The document discusses the INSPIRE Data Specifications for Geology and Mineral Resources. It provides an overview of the current draft implementing rules for geology, which covers four domains: geology, geomorphology, hydrogeology, and geophysics. It also discusses the draft implementing rules for mineral resources. The document outlines the core data models for geology, geophysics, hydrogeology, and highlights some of the key classes and properties defined for each domain. It also discusses how the specifications link to existing standards and can be extended through annexes.
ILWIS GIS for Monitoring Landscapes in Tundra Ecosystems: Yamal Peninsula, Ru...Universität Salzburg
P. Lemenkova, B. Forbes, and T. Kumpula. ILWIS GIS for Monitoring Landscapes in Tundra Ecosystems: Yamal Peninsula, Russia. Paper presented at the 3rd International Geosciences Student Conference ’Remote Sensing and Global Surveillance’. Oral presentation. Serbia, Belgrade. Association of Geophysicists and Environmentalists of Serbia (AGES), 2012. doi: 10. 13140/RG.2.2.18851.50729.
This document provides an overview of various remote sensing and GIS-based techniques used for mineral exploration applications in Africa. It discusses 10 techniques: 1) image processing of satellite data, 2) filtering geophysical data, 3) surface modeling, 4) spatial selection rules and proximity analyses, 5) determining anomalous assay data, 6) estimating resource volumes, 7) resource modeling and drillhole planning, 8) data visualization through fly-throughs, 9) regional context analysis, and 10) considering geological history. Examples are given for each technique to demonstrate how they can be applied to improve mineral exploration efforts. The document emphasizes how data visualization and spatial analysis tools can provide insight into geological datasets.
This document discusses various geodetic remote sensing methods for estimating glacial mass balance, including altimetry, photogrammetry, and interferometric synthetic aperture radar (InSAR). It focuses on applications using the Geoscience Laser Altimeter System (GLAS) on ICESat, the Advanced Spaceborne Thermal Emission and Reflection Radiometer (ASTER), and compares the advantages and limitations of different techniques. Satellite and airborne altimetry have proven most successful for monitoring elevation changes over time to estimate mass balance, though challenges remain regarding spatial and temporal resolution of data.
The document summarizes the status of the Geostationary Ocean Color Imager (GOCI) satellite. GOCI was launched in 2010 as part of the Communication, Ocean and Meteorological Satellite (COMS) from Korea. The document discusses GOCI's technical specifications, data products, applications for monitoring ocean color and coastal environments, as well as international cooperation on algorithm development and data validation. GOCI has proven effective for real-time monitoring of ocean conditions and events like algal blooms, suspended sediments, volcanic eruptions and more.
This document describes a method for automatically extracting coastlines from satellite images. The method involves the following steps:
1. Pre-processing Landsat TM, ETM+, and Landsat 8 images through layer stacking, registration, and calibration.
2. Performing unsupervised classification or edge detection on infrared bands or band ratios to identify coastline edges.
3. Converting the raster coastline edges into vector layers using GIS tools.
4. Applying editing tools to enhance the extracted coastlines.
The method was tested on Landsat images of the Egyptian Mediterranean coast from different years. Band 5 and ratios of band 2 to band 4 or 5 produced the clearest coastline edges. The
Day 1 - a.p. dimri, jawaharlal nehru university, india, arrcc-carissa workshopICIMOD
This document summarizes research from the CORDEX-South Asia climate modeling experiments for the Himalayan region. It discusses:
1) 11 regional climate models that were forced by different global climate models to produce higher resolution climate projections for South Asia.
2) Analysis of the models' ability to simulate present day precipitation and temperature patterns compared to observations, including the representation of seasonal cycles and variability.
3) Projections of future climate changes from the models under different emissions scenarios, including increasing precipitation trends in the Himalayas and changes to the seasonal cycle of precipitation.
Minning Application and Remote Sensing Using Aster ImageryHrishikesh Satpute
CONTENTS
1. INTRODUCTION
2. MINING SCENARIO IN INDIA
3. ALL ABOUT ‘ASTER’
4. APPLICATIONS OF ASTER
5. REMOTE SENSING IN MINING
6. GIS FOR MINERAL EXPLORATION
7. CASE STUDIES & ANALYSIS
ILWIS GIS for Monitoring Landscapes in Tundra Ecosystems: Yamal Peninsula, Ru...Universität Salzburg
P. Lemenkova, B. Forbes, and T. Kumpula. ILWIS GIS for Monitoring Landscapes in Tundra Ecosystems: Yamal Peninsula, Russia. Paper presented at the 3rd International Geosciences Student Conference ’Remote Sensing and Global Surveillance’. Oral presentation. Serbia, Belgrade. Association of Geophysicists and Environmentalists of Serbia (AGES), 2012. doi: 10. 13140/RG.2.2.18851.50729.
