| NO. |
NAME |
AFFILIATION |
COUNTRY |
ABSTRACT |
EMAIL |
| 1 |
Houze Hsu |
Ins. Geodesy Geophys., CAS |
China |
Gravimetry Research in China: Progress and Outlook |
hsuh(at)asch.whigg.ac.cn |
| 2 |
Christoph Foerste |
GFZ German Res. Centre for Geosci. |
Germany |
EIGEN-6C4 每 The latest combined global gravity field model including GOCE data up to degree and order 1949 of GFZ Potsdam and GRGS Toulouse |
foer(at)gfz-potsdam.de |
| 3 |
Shuanggen Jin |
SHAO, CAS |
China |
A new time-varying gravity field from GPS and LEO observations for 1998-2013 |
sgjin(at)shao.ac.cn |
| 4 |
Riccardo Barzaghi |
Politecnico di Milano |
Italy |
Estimating Geoid and Sea Surface Topography in the Mediterranean Sea |
riccardo.barzaghi(at)polimi.it |
| 5 |
George S. Vergos |
Aristotle Univ. of Thessaloniki |
Greece |
Evaluation of GOCE/GRACE GGMs over Attika and Thessaloniki, Greece, and Wo determination for height system unification |
vergos(at)topo.auth.gr |
| 6 |
Stefano Colpani |
Danmarks Tekniske Universitet (DTU) |
Denmark |
Looking for sedimentary basins using global gravity field and crustal models |
stco(at)alumni.dtu.dk |
| 7 |
Michael Kuhn |
Curtin University |
Australia |
GGMplus (Global Gravity Model plus) 每 an ultra-high resolution near-global model of Earth＊s gravity field |
M.Kuhn(at)curtin.edu.au |
| 8 |
Xinggang Zhang |
SHAO, CAS |
China |
Errors of geocenter motion estimates from global GPS observations |
zhangxinggang(at)shao.ac.cn |
| 9 |
Ramin Kiamehr |
Zanjan University |
Iran |
Analuis of earthquake Patterms in Iran based on the deflection of vertical components of the EGM2008 global geoid model |
kiamehr(at)kth.se |
| 10 |
Ayman A. Hassan |
SHAO, CAS |
China |
Water storage and level variations in Lake Nasser (Africa) from satellite gravimetric and Landsat data |
hassan.ayman(at)shao.ac.cn |
| 11 |
Mehmet Simav |
General Command of Mapping |
Turkey |
Software Development for Relative Gravimetry towards Turkish Height System Modernization |
mehmet.simav(at)hgk.msb.gov.tr |
| 12 |
Roland Pail |
Tech. Univ. Munich |
Germany |
Treatment of ocean tide aliasing in the context of a next generation gravity field mission |
pail(at)bv.tum.de |
| 13 |
Theresa Damiani |
NOAA |
USA |
Analysis of Aircraft Dynamics from Seven Years of Aerogravity Data Collection |
theresa.damiani(at)noaa.gov |
| 14 |
Akbar Shabanloui |
Leibniz Univ. of Hannover |
Germany |
Mass variations in the Siberian permafrost region based on new GRACE results and auxiliary modeling |
shabanloui(at)ife.uni-hannover.de |
| 15 |
Silvio De Freitas |
Federal University of Parana |
Brazil |
Analysis of distortions and offsets in Brazilian vertical network |
sfreitas(at)ufpr.br |
| 16 |
Balmino Georges |
CNES-GRGS |
France |
xxx |
georges.balmino(at)get.obs-mip.fr |
| 17 |
Wei Chen |
Wuhan Univ. |
China |
Consistent Estimates of the Dynamic Figure Parameters of the Stratified Earth |
wchen(at)sgg.whu.edu.cn |
| 18 |
Minzhang Hu |
Institute of Seismology, CEA |
China |
Reevaluation of the Lithospheric Effective Elastic Thickness in Western Pacific |
2009102140007(at)whu.edu.cn |
| 19 |
Wolfgang Keller |
University Stuttgart |
Germany |
Adaption of the torus- and Rosborough approach to radial base functions |
