Optical satellite data situation in SIBERIA test sites

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ANTARES FINNISH SPACE RESEARCH PROGRAMME Väinö
Kelhä
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Agreement of co-ordination - ordered by Tekes
8.3.2001 - shared funding 8.3 Meuros by Academy
and Tekes - indirect personnel costs is a
problem - confirmation of order by VTT
11.10.2001 - started 1.3.2001 - planned end
31.3.2004 - 11 projects - utilisation of 38
satellites - subjects astrophysics, sun and
solid bodies, remote sensing (water,
forests), space instruments - the first annual
seminar held 1.11.2001 - Antares web sites
opened at www.tekes.fi/ohjelmat/antares
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Utilisation of 38 Satellites Planck Surveyor
(ESA) 2007 - black holes, dark matter, microwave
spectroscopy INTEGRAL (ESA) 2002 - x-ray
spectroscopy, JEM-X monitor SRG (RKA) 2005? -
SIXA x-ray detector SMART-1 (ESA) 2002 - Lunar
mission, solar x-rays XSM, SPEDE AGILE
(Italy) 2002 - radio and optical instruments AXM
(NASA) 2005? - advanced x-ray monitor, GEM
technology XEUS (ESA) 2015 - x-ray spectroscopy,
micro calorimeter and filters ROEMER
(Denmark) 2004 - mini satellite, Gamma-ray
bursts XMM (ESA) 1999 - X-ray multi mirror
mission Rosat (HASA, D, UK) 1990 - x-ray
emission HST (ESA, NASA) 1990 - Hubble space
telescope GAIA (ESA) 2012 - galaxy Milky Way,
mass measurement ISO (ESA) 1995 - IR
observatory, far IR mapping FIRST (ESA) 2010? -
Cornerstone 4 mission ODIN (Sweden) 2001 - ozone
monitor SOHO (ESA) 1995 - Solar heliospheric
observatory Cassini-Huygens (ESA, NASA) 1997 -
Saturn and the moon Titan mission Cluster II
(ESA) 2000 - Electric fields and waves Mars
Express (ESA) 2003 - Aspera-3, atmospheric
effect caused by solar wind Rosetta (ESA) 2003 -
mission to comet Wirtanen, Cosina
instruments Stardust (NASA) 1999 - comet Wild 2,
CIDA instrument Contour (NASA) 2002 - comet
Encke mission, CIDA-2 instrument
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Utilisation of 38 Satellites, continued...
NOZOMI (Japan) 1998 - Mars mission, arriving
Mars in 2004 Mars Global Surveyor (NASA) 1996 -
modelling of the Martian atmosphere Mars
Pathfinder (NASA) 1996 - Mars lander Netlander
(CNES) 2007 - Mars landers, ATMIS
instrument Viking-1 (NASA) 1975 - Mars
lander Envisat-1 (ESA) 2002 - environmental
satellite, ozone chemistry, Gomos Oerstedt
(Denmark) 1999 - national scientific
satellite Envisat-1 (ESA) 2002 - environmental
monitoring of water and flood Radarsat-2
(Canada) 2003 - SAR radar satellite, forest
applications ERS-2 (ESA) 1995 - SAR radar
satellite, forest applications TERRA
(NASA) 1999 - earth observation, Modis
spectrometer, floods NOAA-16 (NASA) 2000 - AVHRR
IR-radiometer, floods Landsat 7 (NASA) 1999 -
earth observation, floods SSM/I F-13
(NASA) 1995 - microwave imager, floods ACE
(NASA) 1998 - solar wind mission WIND
(NASA) 1994 - solar wind experiment
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1. PLANCK SURVEYOR PHYSICS (K. Enqvist/HU, J.
Tuovinen/HUT) - age and mass of the
universe Planck Surveyor Mission 2007 - black
holes, dark matter, microwave spectroscopy 2.