This document provides an overview of various remote sensing and GIS-based techniques used for mineral exploration applications in Africa. It discusses 10 techniques: 1) image processing of satellite data, 2) filtering geophysical data, 3) surface modeling, 4) spatial selection rules and proximity analyses, 5) determining anomalous assay data, 6) estimating resource volumes, 7) resource modeling and drillhole planning, 8) data visualization through fly-throughs, 9) regional context analysis, and 10) considering geological history. Examples are given for each technique to demonstrate how they can be applied to improve mineral exploration efforts. The document emphasizes how data visualization and spatial analysis tools can provide insight into geological datasets.
This document discusses various geodetic remote sensing methods for estimating glacial mass balance, including altimetry, photogrammetry, and interferometric synthetic aperture radar (InSAR). It focuses on applications using the Geoscience Laser Altimeter System (GLAS) on ICESat, the Advanced Spaceborne Thermal Emission and Reflection Radiometer (ASTER), and compares the advantages and limitations of different techniques. Satellite and airborne altimetry have proven most successful for monitoring elevation changes over time to estimate mass balance, though challenges remain regarding spatial and temporal resolution of data.
The document summarizes the status of the Geostationary Ocean Color Imager (GOCI) satellite. GOCI was launched in 2010 as part of the Communication, Ocean and Meteorological Satellite (COMS) from Korea. The document discusses GOCI's technical specifications, data products, applications for monitoring ocean color and coastal environments, as well as international cooperation on algorithm development and data validation. GOCI has proven effective for real-time monitoring of ocean conditions and events like algal blooms, suspended sediments, volcanic eruptions and more.
This document describes a method for automatically extracting coastlines from satellite images. The method involves the following steps:
1. Pre-processing Landsat TM, ETM+, and Landsat 8 images through layer stacking, registration, and calibration.
2. Performing unsupervised classification or edge detection on infrared bands or band ratios to identify coastline edges.
3. Converting the raster coastline edges into vector layers using GIS tools.
4. Applying editing tools to enhance the extracted coastlines.
The method was tested on Landsat images of the Egyptian Mediterranean coast from different years. Band 5 and ratios of band 2 to band 4 or 5 produced the clearest coastline edges. The
Day 1 - a.p. dimri, jawaharlal nehru university, india, arrcc-carissa workshopICIMOD
This document summarizes research from the CORDEX-South Asia climate modeling experiments for the Himalayan region. It discusses:
1) 11 regional climate models that were forced by different global climate models to produce higher resolution climate projections for South Asia.
2) Analysis of the models' ability to simulate present day precipitation and temperature patterns compared to observations, including the representation of seasonal cycles and variability.
3) Projections of future climate changes from the models under different emissions scenarios, including increasing precipitation trends in the Himalayas and changes to the seasonal cycle of precipitation.
Minning Application and Remote Sensing Using Aster ImageryHrishikesh Satpute
CONTENTS
1. INTRODUCTION
2. MINING SCENARIO IN INDIA
3. ALL ABOUT ‘ASTER’
4. APPLICATIONS OF ASTER
5. REMOTE SENSING IN MINING
6. GIS FOR MINERAL EXPLORATION
7. CASE STUDIES & ANALYSIS
Practical Local Geoid Modelling of Benin City, Nigeria from Gravimetric Obser...IJAEMSJORNAL
The geometric heights obtained from GNSS observations cannot be used for engineering works as they are not reduced to the geoid. This study presents practical local geoid modelling from gravimetric observations using the modified Stokes integral for engineering applications in Benin City. A total of 52 points were observed with GNSS receivers and a gravimeter to respectively obtain their positions and absolute gravity values. The theoretical gravity values of the points were computed on the Clarke 1880 ellipsoid to obtain their local gravity anomalies. The modified Stokes integral was applied to compute the geoid heights of the points. The combined topographic effect was applied to the computed geoid heights of the points to obtain their precise geoid heights. The mean of the precise geoid heights of the points was computed to obtain the local gravimetric geoid model of the study area. The determined geoid model was validated for its reliability as well as the accuracy using the RMSE index. It is recommended that the use of assumed, as well as handheld GPS receiver heights for engineering works should be totally abolished as this study has established the local geoid model of Benin City.