ac101133(at)gis.uni-stuttgart.de |
| 20 |
Guiping Feng |
SHAO, CAS |
China |
Uncertainty of ice sheet contributions to global sea level change from GRACE in 2003-2012 |
gpfeng(at)shao.ac.cn |
| 21 |
Xiaopeng Li |
NOAA |
USA |
Factor analysis of the differences between the gravimetric geoid model and the observed geoid undulations by using GPS/Leveling |
xiaopeng.li(at)noaa.gov |
| 22 |
Cheinway Hwang |
National Chiao Tung Univ. |
Taiwan |
A detailed geoid model of Taiwan for height modernization, vertical datum connection and Lidar mapping |
cheinway(at)mail.nctu.edu.tw |
| 23 |
Qi Kang |
Ins. Mechanics, CAS |
China |
Project of Space Advanced Gravity Measurements(SAGM) |
kq(at)imech.ac.cn |
| 24 |
Rene Forsberg |
Tech. Univ. of Denmark |
Denmark |
Airborne gravimetry for geoid and GOCE |
rf(at)space.dtu.dk |
| 25 |
Dongming Zhao |
Zhengzhou Surveying and Mapping Institute |
China |
Accurate Approximation of Vertical Gravity Gradient within the Earth＊s External Gravity Field |
zhaodongming(at)cntv.cn |
| 26 |
Siavash Iran-Pour |
University Stuttgart |
Germany |
Genetic-algorithm based search strategy for optimal scenarios of future dual-pair gravity satellite missions |
siavash(at)gis.uni-stuttgart.de |
| 27 |
Nengfang Chao |
Wuhan Univ. |
China |
Correlation analysis between the melting of the Eastern Tibetan Plateau glacier and the change of Yangtze River water storage |
nfchao(at)whu.edu.cn |
| 28 |
Jack McCubbine |
Victoria Univ. of Wellington |
New Zealand |
Airborne gravity across New Zealand |
jack.c.mccubbine(at)gmail.com |
| 29 |
Denizar Blitzkow |
Universidade de Sao Paulo (USP) |
Brazil |
Gravity surveys and quasi-geoid model for South America |
dblitzko(at)usp.br |
| 30 |
Wei Feng |
Ins. Geodesy Geophys., CAS |
China |
Inter-annual groundwater storage variations in North China from GRACE and ground observations |
fengwei(at)whigg.ac.cn |
| 31 |
Jan Krynski |
Ins. of Geodesy & Cartography |
Poland |
Quality assessment of the new gravity control in Poland 每 first estimate |
Jan.Krynski(at)igik.edu.pl |
| 32 |
Matt Amos |
National Geodetic Office |
New Zealand |
Airborne gravity for an improved New Zealand quasigeoid |
mamos(at)linz.govt.nz |
| 33 |
Fang Zou |
SHAO, CAS |
China |
Effects of land-ocean leakage error on glacier mass loss in Greenland estimated from GRACE |
fangz070720(at)gmail.com |
| 34 |
Mohsen Romeshkan |
K.N.Toosi Univ. Tech. |
Iran |
Study and investigation for Behaviours of isotropic parts of the modified kernel integral estimators |
romeshkani(at)yahoo.com |
| 35 |
George S. Vergos |
Aristotle Univ. of Thessaloniki |
Greece |
Evaluation of GOCE/GRACE GGMs over Argentina with GPS/Leveling and gravity anomaly data |
vergos(at)topo.auth.gr |
| 36 |
Mirko Reguzzoni |
Politecnico di Milano |
Italy |
GOCE data as grids of gravity gradients at satellite altitude |
mirko.reguzzoni(at)polimi.i |
| 37 |
Gabriel Guimaraes |
Federal Univ. of Uberlandia |
Brazil |
Quasi-geoid model in the State of S?o Paulo |
gabriel(at)ig.ufu.br |
| 38 |
Hongyin Li |
HUST, Wuhan |
China |
Real-Time Data Simulation of Electrostatic Accelerometer for geodetic Satellite |
hongyin83li(at)googlemail.com |
| 39 |
Vojtech Palinkas |
Geodetic Observatory Pecny |
