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Aqua/AMSR-E

Aqua/AMSR-E. 2. Operation Status. AMSR-E data utilization JMA started to use AMSR-E data for the global numerical prediction model on May 15, 2006. Improved the forecast accuracy of the path of a typhoon SST anomaly in the high latitude ocean of AMSR-E site is released on September 14, 2006.

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Aqua/AMSR-E

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  1. Aqua/AMSR-E 2. Operation Status • AMSR-E data utilization • JMA started to use AMSR-E data for the global numerical prediction model on May 15, 2006. Improved the forecast accuracy of the path of a typhoon • SST anomaly in the high latitude ocean of AMSR-E site is released on September 14, 2006.

  2. ALOS Overview 2. Operation Status • JAXA’s High-Resolution Earth Observing Satellite • Mission • Cartography (1/25,000) • Regional Environmental Monitoring • Disaster Monitoring • Resources Survey Spatial Resolution: 2.5m (at Nadia) Swath Width: 70km(Nadia only) / 35km (Triplet mode) Orbit : Sun Synchronous Altitude: 691.65km Repeat Cycle : 46days Sub-Cycle : 2days Launch Date : Jan.24, 2006 Star Tracker Range Resolution: 7 to 44/ 14 to 88m (Fine) 100m (ScanSAR) Swath Width: 40 to 70km (Fine) / 250 to 350km (ScanSAR) Spatial Resolution: 10m (at Nadia) Swath Width: 70km(at Nadia) Pointing Angle: -44 to +44 degree Data Relay Communication Antenna 9m GPS Antenna Solar Array Paddle 22m Panchromatic Remote-sensing Instrument for Stereo Mapping (PRISM) Advanced Visible and Near Infrared Radiometer type 2 (AVNIR-2) Phased Array type L-band Synthetic Aperture Radar (PALSAR)

  3. ALOS Current Status Flooded areas in ChoeleChoele City, Argentina observed by "Daichi"(ALOS) on July 30, 2006. 2. Operation Status • Initial CAL/VAL Period; • Calibration and Validation of each sensors on processing Level1 data from Level0 data are most important and necessary to improve the accuracy of high resolution DEM and biomass distribution data. • We will have the review on October 23 for move to “Routine Operations Period”. • ALOS data utilization; • Disaster monitoring

  4. Network Interface JAXA/EOC JAXA/TKSC Wide Area Ethernet(100Mbps) EORC Tokyo office move to Tsukuba the end of October. JMA/MSC Wide area Ethernet JAXA/EORC 2. Operation Status NASA/GSFC (SDPF,TSDIS,EDOS,CSAFS) JAXA/EOC APAN/SINET (effect 6Mbps) NASA/JPL (PO.DAAC) NOAA/NESDIS ATM 1Mbps EORC will connect Tsukuba WAN and increase 200Mbps with EOC next April.

  5. 3. Future Program

  6. 3. Future Program GOSAT Greenhouse gasses Observing SATellite

  7. GOSAT Overview FSSH FSSH FSSH - - - 2/3 2/3 2/3 TEDA TEDA TEDA - - - LPT2 LPT2 LPT2 TEDA TEDA TEDA - - - LPT1 LPT1 LPT1 PDL PDL PDL GOS GOS GOS 光学系ユニット 光学系ユニット 光学系ユニット CS CS CS 光学系ユニット 光学系ユニット 光学系ユニット CAM CAM CAM - - - H1 H1 H1 ESH ESH ESH SANT SANT SANT - - - 1 1 1 XANT XANT XANT - - - 2 2 2 XANT XANT XANT - - - 1 1 1 FSSH FSSH FSSH - - - 1 1 1 （進行方向、ロケット機軸方向） （進行方向、ロケット機軸方向） （進行方向、ロケット機軸方向） X X X Y Y Y Z Z Z （地心方向） （地心方向） （地心方向） 3. Future Program • Mission • To observe greenhouse effect gasses globally TANSO-FTS (Greenhouse gasses observing Sensor) Atmospheric absorption observation by Fourier Theorem Spectroscopy Wavelength band1 0.38μm band2 0.67μm band3 0.87μm band4 1.62μm Spectrum resolution 0.2 – 1cm TANSO-CAI (Cloud/Aerosol Sensor) Imager Wavelength band1 0.38μm band2 0.67μm band3 0.87μm band4 1.62μm Designed Life Span: 5years Orbit Plan: Altitude 666km Sun-Synchronous Sub-Recurrent Orbit Orbit Inclination: 98deg. Launch: Aug.2008 by H-IIA (TBD)

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