Aster vnir & swir band enhancement for lithological mapping a case study of...Alexander Decker
This document summarizes a study that used ASTER satellite imagery to map lithology in the Azegour area of the Western High Atlas mountains in Morocco. The study utilized several digital image processing techniques on ASTER visible, near-infrared, and shortwave infrared bands to enhance the imagery for lithological discrimination. Principal component analysis and minimum noise fraction transformation were applied to extract geological information. Comparison to an existing geological map found offsets between lithological boundaries and new textures/contrasts detected within mapped units. The processed ASTER imagery provided additional lithological data that could help upgrade the existing map. Thus, remote sensing was demonstrated to be a useful tool for lithological mapping.
This talk summarizes the use of imaging spectroscopy to map minerals in various environments, including Cuprite, Nevada, Mars, the Moon, and post-9/11 at the World Trade Center site. Imaging spectroscopy can identify minerals like kaolinite, olivine, and buddingtonite and map their distributions. It revealed fire locations and temperatures after 9/11. Advances in algorithms and sensors continue to improve mineral and material mapping abilities.
This document summarizes a study that used Landsat satellite imagery from 1992 and 2002 to detect changes along the Pali Cape - Erzeni River mouth coastal sector in Albania. The Multivariate Alteration Detection algorithm was used to analyze the bi-temporal imagery. The results showed that approximately 36 hectares of land was eroded from the Erzeni River delta, around 33 hectares of new land was created south of the river mouth, and wetland area increased. Erosion was also indicated in Lalzi Bay and the southwestern part of Pali Cape. The study demonstrated that bi-temporal Landsat data can be used to detect coastal environmental changes over time.
This document contains information about an individual's education and work experience. It includes:
1) Details of a M Sc. in Geophysics and B Sc. in Mining Engineering, along with the individual's work as a senior exploration geophysicist at SKCE on various 3D land seismic projects.
2) A list of the individual's engineering projects with SKCE, including data acquisition, processing, and interpretation projects for 2D and 3D land seismic surveys, downhole surveys, and refraction surveys.
3) The individual's computer skills including experience with seismic processing, modeling, and interpretation software, as well as Microsoft Office, and their language skills studying subjects in English and passing intensive
In this presentation we demonstrate the main ideas of our graduation projects. Our work shows a 40% improvement in geoid computations compared to other previously published works. We also show GeoidApp, a general framework for geoid computations. Our thesis was selected as the best thesis.
The document summarizes experiences from international carbon capture and storage projects. It outlines several major ongoing projects in Europe, the US, and elsewhere. It then discusses two European research projects on carbon storage that Uppsala University is involved in - MUSTANG, which included a deep injection experiment at the Heletz site in Israel, and PANACEA, which focuses on long-term effects of carbon storage and uses data from various natural analogs and injection sites. It also briefly describes two upcoming projects - TRUST, a continuation of MUSTANG, and CO2QUEST, which will study the effects of impurities in captured carbon streams.
Mapping Hydrothermal Mineral Deposits Using PCA and BR Methods in Baft 1:1000...INFOGAIN PUBLICATION
Evaluating the conventional methods for mapping hydrothermal altered deposits by using landsat-8 OLI images in the Baft one to one hundred thousand geological Sheet is the prime target of our study. We used the color composite, band ratio, principal component analysis. The color composite and band ratio methods showed very clearly the hydrothermal altered deposits of clay minerals, iron oxides and ferric oxides around the fumaroles. The principal component analysis also enabled us to represent undoubtedly the altered hydroxyl and iron oxide mineral deposits of this region concentrating around the fumaroles. Finally, the target detection method for reference spectral analysis by using EnvI 4.8 detected the representative hydrothermal altered minerals around study area. Therefore, all the methods showed high efficiency for mapping hydrothermal altered mineral deposits.
This document summarizes work from an optimization subgroup in remote sensing. It discusses three main topics: 1) defining optimization problems and algorithms in remote sensing, 2) the role of optimization in remote sensing retrievals, and 3) potential projects focused on improving temperature and humidity profile retrievals from satellite data and intersatellite calibration. The subgroup explored using neural networks and Gaussian processes to develop atmospheric temperature and humidity profiles from HIRS satellite data.
Estimation of Spatial Variability of Land Surface Temperature using Landsat 8...theijes
The International Journal of Engineering & Science is aimed at providing a platform for researchers, engineers, scientists, or educators to publish their original research results, to exchange new ideas, to disseminate information in innovative designs, engineering experiences and technological skills. It is also the Journal's objective to promote engineering and technology education. All papers submitted to the Journal will be blind peer-reviewed. Only original articles will be published.
