Independent Earth orientation measurements taken by the space-geodetic techniques of lunar and satellite laser ranging, very long baseline interferometry, and the Global Positioning System have been combined using a Kalman filter. The resulting combined Earth orientation series, SPACE2017, consists of values and uncertainties for Universal Time, polar motion, and their rates that span from September 28, 1976, to June 29, 2018m at daily intervals and is available in versions with epochs given at either midnight or noon. The space-geodetic measurements used to generate SPACE2017 have then been combined with optical astrometric measurements to form two additional combined Earth orientation series: (1) COMB2017, consisting of values and uncerta...
Since the beginning of regular space geodetic measurements, Satellite Laser Ranging (SLR) has routin...
International audienceThe Earth orientation parameters (EOP), the regular products of IERS Earth Ori...
the task to provide to the scientic com-munity the international reference time se-ries for the Eart...
Independent Earth-orientation measurements taken by the space-geodetic techniques of lunar and satel...
Independent Earth orientation measurements taken by the space-geodetic techniques of lunar and satel...
Independent Earth orientation measurements taken by the space-geodetic techniques of lunar and satel...
Independent Earth orientation measurements taken by the space-geodetic techniques of lunar and satel...
Independent Earth orientation measurements taken by the space-geodetic techniques of lunar and satel...
International audienceIn the framework of the activities of the Combination Research Centers (CRC) o...
Based on four intra-technique combined solutions in SINEX format, we tried at first to assess the ac...
The groundwork for a new field in the geophysical sciences—space geodesy—was laid in the 1960’s with...
A rigorous approach to simultaneously determine both a terrestrial reference frame (TRF) materialize...
International audienceThe Earth orientation parameters (EOP), the regular products of IERS Earth Ori...
International audienceEarth orientation parameters (EOPs) provide the transformation between the Int...
The Earth Orientation Center of the IERS, located at Paris Observatory, SYRTE, has the task to provi...
Since the beginning of regular space geodetic measurements, Satellite Laser Ranging (SLR) has routin...
International audienceThe Earth orientation parameters (EOP), the regular products of IERS Earth Ori...
the task to provide to the scientic com-munity the international reference time se-ries for the Eart...
Independent Earth-orientation measurements taken by the space-geodetic techniques of lunar and satel...
Independent Earth orientation measurements taken by the space-geodetic techniques of lunar and satel...
Independent Earth orientation measurements taken by the space-geodetic techniques of lunar and satel...
Independent Earth orientation measurements taken by the space-geodetic techniques of lunar and satel...
Independent Earth orientation measurements taken by the space-geodetic techniques of lunar and satel...
International audienceIn the framework of the activities of the Combination Research Centers (CRC) o...
Based on four intra-technique combined solutions in SINEX format, we tried at first to assess the ac...
The groundwork for a new field in the geophysical sciences—space geodesy—was laid in the 1960’s with...
A rigorous approach to simultaneously determine both a terrestrial reference frame (TRF) materialize...
International audienceThe Earth orientation parameters (EOP), the regular products of IERS Earth Ori...
International audienceEarth orientation parameters (EOPs) provide the transformation between the Int...
The Earth Orientation Center of the IERS, located at Paris Observatory, SYRTE, has the task to provi...
Since the beginning of regular space geodetic measurements, Satellite Laser Ranging (SLR) has routin...
International audienceThe Earth orientation parameters (EOP), the regular products of IERS Earth Ori...
the task to provide to the scientic com-munity the international reference time se-ries for the Eart...