Poster Program Thursday 4th
Detailed Poster Program
Thursday Sept. 4 - 17:30-19:00 Ground Floor
G02-1: Gravity Field and Reference Systems in Physical Geodesy
| Poster nr.1 | The contribution of satellite missions in the determination of an Earth’s gravity field model |
| Ilies Benikhlef, Sid Ahmed Benahmed Daho and Hicham Dekkiche | |
| Poster nr.2 | Towards a refined gravimetric geoid model for Greece in support of vertical datum modernization |
| Georgios S. Vergos, Vassilios N. Grigoriadis, Dimitrios A. Natsiopoulos, Vassilios D. Andritsanos, Melissinos Paraskevas and Nestoras Papadopoulos | |
| Poster nr.3 | A new gravimetric and hybrid geoid model in Albania |
| Dimitrios Natsiopoulos, Georgios Vergos, Kristaq Qirko, Oltjon Balliu, Endri Qershija and Perparim Ndoj | |
| Poster nr.4 | Geoid Closed-Loop Simulator for the FCC at CERN |
| Julia Azumi Koch, Benedikt Soja and Markus Rothacher | |
| Poster nr.5 | Physics-Informed Neural Networks for geoid modeling |
| Tao Jiang, Zejie Tu, Jiancheng Li, Yamin Dang and Shaojie Zhang | |
| Poster nr.6 | Modeling the dynamic component of the gravimetric geoid model for Japan |
| Koji Matsuo | |
| Poster nr.7 | Gravity field recovery and acceleremeter calibrarion for GOCE |
| Juanxia Pan, Xiancai Zou, Minxing Zhao, Bingshi Liu and Han Liu | |
| Poster nr.8 | One-step Estimation of Earth Gravity Field from GRACE and Ground-based GPS Measurements Combination |
| Minxing Zhao, Xiancai Zou, Juanxia Pan, Luping Zhong, Han Liu and Bingshi Liu | |
| Poster nr.9 | Study of Residual Terrain Modeling methods for local quasigeoid determination at Argentinean stations of the International Height Reference Frame (IHRF) |
| Agustín Reynaldo Gómez, Claudia Tocho, Ezequiel Antokoletz and Sergio Cimbaro | |
| Poster nr.10 | AFRgeo2025: Geoid model for Africa implementing Moho information |
| Hussein Abd-Elmotaal, Norbert Kühtreiber, Kurt Seitz, Thomas Grombein, Bernhard Heck and Hansjörg Kutterer | |
| Poster nr.11 | ‘EAlpG’ project – the FEM approach for local gravity field modelling in the Ehrwald/Zugspitze test area |
| Robert Čunderlík, Marek Macák, Pavol Zahorec, Juraj Papco and Zuzana Minarechová | |
| Poster nr.12 | Afro-Euro Unified Height System: Proof of Concept |
| Mostafa Ashry, Hussein Abd-Elmotaal, Wenbin Shen, Atef Makhloof, Abdelrahim Ruby and Mostafa Abd-Elbaky | |
| Poster nr.13 | Topographic Treatment in Australian Quasigeoid Modeling: Methods, Comparisons, and Future Directions |
| Neda Darbeheshti and Jack McCubbine | |
| Poster nr.14 | Revisiting the establishment of the IHRS core site AUT1 |
| Georgios S. Vergos and Ilias N. Tziavos | |
| Poster nr.15 | The Geomed2 project: new computations and last refinements |
| Riccardo Barzaghi, Georgios Vergos, Daniela Carrion, Sean Bruinsma, Sylvain Bonvalot, Corinne Salaun, Ilias Tziavos, Vassilios Grigoriadis, Lucia Seoane, Franck Reinquin, Dinh Toan Vu, Pascal Bonnefond, Per Knudsen, Ole Andersen and Tomislav Basic | |
| Poster nr.16 | The definition of the IHRS/IHRF in Italy |
| Daniela Carrion and Riccardo Barzaghi | |
| Poster nr.17 | Comparative Analysis of Vertical Deflections from Astrogeodetic Observations and Gravity Model Predictions |
| Yinhu Zhan, Anbang Yin, Shaojie Chen and Kai Xiao | |
| Poster nr.18 | Status of the European Alps Geoid Project |
| Joachim Schwabe | |
