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This volume gathers the proceedings of the IX Hotine-Marussi
Symposium on Mathematical Geodesy, which was held from 18 to 22
June 2018 at the Faculty of Civil and Industrial Engineering,
Sapienza University of Rome, Italy. Since 2006, the Hotine-Marussi
Symposia series has been produced under the auspices of the
Inter-Commission Committee on Theory (ICCT) within the
International Association of Geodesy (IAG). The ICCT has organized
the last four Hotine-Marussi Symposia, held in Wuhan (2006) and
Rome (2009, 2013 and 2018). The overall goal of the ICCT and
Hotine-Marussi Symposia has always been to advance geodetic theory,
as reflected in the 25 peer-reviewed research articles presented
here. The IX Hotine-Marussi Symposium was divided into 10 topical
sessions covering all aspects of geodetic theory including
reference frames, gravity field modelling, adjustment theory,
atmosphere, time series analysis and advanced numerical methods. In
total 118 participants attended the Symposium and delivered 82 oral
and 37 poster presentations. During a special session at the
Accademia Nazionale deiLincei, the oldest scientific academy in the
world, six invited speakers discussed interactions of geodesy with
oceanography, glaciology, atmospheric research, mathematics, Earth
science and seismology.
This book contains a selection of peer-reviewed papers presented at
the VIII Hotine-Marussi Symposium on Mathematical Geodesy in Rome,
17-21 June, 2013. The scientific sessions focused on global
reference systems, geodetic data analysis, geopotential modelling,
gravity field mapping as well as digital terrain modelling. A
special chapter is dedicated to understand the generation of Flash.
Significant advances in the scientific use of space based data were
achieved in three joint interdisciplinary projects based on data of
the satellite missions CHAMP, GRACE and GOCE within the R&D
program GEOTECHNOLOGIEN. It was possible to explore and monitor
changes related to the Earth's surface, the boundary layer between
atmosphere and solid earth, and the oceans and ice shields. This
boundary layer is our habitat and therefore is in the focus of our
interests. The Earth's surface is subject to anthropogenetic
changes, to changes driven by the Sun, Moon and planets, and by
changes caused by processes in the Earth system. The state
parameters and their changes are best monitored from space. The
theme "Observation of the System Earth from Space" offers
comprehensive insights into a broad range of research topics
relevant to society including geodesy, oceanography, atmospheric
science (from meteorology to climatology), hydrology and
glaciology.
Significant advances in the scientific use of space based data were
achieved in three joint interdisciplinary projects based on data of
the satellite missions CHAMP, GRACE and GOCE within the R&D
program GEOTECHNOLOGIEN. It was possible to explore and monitor
changes related to the Earth's surface, the boundary layer between
atmosphere and solid earth, and the oceans and ice shields. This
boundary layer is our habitat and therefore is in the focus of our
interests. The Earth's surface is subject to anthropogenetic
changes, to changes driven by the Sun, Moon and planets, and by
changes caused by processes in the Earth system. The state
parameters and their changes are best monitored from space. The
theme "Observation of the System Earth from Space" offers
comprehensive insights into a broad range of research topics
relevant to society including geodesy, oceanography, atmospheric
science (from meteorology to climatology), hydrology and
glaciology.
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