Abstract
The present article is written in response to the recent call of the United Nations for the enhanced international cooperation of different countries on global geodesy to build the Global Geodetic Reference Frame (GGRF). It reviews historical landmarks in the development of the State Geodetic Reference Frame on the territory of Russia over the last two centuries. It discusses major steps in creating the Russian terrestrial reference frame by both the ground-based and space geodesy methods relying upon the satellite observation techniques. Currently the State Geodetic Reference Frame undergoes a radical improvement in order to effectively implement the potential of modern satellite technologies through the use of the Global Navigation Satellite Systems (GNSS). We outline the current status of the National Geodetic Network in Russia, its hierarchical structure and accuracy. We pay a particular attention to the high-precision State Geodetic Coordinate System (GSK-2011), created simultaneously along with the global reference-ellipsoid, and designed for various types of users to conduct the land surveying and mapping in Russia. We also present the geocentric coordinate system (PZ-90.11) used for navigating space missions, solving various problems of global geodesy, and supporting the continuous operation of GLONASS.
Similar content being viewed by others
References
Bazlov Yu.A., Galazin V.F., Kaplan B.L., Maksimov V.G. and Chygynov I.P., 1996. The analysis of results of joint adjustment of astronomical-geodetic, Doppler and space geodetic reference frames. Geodesy and Cartography, 7, 26–37 (in Russian).
Bessel F.W., 1841. Concerning an error in the calculation of the French survey and its influence on the determination of the figure of the Earth. Astronomische Nachrichten, 19, 97–116 (in German).
Demianov G.V., Kaftan V.I., Mazurova E.M. and Tatevian S.K., 2011. Reference Frames. National Report for the International Association of Geodesy of the International Union of Geodesy and Geophysics 2007–2010. Russian Academy of Sciences, Moscow, Russia, 9–21.
Drazhnjuk A.A., Lazarev S.A., Makarenko N.L., Demjanov G.V, Zubinsky B.I., Efimov G.N. and Maximov V.G., 1998. Final stages in adjustment of the SGRF and introduction of a new state system of geodetic coordinates. Geodesy and Cartography, 12, 1–5 (in Russian).
Efimov G.N., 2013. A modern state of the Russian reference frame. Materials of the IX-th Russian conference of the prospective organizations: “Prospects for development of engineering research of building’s co nstruction in the Russian Federation”. 28–29 November 2013, Moscow, Russia, 135–154 (http://geomark.ru/pres/2013.12.03sbornik/files/assets/basichtml/page136.html, in Russian).
IAG EC, 2016. Description of the Global Geodetic Reference Frame. IAG Newsletter, September 2016, 3–6 (http://www.iag-aig.org/index.php?tpl=text&id_c=44&id_t=689).
Izotov A.A., 1950. The Figure and Size of the Earth on the Current Data. TsNIIGAiK, Moscow, Vol. 73 (in Russian).
Jørgensen A., 2016. Milestone for global geodes. IAG Newsletter, August 2016, 4–5 (http://www.iagaig.org/index.php?tpl=text&id_c=44&id_t=686).
Kashin L.A., 1999. Construction of a Classical Astronomo-Geodetic Reference Frame of Russia and the USSR (1816–1991). The Scientific, Technical and Historical Review. Kartgeocenter-Geoizdat, Moscow, Russia, 192 pp. (in Russian).
Krassovski F.N., 1928. The Scheme and the Program of the State Triangulation. About Errors and Residuals in Theodolitic Ranges. Publishing House of the Supreme Geodetic Administration, MUPE (VSNH) of the USSR, Moscow, Russia.
Krassovski F.N., 1956. The Selected Treatises. Volume 1. Publishing House of Geodesic Literature, Moscow, Russia, 219 pp. (in Russian).
Lee L.P., 1944. The nomenclature and classification of map projections. Empire Survey Review, 7, 190–200.
