and Program. - Earth Rotation: Determination and Prediction. - Accuracy of the Determination or Prediction of Earth Orientation Parameters. - Earth Orientation Determinations: Some Tests of Consistency. - The ZIPE Solution for the Earth's Rotation Parameters and Some Accuracy Estimations. - Satellite Laser Ranging and Orbit Determination at Nottingham University. - Universal Time Prediction Using Both Geodetic and Atmospheric Angular Momentum Data. - Prediction of Polar Motion by Least-Squares Collocation. - Polar Motion Prediction by the Least-Squares Collocation Method. - Earth Rotation: Interpretation. - Atmospheric Excitation of the Earth's Rotation. - The Earth-Atmosphere Momentum Budget: Remaining Discrepancies at High and Low Frequencies. - Air and Water Contributions to Polar Motion Excitation. - On Polar Motion Equations Applied for Analysis of the Short Term Atmospheric Excitation. - A 3060 Day Oscillation in Length-of-Day and Atmospheric Angular Momentum: Extratropical Origin?. - Origin of the 3060 Day Oscillation in the LOD and Atmospheric Angular Momentum: New Findings from the UCLA General Circulation Model. - A 120-Day Oscillation in Solar Activity and Geophysical Phenomena abstract only. - Numerical Analysis of Earth Rotation and Atmospheric Angular Momentum Parameters. - Reference Frames. - Definition of a Terrestrial Reference Frame Using IRIS VLBI Observations: Approaching Millimeter Accuracy. - Contribution of SLR to Earth Rotation and Terrestrial Reference Frames. - Global Station Coordinates and Earth Rotation Parameters from LAGEOS Laser Ranging. - The IERS Terrestrial Reference Frame abstract only. - The Optimum Conventional Terrestrial System Determined by VLBI and SLR Stations. - The Secular Drift of the Rotation Pole. - The Use of the Celestial PoleCoordinates in the Transformation Between the Celestial and Terrestrial Reference Frames. - Space VLBI: A New Technique for Unification of Reference Frames. - Author Index. Language: English