Transcript スライド 1 - WGISS | CEOS

JAXA Agency Report
Oct. 19, 2007
Satoko Horiyama MIURA
JAXA/EORC
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The lunar explorer "KAGUYA"
(SELENE)
•
•
Launched at 10:31:01 a.m. on Sep. 17 (JST)
One of its onboard baby satellites, the VRAD
satellite, was released at 1:28 p.m. on Oct. 12
(JST). "OKINA" and "OUNA" were respectively
chosen as nicknames for the Relay satellite
and the VRAD satellite in relation with Princess
KAGUYA from the Japanese old tale "Taketori
Monogatari" (The Tale of the Bamboo Cutter.)
http://www.selene.jaxa.jp/index_e.htm
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Before the separation
After the separation
Greenhouse Gases Observing
Satellite <GOSAT>
Number and distribution of ground-based
CO2 monitoring stations is not enough.
Satellite data from global and frequent
observation is needed.
GOSAT
 ~’91
 ’92~
Observing
Station
Provided by NIES
© JAXA
To be launched in the next JFY
Objectives
•To observe the distribution of the concentration of CO2 and to confirm
both the amounts and the area of CO2 sources and sinks.
•To observe the distribution of the concentration of other greenhouse
gases e.g. CH4 in order to understand global warming more precisely.
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GCOM-W
(GCOM : Global Change Observation Mission)
AMSR-2
(Advanced
Microwave Scanning
Radiometer-2)
Solar Array Paddle
1. Launch Schedule : 2011 (JFY, planned)
2. Target for Observation : Precipitation, Water Vapor, Sea
Surface Wind, Sea Surface Temperature, Soil Moisture,
Snow Depth, etc.
4
ALOS / Daichi
Japanese Earth
Resources Satellite-1
(JERS-1)
Advanced Earth
Observing Satellite
(ADEOS)
Enhanced land-observation technology
• Disaster monitoring
ALOS
• Cartography
• Regional observation
• Resources surveying
© JAXA
PRISM
© JAXA
Panchromatic Remote
sensing Instrument for
Stereo Mapping
AVNIR-2
PALSAR
© JAXA
Phased Array type L-band
Synthetic Aperture Radar
© JAXA
Advanced Visible and Near
Infrared Radiometer type 2
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Disaster Observations (1)
Mt. Melapi volcano, Indonesia observed by AVNIR-2 & PALSAR
AVNIR-2
© JAXA
© JAXA
The crater cracked, and volcanic
fumes were rising about 100
meters high from the crater on
April 11, 2006.
PALSAR
Disaster Observations (2)
Flooding observed by PRISM
Heavy rains caused rivers in
the Chubut, Neuquén and
Río Negro regions in
Argentina to flood,
threatening dams
downstream.
© JAXA
Disaster Observations (3)
Earthquakes observed by PALSAR
© METI/JAXA
© METI/JAXA
The surface rise at Noto Peninsular in Japan
caused by Earthquake (March 25, 2007)
The surface rise at the New Georgia
islands caused by Solomon earthquake
(M8.1 Earthquake on April2, 2007)
Disaster Observations (4)
Ice Jam observed by PALSAR
© METI/JAXA
About 100 ships were trapped in sea ice off the coast of Newfoundland-Labrador.
Arctic Sea-Ice Monitor by
Aqua/AMSR-E
http://www.ijis.iarc.uaf.edu/cgi-bin/seaice-monitor.cgi
AMSR-E Sea Ice
Concentration
(1image / 1 day, since
June 20th, 2002)
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EOC & TKSC
3 hours via train
2hours via car using “toll-road(about $25 /one way)”
Earth Observation
Center
TKSC(TsuKuba Space Center)
•GOSAT & GCOM(TBD): Mission
data processing, archiving and
distribution
•Aqua/AMSR-E, TRMM/PR &
other previous Satellites (ADEOS,
ADEOS-II, etc) : Data archiving
(B/U)
EOC(Earth Observation Center)
•GOSAT & GCOM(TBD) : Mission data reception & recording (TBD)
•ALOS: Mission data reception, recording, processing, archiving and distribution
•Aqua/AMSR-E & TRMM/PR: Mission data processing, archiving and distribution
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•Previous Satellites (ADEOS, ADEOS-II, etc) : Data archiving and distribution
Current Status
1. At EOC & TKSC
 Remote Control of EOC receiving & recording from
TKSC is now being prepared.
2. At TKSC
 Data Archiving for AMSR-E, TRMM and other
previous satellite started (as B/U of EOC archive).
3. At EOC
 System replacement of ALOS mission data
receiving, recording, processing, archiving and
distribution is on-going.
 ALOS mission data archiving media will be
changed to LTO-3 from DTF-2. Data copy will start
by the end of this year (1 TB ALOS mission data /
day !).
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Contribution to GEO
1. Sentinel Asia
2. Precipitation Constellation (GPM/DPR)
3. “Architecture Implementation Pilot”
(1) Original Plan: to set-up catalog server and WCS
server (as prototype systems)
(2) Results : to set-up WMS server and web client (as
prototype systems)
(3) Lessons & Learned on catalog server set-up


Profiles : ISO or CS-W ? Which CS-W ?
COTS usage : Difference of “original version “ vs “Japanese
version”, incl. support framework
(4) Demonstration video is available at
http://www.ogcnetwork.net/AIPdemos
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Wiring Diagram: Volcano
Disaster Monitoring Office
[Step 0]
[Step 9]
Introduction
Epilogue
PC
[Step 1]
PC
[Step 2]
CAP alert
(Eruption)
on GEO portal
PC
[Step 8]
Operator in Disaster
Monitoring Office
WCS/WMS server
URL info.
PC
[Step 7]
PC
[Step 3]
PC
PC
Access to
PC
[Step
6]
[Step 4]
Indonesia info.
[Step 5]
Indonesia land
usage/coverage
on map viewer
Search for satellite data
CAP alert (VAAC)
Start to access to using GEOSS Clearinghouse
on GEO portal
GEOSS Clearinghouse
# Keyword : “Merapi”
# period : June, 2006
from CAP aleart
Information to be overlaid
*Geographic information
*Population density
*Land cover
*ALOS images
*EO-1 images
Mash up various info.
on JAXA Web client
Start to access to
JAXA Web client
JAXA Web client
@ JAXA
(tree)
GEO portal @ ESA/FAO
CAP alert RSS feed
CSW2.0
Z39.50
WCS IF using
Mapserver
WMS IF using
Mapserver
Clearinghouse @ ESRI
Volcanic Ash Advisory
CAP alert server @ USGS
Darwin VAAC @
Bureau of Meteorology
catalog server @ JAXA
(eagle)
WMS server @ JAXA
* NASA/EO-1 data WCS server @ JAXA
(fire)
* JAXA/ALOS data
(tree)
Architecture Implementation Pilot
Demonstration Video
• Click !
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