Czech |
On the estimation of diffraction and verticality corrections in absolute gravimetry |
vojtech.palinkas(at)pecny.cz |
| 40 |
Wenbin Shen |
Wuhan Univ. |
China |
An approach for determining the geopotential based upon coaxial cable time transfer technique using atomic clocks |
wbshen(at)sgg.whu.edu.cn |
| 41 |
Thomas Gruber |
Tech. Univ. Munich |
Germany |
GOCE Gravity Field Models 每 Overview and Performance Analysis |
thomas.gruber(at)tum.de |
| 42 |
Jan Krynski |
Ins. of Geodesy & Cartography |
Poland |
The use of the A10-020 absolute gravimeter for the modernization of gravity control in Poland |
Jan.Krynski(at)igik.edu.pl |
| 43 |
Haibing Li |
Beijing Institute of Aerospace Control Devices |
China |
Review and future prospects of inertial gravimetry and gradiometry systems |
lanseshuishou(at)163.com |
| 44 |
Silvio R.C. de Freitas |
Universidade Federal do Paran芍 - UFPR |
Brazil |
Towards a unified vertical reference frame for South America in view of the GGOS specifications |
sfreitas(at)ufpr.br |
| 45 |
Wenbin Shen |
Wuhan Univ. |
China |
5∩℅5∩ global geoid: GG2014-re |
wbshen(at)sgg.whu.edu.cn |
| 46 |
Hussein Abd-Elmotaal |
Minia Univ. |
Egypt |
Establishment of the Gravity Database for the African Geoid |
abdelmotaal(at)lycos.com |
| 47 |
Jan Krynski |
Ins. of Geodesy & Cartography |
Poland |
A new gravimetric geoid model for the area of Sudan using the least squares collocation and a GOCE-based GGM |
Jan.Krynski(at)igik.edu.pl |
| 48 |
Thomas Gruber |
Tech. Univ. Munich |
Germany |
Scientific Roadmap towards Height System Unification with GOCE |
thomas.gruber(at)tum.de |
| 49 |
Shaokun Cai |
NUDT, Changsha |
China |
An airborne gravimetry comparison of stable platform gravimeter LCR and strapdown airborne gravimeter SGA-WZ |
csk527(at)163.com |
| 50 |
Hussein Abd-Elmotaal |
Minia Univ. |
Egypt |
Egyptian Geoid using Best Estimated Response of the Earth's Crust due to Topographic Loads |
abdelmotaal(at)lycos.com |
| 51 |
Qiujie Chen |
Tongji University |
China |
Monthly gravity field model derived from GRACE Level1b data by modeling non-conser?vative accelerati?on and attitude observatio?nerrors |
chenqiujie2009(at)163.com |
| 52 |
Michael Kuhn |
Curtin University |
Australia |
Band-limited topographic mass distribution generates full-spectrum gravity field 每 gravity forward modelling in the spectral and spatial domains revisited |
M.Kuhn(at)curtin.edu.au |
| 53 |
Jan Krynski |
Ins. of Geodesy & Cartography |
Poland |
On the contribution of GOCE mission to modelling the gravimetric geoid: A case study - a sub-region of East Africa and Central Europe |
Jan.Krynski(at)igik.edu.pl |
| 54 |
Hussein Abd-Elmotaal |
Minia Univ. |
Egypt |
Combination between Altimetry and Shipborne Gravity Data for Africa |
abdelmotaal(at)lycos.com |
| 55 |
Ove Christian Dahl Omang |
Geodetic Institute |
Norway |
Hunting a 1 cm geoid in the land of fjords 每 Norway |
Ove.Christian.Dahl.Omang(at)kartverket.no |
| 56 |
Wenjing Chen |
Wuhan Univ. |
China |
Spectral harmonic analysis of global crustal structure |
cwjwhu(at)whu.edu.cn |
| 57 |
Minkang Cheng |
Univ. Texas at Austin-CSR |
USA |
Gravity field from combination of GRACE and SLR data |
cheng(at)csr.utexas.edu |
