Investor Presentaiton
Impact of IRKUTSK station into supporting of Global and Large Scale
geodynamics phenomena monitoring networks(2)
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120°
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NALN
80°
THU1
IGS
network
TROM
KIRU
METS
KELY
FAIR +
ZWEN
WHIT YELL
REYK
CHUR
ONSA
HERS
MADR
40°
012
テンKITS
NOTO
THAS
MAS1
BAHR
ISC
TAIS
0°
MALI
ASC1
SEY1DGAR
COCO
HART
YAR1
PERT
-40°
TID2
HOB2
AUCK
CHAT
KERG
MAC1
PENT
ALBH
ALGO
STJO
TAEJ
WEST
USUD
TSKB
40°
BRMИ
KOKB
JAM
MKEA
HDOIRCHE 401
KWJ1
MOIN
KOUR
GALA BOGT
0°
FORT
PAMA
AREQ
EISL
BRAZ
LPGS
SANT
-40°
-80°
5cm/yr
Heflin et al, 2002.3
CAS 1
DAV1
http://sideshow.jpl.nasa.gov/mbh'series.html
0°
MCM4
オ
OHIG
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Kinematics of
the
lithospher
e plates:
Parameters of
IRKT vector of
movements
Vx= -27.4 mm/yr
Vy= 0.8mm/yr
Vz= 5.1mm/yr
Vlat 11.1mm/yr
Vlong=
26.9mm/yr
Vh= -3.1mm/yr
Impact of IRKUTSK station into supporting of Global and Large Scale
geodynamics phenomena monitoring networks(3)
Supporting of the ITRF integrity and
monitoring of the parameters
transformation variations
between ITRF, WGS-84 and PZ-
90:
Irkutsk station
Сеть пунктов ФАГС в ВГС Российской Федерации на 2003 г.
-
.
IRKT is a part of IGS "core"
network and a fiducial point of
ITRF;
IRKUTSK is a point of
Fundamental Astro-Geodetic
Network (FAGS) of Russia;
IRKT/IRKJ were a fiducial points
to install connection between
Russian PZ-90 geodetic system
and ITRF/WGS-84 during IGEX-
98 and special investigations.
80
60
40
20
УСЛОВНЫЕ ОБОЗНАЧЕНИЯ
пукаты ФАГС (постоянно действующая,
периодически определяемые)
-BTC
Fundamental Astro-Geodetic
Network (red) and High Precision
Geodetic Network (blue) of Russia
realization and it's conneITRF and
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WGS-84
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150View entire presentation