About the Book
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 161. Chapters: Map, Global Positioning System, Navigation, Prime Meridian, Tide, Surveying, Tidal acceleration, Frame of reference, Estuary, International Earth Rotation and Reference Systems Service, Equatorial bulge, Datum, Physical geodesy, Error analysis for the Global Positioning System, Schiehallion experiment, Interferometric synthetic aperture radar, History of geodesy, Geodetic system, Satellite navigation, World Geodetic System, Meridian arc, Theodolite, Figure of the Earth, Cataclysmic pole shift hypothesis, GPS augmentation, Lunar distance, Very Long Baseline Interferometry, 3D data acquisition and object reconstruction, Eotvos effect, U.S. National Geodetic Survey, Reference ellipsoid, Irene Fischer, Angular eccentricity, LizardTech, Elevation, Struve Geodetic Arc, Vincenty's formulae, Automatic Deformation Monitoring System, Helmert transformation, Geospatial, Clairaut's theorem, Spirit level, Field-Map, Trilateration, Photogrammetry, Horizontal position representation, Geodesic grid, Gyrotheodolite, French Geodesic Mission, N-vector, Gravimetry, Total station, Bundle adjustment, Gravitational field, North American Datum, GRS 80, Benchmark, Horizontal plane, Hellenic Geodetic Reference System 1987, Regional Reference Frame Sub-Commission for Europe, Pseudorange, Chandler wobble, Vertical direction, Vertical deflection, Satellite laser ranging, Traverse, Stellar triangulation, Earth ellipsoid, Mecca Time, European Terrestrial Reference System 1989, Normalhohennull, Great Trigonometric Survey, Hermannskogel, Metres above the Sea, Bessel ellipsoid, Dumpy level, Flattening, International Association of Oil and Gas Producers, EUREF Permanent Network, ED50, Gravitation of the Moon, Meades Ranch, Kansas, Summit, Geodetic astronomy, Metres above the Adriatic, EGM96, Faculty of Geodesy, University of Zagreb, Transit instrume...