| 58 |
Vagner Ferreira |
Hohai University, Nanjing |
China |
Hydrological impact on the discharge of Volta River basin of West Africa due to the water impoundment by using satellite base data |
vagnergf@hhu.edu.cn |
| 59 |
Ilias Daras |
Tech. Univ. Munich |
Germany |
Gravity field processing and error assessment of future LL-SST type satellite missions using enhanced numerical precision |
daras(at)bv.tu-muenchen.de |
| 60 |
Robert Tenzer |
Wuhan Univ. |
China |
Spectral and spatial characteristics of the refined CRUST1.0 gravity field |
rtenzer(at)sgg.whu.edu.cn |
| 61 |
Urs Marti |
Federal Office of Topography swisstopo |
Switzerland |
A First Traceable Gravimetric Calibration Line in the Swiss Alps |
urs.marti(at)swisstopo.ch |
| 62 |
Guangliang Yang |
UCAS |
China |
Study on Density structure chatacters of Xiaojiang fault system |
3193459(at)qq.com |
| 63 |
Xiaoli Deng |
University of Newcastle |
Australia |
Retracking Jason坼1 GM and Cryosat坼2 LRM waveforms for modelling the regionally optimal marine gravity field around Taiwan |
xiaoli.deng(at)newcastle.edu.au |
| 64 |
Robert Cunderlik |
Slovak University of Techn. |
Slovakia |
Precise modelling of the static gravity field from GOCE data using the method of fundamental solutions |
cunderli(at)svf.stuba.sk |
| 65 |
Jaakko Makine |
Finnish Geodetic Institute |
Finland |
The effect of helium emissions by a superconducting gravimeter on the rubidium clocks of absolute gravimeters |
Jaakko.Makinen(at)fgi.fi |
| 66 |
Robert Tenzer |
Wuhan Univ. |
China |
Global gravimetric crustal thickness based on uniform and variable models of the crust-mantle density interface |
rtenzer(at)sgg.whu.edu.cn |
| 67 |
Siavash Ghelichkhan |
Tech. Univ. Munich |
Germany |
Estimating the time evolution of the geoid |
sghelichkhani(at)geophysik.uni-muenchen.de |
| 68 |
Hao Zhou |
Wuhan Univ. |
China |
Pendulum Orbit Configuration Analysis and Its Application in Earth Gravity Field Inversion |
lengyeshanren(at)126.com |
| 69 |
Jaakko Makine |
Finnish Geodetic Institute |
Finland |
Russian-Finnish Comparison of five absolute gravimeters at four different sites in 2013 |
Jaakko.Makinen(at)fgi.fi |
| 70 |
Hanjiang Wen |
Chinese Academy of Surveying and Mapping |
China |
The decomposition and interpretation of continental water storage changes derived from GRACE |
wenhj(at)casm.ac.cn |
| 71 |
Riccardo Barzaghi |
Politecnico di Milano |
Italy |
Testing airborne gravity data in the large-scale area of Italy and adjacent seas |
riccardo.barzaghi(at)polimi.it |
| 70 |
Zhenwei Huang |
Chinese Academy of Surveying and Mapping |
China |
Role of Glacial Isostatic Adjustment Process in Present-Day Sea-Level Budget Closure |
huangzw(at)casm.ac.cn |
| 73 |
Mirjam Bilker-Koivula |
Finnish Geodetic Institute |
Finland |
Post-glacial rebound signal observed with repeated absolute gravimetry in Finland |
mirjam.bilker(at)fgi.fi |
| 74 |
Xuyang Hou |
Beijing Univ. of Technology |
China |
Research on precisely matching methods of the accelerometers applied to rotary accelerometer gravity gradiometer |
hopor123(at)126.com |
| 75 |
Sylvain Bonvalot |
Bureau Gravim谷trique International (BGI) |
France |
Field measurements of Absolute Gravity : current status, examples and perspectives |