HIGH ENERGY ASTROPHYSICS (O. Vilhu/HU) -
black holes and neutron stars Integral
(ESA) 2002 SRG (RKA) 2005? - SIXA x-ray
detector SMART-1 (ESA) 2002 - Lunar mission,
solar x-rays XEUS (ESA) 2007 - x-ray
spectroscopy, microcalorimeter and filters Roemer
(Denmark) 2003 - mini satellite 3. SPACE BASED
STUDIES OF DARK MATTER (C. Flynn/TU) GAIA
(ESA) 2012 - galaxy Milky Way, mass
measurement 4. ISO-ODIN (K. Mattila/HU) - new
star formation ISO (ESA) 1995 - IR
observatory ODIN (Sweden) 2001 - ozone
monitor 5. SPACE WEATHER (H. Koskinen/HU) -
space weather forecast SOHO (ESA) 1995
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6. CLUSTER II AND MIRACLE (K. Mursula/OU) - solar
wind Cassini (ESA, NASA), Cluster II (ESA) 1997,
2000 7. DUST, ATMOSPHERES AND PLASMAS IN SOLAR
SYSTEM(E. Kallio/FMI) - water and life in
Mars and solar system Mars Express (ESA) 2003 -
Aspera-3 Cassini-Huygens (NASA) 1997 - Saturn and
the moon Titan (2004) 8. MICROSCALE ATMOSPHERIC
PHENOMENA IN MARS (H. Savijärvi/HU) Mars G.
Surveyor (NASA) 1996 - modelling of the Martian
atmosphere Netlander (CNES) 2007 - Mars landers,
ATMIS instrument 9. CHEMICAL AERONMY OF THE
MESOSPHERE AND OZONE (E. Turunen/OU) Envisat-1
(ESA) 2002 - ozone chemistry, environmental
satellite, Gomos Oerstedt (Denmark) 1999 10.
MODELLING AND DATA ANALYSIS FOR FOREST INVENTORY
(L. Holmström/HU) Radarsat (Canada) 2003 -
forest applications 11. ASSIMILATION OF DATA FOR
ENVIRONMENTAL MONITOR (J. Pulliainen/HUT) Envisat
-1 (ESA) 2002 - environmental monitoring of
water and flood Radarsat-2 (Canada) 2003
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30 research groups, 17 national research
institutes Physics Department, University of
Helsinki Rolf Nevanlinna Institute, University of
Helsinki Helsinki Institute of Physics,
University of Helsinki Observatory, University of
Helsinki Chemistry department, University of
Helsinki Millilab, VTT Information
Technology Helsinki University of Technology,
Laboratory of Space Technology Metsähovi Radio
Observatory, Helsinki University of
Technology Finnish Environment Institute
(FEI) Department of Physical Sciences, University
of Oulu Sodankylä geophysical observatory,
University of Oulu Eiscat group, University of
Oulu Finnish Meteorological Institute,
Geophysical Research Tuorla Observatory,
University of Turku Physics Department,
University of Joensuu Physics Department,
University of Jyväskylä National Forest Inventory
of Finland, Finnish Forest Research Institute
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21 foreign external co-operative partners or
research institutes DLR German Aerospace Center
(Germany) JPL Jet Propulsion Laboratory
(USA) Kanazawa University (Japan) University of
Santa Barbara (USA) University of Uppsala
(Sweden) Danish Space Research Institute DSRI,
(Denmark, Copenhagen) Universities of Stockholm
and Chalmers (Sweden) Universities of Amsterdam,
Yale, Southampton and Cornell (Netherlands, UK,
USA) University of Tartu (Estonia) Universities
of Leicester and Southampton (UK) Rutherford
Appleton Laboratories (UK) Integral Science Data
Center ISDC and CERN (Switzerland) Space Research
Organisation of Netherlands SRON (Netherlands,
Utrecht) Massachusetts Institute of Technology
MIT (USA) Space Research Institute IKI (Russia)
Astro Space Center of the Russian Academy of
Sciences (Russia)
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12 Finnish industrial co-operative partners or
contractors Kemijoki Ltd (Rovaniemi) Lapland
Regional Environment Centre (Rovaniemi) Metorex
International (Espoo) Nanoway Ltd
(Jyväskylä) Nanocomp Oy (Joensuu) Patria
Finavitec Systems (Tampere) Pirkanmaa Regional
Environment Centre (Tampere) Space Systems
Finland (Espoo) University of Helsinki, Inorganic
Chemistry Laboratory VTT Automation and
Industrial Systems (Espoo) VTT Electronics and
Information Technology (Espoo) Ylinen Electronics
(Espoo)
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CASSINI - launch 15.10.1997 - Oulu University -
FMI - VTT - plasma - solar wind - Jovian and
Saturnian system
Ion Beam Spectrometer (SM) IBS/CAPS Cassini
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ESA Planck Surveyor Mission AR-5
launch 2007 Cosmic Microwave Background 3
K blackbody radiation dark matter evolution
and age of universe LFI 70 GHz receiver, 20 K
InP transistor technology Helsinki
University Millilab, VTT TKK Metsähovi
Tuorla Turku University Ylinen Electronics
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- FMI - Oulu U. - in situ meas. - Titan model
Huygens Probe to Titan, 14.1.2005
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Space weather - SOHO - mass ejections -
Helsinki U. - Oulu U. - Turku U. - FMI
SOLAR FLARES 2001
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NETLANDER - Mars weather - Helsinki U. - FMI -
SSF - Patria Finavitec
MARS NETLANDER SURFACE STATION 2007
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- launch 1.3.2002 Kourou - Ozone monitor - water
quality monitor - hydrological forecast - TKK -
Oulu University - VTT - SSF, Patria Finavitec -
FMI Sodankylä
ENVISAT-1
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• Launch Nov. 2002
• Ariane-5
• 18 months cruise 6 months Moon operat.
