALIS) in Sweden, NIPR/Norway Svalbard Meteor Radar (NSMR), NIPR/Norway Tromso Meteor Radar (NTMR), Auroral and Airglow Observation in Svalbard, Auroral and Airglow Observation at Tromso
- Solar-Terrestrial Environment Laboratory, Nagoya University
- NO density, NO2 density, NOx density, O3 density, Aerosol chemical composition, Aerosol extinction coefficient, Database of variation of atmospheric constituents derived by ground spectroscopy observation
- Ground magnetometer data, Airglow and aurora image data by All-sky camera , Themospheric wind speed scintillation, GPS-TEC, GPS ionospheric scintillation, Ionospheric disturbances observed by VHF radar, EISCAT radar data, Optical/MF radar/Meteor radar observation data at Norway
- Spatial profile of solar wind velocity by Interplanetary Scintillation (IPS), Solar wind velocity and g-value by IPS
- SuperDARN Hokkaido HF radar data
- Kwasan and Hida Observatories, Graduate School of Science, Kyoto University
- FMT: Event-list, Movies of outstanding events, Real-time images, Digital raw images
- SMART: T1 Hα full-disk solar images, T3 Hα partial solar images, Hα real-time images, Event catalogue, Movies of outstanding events, T2 Full-disk magnetogram
- DST: Hα partial solar quick-look images, Hα partial solar imaging data, Spectrograph quick-look images, Spectrograph data
- Data Analysis Center for Geomagnetism and Space Magnetism, Graduate School of Science, Kyoto University
- Geomagnetic Indices (final,provisional,quick look)
- Geomagnetic Field Digital Data (WDC final,WDC prompt), Geomagnetic Field Analog Data
- Geomagnetic Field Digital Data and Barometer Data (Original Observations by WDC for Geomag, Kyoto)
- Geomagnetic Field Model (IGRF), Ionospheric conductivity model (IRI2007 Version)
- Catalogue for Archived Geomagnetic Field Data
- Research Institute for Sustainable Humanosphere, Kyoto University
- Shigaraki MU Observatory: MU radar (standard tropospheric and stratospheric observation mode, standard mesospheric observation mode, standard ionospheric observation mode, special observation: Meteor/RASS/FAI), Ionosonde, Radiosonde, Boundary layer radar, L-band Lower Tropospheric Radar, Lower Thermosphere Profiler Radar, Ceilometer, AWS
- Equatorial Atmosphere Observatory: EAR (standard tropospheric observation mode, ionospheric observation), Boundary layer radar, X-band weather radar, Ceilometer, Radiosonde
- Other sites: Pontianak MF radar, Pameungpeuk MF radar, Jakarta Meteor radar, Koto Tabang Meteor radar, Jakarta boundary layer radar, Darwin radiosonde (campaign observation)
- Space Environment Research Center, Kyushu University
- MAGDAS ground magnetometer data
- FM-CW radar observation data
- Geomagnetic Pc5 Index, Geomagnetic EE Index