Mazurova E.M., 2014. The Russian Scandinavian Geodetic Arc. Sitzungsberichte der Leibniz-Sozietät der Wissenschaften zu Berlin. Jahrgang, Band 119, 75–90.
Mazurova E.M., Antonovich K.M., Lagutina E.K. and Lipatnikov L.A., 2014. Analysis of the state of the geodetic reference frame of Russia with taking into account the current and prospective requirements. Bulletin SGGA, 3(27), 84–89 (in Russian).
Molodensky M.S., 1945. The Basic Questions of Geodetic Gravimetry. Transactions of TsNIIGAiK, 42. Publishing House of the Geodetic and Cartographical Literature, Moscow, Russia, 107 pp. (in Russian).
Molodensky М.S., Eremeev V.F. and Yurkina M.I., 1960. Methods for Study of the External Gravity Field and Figure of the Earth. Transactions of TsNIIGAiK, issue 131, Publishing house of the geodetic and cartographical literature, Moscow, Russia, 251 pp. (in Russian).
Molodensky M.S., Eremeev V.F. and Yurkina M.I., 1962. Methods for Study of the External Gravity Field and Figure of the Earth. Israel Program of Scientific Translations, Jerusalem, Israel.
Rosreestr, 2014. Geodetic and Cartographic Network in the Russian Federation. (http://www.clge.eu/documents/events/154/miroshnichenko.pdf).
Safonov G.D., Zalesskaya T.Yu. and Efimov G.N., 1994. Scientific-Technical Report on Construction and Adjustment of the AGRF USSR. Central Cartographic and Geodetic Fund, Moscow, Russia (in Russian).
Schuh H., 2016. Milestone for global geodesy. The IUGG Electronic Journal, 16(10), 1–2 (http://www.iugg.org/publications/ejournals/IUGGej1610.pdf).
Struve F.G.W., 1831. Beschreibung der Breitengradmessung in den Ostseeprovinzen Russlands. Dorpat, I, 152–159, II, 194–245 (in German).
Struve V., 1853. A historical summary of work on measuring the meridian arc between Fuglenaes and Ismail. Bulletin of the Imperial Russian Geographical Society, Book ІІІ, Part VII., St. Petersburg, Russia (in Russian).
Struve F.G.V., 1861. The Meridian Arc at 25°20′ between the Danube and the Arctic Ocean. Vol. I, C. XLI, 240–241, 333–334. Vol. II, 1–4, 149–150, 210. Academie Imperiale, St. Petersburg, Russia (in French and in Russian).
Tenner K.I., 1843. Trigonometric Survey of the Vilnius, Courland, Hrodna and Minsk Provinces. Notes by the Military topographic depot, part VIII. Academie Imperiale, St. Petersburg, 111 pp. (in Russian).
Tenner С., Hansteen C., Selander N.H. and Struve F.G.W., 1857(t.I)-1860(t.II). Arc du Méridien de 25°20′ entre le Danube et la Mer Glaciale, mesure depuis 1816 jusqu’en 1855. Academie Imperiale, St. Petersbourg, Russia, 970 pp. (in French).
The Earth Parameters 1990-PZ-90.11, 2014. Ministry of Defense of the Russian Federation, Moscow, Russia, 52 pp. (in Russian).
Wennström H.F. (Ed.), 2006. Struve Geodetic Arc 2006 International Conference. Lantmateriet, Gavle, Sweden, ISSN: 0280-5731.
Author information
Authors and Affiliations
Corresponding author
Rights and permissions
About this article
Cite this article
Mazurova, E., Kopeikin, S. & Karpik, A. Development of a terrestrial reference frame in the Russian Federation. Stud Geophys Geod 61, 616–638 (2017). https://doi.org/10.1007/s11200-015-1106-4
Received:
Revised:
Accepted:
Published:
Issue Date:
DOI: https://doi.org/10.1007/s11200-015-1106-4