The Geodesy Section Award is intended to honor young members (40 years of age or younger) of AGU’s Geodesy Section who show the potential to become AGU Fellows in the future, but who are not yet Fellows. The Geodesy Section Award is given in recognition of major advances in geodesy. These advances can be in geodetic science, technology, applications, observations, or theory.
AGU will accept nominations starting in January each year and the Section President will distribute a request for nominations. Nominations should be submitted to AGU through the Section Awards webpage before mid-April each year.
Nominations should follow the guidelines given on the AGU Geodesy Section Award page.
The President-Elect will discuss nominations with the Fellows Committee, and the President-Elect and Fellows Committee will vote to select one candidate to receive the award. The result of the election must then be approved by the President of the Geodesy section. The awardee will be notified by the President three months prior to the Fall AGU meeting. The Geodesy Section members will be notified by email before the AGU meeting and invited to attend a brief ceremony at the reception-business meeting. The awardee will be honored and a certificate and memento will be presented at the reception-business meeting of the Section.
Type of award
The award will consist of an appropriate memento with a modest price which will be given to the awardee. The cost will be covered by the Geodesy Section funds.
|2018||Thomas Hobiger, University of Stuttgart, for broad studies in very long baseline interferometry (VLBI), the Global Navigation Satellite System (GNSS), satellite laser ranging (SLR), and interferometric synthetic aperture radar (InSAR).|
|2017||Juliet Biggs, University of Bristol, for studies in deformation analysis with InSAR, rapid topographic changes at active volcanoes with radar, and methods to integrate a wide variety of other geodetic observations|
|2016||Emma M. Hill, Earth Observatory of Singapore and Asian School of the Environment, Nanyang Technological University, Singapore, for addressing multidisciplinary problems in sea level, glacial isostatic adjustment, atmospheric turbulence, hydrology, GNSS accuracy, and tectonics.|
|2015||Matt Pritchard, Cornell University, for transcendent work in volcano and earthquake science and selfless support of the community.|
|2014||Tim Wright, University of Leeds, UK, for developing the use of satellite radar interferometry (InSAR) for measuring tectonic and volcanic deformation.|
|2013||Rowena B. Lohman, Cornell University, Ithaca, New York, for breaking new ground in the exploration of the boundary between geodesy and seismology.|
|2012||Matt A. King, University of Tasmania, Hobart, Tasmania, Australia, for pioneering work in using GNSS systems for solid Earth and cryospheric studies.|
|2011||Sean Swenson, National Center for Atmospheric Research, Boulder, Colorado, for fundamental advances in interpreting satellite gravity data from GRACE.|
|2010||Corné Kreemer, Nevada Bureau of Mines and Geology, and Seismological Laboratory, University of Nevada, Reno. Recognizing of his major innovations, discoveries, and scientific contributions in geodesy and its application to tectonophysics.|
|2009||Shin-Chan Han, NASA Goddard Space Flight Center, for his innovative studies of satellite gravity measurements with wide-ranging applications to hydrology, seismology, and oceanography.|
|2008||Don Chambers, University of Texas at Austin, for his pioneering satellite geodetic investigations of global ocean circulation and sea level change.|
|2007||Mark Tamisiea, Proudman Oceanographic Laboratory, for his work bridging the solid Earth, geodesy, and sea level communities.|
|2006||R. Steven Nerem, University of Colorado, for his broad and significant contributions to satellite geodesy and its applications to planetary gravity studies, solid Earth physics, ocean dynamics, and related climate sciences.|
|2005||Kristine Larson, University of Colorado, in recognition of her innovative research into Global Positioning System techniques and their applications to a wide range of geophysical problems.|