The papers for publication in The International Journal of Engineering& Science are selected through rigorous peer reviews to ensure originality, timeliness, relevance, and readability.
Turkey’s National Geospatial Soil Organic Carbon Information SystemExternalEvents
This presentation was presented during the 3 Parallel session on Theme 1, Monitoring, mapping, measuring, reporting and verification (MRV) of SOC, of the Global Symposium on Soil Organic Carbon that took place in Rome 21-23 March 2017. The presentation was made by Mr. Sevinç Madenoglu, from Ministry of Food, Agriculture, and Livestock - Turkey, in FAO Hq, Rome
Application of Particle Image Velocimetry (PIV) and Digital Image Correlation...IRJET Journal
This document summarizes research using particle image velocimetry (PIV) and digital image correlation (DIC) techniques to analyze physical slope models tested under dynamic loading conditions. Several dry and semi-submerged scaled slope models were tested at the ETH Zurich geotechnical centrifuge and a shaking table at the National Technical University of Athens. PIV and DIC were used to define failure mechanisms and strains, and were combined with other measurement techniques. The applications of PIV and DIC on reinforced slopes tested in a centrifuge at accelerations up to 50g are described in detail.
''Copernicus for sustainable land management'' by Markus Erhard, European Environment Agency (EEA)
Sustainable Land Management Session - EU Space Week 2018, Marseille
This document summarizes a study that used satellite imagery to analyze land surface temperatures in recently developed areas of Stratford, London. The study aimed to identify areas affected by recent construction, generate calibrated land surface temperature models from satellite data, and identify problematic hotspot areas through spatial analysis and field measurements. Results found higher temperatures near the Westfield shopping center, Old Stratford station, and along major roads, likely due to anthropogenic heat sources. Microclimate modeling of an area in East Olympic Village showed influence of building materials, shade, and wind on surface temperatures. The study fulfilled its objectives but future work could incorporate additional data sources and validation measurements.
This summarizes a study that applies a technique of simultaneous full-waveform inversion (FWI) of baseline and monitor seismic data with total-variation (TV) regularization of the model differences to resolve production-induced subsurface changes using field data from the Gulf of Mexico Genesis Field. The technique inverts multiple survey vintages simultaneously with TV regularization, which promotes blocky model differences and reduces oscillatory artifacts. Application to the Genesis Field data resolves negative velocity changes in the overburden associated with compaction and dilation effects from nearby reservoir production, consistent with prior time-strain estimates.
This document summarizes a study that used multisensor fusion of altimetry data to monitor changes in ice sheets from 2003 to 2009. The study reconstructed spatial and temporal elevation changes across Greenland by combining satellite laser altimetry from ICESat with airborne laser data. Results showed complex patterns of thickening and thinning, with average rates of 257 km3/yr of ice sheet loss, equivalent to 232 Gt/yr of mass loss.
This document summarizes the Geologic Time Scale 2004, which provides an updated framework for understanding Earth's history by integrating stratigraphic and chronometric data. Major developments since 1989 include refined international stratigraphic units, new high-precision dating techniques, and statistical methods. The construction of GTS2004 incorporated different techniques depending on data availability and involved specialists from various fields. Anticipated advances by 2008 include formally defining all Phanerozoic boundaries and improving dating and stratigraphy of certain intervals.
DSD-NL 2014 - iMOD Symposium - 10. iMOD Gebruikersdag - Bodemdaling, Gilles E...Deltares
Land subsidence can be caused by both natural geological processes and human activities like groundwater extraction. Groundwater extraction is a major cause of subsidence in cities like Jakarta, where monitoring shows subsidence rates of up to 17.3 cm per year between 1925-1977. Subsidence impacts flooding and damages infrastructure. Deltares uses coupled modeling of subsurface geology, groundwater flow and geomechanics to better understand subsidence causes, forecast future impacts, and identify solutions. Their iMOD SUB-CR model has provided insights into different scenarios for Jakarta based on groundwater extraction rates. Future work includes applying this approach to other cities to inform policy decisions.
The document discusses 3D geological modelling of soils in Finland to support sustainable land use decisions. It summarizes that traditional geological modelling does not work for Finland due to a lack of borehole logs, and instead numerical modelling must be used to interpret in-situ test data and correlate it with stratigraphic profiles. The document also presents a case study where 3D modelling was used to classify clay basins in the Helsinki area to identify challenging areas for construction, and to define lake water infiltration rates into an esker aquifer.
The ADEMA project comprised research to enhance mining exploration and planning capability through studies of seismic processing, radio imaging, drilling parameter analysis, micro-seismic activity and predictive analysis. Key accomplishments included:
1) Developing acoustic impedance inversion techniques to classify rock strata from seismic data.
