Overview of Himawari-8/9
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1 Overview of Himawari-8/9 Toshiyuki SAKURAI Meteorological Satellite Center (MSC) Japan Meteorological Agency (JMA) EUMeTrain Event Week on MTG-I Satellite 2016 Session2 - Himawari-8 and Data Applications 8 November 2016
2 Himawari-8 began operation at 02:00 UTC on 7 th July True Color Imagery from Advanced Himawari Imager (AHI)
3 Himawari-8/9 Advanced Himawari Imager (AHI) solar panel communication antennas Geostationary position Attitude control Communication Around E 3-axis attitude-controlled geostationary satellite 1) Raw observation data transmission Ka-band, GHz (downlink) 2) DCS International channel MHz (uplink) Domestic channel MHz (uplink) Transmission to ground segments Ka-band, GHz (downlink) 3) Telemetry and command Ku-band, GHz (downlink) GHz (uplink) Himawari-8 began operation on 7 July 2015, replacing the previous MTSAT-2 operational satellite Himawari-9 was successfully launched using H-IIA Launch Vehicle No.31 on 2 November 2016 from the Tanegashima in Japan! MTSAT-1R MTSAT-2 operation standby standby operation standby Himawari-8 Himawari-9 a package purchase manufacture manufacture launch launch operation standby standby operation standby
4 Improved Resolutions Spectral Spatial VIS 1 band VIS 3 bands At sub-satellite point VIS 1 km IR 4 km MTSAT-1R/2 VIS 0.5/1 km IR 2 km Himawari-8/9 NIR R G 3 bands B Temporal Observation Frequency IR 4 bands IR 10 bands full-disk obs. 5 bands 16 bands MTSAT-1R/2 Himawari-8/9 MTSAT-1R/2 Himawari-8/9
5 AHI Observation Modes Full disk Region 2 SW-JAPAN Region 1 NE-JAPAN Region 3 Target Area Interval : 10 minutes (6 times per hour) Region 1 JAPAN (North-East) Interval : 2.5 minutes (4 times in 10 min) Dimension : EW x NS: 2000 x 1000 km Region 2 JAPAN (South-West) Region 5 Landmark Area Region 4 Landmark Area Interval : 2.5 minutes (4 times in 10 min) Dimension : EW x NS: 2000 x 1000 km Region 3 Target Area Interval : 2.5 minutes (4 times in 10 min) Dimension : EW x NS: 1000 x 1000 km Region 4 Landmark Area Interval : 0.5 minutes (20 times in 10 min) Dimension : EW x NS: 1000 x 500 km Region 5 Landmark Area Interval : 0.5 minutes (20 times in 10 min) Dimension : EW x NS: 1000 x 500 km
6 AHI Scan Scenario (MOVIE)
7 Spatial Resolution MTSAT-2 (VIS) 1km Himawari-8 (B03) 0.5 km Toky o Toky o 03:00 UTC on 29 January 2015
8 Observation Frequency (MOVIE) MTSAT-2 (VIS) Hourly in Monochrome Himawari-8 (Band01-03) Every 10 minutes in Full-Color 16 UTC on 2 nd to 13 UTC on 3 rd, April 2015
![Rapidly Developing Cumulus Area Detection height 10km 高度 Developing 積乱雲の発達 of Cumulus ((model) 模式図 heavy 気象レーダー rain area Chisholm, A. J. and Renick, J. H. (1972) [traced and added] 探知可能強雨域 of Met.](/docs-images/78/78044519/images/9-3.jpg "Radar 5km 0 分 min 10 10 min 分 15 分 min 20 20 min 分 25 25 min 分 30 30 min 分時間 time ( 分 ) Cloud top is higher Brightness temperature is getting low.")
9 Rapidly Developing Cumulus Area Detection height 10km 高度 Developing 積乱雲の発達 of Cumulus ((model) 模式図 heavy 気象レーダー rain area Chisholm, A. J. and Renick, J. H. (1972) [traced and added] 探知可能強雨域 of Met. Radar 5km 0 分 min min 分 15 分 min min 分 min 分 min 分時間 time ( 分 ) Cloud top is higher Brightness temperature is getting low. Roughness of cloud top increases Contrast between light and dark is getting clear. Cloud microphysical parameters change Ice particles are produced near cloud top
10 Target Area Observation (Typhoon) (MOVIE) Himawari-8 B03 (0.64 μm) Every 2.5 min. Estimated position by interpolation between two forecast(current) positions Typhoon center position (Forecast FT=FT 2 ) Typhoon center position (Forecast FT=FT 1 ) Typhoon position (current)
11 Comparison of Observation Frequency (MOVIE) Target Area Observation (Volcano) MTSAT-2 VIS (0.68 μm) Every 30 min. Eruption of Mt. Shiveluch (Russia, 25 Mar. 2015) Himawari-8 B03 (0.64 μm) Every 2.5 min.
