3864 |
Upgrading a National Data Repository to a Key Register |
Mr. Stephan Gruijters |
T7.6 - Geoscience Spatial Data Infrastructures |
3864.pdf |
4035 |
20 Years of Introducing Geoscientific Information Management Systems – an Experience Report |
Dr. Andreas Barth |
T7.6 - Geoscience Spatial Data Infrastructures |
4035.pdf |
3591 |
The Spatial Data Infrastructure for the Geological Reference of France |
Dr. Marc URVOIS |
T7.6 - Geoscience Spatial Data Infrastructures |
3591.pdf |
3848 |
Building thematic and integrated services for European solid Earth sciences: the EPOS integrated approach |
Mr. Matthew Harrison |
T7.6 - Geoscience Spatial Data Infrastructures |
3848.pdf |
4302 |
Local Probability Density-based 3D Edge Detection Applied to an Electromagnetic Inversion of the Kevitsa Ni-Cu-PGE deposit, Finland |
Mr. Tom Horrocks |
T7.7 - Geoscience Spatial Data Infrastructures |
4302.pdf |
1708 |
Lumping geology units in drill holes for simplified 3D modelling |
Dr. June Hill |
T7.7 - Geoscience Spatial Data Infrastructures |
1708.pdf |
327 |
Application and validation of artificial neural network model to groundwater productivity-potential mapping |
Dr. Saro Lee |
T7.7 - Geoscience Spatial Data Infrastructures |
327.pdf |
1709 |
A visual aid for interpreting and filtering down-hole gamma logs |
Dr. June Hill |
T7.7 - Geoscience Spatial Data Infrastructures |
1709.pdf |
3660 |
Analysis of geological features with artificial neural networks – methodology and examples |
Dr. Andreas Barth |
T7.7 - Geoscience Spatial Data Infrastructures |
3660.pdf |
1286 |
Mapping of Au anomalies in drainage sediments by multifractal modeling |
Mr. Behnam Sadeghi |
T7.8 - Geoscience Spatial Data Infrastructures |
1286.pdf |
3092 |
On the importance of the geological architecture in 3D modelling |
Dr. Philippe Calcagno |
T7.8 - Geoscience Spatial Data Infrastructures |
3092.pdf |
5300 |
From 2D maps to 3D modelling: much more than “just one more dimension” |
Dr. Gabriel Courrioux |
T7.8 - Geoscience Spatial Data Infrastructures |
5300.pdf |
5261 |
Storing and delivering numerical geological models on demand for everyday Earth Sciences applications |
Dr. Christelle Loiselet |
T7.8 - Geoscience Spatial Data Infrastructures |
5261.pdf |
1691 |
From GeoMol to EGDI – towards the integration of regional 3D geological datasets into the European Geological Data Infrastructure |
Dr. Gerold W. Diepolder |
T7.8 - Geoscience Spatial Data Infrastructures |
1691.pdf |
4729 |
Modeling the Dutch subsurface: From paper product towards dissemination of a 3D-digital model |
Dr. Johan Ten Veen |
T7.8 - Geoscience Spatial Data Infrastructures |
4729.pdf |
1944 |
Submission and dissemination of geological data for the territory of the Russian Federation using the CGI standards to ensure international data exchange |
Mr. Leonid Chesalov |
T7.9 - Information Management - Interoperability and Standards |
1944.pdf |
1852 |
Geo3DML: a public 3D geological model data exchange format |
Prof. Honggang Qu |
T7.9 - Information Management - Interoperability and Standards |
1852.pdf |
737 |
GeoSciML version 4.0 - a coming of age |
Ollie Raymond |
T7.9 - Information Management - Interoperability and Standards |
737.pdf |
3517 |
EarthResourceML - the CGI-IUGS Data Standard to Deliver Mineral Resource Data |
Dr. Jouni Vuollo |
T7.9 - Information Management - Interoperability and Standards |
3517.pdf |
1256 |
International standardisation of geoscience terminology via CGI-IUGS vocabularies |
Dr. Mark Rattenbury |
T7.9 - Information Management - Interoperability and Standards |
1256.pdf |
3477 |
The use of GeoSciML harmonised layers in geological applications |
Dr. Carlo Cipolloni |
T7.9 - Information Management - Interoperability and Standards |
3477.pdf |
2374 |
The Structural Map of the South China Sea ; Highlighting the Main Tertiary Events |
Dr. Manuel Pubellier |
T7.P1 - Geoscience Data and Information Systems |
2374.pdf |
3935 |
A new geological map of the SE Fennoscandian Shield as a basis for the study of the evolution of the early earth crust |
Dr. Aleksandr Slabunov |
T7.P1 - Geoscience Data and Information Systems |
3935.pdf |
3091 |
3D GeoModelling: a collaborative platform for multidisciplinary interpretation |
Dr. Philippe Calcagno |
T7.P1 - Geoscience Data and Information Systems |
3091.pdf |
3245 |
100 years of Antarctic tectonic cartography |
Dr. German Leitchenkov |
T7.P1 - Geoscience Data and Information Systems |
3245.pdf |
5253 |
Development of assisted road navigation by the drainage network |
Dr. talnan jean honore COULIBALY
Dr Naga COULIBALY
Prof Jean Paul DEROIN |
T7.P1 - Geoscience Data and Information Systems |
5253.pdf |
4594 |