2) Designing a 64-channel micro-seismic system to automatically record tremors and generate velocity images to assess seismic hazard zones.
3) Adapting oil industry techniques such as 3D seismic data reprocessing, inversion and lithology classification for coal environments.
4) Analyzing drilling parameters to correlate specific energy and drilling exponent with rock mechanical properties.
5) Completing an extensive appraisal of
Practical Local Geoid Modelling of Benin City, Nigeria from Gravimetric Obser...IJAEMSJORNAL
The geometric heights obtained from GNSS observations cannot be used for engineering works as they are not reduced to the geoid. This study presents practical local geoid modelling from gravimetric observations using the modified Stokes integral for engineering applications in Benin City. A total of 52 points were observed with GNSS receivers and a gravimeter to respectively obtain their positions and absolute gravity values. The theoretical gravity values of the points were computed on the Clarke 1880 ellipsoid to obtain their local gravity anomalies. The modified Stokes integral was applied to compute the geoid heights of the points. The combined topographic effect was applied to the computed geoid heights of the points to obtain their precise geoid heights. The mean of the precise geoid heights of the points was computed to obtain the local gravimetric geoid model of the study area. The determined geoid model was validated for its reliability as well as the accuracy using the RMSE index. It is recommended that the use of assumed, as well as handheld GPS receiver heights for engineering works should be totally abolished as this study has established the local geoid model of Benin City.
Aster vnir & swir band enhancement for lithological mapping a case study of...Alexander Decker
This document summarizes a study that used ASTER satellite imagery to map lithology in the Azegour area of the Western High Atlas mountains in Morocco. The study utilized several digital image processing techniques on ASTER visible, near-infrared, and shortwave infrared bands to enhance the imagery for lithological discrimination. Principal component analysis and minimum noise fraction transformation were applied to extract geological information. Comparison to an existing geological map found offsets between lithological boundaries and new textures/contrasts detected within mapped units. The processed ASTER imagery provided additional lithological data that could help upgrade the existing map. Thus, remote sensing was demonstrated to be a useful tool for lithological mapping.
This talk summarizes the use of imaging spectroscopy to map minerals in various environments, including Cuprite, Nevada, Mars, the Moon, and post-9/11 at the World Trade Center site. Imaging spectroscopy can identify minerals like kaolinite, olivine, and buddingtonite and map their distributions. It revealed fire locations and temperatures after 9/11. Advances in algorithms and sensors continue to improve mineral and material mapping abilities.
This document summarizes a study that used Landsat satellite imagery from 1992 and 2002 to detect changes along the Pali Cape - Erzeni River mouth coastal sector in Albania. The Multivariate Alteration Detection algorithm was used to analyze the bi-temporal imagery. The results showed that approximately 36 hectares of land was eroded from the Erzeni River delta, around 33 hectares of new land was created south of the river mouth, and wetland area increased. Erosion was also indicated in Lalzi Bay and the southwestern part of Pali Cape. The study demonstrated that bi-temporal Landsat data can be used to detect coastal environmental changes over time.
This document contains information about an individual's education and work experience. It includes:
1) Details of a M Sc. in Geophysics and B Sc. in Mining Engineering, along with the individual's work as a senior exploration geophysicist at SKCE on various 3D land seismic projects.
2) A list of the individual's engineering projects with SKCE, including data acquisition, processing, and interpretation projects for 2D and 3D land seismic surveys, downhole surveys, and refraction surveys.
3) The individual's computer skills including experience with seismic processing, modeling, and interpretation software, as well as Microsoft Office, and their language skills studying subjects in English and passing intensive
In this presentation we demonstrate the main ideas of our graduation projects. Our work shows a 40% improvement in geoid computations compared to other previously published works. We also show GeoidApp, a general framework for geoid computations. Our thesis was selected as the best thesis.
The document summarizes experiences from international carbon capture and storage projects. It outlines several major ongoing projects in Europe, the US, and elsewhere. It then discusses two European research projects on carbon storage that Uppsala University is involved in - MUSTANG, which included a deep injection experiment at the Heletz site in Israel, and PANACEA, which focuses on long-term effects of carbon storage and uses data from various natural analogs and injection sites. It also briefly describes two upcoming projects - TRUST, a continuation of MUSTANG, and CO2QUEST, which will study the effects of impurities in captured carbon streams.