| Poster nr.19 | Properties of the geoid-quasigeoid separation in extreme topographic situations in the Mount Qomolangma (Everest) region |
| Jakob Flury and Moneeshwar Srinivasan | |
| Poster nr.20 | Evaluation of the performances of latest releases GOCE-Based GGMs with Ground-Based Gravity and GPS/Levelling Data over Algeria |
| Benahmed Daho Sid Ahmed | |
| Poster nr.21 | Evaluation and optimization of techniques to grid gravity anomalies for geoid modelling |
| Ajay S, Ropesh Goyal and Onkar Dikshit | |
| Poster nr.22 | A Model of the Temporal Variation of the Gravity Field in Italy based on the Integration of Historical and Modern Gravimetric Data |
| Gabriele Esposito, Roberta Ravanelli and Mattia Crespi | |
| Poster nr.23 | Impact of High-Resolution LiDAR Data on Geoid Heights in Mountainous Regions: The Case of Taiwan |
| Sevda Olgun and Cheinway Hwang | |
| Poster nr.24 | Combining RTM and equivalent source method in gravity field synthesis for the determination of Airborne Gravity Gradiometer test site |
| Meng Yang, Weikai Li, Wei Feng and Min Zhong | |
| Poster nr.25 | Application of GRACE mascon products in detecting co-seismic signals of large earthquakes |
| Jing Li, Jin Li and Jianli Chen | |
| Poster nr.26 | Enhanced GRACE-FO Gravity Field Recovery by Integrating OpenIFS Weather Model into Accelerometer Transplant and Tropospheric Delay Correction |
| Sanam Motlaghzadeh, Felix Öhlinger, Angel Navarro Trastoy, Torsten Mayer-Gürr and Heikki Järvinen | |
| Poster nr.27 | Effects of the hydrosphere on topographical mass density |
| Michael Sheng, Cliff Shaw, Kynan Hughson, Ismael Foroughi and Robert Kingdon | |
| Poster nr.28 | Geoid Determination using combinations of scalar and vector gravity observations in the New South Wales Australia |
| Ismael Foroughi, Mehdi Goli, Stephen Ferguson and Spiros Pagiatakis |
G02-2: Hydrological and Cryospheric Applications form Gravity and Satellite Altimetry
| Poster nr.29 | Quantifying Coastal Vulnerability to Sea Level Rise and Land Subsidence Through Satellite Observations and Statistical Modeling |
| Rafailia Adam and Georgios Vergos | |
| Poster nr.30 | Monitoring the Spatiotemporal Evolution of Droughts by Dense GNSS network |
| Qian Zhao, Lina Su, Tonie Vandam and Tao Jiang | |
| Poster nr.31 | Analysis of GRACE/GRACE-FO time series for Danube River basin |
| Juraj Janák, Pavol Letko, Zuzana Danáčová, Barbora Korekáčová and Laura Pénzešová | |
| Poster nr.32 | Monitoring glacier changes in the Pamir Plateau using multiple satellite observations |
| Guangbin Zhu, Xiaotao Chang, Wei Liu and Song Zhang | |
| Poster nr.33 | A robust approach to integrate InSAR and GNSS displacements by least square collocation |
| Chong-You Wang and Demián Gómez | |
| Poster nr.34 | NGGM/MAGIC simulations for rainfall estimation over Europe by the SM2RAIN model |
| Muhammad Usman Liaqat, Luca Brocca, Lorenzo Rossi, Mirko Reguzzoni, Carlo Iapige De Gaetani and Riccardo Barzaghi | |
| Poster nr.35 | The Consistency of mass variations over the Antarctic Ice Sheet Revealed by Three Mascon Datasets |
| Qing Long, Xiaoli Su and Zhicai Luo | |
| Poster nr.36 | Assessing the performances of the space-wise approach against the time-wise approach for NGGM/MAGIC simulations: the case of Alpine divide and the Po river basin hydrological cycle |