12 Spectral Bands cf. MTSAT-2 Bands VIS 0.68 μm IR4 3.7 μm IR3 6.8 μm IR μm IR μm Himawari-8/9 Imager (AHI; Advanced Himawari Imager) Band Spatial Resolution Central Wavelength Physical Properties μm aerosol Visible 1 km μm aerosol (VIS) km 0.64 μm low cloud, fog 4 1 km 0.86 μm vegetation, aerosol Near 5 Infrared 1.6 μm cloud phase/particle size (NIR) 2 km μm cloud particle size μm low cloud, fog, forest fire μm upper-level moisture μm mid- to upper-level moisture μm mid-level moisture 11 Infrared 8.6 μm cloud phase, SO 2 2 km 12 (IR) 9.6 μm ozone content μm cloud imagery, information of cloud top μm cloud imagery, sea surface temperature μm cloud imagery, sea surface temperature μm cloud top height 3 Visible Bands Addition of NIR Bands Increase of WV Bands Increase of TIR Bands
13 Himawari-8 AHI Central Wavelength (μm) Spatial Res. (km) Comparison of imagers Central Wavelength (μm) Spatial Res. (km) GOES-R ABI 2 MSG SEVIRI Central Wavelength (μm) N/A(broad bandwidth channel) Spatial Res. (km) 1.6 km IFOV, 1 km sampling for broad VIS channel / 4.8 km IFOV, 3 km sampling for narrow channels MTG *Resolution depends FCI on imaging mode Central Wavelength (μm) Spatial Res. (km) / / / /
14 Visible bands Band micron Blue 1 km Band micron Green 1 km Band micron Red 0.5km For True Color Image.
15 True Color Imagery Himawari /7/7 02:00 UTC True color imagery derived by combining three visible bands.
16 1.6micron band (B05) and 2.3micron band (B06) 10.4micron 0.64micron 1.6micron 2.3micron
17 RGBs from Himawari-8 Natural Color Day Microphysics Night Microphysics True Color Day Snow-Fog Day Convective Storm Dust Airmass
18 Real Time RGB Images on MSC/JMA Website Updated every 10 minutes! search JMA MSC
19 Revolution of Advanced Himawari Imager Upgrade of MTSAT -> Himawari-8/9 Number of bands 5 -> 16 Spatial resolutions VIS: 1 km -> 0.5 or 1.0 km IR: 4.0 km -> 2.0 km Temporal resolutions 30/60 min -> 10 min (Total data size: 50 times!!) B/W TV HD TV
20 Data amount of Himawari series 500 GB/day Himawari-8 approx. 400 times bigger than GMS-1 approx. 50 times bigger than MTSAT approx. 430GB/day 100 0
21 Two Ways of Data Dissemination/Distribution HimawariCast/HimawariCloud Himawari-8/9 Communication Satellite HimawariCast service C-band antenna raw data CS Operator HRIT files, LRIT files, GPV, Obs LNB All imagery (full data) DVB-S2 receiver PC & software JMA HimawariCloud service NMHSs Users
22 Data distribution/dissemination methods Two Ways of Himawari-8/9 Imagery Dissemination/Distribution HimawariCast via Communication Satellite Service for Everyone No Pass Code for Receiving 14 bands (1 VIS and 13 NIR/IR) every 10 minutes for Full Disk Spatial resolution is same as that of MTSAT HRIT compatible HimawariCloud via Internet Cloud Service for NMHSs with high-speed Internet access All 16 bands (3 VIS and 13 NIR/IR) Full Specification (temporal and spatial) of Imagery
23 Data Services Operated by Japanese Science Group Himawari-8 Data Service are operated by Japanese Science Group on a voluntary basis for Non-Profit R&D Users. - JAXA Himawari Monitor - NICT (National Institute of information and Communications Technology) Science Cloud - Chiba University Data Server CEReS (Center for Environmental Remote Sensing) - University of Tokyo DIAS (Data Integration and Analysis System) In preparation for operation
24 Himawari-8/9 Users Support Information Contents: Overview of satellite observation Overview of data dissemination Imager (AHI) specifications Operational status Sample data Sample source code to read Himawari-8 data and convert into other formats
25 Himawari Operation Status and Imagery Calibration/Navigation Monitoring from MSC Web Himawari-8 Operation Status Imagery Calibration Imagery Navigation
26 Thank you for your kind attention! JMA mascot character Harerun
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