sylvain.bonvalot(at)ird.fr |
| 76 |
Petr Holota |
Res. Ins. of Gepdesy, Topography & Cartography |
Czech |
Ellipsoidal Effects, Modelling and Technique Refinements in High Accuracy Quasigeoid Computations |
petr.holota(at)pecny.cz |
| 77 |
Jean-Pierre Barriot |
Geodesy Observatory of Tahiti |
Tahiti |
What uses in today＊s research for non-superconducting gravimeter observations in Earth Tides modeling? |
jean-pierre.barriot(at)upf.pf |
| 78 |
Cheinway Hwang |
National Chiao Tung Univ. |
Taiwan |
New gravity grid and geoid model of Tahiti from airborne and terrestrial gravity surveys |
cheinway(at)mail.nctu.edu.tw |
| 79 |
Nevin Betul Avsar1 |
Bulent Ecevit University |
Turkey |
Evaluation of GOCE-based Global Geopotential Models versus EGM2008 and GPS/Levelling data in Turkey |
nbavsar(at)gmail.com |
| 80 |
Rene Forsberg |
Tech. Univ. of Denmark |
Denmark |
New geoid of Greenland 每 a case study of terrain and ice effects, GOCE and local sea level data |
rf(at)space.dtu.dk |
| 81 |
Abelardo Bethencourt |
Polytechnic University of Madrid |
Spain |
A precise regional Geoid for the Valley of the Cauca River, Colombia |
abe.bethe(at)gmail.com |
| 82 |
Vojtech Palinkas |
Geodetic Observatory Pecny |
Czech |
SGNoise - a tool for the ambient noise level analysis at superconducting gravimeter stations |
vojtech.palinkas(at)pecny.cz |
| 83 |
Laura Sanchez |
DGFI, Munich |
Germany |
Towards a new best estimate for the conventional value of W0 |
sanchez(at)dgfi.badw.de |
| 84 |
Yang Zhou |
Shanghai Univ./SHAO |
China |
xxx |
371877915(at)qq.com |
| 85 |
Majid Naeimi |
Leibniz Univ. of Hannover |
Germany |
Regional gravity field modeling using GOCE data: regularization issues |
naeimi(at)mbox.ife.uni-hannover.de |
| 86 |
Wenxin Zhang |
Shanghai Univ./SHAO |
China |
xxx |
396820933(at)qq.com |
| 87 |
Alexander Horvath |
Tech. Univ. Munich |
Germany |
Feasibility and significance of a GRACE ensemble solution for Antarctic mass trend estimation |
alexander.horvath(at)tum.de |
| 88 |
Xuerui Wu |
SHAO, CAS |
China |
xxx |
xrwu(at)shao.ac.cn |
| 89 |
Daniele Sampietro |
GReD s.r.l. |
Italy |
Bayesian estimation of geological provinces from GOCE data |
daniele.sampietro(at)polimi.it |
| 90 |
Lajos Volgyesi |
Budapest Univ. of Technilogy and Economics |
Hungary |
Renaissance of the torsion balance measurements |
volgyesi(at)eik.bme.hu |
| 91 |
Tengyu Zhang |
SHAO, CAS |
China |
xxx |
zhangty(at)shao.ac.cn |
| 92 |
Ole Baltazar Andersen |
DTU Space |
Denmark |
The Global Gravity Field Model (DTU13) and evaluation in the Arctic Ocean |
oa(at)space.dtu.dk |
| 93 |
Nadezhda Chujkova |
Sternberg Astronomical Institute, MSU |
Russia |
Test method for determining the anomalous internal structure of terrestrial planets, space research abased on the example of the Earth |
nason(at)sai.msu.ru |
| 94 |
Franz Barthelmes |
GFZ German Res. Centre for Geosci. |
Germany |
xxx |
bar(at)gfz-potsdam.de |
| 95 |
Jianliang Huang |
Natural Resources Canada |
Canada |
Glacial ice effect on the geoid |
Jianliang.Huang(at)nrcan-rncan.gc.ca |
| 96 |
Wei Yu |
Hefei Univ. Tech./SHAO |
China |
xxx |
abcyuweiabc(at)163.com |
| 97 |
Ole Baltazar Andersen |
DTU Space |
