(gli) - nasa€¦ · eas-11 l 1 r amsr gli dcs platform system manager ~ instrument manager...
TRANSCRIPT
CURRENT STATUS
OF
GLOBAL IWGER
(GLI)
.<,”
@NA.SD1NATIONAL SPACE ~VELOPMEAGEKY OF WM
sensors R & D.
Wc seek to develop the mosl suitablewhich will complement other countrjes
observation programs.
Observation
GlobalObservation
(sun Synchronous./moderate altitude)
Large bus
Regionsl LendObservation(sun synchronous./low alt,tu~~ium bus
Diurnal cycleObservation(lW-high inclination/low-moderate alti-tude)
Small-medium bus
GeostationaryObservation(gaostationsry mbit)
Large bus
J-1 ExperimentalObservation
Small bus
Others
1995 2000 2005 2010
ADEOS ADEOS-11 ADEOS-MIMG RIS
OCTS AMSRSaa- Winds
IIAS 10MS IIAS-2 POLDER.2 AMSR-2 TERSEAVNIR GLI
Sea- Wir!ds
NSCA T POLOER ( TOMS) Gu-2 TOMUIS—
HIROS- I HIROS- II
L.
AVNIR-2NSAR
;~;~; LALT
fia+=w TRMM TRMM- n ~MM- m(TRMM II S.>>a 9UR~ti%*-
““--1-
— —VIRS PR-2
~&SM)OIXJb+–.*~~tiX “RS-2 CPR (non-swn)‘R :PAES L/s
DPR DIAL CERESTMI.2 CERES AMSR-2 VIRS-3 CPR
Water cycle snd anergyobewation in aquatcs-lmv
Ba–*nEsnATMOS- I ATMOS- II
Iatitie(-moderata latitude forAtmospheric dynamics and
TRMM 11 miaaions)regionxmzm. xR62ti m~ chemis~ in ~uat~- m~erate
[~~~s ~~.~ (CE=S)
HL4S JL4WS (TERSE)—
latitude region MILES IMG-3 (cEREs)
GEOS- I GEOS-If
GEOMER-1 GEOMER-2MlUS-l MIUS-2
J-IXSS,> > = Y J-1 Experimental Mission
[LIDAR MILES TERSE DIAL ADALT JUWS
L—-. . . . . . . . . . . . . . . . . . . ..~
‘-ire–-----’-----------’--------””--
e:
ti >v%iarafi ! Cvwenic cool= ex~~nt
J.l%E>.y>a > J-1 Experimental Mission
~
oMH%/X~&>.2 >3> Zero inclination/high altlttie mision
GU
S%9 +Z9XS.Y932A
Ocean dynamicmisslmX%3E M/~S/S~K hi~h iwiinationihigh altitude
ADALT
ss-2. -3 etc. Same one or improved Italic: International cooperation
The namea of satellltea and sensors are temporary
CPR : Cloud Profiling RadarGEOMER : Geostationary Meteorological and Environmental Radiometer (.*era w4 ewmmssmsE*KSL.LALT : Laser ALTimeter REFERENCE:,92 EsrIhEovi!M~mt Okservat
MILIS : MILlmeter Sounder
--- -. -. —) .i ) 1
r.
Outline of ADEOS-II Program @=,~:AGENCY OF JAPAN
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2. Characteristics
NASDA instrumentsAMSR (Advanced Microwave Scanning Rad
GLI (Globs
DCS (Data
lmager)
Collection Sys em
ometer)
Other agency instrument (Updated base line)m ILAS-11 (Improved Limb Atmospheric Spec
SeaWinds (Modified NSCAT : NASA/JPL)
rometer:JE
POLDER(Polarization and Directionality of the Earth’s
Reflectances:CNES)tl
— -.—, -. —. -1 ! ) \l-
. -.
8, (.
* L - I
Main Characteristics of ADEOS-II S/C(Phase-A+ Baseline) IwN.AsDm
NATIONAL SPACE DEVELOPMENTAGENCY OF JAPAN
Total Weight
Mission Payload
Generate Power
Life
Orbit
Altitude
inclination
Period
Recurrent Period
Loca time
Approx. 3.5 ton
Approx. 1.2 ton
5.OkW at EOL(Approx. 1.2kW for mission instruments)
3 years design ( 5 years fuel )
Approx.