Bayesian hierarchical approach combined with geostatistics for temperature modeling using a well-logging dataset |
Mr. Lei Lu |
T7.P2 - Geoscience Data and Information Systems |
4594.pdf |
4019 |
Case Study: A Data Warehouse for a National Institute of Geological Environment Monitoring |
Dr. Zhenhua Li |
T7.P2 - Geoscience Data and Information Systems |
4019.pdf |
2628 |
Application of BEMD in Extraction of Gravity Anomaly Implying Geological Structures and Granites at Different Depths within the Bozhushan-the Laojunshan W-Sn-Ag-Zn-Cu Ore Concentration Area of Southestern Yunnan, South China |
Dr. Yongqing Chen |
T7.P2 - Geoscience Data and Information Systems |
2628.pdf |
5563 |
Multi-source three-dimension geological complex structural modelling |
Prof. Mao Pan |
T7.P2 - Geoscience Data and Information Systems |
5563.pdf |
4458 |
Specialized GIS-technology for identifying ore-bearing objects, areas and expected reserves evaluation |
Dr. Abish Sharapatov |
T7.P2 - Geoscience Data and Information Systems |
4458.pdf |
4005 |
Identification of lithological differences and similarities in the East Anatolian Fault Zone by using the remote sensing methods |
Dr. Önder Gürsoy |
T7.P2 - Geoscience Data and Information Systems |
4005.pdf |
1287 |
Discrimination and mapping of REEs litho-geochemical anomalies by multi-fractal modeling |
Mr. Behnam Sadeghi |
T7.P3 - Geoscience Data and Information Systems |
1287.pdf |
496 |
Application of Multithematic GIS Modelling techniques for Mineral potential mapping along the Khodana-Narnaul area as a part of the North-East extension of Khetri Copper Belt. |
Mrs. Moumita Mitra Sinha
Mrs. Babita Yadav |
T7.P3 - Geoscience Data and Information Systems |
496.pdf |
1038 |
Mineral mapping based on spectral angle mapper and spectral distance classification with zero-crossing wavelet method |
Ms. Qing Qi |
T7.P3 - Geoscience Data and Information Systems |
1038.pdf |
5442 |
GIS-Based Fuzzy Logic Mineral Prospectivity Modelling of Surficial Uranium Systems in Namaqualand region, South Africa |
Mr. Abdul Osman Kenan |
T7.P3 - Geoscience Data and Information Systems |
5442.pdf |
958 |
Spatially Weighted Principal Component Analysis to Identify Geochemical Anomalies Associated with Orogenic Gold Deposits in Northeast Jiangxi, South China |
Dr. Chengbin Wang |
T7.P3 - Geoscience Data and Information Systems |
958.pdf |
4448 |
Local Singularity Based on Gradient for Mapping Geochemical Anomalies in Gejiu, Yunnan, China |
Dr. Shengyuan Zhang
Dr. Wenlei Wang |
T7.P3 - Geoscience Data and Information Systems |
4448.pdf |
1605 |
Relationship between geochemical zoning and mineralization in Qinling Mountains area, China |
Dr. Zhao Jiangnan |
T7.P3 - Geoscience Data and Information Systems |
1605.pdf |
5415 |
Crustal Seismic Anisotropy of North-West Himalaya |
Ms. Avanie Jain |
T7.P4 - Geoscience Data and Information Systems |
5415.pdf |
5593 |
Geoscience Information and Data in the Moroccan Geological Survey |
Mr. Zoubir SKALANTE |
T7.P4 - Geoscience Data and Information Systems |
5593.pdf |
2165 |
WebGIS-based Geoinformation Sharing System for East and Southeast Asia |
Dr. Joel Bandibas |
T7.P4 - Geoscience Data and Information Systems |
2165.pdf |
3042 |
Interactive 3D potential field modelling and visualization of complex geological structures |
Dr. Hans-Juergen Goetze |
T7.P4 - Geoscience Data and Information Systems |
3042.pdf |
2494 |
Remote sensing and airborne geophysics for geological mapping of the Tefedest terrane (Central Hoggar, Algeria). |
Prof. Safouane Djemai |
T7.P4 - Geoscience Data and Information Systems |
2494.pdf |
1811 |
A mobile app for geological/geochemical field data acquisition |
Dr. Nathan Reid |
T7.P4 - Geoscience Data and Information Systems |
1811.pdf |
2498 |
Multispectral Landsat 7 ETM+ enhancement images and airborne geophysics data processing for geological mapping of the Ahnet terrane (Western Hoggar, Algeria). |
Prof. Safouane Djemai |
T7.P4 - Geoscience Data and Information Systems |
2498.pdf |
1156 |
Strategy for the construction of KIGAM geoscience data repository system |
Dr. JongGyu Han |
T7.P4 - Geoscience Data and Information Systems |
1156.pdf |
1866 |
The Continued Evolution of the Open Source PYGMI Project |
Mr. Patrick Cole |
T7.P4 - Geoscience Data and Information Systems |
1866.pdf |
1821 |
New computer technology for geological problems solving |
Mrs. Evgenia Cheremisina |
T7.P4 - Geoscience Data and Information Systems |
1821.pdf |
791 |
Understanding disaster risk through building knowledge capacity –
A best practice example from Latin America to leverage the Hyogo/Sendai-Framework for Action |
Dr. Dirk Balzer |
T8.1 - Geohazards |
791.pdf |