Denmark |
The DTU13 MSS (Mean Sea Surface) and MDT (Mean Dynamic Topography) from 20 years of satellite altimetry |
oa(at)space.dtu.dk |
| 98 |
Leonid Zotov |
Sternberg Astronomical Institute, MSU |
Russia |
Mass anomalies and trends in Russia from GRACE |
wolftempus(at)gmail.com |
| 99 |
Michael Murb?ck |
Tech. Univ. Munich |
Germany |
Next Generation Satellite Gravimetry Mission Study (NGGM-D) |
murboeck(at)bv.tu-muenchen.de |
| 100 |
David Becker |
Technische Universitaet Darmstadt |
Germany |
Improving estimability in strapdown airborne vector gravimetry |
dbecker(at)psg.tu-darmstadt.de |
| 101 |
Ira Mutiara Anjasmara |
Sepuluh Nopember Inst. of Tech. |
Indonesia |
Validating methods to infer mass changes from satellite gravity measurements using Synthetic Earth Gravity Modelling |
ira(at)geodesy.its.ac.id |
| 102 |
Jhon Jairo Barona Mendoza |
Universidad Del Valle |
Colombia |
xxx |
jhon.barona(at)correounivalle.edu.co |
| 103 |
Per Knudsen |
DTU Space |
Denmark |
GOCE User Toolbox and Tutorial |
pk(at)space.dtu.dk |
| 104 |
Michael Murboeck |
Tech. Univ. Munich |
Germany |
De-correlation of two low-low Satellite-to-Satellite tracking pairs according to temporal aliasing |
murboeck(at)bv.tu-muenchen.de |
| 105 |
Gonca Okay Ahi |
Hacettepe 邦niversitesi |
Turkey |
xxx |
goncaokayahi(at)hacettepe.edu.tr |
| 106 |
Mirko Reguzzoni |
Politecnico di Milano |
Italy |
The International Geoid Service: present status and future perspectives |
mirko.reguzzoni(at)polimi.it |
| 107 |
Robert Tenzer |
Wuhan Univ. |
China |
Effect of the rock equivalent topography on the Moho geometry |
rtenzer(at)sgg.whu.edu.cn |
| 108 |
Alexander Horvath |
Tech. Univ. Munich |
Germany |
Mass Trends in Antarctica with adapted filtering from GRACE gravity field time series |
alexander.horvath(at)tum.de |
| 109 |
Yunlong Wu |
Institute of Seismology, CEA |
China |
An improved w-teststatistic Outlier detection method for GOCE gravity gradients pre-processing |
yunlongwu(at)gmail.com |
| 110 |
Xiang Gu |
Wuhan Univ. |
China |
Crustal stress in Taiwan |
rtenzer(at)sgg.whu.edu.cn |
| 111 |
George S. Vergos |
Aristotle Univ. of Thessaloniki |
Greece |
Wavelet multi-resolution analysis of recent GOCE/GRACE GGMs |
vergos(at)topo.auth.gr |
| 112 |
Robert Tenzer |
Wuhan Univ. |
China |
Sub-crustal stress induced by mantle convection from gravity data |
rtenzer(at)sgg.whu.edu.cn |
| 113 |
Franz Barthelmes |
GFZ |
Germany |
The ICGEM: an IAG Gravity Field Service |
bar(at)gfz-potsdam.de |
| 114 |
Sylvain Bonvalot |
Bureau Gravim谷trique International (BGI) |
France |
The International Gravimetric Bureau (BGI): tasks and objectives |
sylvain.bonvalot(at)ird.fr |
| 115 |
Zebing Zhou |
HUST, Wuhan |
China |
Progress of Space Electrostatic Accelerometer in HUST |
zhouzb(at)hust.edu.cn |
| 116 |
Xiaomin Zhang |
DFH Satellite Co. LTD |
China |
Progress on Satellite Technology for Gravity Exploration in China |
zhangxiaomin01(at)tsinghua.org.cn |
| 117 |
E. Sinem Ince |
York Univ. |
Canada |
Improvement of GOCE Level 1b Gradiometer Data Processing Over Magnetic Poles |
seince(at)yorku.ca |
| 118 |
Lei Zhao |
NUDT, Changsha |
China |
An Airborne Gravimetry Test of SGA-WZ in Greenland |
zl_nudt(at)yahoo.com |