Approx.
Approx.
4 days
Sun Synchronous Subreccurent802.92 km
98.62 deg
101 min
AM 10:30* 5min
SCANNING CONCEPT I@~DANAWNAL SPACE OEVELOPMAGENCY OF .L4PAN
Telescope+(Prima~ optics) ~u~
shad
lkm X lkm/pixel(at nadir)12pixels/scan (along track)
* 20°; L*
wave length AL IFOV SN AD
,,-(.
..’
‘)-[
nm nm Irl
I 380 10 1000 >600 1.9,
2 400 10 1000 >800 123 412 10 1000 >800 124 44.3e 10 1000 >800 1?<5 460 10 1000 >800 1?.6 490 10 1000 >800 127 500 10 1000 >800 128 5?.0 10 1000 >800 17,
9 545 10 1.000 >800 12
10 565 10 1000 >800 1211 600 10 1000 >800 12
nm nm nl IB
12 625 10 1000 >800 1213 667 10 1000 >800 1214 678 10 1000 >800 1?.
15 710 10 1000 >800 12’
16 748 10 1000 >800 1217 760 10 1000 >800 1218 865 10 1000 >800 ~’
19 465 70 250 >200 12 ;20 550 60 250 >200 1221 660 60 250 >200 1222 830 140 250 >200 12
* und.erline.”piecewise linear
..— ..-.——. - ...—.—. --.— — . --— -.—.
t \
MISSION REQUIREMENT(SWIR& MTIR) @ eGEpAAGENCY C%WAN
wave length Ak IFov SIN AID wave length
23 1;0 ;o 10;O >TBD 12 28 3:;1524 1240 20 1000 >74 12 29 6.725 1400 50 1000 >TBD 12 30 7.026 1650 200 250 >109 12 31 7.327 ~2215 270 250 >105 12 32 8.3
33 10.8534 11.95
Ak IFOV NEAT Ad I
~m K
0.33 1;00 <0.1 120.5 1000 <0.1 120.5 1000 <0.1 120.5 1000 <0.1 120.5 1000 <0.1 121.1 1000 <0.1 121.1 1000 <0.1 12
,.’..,;,, :.,
(’,.. .. ...,
‘.., “ .’
f--
CURRENT SCHEDULE OF ADEOS-II& GLI@
N.ASDANATIONAL SPACE WVEGMAGENCY Of JAPAN
.,..+...,.:..,.....+....:,..,.......
CY 1993 1994 1995 I 1996 1997 I 1998 I 1999 I 2000 .JF’Y~ 1993 ~ 1994 ~ 1995 ~ 1996 ! 1997 i 1998 i 1999 ! zoo(j”--..................................--...*..................4.....-----...................................................................--*...............
*
,,*
ADEOS-Io
,*,
,
:- 1 I
I Engineering Model I ~***,,
1
A!
I *
I,
,**
, L Proto-FIight Model I **
r ------- . . . . . . . . ...-> ----------i
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........ ...
Cri~ical ItemTrial Mantifactur{
GLIAMSR... ..
,“...
, . ;I
,
,*:,,
I #Prbto-Flight Model ~
., ,* , ,, 0,, , , ,0* *. ,., :
&cOMETS : ;
. . . . . . . ..=-..-———.—— -- - . .—.. . .. .-.,.. ~~~-
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ADEOS-II SATELLITE PROJECT ORGANIZATION @ ~DANATUJNAL SPACE DEVELOPMENTAGENCY OF JAPAN
Earth Observation Satellite PROJECT MANAGER
Dept.