• Solar flares
• XSM x-ray monitor
• SPEDE dust exp.
• S/C mass 350 kg
• Helsinki University
• FMI
• Metorex International

SMART-1 Mission
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AR-5 launch launch 2015 Fellow Travel
Orbit utilization of ISS ISS used for
refurbishment aperture equivalent to largest
ground-based telescopes.
XEUS X-RAY EVOLVING UNIVERSE SPECTROSCOPY
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X-RAY UNIVERSE SPECTROSCOPY astronomy black
holes X-ray camera bolometer SQUID
detectors Observatory, U. Hki VTT, Metorex
Patria Finavitec Nanoway, Nanocomp U.
Jyväskylä U. Joensuu U. Turku
XEUS X-ray mission
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Monitoring of water quality HTKK
Environment Inst. Turbidity map Modis
27.8.2000 250 m resolution Envisat-1
Radarsat-2
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Results during 2001 - Planck 70 GHz receivers -
MMIC development in mature state - Flight Model
detectors for JEM-X of INTEGRAL delivered to
ESA - preparing several topics of the core
programme - characterisation of the solar X-ray
monitor (XSM) for SMART-1 - Science Validation
of the AMIE camera of SMART-1 - development of
X-ray calorimeter for XEUS - TES detector and at
readout (SQUID-) electronics - ISO projects
produce scientific results, 20 papers on
ISO/Odin/Planck data - Odin was successfully
launched on February 20th
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Results continued - database of solar, solar
wind, energetic particle, and geomagnetic
parameters - programs for Cluster EFW and Rapid
installed - Cluster data continuously received
and routine-checked for flaws - electric fields
are being continuously calculated from the raw
data - study of Cluster and NOAA satellite data
of energetic particles. - analysis of the IBS
sensor onboard CASSINI completed - Solar wind a
new periodicity in the heliospheric north-south
asymmetry discovered (DAPSS) - summertime
Pathfinder site simulations with the 1-D model
version (MSW) - University of Helsinki model the
best (MSW, Pathfinder) - selected a data of
fourteen ERS-1/2 SAR (model validation and forest
characteristics retrieval) - results indicate
model can be used for the retrieval of forest
stem volume
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SELF EVALUATION OF THE ANTARES FALL SEMINAR 1.
Contents of the seminar, the quality of the
talks (8.4) 14 2. Splitting to sessions, logic
(8.7) 17 3. Use of web for documentation (7.
8) 8 4. Discussions in the seminar (6.9) -1 5.
The language (8.1) 11 6. Suitability of the
venue (Valssaamo) (7.4) 4 7. AV equipment
(8.1) 11 8. Posters and banderole (8.2) 12
9. Coffee arrangements (8.3) 13 10. Lunch
arrangement (7.3) 3 11. Transportation (8.6
) 16 12. Schedule (8.5) 15 13. Amount of
participants (8.8) 18 15. Chairpersons of the
sessions (8.7) 17 16. Press conference (8.2)
12 17. Connection to space exhibition
Space'2001 (9.0) 20 18. Lag of other
programme (8.9) 19
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• A clearer goal for the seminar is needed.
• The use of web is not active.
• Poor discussion activity during the seminar is
  rather normal in Finland.
• The presentations were interesting and of high
  quality.
• High expectations because of new launches ,
  landings, scientific results,
• New applications and new technology are expected
• The Venue was ascetic
• Better lunch and cocktail services are wanted.
• The press conference was successful