Mapping Hydrothermal Mineral Deposits Using PCA and BR Methods in Baft 1:1000...INFOGAIN PUBLICATION
Evaluating the conventional methods for mapping hydrothermal altered deposits by using landsat-8 OLI images in the Baft one to one hundred thousand geological Sheet is the prime target of our study. We used the color composite, band ratio, principal component analysis. The color composite and band ratio methods showed very clearly the hydrothermal altered deposits of clay minerals, iron oxides and ferric oxides around the fumaroles. The principal component analysis also enabled us to represent undoubtedly the altered hydroxyl and iron oxide mineral deposits of this region concentrating around the fumaroles. Finally, the target detection method for reference spectral analysis by using EnvI 4.8 detected the representative hydrothermal altered minerals around study area. Therefore, all the methods showed high efficiency for mapping hydrothermal altered mineral deposits.
This document summarizes work from an optimization subgroup in remote sensing. It discusses three main topics: 1) defining optimization problems and algorithms in remote sensing, 2) the role of optimization in remote sensing retrievals, and 3) potential projects focused on improving temperature and humidity profile retrievals from satellite data and intersatellite calibration. The subgroup explored using neural networks and Gaussian processes to develop atmospheric temperature and humidity profiles from HIRS satellite data.
Estimation of Spatial Variability of Land Surface Temperature using Landsat 8...theijes
The International Journal of Engineering & Science is aimed at providing a platform for researchers, engineers, scientists, or educators to publish their original research results, to exchange new ideas, to disseminate information in innovative designs, engineering experiences and technological skills. It is also the Journal's objective to promote engineering and technology education. All papers submitted to the Journal will be blind peer-reviewed. Only original articles will be published.
The papers for publication in The International Journal of Engineering& Science are selected through rigorous peer reviews to ensure originality, timeliness, relevance, and readability.
Turkey’s National Geospatial Soil Organic Carbon Information SystemExternalEvents
This presentation was presented during the 3 Parallel session on Theme 1, Monitoring, mapping, measuring, reporting and verification (MRV) of SOC, of the Global Symposium on Soil Organic Carbon that took place in Rome 21-23 March 2017. The presentation was made by Mr. Sevinç Madenoglu, from Ministry of Food, Agriculture, and Livestock - Turkey, in FAO Hq, Rome
Application of Particle Image Velocimetry (PIV) and Digital Image Correlation...IRJET Journal
This document summarizes research using particle image velocimetry (PIV) and digital image correlation (DIC) techniques to analyze physical slope models tested under dynamic loading conditions. Several dry and semi-submerged scaled slope models were tested at the ETH Zurich geotechnical centrifuge and a shaking table at the National Technical University of Athens. PIV and DIC were used to define failure mechanisms and strains, and were combined with other measurement techniques. The applications of PIV and DIC on reinforced slopes tested in a centrifuge at accelerations up to 50g are described in detail.
''Copernicus for sustainable land management'' by Markus Erhard, European Environment Agency (EEA)
Sustainable Land Management Session - EU Space Week 2018, Marseille
This document summarizes a study that used satellite imagery to analyze land surface temperatures in recently developed areas of Stratford, London. The study aimed to identify areas affected by recent construction, generate calibrated land surface temperature models from satellite data, and identify problematic hotspot areas through spatial analysis and field measurements. Results found higher temperatures near the Westfield shopping center, Old Stratford station, and along major roads, likely due to anthropogenic heat sources. Microclimate modeling of an area in East Olympic Village showed influence of building materials, shade, and wind on surface temperatures. The study fulfilled its objectives but future work could incorporate additional data sources and validation measurements.
This summarizes a study that applies a technique of simultaneous full-waveform inversion (FWI) of baseline and monitor seismic data with total-variation (TV) regularization of the model differences to resolve production-induced subsurface changes using field data from the Gulf of Mexico Genesis Field. The technique inverts multiple survey vintages simultaneously with TV regularization, which promotes blocky model differences and reduces oscillatory artifacts. Application to the Genesis Field data resolves negative velocity changes in the overburden associated with compaction and dilation effects from nearby reservoir production, consistent with prior time-strain estimates.
This document summarizes a study that used multisensor fusion of altimetry data to monitor changes in ice sheets from 2003 to 2009. The study reconstructed spatial and temporal elevation changes across Greenland by combining satellite laser altimetry from ICESat with airborne laser data. Results showed complex patterns of thickening and thinning, with average rates of 257 km3/yr of ice sheet loss, equivalent to 232 Gt/yr of mass loss.
