|
3517 |
EarthResourceML - the CGI-IUGS Data Standard to Deliver Mineral Resource Data |
Dr. Jouni Vuollo |
T7.9 - Information Management - Interoperability and Standards |
 3517.pdf |
|
3477 |
The use of GeoSciML harmonised layers in geological applications |
Dr. Carlo Cipolloni |
T7.9 - Information Management - Interoperability and Standards |
3477.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 |
|
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 |
|
3092 |
On the importance of the geological architecture in 3D modelling |
Dr. Philippe Calcagno |
T7.8 - Geoscience Spatial Data Infrastructures |
3092.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 |
|
1286 |
Mapping of Au anomalies in drainage sediments by multifractal modeling |
Mr. Behnam Sadeghi |
T7.8 - Geoscience Spatial Data Infrastructures |
1286.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 |
|
3660 |
Analysis of geological features with artificial neural networks – methodology and examples |
Dr. Andreas Barth |
T7.7 - Geoscience Spatial Data Infrastructures |
3660.pdf |
|
1708 |
Lumping geology units in drill holes for simplified 3D modelling |
Dr. June Hill |
T7.7 - Geoscience Spatial Data Infrastructures |
1708.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 |
|
1709 |
A visual aid for interpreting and filtering down-hole gamma logs |
Dr. June Hill |
T7.7 - Geoscience Spatial Data Infrastructures |
1709.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 |
|
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 |
|
5285 |
Building geological services for the EPOS European Research Infrastructure |
Mr. François Robida |
T7.6 - Geoscience Spatial Data Infrastructures |
5285.pdf |
|
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 |
|
5190 |
An interoperability framework to address hazard and risk data as part of a trans-national spatial data infrastructure |
Dr. Robert Tomas |
T7.5 - Geoscience Spatial Data Infrastructures |
5190.pdf |
|
5147 |
International Development of e-Infrastructures and Data Management Priorities for Global Change Research |
Dr. Lee Allison |
T7.5 - Geoscience Spatial Data Infrastructures |
5147.pdf |
|
5286 |
The European Geological Data Infrastructure - EGDI |
François ROBIDA |
T7.5 - Geoscience Spatial Data Infrastructures |
5286.pdf |
|
3854 |
OneGeology a future subsurface interoperable platform for geoscientists and users |
Mr. Matthew Harrison |
T7.5 - Geoscience Spatial Data Infrastructures |
3854.pdf |
|
5610 |
Earth Observations and the Importance of Broad, Open Data Sharing Policies |
Barbara Ryan |
T7.5 - Geoscience Spatial Data Infrastructures |
5610.pdf |
|
5416 |
The 1:5 Million Geological Map of South America (new edition) |
Mr. Jorge Gomez Tapias |
T7.4 - CGMW: International Geoscience Maps in the 21st Century |
5416.pdf |
|
4629 |
An updated geological map of Africa at 1/10 000 000 scale |
Dr. Denis Thiéblemont |
T7.4 - CGMW: International Geoscience Maps in the 21st Century |
4629.pdf |
|
5243 |
Structural Map of the Caribbean |
Dr. Philippe Bouysse
Dr. Carlos Schobbenhaus |
T7.4 - CGMW: International Geoscience Maps in the 21st Century |
5243.pdf |
|
5439 |
International Cross-Boundary Cooperation and Integration: The Review of the International Quaternary Map of Europe (IQUAME 2500) |
Dr. Kristine Asch |
T7.4 - CGMW: International Geoscience Maps in the 21st Century |
5439.pdf |
|
549 |
The Structural Mapping of an Ocean - data and information |
Mr. Peter Miles |
T7.4 - CGMW: International Geoscience Maps in the 21st Century |
549.pdf |
|
3743 |
The New Geological Map of Spain and Portugal at 1:1 000 000 scale. History, contents and development |
Dr. Alejandro Robador |
T7.4 - CGMW: International Geoscience Maps in the 21st Century |
3743.pdf |
|
4633 |