| 119 |
Changqing Wang |
Ins. Geodesy Geophys., CAS |
China |
xxx |
cqwang2013(at)gmail.com |
| 120 |
Munawar Shah |
Quaid-i-Azam Univ. |
Pakistan |
xxx |
shahmunawar1(at)gmail.com |
| 121 |
Min Jiang |
Ins. Geodesy Geophys., CAS |
China |
xxx |
jm(at)asch.whigg.ac.cn |
| 122 |
Fan Yang |
Ins. Geodesy Geophys., CAS |
China |
xxx |
mrfanyang90(at)gmail.com |
| 123 |
Andres Calabia |
SHAO, CAS |
China |
xxx |
andres(at)calabia.com |
| 124 |
Yi Yang |
SHAO, CAS |
China |
xxx |
yiyang(at)shao.ac.cn |
| 125 |
Mostafa S. Abd-Elbaky |
Minia Univ. |
Egypt |
xxx |
mstabdelbaky(at)gmail.com |
| 126 |
Gonca Okay Ahi |
Hacettepe University |
Turkey |
xxx |
goncaokayahi(at)hacettepe.edu.tr |
| 127 |
Attaullah Khan |
SHAO, CAS |
China |
xxx |
attaullah.uet(at)gmail.com |
| 128 |
Rui Jin |
SHAO, CAS |
China |
xxx |
ruijin(at)shao.ac.cn |
| 129 |
Xuelin Tao |
Hefei Univ. Tech./SHAO |
China |
xxx |
studylin(at)163.com |
| 130 |
E Sinem Ince |
York Universit |
Canada |
xxx |
inceelm(at)gmail.com |
| 131 |
Xuechuan Li |
WHU/SHAO |
China |
xxx |
leexc0124(at)163.com |
| 132 |
Junhai Li |
SHAO, CAS |
China |
xxx |
tjlih(at)vip.qq.com |
| 133 |
Yansong Xue |
SHAO, CAS |
China |
xxx |
xys(at)shao.ac.cn |
| 134 |
Shaobo Qu |
HUST, Wuhan |
China |
xxx |
qushaobo(at)hust.edu.cn_ |
| 135 |
Nasser Najibi |
SHAO, CAS |
China |
xxx |
nasser.najibi(at)yahoo.com |
| 136 |
Xixuan Bai |
Ins. Geodesy Geophys., CAS |
China |
xxx |
baixx87(at)asch.whigg.ac.cn |
| 137 |
Xin Zhao |
Shanghai Univ./SHAO |
China |
xxx |
75305860(at)qq.com |
| 138 |
Lina Marcela Espinal Zapata |
Universidad Del Valle |
Colombia |
xxx |
espili87(at)gmail.com |
| 139 |
Shuhua Ye |
SHAO, CAS |
China |
xxx |
ysh(at)shao.ac.cn |
| 140 |
Yingchun Shen |
Ins. Geodesy Geophys., CAS |
China |
xxx |
shenyingchun12(at)mails.ucas.ac.cn |
| 141 |
Norbert Kuhtreiber |
Graz University of Technology |
Austria |
xxx |
norbert.kuehtreiber(at)tugraz.at |
| 142 |
Zhengtao Wang |
Wuhan Univ. |
China |
Time-variable gravity signal in Greenland revealed by SWARM high-low Satellite-to-Satellite Tracking |
ztwang(at)whu.edu.cn |
| 143 |
Jean-michel Lemoine |
CNES/GRGS, Toulouse |
France |
Release 3 of the GRACE gravity solutions from CNES/GRGS |
jean-michel.lemoine@cnes.fr |
| 144 |
Jiandi Feng |
Wuhan Univ. |
China |
Evaluation of groundwater storage changes in Horqin Sandy Land (China) by using GRACE |
jdfeng(at)whu.edu.cn |
| 145 |
Liping Zhong |
Wuhan Univ. |
China |
xxx |
lpzhong(at)whu.edu.cn |
| 146 |
Chuandong Zhu |
Ins. Geodesy Geophys., CAS |
China |
xxx |
zhuchuandong(at)asch.whigg.ac.cn |
| 147 |
Yuanyuan Li |
China University of Geosicences |
China |
xxx |
samyys(at)126.com |
| 148 |
Meng Yang |
Ins. Geodesy Geophys., CAS |
China |
xxx |
yangmeng(at)whigg.ac.cn |
| 149 |
Otakar Nesvadba |
Res. Ins. of Gepdesy, Topography & Cartography |
Czech |
Ellipsoidal Effects, Modelling and Technique Refinements in High Accuracy Quasigeoid Computations |
otakar.nesvadba(at)gmail.com |
| 150 |
Erhu Wei |
Wuhan Univ. |
China |
xxx |
ehwei(at)sgg.whu.edu.cn |
| 151 |
David Salstein |
Atmospheric and Environmental Research |
USA |
Determining the hydrological excitation of polar motion from GRACE gravity solutions |
dsalstei(at)aer.com |