This document summarizes the Geologic Time Scale 2004, which provides an updated framework for understanding Earth's history by integrating stratigraphic and chronometric data. Major developments since 1989 include refined international stratigraphic units, new high-precision dating techniques, and statistical methods. The construction of GTS2004 incorporated different techniques depending on data availability and involved specialists from various fields. Anticipated advances by 2008 include formally defining all Phanerozoic boundaries and improving dating and stratigraphy of certain intervals.
DSD-NL 2014 - iMOD Symposium - 10. iMOD Gebruikersdag - Bodemdaling, Gilles E...Deltares
Land subsidence can be caused by both natural geological processes and human activities like groundwater extraction. Groundwater extraction is a major cause of subsidence in cities like Jakarta, where monitoring shows subsidence rates of up to 17.3 cm per year between 1925-1977. Subsidence impacts flooding and damages infrastructure. Deltares uses coupled modeling of subsurface geology, groundwater flow and geomechanics to better understand subsidence causes, forecast future impacts, and identify solutions. Their iMOD SUB-CR model has provided insights into different scenarios for Jakarta based on groundwater extraction rates. Future work includes applying this approach to other cities to inform policy decisions.
The document discusses 3D geological modelling of soils in Finland to support sustainable land use decisions. It summarizes that traditional geological modelling does not work for Finland due to a lack of borehole logs, and instead numerical modelling must be used to interpret in-situ test data and correlate it with stratigraphic profiles. The document also presents a case study where 3D modelling was used to classify clay basins in the Helsinki area to identify challenging areas for construction, and to define lake water infiltration rates into an esker aquifer.
The ADEMA project comprised research to enhance mining exploration and planning capability through studies of seismic processing, radio imaging, drilling parameter analysis, micro-seismic activity and predictive analysis. Key accomplishments included:
1) Developing acoustic impedance inversion techniques to classify rock strata from seismic data.
2) Designing a 64-channel micro-seismic system to automatically record tremors and generate velocity images to assess seismic hazard zones.
3) Adapting oil industry techniques such as 3D seismic data reprocessing, inversion and lithology classification for coal environments.
4) Analyzing drilling parameters to correlate specific energy and drilling exponent with rock mechanical properties.
5) Completing an extensive appraisal of
The document discusses requirements for cryosphere observations during the International Polar Year. It summarizes the World Climate Research Programme (WCRP) and its goals of determining climate predictability and human impacts on climate. It then describes the Integrated Global Observing Strategy (IGOS) Cryosphere Theme report, which identifies essential cryosphere variables to observe, including snow, sea ice, glaciers and ice sheets. The report recommends strengthened coordination between space agencies and in-situ observation networks to implement an integrated polar observing system as part of the IGOS and WCRP efforts.
The document provides a CV and resume for Abdelkader Saadallah, an expert in structural geology, petroleum geosciences, and processing and interpretation of borehole images and dipmeter data. It outlines over 42 years of experience working on projects in numerous countries. Key experiences include working with various borehole imaging tools and software, creating databases, and authoring over 100 reports.
Day 1 sanjay jayanarayanan, iitm, india, arrcc-carissa workshopICIMOD
The document provides an overview of CORDEX (Coordinated Regional Climate Downscaling Experiment) for South Asia. It discusses how regional climate models are used to provide higher resolution climate data for impact studies. It outlines the history and coordination of CORDEX, including the establishment of the Science Advisory Team. It describes the generation of regional climate projections for South Asia using multiple regional climate models driven by several global climate models. The data is archived and disseminated via an Earth System Grid Federation node in India to support regional climate change research and applications.
Creating a 3D model would isolate optimal zones for total reserves of economically extractable gold in mining industry, the groundwater contamination flow from waste infiltrated in environmental case, etc. - Rockware.com
Presentation about geochemical research data access and publication provided to the Australian Geochemistry Network by Kerstin Lehnert of EarthChem and the Astromaterials Data System
GSOC17 Introduction, Product specifications, Existing SOC maps and methodologiesFAO
The document provides information on developing national soil organic carbon (SOC) maps according to Global Soil Partnership specifications. It outlines the methodological considerations for a country-driven approach, including compiling national SOC measurements, developing SOC soil grids using digital soil mapping, and delivering 1km version 0 SOC maps. Detailed specifications are provided for sharing national SOC data and auxiliary information. The document also discusses capacity planning and sharing examples from other national SOC inventories to support the creation of a cookbook for developing SOC maps.