| Alfonso Vitti, Bruno Majone, Diego Avesani, Lorenzo Rossi, Mirko Reguzzoni and Federica Migliaccio | |
| Poster nr.37 | Reconstructing Water Storage Anomalies in High-Latitude Basins Based on a Improved Empirical Model |
| Bingshi Liu, Xiancai Zou, Jiancheng Li and Taoyong Jin | |
| Poster nr.38 | Improving W3RA Hydrological Model Simulation by Assimilating GRACE/GRACE-FO Terrestrial Water Storage Observations in the Yangtze River Basin |
| Jun Huang, Wei Feng and Min Zhong | |
| Poster nr.39 | Estimation of hydrologic mass changes at the sub-catchment level using global fast mascons |
| Vikas Kapale, Balaji Devaraju and Saumyen Guha | |
| Poster nr.40 | Investigating Orthometric Height Variations Across Lake Surfaces Using Satellite Altimetry: Preliminary Results Using SWOT |
| Alireza Hamoudzadeh, Roberta Ravanelli and Mattia Crespi | |
| Poster nr.41 | Improving spatial resolution of ice sheet mass change: satellite gravimetry and altimetry data fusion |
| David Wiese, Johan Nilsson, Alex Gardner, Nicole Schlegel and Matthias Ellmer |
G02-3: Oceanography and Solid Earth Science from Gravity and Satellite Altimetry
| Poster nr.42 | Estimation of the impact of topographic corrections on GOCE SGG data and application of downward continuation methods in the wider Hellenic and Eastern Mediterranean regions |
| Eleftherios Pitenis and Georgios S. Vergos | |
| Poster nr.43 | Inversion of GOCE based and GGM gravity data for estimation of Moho depths in mainland Greece |
| Eleftherios Pitenis and Georgios S. Vergos | |
| Poster nr.44 | The Calculation of Marine Full Tensor Gravity Gradient and Its Application in Bathymetry Recovery |
| Zhourun Ye | |
| Poster nr.45 | 3D numerical modelling of altimetry-derived marine gravity data and their testing by the GRAV-D airborne gravimetry |
| Marek Macák, Robert Cunderlik, Michal Kollar, Zuzana Minarechová and Karol Mikula | |
| Poster nr.46 | The DTU25 high-resolution altimetric gravity field from SWOT |
| Ole Andersen, Bjarke Nilsson and Per Knudsen | |
| Poster nr.47 | Towards the next series of DTU25 mean dynamic topography models |
| Per Knudsen, Ole Baltazar Andersen, Nikolai Maximenko and Jan Hafner | |
| Poster nr.48 | Based on Shipborne Gravity Anomaly Data Analyse Covariance Chracteristic of Ocean Gravity Field |
| Ke Baogui, Xue Shuqiang and Dong Jie | |
| Poster nr.49 | Comparison of airborne gravimetry with global models, marine and SWOT derived gravity data in the Norwegian coastal zone |
| Bjørnar Dale, Rene Forsberg, Ole Baltazar Andersen, Bjarke Nilsson, Tim Jensen and Ove Christian Dahl Omang | |
| Poster nr.50 | BathDNN25: A Deep Learning Model for High-Resolution Bathymetry Modeling Using SWOT-Derived Geophysical Features |
| Farshad Salajegheh, Xiaoli Deng, Ole Baltazar Andersen, Richard Coleman and Mehdi Khaki | |
| Poster nr.51 | Compatibility of Mean Dynamic Topography models with other models and data sets |
| Sten Claessens and Mick Filmer | |
| Poster nr.52 | SYSU_Topo: A SWOT-derived global bathymetric model via the gravity-geological method |
| Dechao An, Wei Feng, Mingzhi Sun, Xiaodong Chen, Meng Yang and Min Zhong | |
| Poster nr.53 | Signal sensitivity analysis for gravitational inversion of Earth and planetary mass distribution |
| Jin Li, Jing Li and B. F. Chao | |
| Poster nr.54 | Refinement of Marine geometric geoid and gravity disturbances using SWOT satellite altimetry |
