Proceedings of the
"Journées 2008 Systèmes de référence spatio-temporels"
and "X. Lohrmann-Kolloquium"
22-24 September 2008 - Dresden, Germany
(Electronic Version)
Astrometry, Geodynamics and Astronomical Reference Systems
Astrométrie, géodynamique et systèmes de référence astronomiques


The Proceedings of the Journées 2008 appeared in printed form on 30 September 2009.


List of the Journees at http://syrte.obspm.fr/jsr/historyJSR.html
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Reference to be quoted:

     2009, Proceedings of the "Journées 2008 Systèmes de référence spatio-temporels",
     M. Soffel and N. Capitaine (eds.), Lohrmann-Observatorium and Observatoire de Paris.
     ISBN 978-2-901057-63-5

Journées 2008 Proceedings (whole Volume) (11 Mo)


Journées 2008 Proceedngs: Individual PDF files

Journées 2008 Proceedings cover
Table of contents
Preface
List of participants
Scientific program
SESSION 1: MODERN ASTROMETRY, TIME AND THEORY OF EARTH'S ROTATION
SESSION 1: ASTROMÉTRIE MODERNE, TEMPS ET THÉORIE DE LA ROTATION DE LA TERRE
Klioner S. , Soffel M.: The relativistic reference systems as a tool to model Earth rotation
Englich S., Schuh H.: Models for high accurate space geodetic observations
Brumberg V., Ivanova T.: On general Earth's rotation theory
Teyssandier P.: Some recent developments in relativistic modeling of time and frequency transfers
Fukushima T.: Canonical elements of rotational motion
J. Vondrák et al.: Towards a long-term parametrization of precession
Pashkevich V.: Investigation of the short periodic terms of the rigid and non-rigid Earth rotation series
Dumin Yu.V.: Influence of the relativistic lambda-term on the measured values of the Earth's rotation deceleration
Stefka V. et al.: Solving the rotational Earth's equations in rectangular coordinates for a non-rigid Earth
SESSION 2: RELATIVITY AND NUMERICAL STANDARDS IN FUNDAMENTAL ASTRONOMY, EPHEMERIDES
SESSION 2 : RELATIVITÉ ET STANDARDS NUMÉRIQUES EN ASTRONOMIE FONDAMENTALE, EPHÉMÉRIDES
Luzum B. et al.: Current status of the IAU Working Group for Numerical Standards of Fundamental Astronomy
Petit G.: Relativistic aspects in astronomical standards and the IERS Conventions
Capitaine N.: Nomenclature and numerical standards for IAU models and IERS conventions for Earth rotation
Wallace P.: Recent SOFA developments
Folkner W., Border, J.S.: The Planetary Ephemeris Reference Frame
Pitjeva E.V.: Ephemerides EPM2008: the updated model, constants, data
Yagudina E.I.: Lunar numerical theory EPM2008 from analysis of LLR data
Fienga A. et al.: Evolution of INPOP planetary ephemerides
Manche H. et al.: The geodesic precession in the INPOP ephemerides
Capitaine N., Guinot B.: The astronomical units
Débarbat S.: On the history of the astronomical constants
Hohenkerk C. et al.: Numerical standards in The Astronomical Almanac
Kudryavtsev S., Kudryavtseva N.: Analytical representation of Pluto modern ephemeris
Le Poncin-Lafitte C., Lainey, V.: Remarks about relativistic deep space navigation
Pitjeva E.V., Standish E.M.: Values of some astronomical constants proposed for NSFA
Kuchynka P. et al.: Improving the asteroid perturbations modelling in planetary ephemerides
SESSION 3: GLOBAL GEODYNAMICAL MODELLING
SESSION 3: MODÉLISATION GÉODYNAMIQUE GLOBALE
A. Brzezinski: Recent advances in theoretical modeling and observation of Earth rotation at daily and subdaily periods
(Abstract): Gross R.: Ocean tidal effects on Earth rotation
(Abstract): Rulke A. et al.: Realisation of the Terrestrial Reference System by a global GPS network as a basis for global geodynamic investigations
Escapa A., Fukushima T.: Analytical computation of the translational internal motion of a simple non-isobarycentric three-layer Earth model
Yatskiv Y.: On optimal detection and estimation of the FCN parameters
Sen A.K. et al.: Is the length-of-day time series normally distributed?
Sundermann J., Hense, A.: A physically consistent system model for the study of the Earth's rotation, surface deformation and gravity field parameters
(Abstract): Winkelnkemper T.: Atmospheric simulations of Earth rotation parameter variations
Dill R. et al.: Hydrological induced Earth rotation variations from stand-alone and dynamically coupled simulations
Müller M. et al.: Earth rotation parameters obtained from a dynamically coupled atmosphere-hydrosphere model
Seitz F., Drewes, H.: Simulation of polar motion with a dynamic Earth system model over a period of 200 years (1860-2060)
(Abstract): Groh A. et al.: Determination of crustal deformations and sea-level changes in the Baltic Sea region