The historic evolution of the global geological mapping of Africa |
Dr. Philippe Rossi |
T7.3 - CGMW: International Geoscience Maps in the 21st Century |
4633.pdf |
|
3385 |
The new tectonic map of South America (2016) at the 1:5 000 000 scale |
Professor Umberto Cordani |
T7.3 - CGMW: International Geoscience Maps in the 21st Century |
3385.pdf |
|
4775 |
Are the Alps an alpine-type orogeny? A multi-disciplinary mapping project |
Prof. Romain Bousquet |
T7.3 - CGMW: International Geoscience Maps in the 21st Century |
4775.pdf |
|
3682 |
Eastern Asia Earthquake and Volcanic Hazards Information Map |
Dr. Shinji Takarada |
T7.3 - CGMW: International Geoscience Maps in the 21st Century |
3682.pdf |
|
3687 |
Outlets for Distributing Geologic Maps in the Digital Age – Journal of Maps and Examples from the U.S. Geological Survey |
Mr. Randall Orndorff |
T7.3 - CGMW: International Geoscience Maps in the 21st Century |
3687.pdf |
|
1600 |
Tectonic map of Northern-Central-Eastern Asia: New conception, new scientific results, new perspectives |
Dr. IGOR POSPELOV |
T7.3 - CGMW: International Geoscience Maps in the 21st Century |
1600.pdf |
|
4226 |
How Cool Can Be The Migration of an Old GIS Corporate Dataset to a New System. From Coverages to Geospatial Databases. |
Mr. Carlos Gabriel Asato |
T7.3 - CGMW: International Geoscience Maps in the 21st Century |
4226.pdf |
|
4139 |
Geological maps of the future |
Dr. Cees Passchier |
T7.3 - CGMW: International Geoscience Maps in the 21st Century |
4139.pdf |
|
5592 |
Importance of Geographic Information Systems (GIS) in mapping the spatial distribution, uses and impacts of neglected development minerals: Case studies in some administrative districts near Accra, Ghana |
Mrs. Rosemary Okla |
T7.2 - Geoscience Information and Data in Africa |
5592.pdf |
|
5594 |
Spatial relationships between contaminated mining areas and pathological states around Kadoma, Zimbabwe |
Ms. Daina Mudimbu |
T7.2 - Geoscience Information and Data in Africa |
5594.pdf |
|
5596 |
The application of historical geological and airborne data in Mining Industry – case of coal sector in Mozambique |
Mr. Alfredo Pontavida |
T7.2 - Geoscience Information and Data in Africa |
5596.pdf |
|
3388 |
Seismotectonic features of the African plate: The possible dislocation of a continent |
Dr. Mustapha Meghraoui |
T7.2 - Geoscience Information and Data in Africa |
3388.pdf |
|
4788 |
Historical perspective, role and challenges in the use of geosciences information in mineral resources exploitation and in planning for social-economic development in Zambia. |
Mr. Vincent Kawamya |
T7.2 - Geoscience Information and Data in Africa |
4788.pdf |
|
2328 |
Regional GIS based exploration targeting studies in data poor environments: A case study of gold prospectivity mapping in Nigeria |
Dr. Matthew Greentree |
T7.2 - Geoscience Information and Data in Africa |
2328.pdf |
|
5452 |
The south eastern ‘basement’ complex of South Sudan |
Mr. Timothy Marais |
T7.2 - Geoscience Information and Data in Africa |
5452.pdf |
|
1195 |
Fractal/multifractal analysis in support of mineral exploration |
Dr. Wenlei Wang |
T7.17 - Geoscience Data and Information Systems |
1195.pdf |
|
1127 |
Cost sensitive neural network-based method for mapping mineral prospectivity |
Dr. Yihui Xiong |
T7.17 - Geoscience Data and Information Systems |
1127.pdf |
|
5666 |
OneGeology Africa Part II |
Prof. Marko Komac |
T7.16a - OneGeology Africa Part II |
|
|
3025 |
Identification of ore-forming element association anomalies by Bi-dimension Empirical Mode Decomposition combined with Principal Component Analysis in Tengchong Block, Southwestern China |
Dr. Yongqing Chen |
T7.16 - Geoscience Data and Information Systems |
3025.pdf |
35th International Geological Congress Symposia