| Aleksei Kupavoh, Artu Ellmann, Sander Varbla and Nicole Delpeche-Ellmann | |
| Poster nr.55 | Isostatic compensation of the Cornubian Batholith observed by a Joint Inversion of the area. |
| Gerardo Maurizio and Carla Braitenberg |
G11-1: Data Management, Dissemination of Results, and Stakeholder Networking
| Poster nr.56 | A web-based GIS platform for integrated environmental permitting management and industrial emissions monitoring |
| Giada Giglione, Mirco Sturari, Gianni Giantomassi, Eva Savina Malinverni, Jonathan Fratini and Roberto Pierdicca | |
| Poster nr.57 | Spatial and temporal reference frames for positioning the “Aula della Meridiana” meridian (Genoa, Italy) |
| Ilaria Ferrando, Walter Riva and Domenico Sguerso | |
| Poster nr.58 | rinexmod & autorino: two tools to enable multi-GNSS and near real-time data acquisition and pre-processing |
| Pierre Sakic, Patrice Boissier, Jean-Marie Saurel, Cyprien Griot and Diane Pacaud | |
| Poster nr.59 | Satellite Geodesy related software for academic services. |
| Xanthos Papanikolaou, Dimitrios Anastasiou, Vangelis Zacharis and Maria Tsakiri | |
| Poster nr.60 | The IERS Central Bureau: Coordination, Data Management, and Web Services |
| Daniela Thaller, Lisa Klemm, Wolfgang Dick, Sonja Geist and Sandra Schneider-Leck |
G11-2: Geodesy at the Intersection of Science and Policy
| Poster nr.61 | Authorization of private GNSS CORS -How private GNSS CORS could be utilized for geodetic reference frame, deformation monitoring and wider applications - |
| Basara Miyahara, Tokurou Kodama and Michiko Umei |
G11-3: Communication, Education and Outreach in Geodesy
| Poster nr.62 | Seeing Geodesy clearly: suitable colours for effective and inclusive visualization |
| Rebekka Steffen and Fabio Crameri | |
| Poster nr.63 | Competence acquisition in education for sustainable development as part of university studies |
| Michael Mayer and Hansjörg Kutterer | |
| Poster nr.64 | Visual Storytelling in Geodesy: Connecting Science with Society |
| Martin Sehnal, Riccardo Barzaghi, Laura Sánchez and Detlef Angermann | |
| Poster nr.65 | The Importance of Communication in Science, with a Focus on VLBI and the RAEGE project. |
| Esther Azcue, Mariana Moreira, Luis Moura, Clara Pérez Esteban, Santiago Belda and Maria Karbon | |
| Poster nr.66 | Inspiring the Next Generation: The "Weltvermesserer" Campaign for Geodesy Awareness |
| Marlene Rybka and Annette Eicker |
J02-1: Geodetic machine learning: Theoretical challenges and opportunities for geodesy
| Poster nr.67 | Physics-Informed Deep Learning for Estimating the Spatial Distribution of Frictional Parameters in Slow Slip Regions |
| Rikuto Fukushima, Masayuki Kano, Makiko Ohtani and Kazuto Hirahara | |
| Poster nr.68 | Velocity Field Clustering Using Objective Weights in a Distance Metric |
| Momo Hayashi, Masayuki Kano, Keisuke Yano, Atsushi Takahashi and Yoshikazu Terada | |
| Poster nr.69 | Sea Level Rise estimation in the Hellenic coastal zone using Tide Gauge records and Machine Learning models |
| Anastasia Keramitsi and Stylianos Bitharis | |
| Poster nr.70 | Evaluating Machine Learning Methods for Downscaling GRACE-Derived LWE |
| Anastasia Triantafyllou and Georgios Vergos | |
| Poster nr.71 | Reconstruction of The Greenland Ice Sheet Mass Variations Using Automated Machine Learning |
