35th IGC Symposia
35th International Geological Congress Symposia
Paper Number | Title | Presenting Author |
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Abstract |
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2126 | Using GIS to Evaluate Lake Palestine and Potential Impacts of Raw Water Withdrawal for an Expanding Population | Mr. Ryan Michell | T9.P5 - Proximal and Remote Sensing Technologies |
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2712 | Geological and geomorphological mapping with digital mono- and 3D stereo-photogrammetry. | Prof. Silvio Seno | T9.P5 - Proximal and Remote Sensing Technologies |
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5115 | The Study on the Mechanism for Weak Anomaly Spectral Response of Porphyry Copper Mineralization Alteration | Mrs. Zhifang Zhao | T9.P5 - Proximal and Remote Sensing Technologies |
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1613 | Assessment the activity of deep-seated landslide by using TCP-InSAR interferometry from ALOS/PALSAR images | Dr. Rou-Fei CHEN | T9.P4 - Proximal and Remote Sensing Technologies |
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1754 | Fully polarimetric ALOS PALSAR data to aid geological mapping in densely vegetated areas | Dr. Jeanine Engelbrecht | T9.P4 - Proximal and Remote Sensing Technologies |
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2468 | Use of RADARSAT-2 and ALOS-PALSAR images for organic terrain mapping in New Brunswick | Dr. Armand LaRocque | T9.P4 - Proximal and Remote Sensing Technologies |
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1757 | Longwall mining and surface deformation – lessons learned from dInSAR measurements | Dr. Jeanine Engelbrecht | T9.P4 - Proximal and Remote Sensing Technologies |
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4457 | Application of remote sensing in surveying for REE-rich carbonatites in Tamil Nadu (Southern India) | Mr Petr Mixa | T9.P4 - Proximal and Remote Sensing Technologies |
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2521 | Surface deformation monitoring by Insar techniques. Case study of the region of In Salah, Algeria. | Prof. Mohammed Abed | T9.P4 - Proximal and Remote Sensing Technologies |
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1141 | Recent Surface Deformation in western Himalaya: Uttarakhand state of India | Prof. Chung-Pai Chang | T9.P4 - Proximal and Remote Sensing Technologies |
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1094 | Spectral analysis of fresh and weathered rocks overlying the Alborz hydrocarbon trap, Qom area, Iran: remote sensing implications | Mr. Saeid Asadzadeh | T9.P4 - Proximal and Remote Sensing Technologies | |
3495 | Application of Multispectral Image Landsat OLI and ASTER for Detection of Gold Mineralization in Macossa District – Mozambique | Mr. Félix Arnaldo Cumbane | T9.P3 - Proximal and Remote Sensing Technologies |
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4152 | Mapping and mineralogical discrimination of linear paleoproterozoic carbonatite complexes from Ihouhaouene area (In Ouzzal terrane, Hoggar, Algeria) | Mr. Massinissa Amara | T9.P3 - Proximal and Remote Sensing Technologies |
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4583 | Sampling methods in colluvium material for metallurgical characterisation | Mr Willem Van der Schyff | T9.P3 - Proximal and Remote Sensing Technologies |
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2463 | Use of RADARSAT-2 SAR and LANDSAT-5 TM Images for permafrost feature distribution mapping | Dr. Prof. Brigitte Leblon | T9.16 - Proximal and Remote Sensing Technologies |
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2467 | Application of remote sensing and GIS to near-surface aquifer mapping for landslide susceptibility assessment: a case study in in Hoa Binh Province, Vietnam | Dr. Le Quoc Hung | T9.16 - Proximal and Remote Sensing Technologies |
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3556 | Towards a global mineral mapping or Earth’s surface | Mr. Michael Abrams | T9.16 - Proximal and Remote Sensing Technologies |
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2487 | Mapping Surface Lineaments in the Umiujalik Lake Area, Nunavut Using Multi-Beam Radarsat-2 Polarimetric SAR Images | Dr. Brigitte Leblon | T9.16 - Proximal and Remote Sensing Technologies |
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4444 | Radar interferometry for ground subsidence identification and monitoring using ALOS-2 PALSAR-2 data: a case study of KOSH region of South Africa | Dr. Abraham Thomas | T9.15 - Proximal and Remote Sensing Technologies |
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570 | The Architecture on Geological Survey Intelligent Space | Dr. LI CHAOLING | T9.15 - Proximal and Remote Sensing Technologies |
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4382 | Spatial and temporal variation of suspended sediment concentration in the near shore waters, Southern Karnataka, India | Mr. ATEETH SHETTY | T9.15 - Proximal and Remote Sensing Technologies |
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4062 | Random Forests applied as a soil spatial predictive model across an aridic to ustic area of Indian States | Mr. GAURAV SHUKLA | T9.15 - Proximal and Remote Sensing Technologies |
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5124 | Global Hydrocarbon Exploration and Monitoring: Current Possibilities and Projections for the Near Future and Beyond | Prof. Carlos Souza Filho | T9.14 - Use of radar remote sensing in geological applications / Challenges and opportunities in achieving global remote sensing of surface minerals |
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899 | Future Hyperspectral VSWIR and Multispectral TIR Spaceborne Instruments | Mr. Michael Abrams | T9.14 - Use of radar remote sensing in geological applications / Challenges and opportunities in achieving global remote sensing of surface minerals |
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2096 | Potential of spaceborne imaging spectroscopy for surface mineral detection in northern latitudes | Dr. Benoit Rivard | T9.14 - Use of radar remote sensing in geological applications / Challenges and opportunities in achieving global remote sensing of surface minerals |
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2640 | Insight into the geodynamics of southern Africa; crustal thickness and upper mantle structure of Botswana | Prof. Mark Van Der Meijde | T9.14 - Use of radar remote sensing in geological applications / Challenges and opportunities in achieving global remote sensing of surface minerals |
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1625 | Geological mapping of Mountain Pass Carbonatite Complex, USA, using the EnGEOMAP (basic mineral mapping and REE mapping) | Ms. Nina K. Boesche | T9.14 - Use of radar remote sensing in geological applications / Challenges and opportunities in achieving global remote sensing of surface minerals |