Akulenko L. et al.: Multi-frequency analysis of oscillation-rotational motion of deformable Earth
Bondarenko V., Perepiolkin V.: Modelling irregularities of the Earth's rotation
Chapanov Ya., Gambis D.: Change of the Earth moment of inertia during the observed UT1 response to the 11-year solar variation
Cottereau L., Souchay J.: An analytical theory of the rotation of Venus
Dehant V. et al.: Rotation and internal dynamics of Mars from future geodesy experiments
Englich S. et al.: Direct estimation of tidally induced Earth rotation variations observed by VLBI
Milkov D.A. et al.: Non-linear vector ANN predictor for Earth rotation parameters forecast
Miguel D. et al.: Contributions of the third degree harmonics to the nutation of a two-layer and three-layer Earth models
Nastula J. et al.: Comparison of regional hydrological excitation of polar motion derived from hydrological models and the GRACE gravity field data
Niedzielski T., Kosek W.: Regional sea level prediction and its relation to El Niño Southern oscillation
Rzeszotko A. et al.: Detection of time-frequency relations between geodetic and geophysical excitation functions of polar motion
Seoane L. et al.: Hydrological excitation of polar motion
SESSION 4: OBSERVATIONS OF GLOBAL GEODYNAMICS
SESSION 4 : OBSERVATIONS GÉODYNAMIQUES GLOBALES
Bizouard C. et al.: Combination of EOP from different techniques
(Abstract): Rothacher M.: GGOS and the combination of space geodetic techniques
Stamatakos N. et al.: Recent improvements in IERS Rapid Service/Prediction Center products
Malkin Z.: Improving short-term EOP prediction using combination procedures
Kosek W. et al.: Contribution of wide-band oscillations excited by the fluid excitation functions to the prediction errors of the pole coordinates data
(Abstract): Fetisov S. et al.: Earth orientation parameters from GLONASS observations
(Abstract): Horwath M., Dietrich R.: Geophysical mass redistributions from GRACE: the case of the Antarctic and Greenland ice sheets
Sidorenkov N., Wilson I.R.G.: The decadal fluctuations in the Earth's rotation and in the climate characteristics
Chapanov Ya. et al.: 22-year oscillations of UT1, core angular momentum and geomagnetic field
Biskupek L., Muller J.: Lunar laser ranging and Earth orientation
Zerhouni W. et al.: What could bring LLR observations in determining the position of the celestial pole
Kudryashova M. et al.: Contribution of the complete GLONASS constellation to the estimation of nutation rates
SESSION 5: DEVELOPMENTS IN ASTRONOMICAL REFERENCE FRAMES
SESSION 5: DÉVELOPPEMENTS CONCERNANT LES SYSTÈMES DE RÉFÉRENCE ASTRONOMIQUES
Ma C.: Present and future radio reference frames
(Abstract): Jacobs C.: The celestial frame at four frequencies (see the full paper at the end of the Volume)
Andrei A.H. et al.: Astrometric and photometric variability in quasars
Zharov V. et al.: Apparent motion of the radio sources and stability of the celestial reference frame
Bolotin S., Lytvyn S.: Investigation of stability of radio sources from arc-length method
Boboltz D. et al.: VLBA imaging of sources at 24 and 43 GHz
Souchay J. et al.: The LQAC (Large Quasar Astrometric Catalogue): principle of compilation and related studies
Gaume R. et al.: The Joint Milli-arcsecond Pathfinder Survey (JMAPS): Introduction and science possibilities
Tsvetkov A. et al.: Wavelet analysis of huge stellar catalogues
Aguilar A. et al.: QSOs photometric identification for astrometric reduction of CCD images
Damljanovic G.: Separation of proper motion from orbital one of double or multiple stars by using Hipparcos and ground-based observations
Fey A., Boboltz D.: Absolute astrometry from VLBA RDV observations
Kurdubov S., Skurikhina E.: Source selection for ICRF defining set from source position time series analysis
Liu J., Zhu Z.: Rotation curve of outer disk from UCAC2 catalogue
V. L'vov et al.: Forthcoming close approaches of Jupiter and Saturn to geodetic radio sources
Malkin Z., Popova E.: An analysis of source motions derived from position time series
Souchay J. et al.: Specific study of the gravitational effects of Ceres, Pallas and Vesta on Mars and the Earth's orbital parameters
Taris F. et al.: Astrometry with ground based optical telescopes
Tsvetkov A. et al.: The kinematical analysis of proper motions and radial velocities of stars by means of the vector spherical harmonics
Zharov V., Rastorgueva E.: Comparison of the time series of coordinates of the ICRF sources
Zhu Z., Liu J.: Reconsidering the definition of galactic coordinate system and galactic constants
Jacobs C.: The celestial frame at four frequencies (full paper)
Postface  (Preliminary announcement of the Journées 2010 )