| Peisi Shang, Xiaoli Su and Zhicai Luo | |
| Poster nr.72 | Investigation of Neural Network-Based Modelling of Non-Tidal Surface Loading Using VLBI Data |
| Shivangi Singh, Johannes Böhm, Hana Krásná, Sigrid Böhm, Onkar Dikshit and Nagarajan Balasubramanian | |
| Poster nr.73 | Conditional Diffusion Model for Sea level Prediction using SWOT Satellite Altimetry with Uncertainty Quantification |
| Saeed Rajabi-Kiasari, Nicole Depeche-Ellmann and Artu Ellmann |
J02-2: AI for Deformation Analysis and GNSS Remote Sensing: Earth, Atmosphere and Natural Hazards
| Poster nr.74 | Ionospheric Modeling Based on GNSS and VLBI Data Fusion with Machine Learning |
| Arno Rüegg and Benedikt Soja | |
| Poster nr.75 | Advancing High-Resolution Integrated Water Vapor Retrieval through AI-Driven Models |
| Lingke Wang, Duo Wang and Hansjörg Kutterer | |
| Poster nr.76 | Homogenization of GNSS integrated water vapor time series using statistical machine learning |
| Olivier Bock, Emilie Lebarbier and Ninh Khanh Nguyen | |
| Poster nr.77 | Detection of short-term slow slip signal based on deep learning of the real GNSS displacement time series of southwest Japan |
| Yusuke Tanaka, Masayuki Kano, Keisuke Yano and Tatsu Kuwatani | |
| Poster nr.78 | The potential of using Smartphone GNSS as a Cost-Effective Alternative for Ionospheric Estimation |
| Alireza Atabati, Masoud Mashhadi Hossainali, Linda See and Benedikt Soja | |
| Poster nr.79 | Prediction of Ionospheric Irregularities Using Machine Learning Algorithms: A Case Study of the April 2023 Geomagnetic Storm in Greenland |
| Sahand Abedpour, Iraj Jazireeyan, Alireza Atabati, Linda See and Benedikt Soja | |
| Poster nr.80 | DEVELOPING ANOMALY DETECTION MODEL FOR INSAR TIME SERIES TO DETECT SLOW SLIP EVENTS |
| Ryunosuke Sakurai and Yohei Kinoshita | |
| Poster nr.81 | Intergrating Feature Augmentation and Graph Reasoning for Topology-Aware Road Extraction in Remote Sensing Images |
| Ruiqi Liu, Hua Chen, Qusen Chen, Zhao Li, Jian Wang and Weiping Jiang | |
| Poster nr.82 | Accuracy Analysis of Error Compensation of BDS Broadcast Ionospheric Model Based on ABC-BP Neural Network |
| Xing Su, Jiajun Zeng, Qiang Li, Zhimin Liu, Bin Wang and Guangxing Wang |
J02-3: Decoding Earth's Dynamics: Machine Learning Frontiers in EOP and Gravity Field Assessment
| Poster nr.83 | Short-Term Space Object Orbit Prediction Using Physics-Informed Neural Network |
| Chunmei Zhao and Haoyue Zhang | |
| Poster nr.84 | EOP Prediction Using Deep Learning with Diverse Input Datasets |
| Sonia Guessoum, Santiago Belda, Sadegh Modiri, Daniela Thaller, Maria Karbon and Jose Manuel Ferrandiz | |
| Poster nr.85 | Advancing Earth Orientation Parameter Forecasting through Machine Learning: Activities and Insights from the GGOS Joint Study Group 3 (AI4EOP) |
| Sadegh Modiri, Justyna Śliwińska-Bronowicz, Santiago Belda, Dimitrios Ampatzidis, Alireza Ardalan, Esther Azcue, Jan Becker, Liliane Biskupek, Sharyl Byram, Maria Davis, Sujata Dhar, Robert Dill, Sonia Guessoum, Dzana Halilovic, Ibnu Nurul Huda, Junyang Gou, Mostafa Kiani Shahvandi, Qiaoli Kong, Tomasz Kur, Arnab Laha, Zhao Li, Marcin Ligas, Wei Miao, Maciej Michalczak, Mariana Santos Moreira, Johnson Oguntuase, Jessica Page, Xanthos Papanikolaou, Aleksander Partyka, Victor Puente, Haibo Que, Shrishail Raut, Ole Roggenbuck, Mohammad Ali Sharifi, Sahayan Shirafkan, Robert Galatiya Suya, David Schunck, Harald Schuh, Yi Shen, Xueqing Xu, Kehao Yu, Danso Sampson Williams, Yuanwei Wu, Jihye Park, Na Wei, Qianxin Wang, Lin Wang, Kailing Yan, Zhongkai Zhang and D. Yao |