TAKAO ANZAISHIGEO YAMADA SENIOR ENGINEER
(BUDGET & CONTRACT)
INSTRUMENTS INTERFACES MANAGERTAKASHI OTSUKA
SENIOR ENGINEERYASUYUKI ITO (SPACECRAFT SYSTEM)
Sea Winds SHIN-ICHIRO ICHIKAWAPOLDEREAS-11
L
1r
AMSR GLI DCS PLATFORM SYSTEM MANAGER ~
INSTRUMENT MANAGER INSTRUMENT MANAGER INSTRUMENT MANAGERTAKASHI TAMURA
YASUYUKI ITO MASAKATSU NAKAJIMA YASUYUKI ITOI
PLATFORM SYSTEM ENGINEER
MASAHIRO KASUYAHIRONORI MAEJIMA
INSTRUMENT ENGINEER INSTRUMENT ENGINEER INSTRUMENT ENGINEER NOBUTAKA TASHIRO
HIRONORI MAEJIMA YASUSHI KOJIMAKAZUNORI FUKUYAMA
YASUSHI KOJIMA
L
. ... ___..-— — .. ..— — .—. -—— . —...——- ..— — .-.
Earth Environment Observation CommitteeAdvisory Board
P NASDA
I
ADEOS II Mission TeamAkimasa Sumi
I
GLI Sensor TeamTeruyuki Nakajima
AMSR Sensor TeamAkira Shibata
DCS Sensor Team I
Oceanosphere SubteamMotoaki Kishino
Landsphere SubteamGenya Saito
Validation TeamToshio Koike I
0.2pm
T
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I
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T
ADEOS1l/Global Imager
I 1
i-
a
Global imaging
Multi-wavelength VIS-IR radiometer
250 m -1 km spatial resolution
+
Near surface phenomena
Environmental change/variability
Statistics for vegetation, land wetness, snow/ice,cloud microphysics, aerosols, ocean color
SST, polar region, cloud amount
atmospherellandlcry osphere
—‘) -’! -.
Sciences in the GLI Mission
Science Objectives:
1. Understanding of Energy/Water Circulation2. Understanding of Carbon Cycle and Biomass Production3. Global Change Watching
Related International Projects:
WCRPIGEWEX, CLIVAR, ACSYS; lGBP/JGOFS
Issues for High Level Products:
1. Global Scale Land/Ocean Biomass, Primary ProductionAnnual Variability
2. Potential Land Biomass3. Anthropogenic Pollution Effects on Cloud and Aerosol Fields4. Water Vapor Field and Poleward Energy Transportation5. Detection of Climate Change due to Greenhouse Gas increase
Sciences In Lne ULI IVIISaIUII - bUIILIlluGu
Issues for Products:
(A)
1.2.3.4.5.6.7.
(B)
1.2.3.4.5.6.7.
(c)
1.2.3.4.5.6.7.8.9.10.
11...(
(D)I
1.2.3.
4..
( 5.
6.,—( 7.
,.-.I
.(
Atmosphere
Cloud Optical Thickness, Cloud Water, Efiective RadiusCloud Base Height, Multi-layer StructureColumn Water Vapor AmountWater Vapor ProfileAerosol Amount, Effective RadiusPAR, SRBPrecipitation
Oceanosphere
Pigment ConcentrationSeston ConcentrationDissolved Organic Matter ConcentrationFluorescencePhoto-synthetic Activity, Primary ProductionSSTWater Flow/Sea Ice Tracing by Ocean Color/SST
Landsphere
Vegetation ClassificationLand Use ClassificationBiomass, Primary ProductionBiomass Burning and SlashingDeforestation, Change in Land UseChlorophyll ConcentrationPlant Water Content, Plant ActivitySoil Organic Matter, Soil Iron ContentLand Surface TemperatureMethane Emission from swampsMonitoring of Agricultural Production
Cryosphere
Snow/Ice AreaAge, Contamination, Water ContentSea Ice WatchingWatching of Snow-Vegetation Mixed AreaWatching of Permafrost AreaSnow/Ice Surface TemperatureSnow/Ice Albedo
g ~ ~ ~ q > , ‘-’,, -,, --,, -, .- -,, -.
—. 7
= 7
Global Environment Studies in the GLI mission
Biiomass–variabil ity
>loud/water vapor variability~erosols/air pollution moni
‘riabilitv
Snowhce variability AGlobs warmina watchinq ~
~Biomass variability
;ST/dynamics variabi
torir
ility
1.0
0.8
zE
0.4
0.2
0.0.1 1 10 “’ i 100
Wavelengths ( ~m)
1
.1
.01
.001
.0001
.00001