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1931 | Pre- and co-seismic surface deformation of graviquakes: the 1997 Colfiorito earthquake (Northern Apennines, Italy) | Ms. Emanuela Valerio | T9.14 - Use of radar remote sensing in geological applications / Challenges and opportunities in achieving global remote sensing of surface minerals |
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1282 | The Future of Global Mapping for Energy and Mineral Resources | Dr. Wendy Calvin | T9.14 - Use of radar remote sensing in geological applications / Challenges and opportunities in achieving global remote sensing of surface minerals |
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1644 | Potential of sinkhole precursor detection through interferometric SAR | Mr. Andre Theron | T9.13 - Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets / Use of radar remote sensing in geological applications |
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1756 | Satellite synthetic aperture radar for monitoring of surface deformation in shallow underground mining environments | Dr. Jeanine Engelbrecht | T9.13 - Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets / Use of radar remote sensing in geological applications |
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2482 | Remarkable land subsidence in plain aquifers of Iran: evidence from two decades of InSAR observations | Dr. Mahdi Motagh | T9.13 - Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets / Use of radar remote sensing in geological applications |
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2884 | Influence of the Environmental Conditions on Surficial Mapping Using LANDSAT-5 TM and RADARSAT-2 Polarimetric SAR Images | Brigitte Leblon | T9.13 - Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets / Use of radar remote sensing in geological applications |
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1288 | Using Spectral Data in Exploration for Geothermal Resources | Dr. Wendy Calvin | T9.12 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production / Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets |
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719 | Remote Sensing of the Copper Creek District, Arizona. Results from Aster, Airborne Hyperspectral and Field Spectroscopy. | Dr. Marc Goossens | T9.12 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production / Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets |
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4824 | The Influence of Sample Surface Preparation on Thermal Infrared Spectroscopy Results | Dr. Christoph Hecker | T9.12 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production / Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets |
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1260 | High resolution rapid revisit InSAR monitoring of surface deformation | Dr. Vern Singhroy | T9.12 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production / Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets |
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1383 | Using thermal imagery to find G-spots | Dr. Neil Pendock | T9.12 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production / Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets |
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4969 | New approaches in mineral mapping using diverse hyperspectral data as well as simulated EnMap and Sentinel 2 data | Dr. Veronika Kopackova | T9.12 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production / Analyzing Geohazards and Risk Using Remotely Sensed Derived Datasets |
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939 | GeoMAP Base a Generic Expert System Mapper for Imaging Spectroscopy | Mr. Christian Mielke | T9.11 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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1074 | New advances on uranium exploration using airborne hyperspectral remote sensing technology: A case study of Xuemisitan volcanic belt, Xinjiang, China | Dr. Fawang Ye | T9.11 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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4995 | Identification of rocks using a hyperspectral supercontinuum lidar | Prof. Jussi Leveinen | T9.11 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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3600 | Exploration applications of laboratory, field, and airborne imaging spectrometer data collected from the Orange Hill copper porphyry deposit, east-central Alaska, USA | Mr. Raymond Kokaly | T9.11 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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1593 | GeoMAP-outcrop – 3D hyperspectral outcrop mineral and REE mapping | Dr. Christian Rogass | T9.11 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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3789 | Characterization of the Lead-Zinc mineralization of Aggeneys, South Africa, by VNIR-SWIR and TIR hyperspectral airborne data | Dr. Michaela Frei | T9.11 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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1095 | Hydrocarbon detection with multiple remote sensing platforms | Mr. Saeid Asadzadeh | T9.11 - Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production | |
237 | Spectral Characteristics of Plants Growing On Chromite Mineralization In West Pokot District, Kenya | Prof. Beneah D. Odhiambo | T9.10 - Geological Mapping & Mineral Exploration: Case studies from Africa / Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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2086 | Applications of hyperspectral sensing in oil sands mining operations | Dr. Benoit Rivard | T9.10 - Geological Mapping & Mineral Exploration: Case studies from Africa / Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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2575 | A rapid characterisation strategy involving hyperspectral core logging (HyLogging™), X-ray diffraction (XRD) and Laser Induced Breakdown Spectroscopy (LIBS) – A case study | Dr. Suraj Gopalakrishnan | T9.10 - Geological Mapping & Mineral Exploration: Case studies from Africa / Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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4277 | Australia’s National Virtual Core Library: Examples of integrating data across geological terranes to highlight prospectivity | Ms. Belinda Smith | T9.10 - Geological Mapping & Mineral Exploration: Case studies from Africa / Spectral Geology in Exploration (minerals, hydrocarbon, geothermal) and Production |
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