J03: Geohazards Monitoring through Geodesy
| Poster nr.86 | GNSS Interferometric Imaging for Land Subsidence in Coal Mining Area |
| Tianhe Xu and Yunwei Li | |
| Poster nr.87 | Mapping and modeling ground deformation of last 10 years on Sebei gas field in Qinghai province, China |
| Yonghong Zhang, Pengchen Ding and Yonghui Kang | |
| Poster nr.88 | Innovation-Based Adaptive Kalman Filter for Precise GNSS Co-Seismic Displacement Estimation |
| Walid Bouaoula, Hicham Dekkiche, Salem Kahlouche and Mohamed Hamoudi | |
| Poster nr.89 | Comparisons of different vertical velocity sources: GNSS, InSAR, physical heights. Case study in Central Macedonia, Greece. |
| Dimitrios Ampatzidis, Antonios Mouratidis, Elisavet Mamagiannou and Georgios Vergos | |
| Poster nr.90 | Earthquake Precursor Prediction Based on Ionospheric GNSS Total Electron Content and Multi-Input 1-D Convolutional Mixer Model |
| Hakan Uyanık, Mehmet Kokum, Erman Şentürk, Mohamed Freeshsh, Salih Ozcelik, Muhammed Akpınar, Serenay Çelik and Abdulkadir Sengur | |
| Poster nr.91 | GNSS and InSAR observations for landslide monitoring: a case study in the south-eastern Alps |
| Lavinia Tunini, David Zuliani, Federico Di Traglia, Lorenzo Borselli, Claudio De Luca, Teresa Nolesini and Francesco Casu | |
| Poster nr.92 | Tropospheric monitoring and seismic precursors analysis using data from ASI’s national GNSS fiducial network |
| Ilaria Ferrando, Bianca Federici, Abubakr Khalid Ahmed Albashir, Gabrio Pinnizzotto, Catia Benedetto, Francesco Vespe and Domenico Sguerso | |
| Poster nr.93 | Analyzing the Effects of Tectonic Movements with Helmert Transformation Parameters |
| Pakize Küreç Nehbit | |
| Poster nr.94 | Detection of co-seismic ionospheric disturbances with machine learning: Case studies from the 2011 Tōhoku and 2015 Illapel Earthquakes |
| Marcel Iten, Laura Crocetti, Shuyin Mao, Federica Fuso and Benedikt Soja | |
| Poster nr.95 | Qualitative assessment of noise in sub-daily kinematic GNSS time series under varying instrumental and tectonic condition |
| Cristian Garcia, Benjamin Männel, Jens Wickert and Jonathan Bedford | |
| Poster nr.96 | A Fusion Framework of 3D Physical Model and InSAR Monitoring for Mining-Induced Deformation Analysis |
| Teng Wang, Yunjia Wang, Feng Zhao, Sen Du and José Fernández | |
| Poster nr.97 | Enhanced Two-Step InSAR Phase Unwrapping Using L2-Norm and Central Difference Information Filtering |
| Yansuo Zhang, Shubi Zhang, Yandong Gao, Sen Du, Juan F. Prieto and José Fernández | |
| Poster nr.98 | Intraplate strain rate variations associated with reservoir triggered seismicity (RTS): a study from Koyna RTS site, Western India |
| Himanshu Chaube, Anup Kumar Sutar and Sukanta Roy | |
| Poster nr.99 | Large-Scale Analysis of GNSS data in the Euro-Mediterranean region for ground deformation measurement |
| Letizia Elia, Leonardo Martelli, Adriano Cavaliere, Patrizia Pizzulo, Daniele Randazzo, Paolo Perfetti, Michele Proietto, Antonio Avallone, Nicola D'Agostino, Roberto Devoti, Grazia Pietrantonio and Enrico Serpelloni |