This presentation was presented during the Workshop on Soil Cabon Mapping of the Global Soil Partnership (GSP) that took place at FAO headquarters 23 November 2016. The presentation was made by Rainer Baritz, GSP Secretariat
Title: "Mission Analysis, Formation Geometry and Dynamics for the IRASSI Space Interferometer "
Abstract: Space-based interferometry has gained prominence in recent years, largely because higher spatial resolutions of celestial observations can be achieved with multi-telescope formations compared to those achieved with a fixed-aperture, single telescope. IRASSI is a space interferometer composed of five spacecraft, whose aim is to observe particular chemical and physical processes in cold regions of space, such as dust clouds and stellar disks, in the far-infrared frequencies.
Ultimately, the goal is to study the genesis of planets, star formation and evolution processes in these cold regions and to understand how prebiotic conditions in Earth-like planets are created. IRASSI will orbit the second Lagrange point, L2, of Sun-Earth/Moon system. The operating principle of IRASSI is based on free-drifting baselines, which dynamically change during the observations and measure therefore the incoming wavefront of a celestial target at different locations in space. This process relies on very accurate measurements of the baselines - at micrometre level - rather than on precise control of the formation.
Naturally, a free-flying formation comes with a set of challenges, namely identifying a nominal formation geometry, that is, a suitable dispersion of the telescopes in three-dimensional space. In addition, understanding how this free-drifting geometry is expected to change is crucial, particularly if this may affect the operation of the telescope instruments and thus the quality of the final synthesized images.
The presentation introduces therefore the IRASSI mission and the main driving requirements. The formation geometry and dynamics are thereafter evaluated. Finally, preliminary results concerning formation control are presented
PhD research presentation at the workshop of the Climate Food and Farming Network, Dec. 2-4 at Aarhus University, Foulum. The Climate Food and Farming Network is an initiative of Copenhagen U., Aarhus U., and the CGIAR Research Program on Climate Change, Agriculture and Food Security.
This document summarizes the DiSECCS project, which aims to develop monitoring tools and protocols to measure and control pressure increase during carbon capture and storage (CCS) in order to identify reservoirs suitable for large-scale storage. The project involves multiple partners analyzing datasets from Sleipner and Snøhvit using seismic modeling, rock physics experiments, and social research to understand reservoir geomechanics and seismic response. The goal is to optimize storage capacity while ensuring reservoirs remain mechanically stable without induced seismicity. Initial results include forensic seismic analysis of the Sleipner CO2 plume and experimental work on how fluid substitution and capillarity affect seismic response.
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INSPIRE Data Specifications on Geology and Mineral Resources
1. INSPIRE Data Specifications on
Geology and Mineral Resources
Tomasz Nałęcz (PGI)
and the members of the INSPIRE Thematic Working Group
2. 2INSPIRE conference 2012 - ISTAMBUL
INSPIRE Data specifications for GE & MR
TWG (Thematic Working Group) for Geology and Mineral Resources
Data Specifications for Geology, 4 domains:
=> Geology
=> Geomorfology
=> Hydrogeology
=> Geophysics
Data Specifications for Mineral Resources
Presentation: Overview of the current draft Implementing Rules
(extracted from the Data Specifications v3.0 rc1)
3. 3INSPIRE conference 2012 - ISTAMBUL
INSPIRE Thematic Working Group
Surname Name Organisation Country Role
Asch Kristine BGR DE M (GE)
Berástegui Batalla Xavier IGC ES M (GE)
Bergman Stefan SGU SE M (GE)
Cassard Daniel BRGM FR M (MR)
Follestad Bjørn NGU NO M (GE)
Hugues Andrew BGS UK M (HG)
Larsen Uffe GEUS DK M (GE)
Laxton John BGS UK Editor
Nałęcz Tomasz PGI PL M (HG)
Pen Simon TNO NL M(GE)
Serrano Jean-Jacques BRGM FR Facilitator
Sörés László ELGI HU M (GF)
Vuollo Jouni GTK FI M (MR)
Tomas Robert JRC IT Contact point
5. 5INSPIRE conference 2012 - ISTAMBUL
BACKGROUND
• Generic Conceptual Model
• ISO standards
• References and Use Cases
• Legal basis
• GeoSciML, MineralResourcesML, O&M,
GroundWaterML
• INSPIRE Hydrography Data Specification
• Annex II and III DS concepts
6. 6INSPIRE conference 2012 - ISTAMBUL
Use cases to design the data model
• to detect geo-hazards
• to ensure safe disposal of waste
• to detect ground instability in a flat area
• to look for deep fractured zones (geothermal exploration)
• to check background radiation level changes
• to undertake water balance to ensure compliance with the WFD
• to report Groundwater information for WFD
• to define significant pressure on groundwater
• to assess corrosivity to underground assets
• to plan tunneling operations safely and effectively
=> to define objects and their properties
8. 8INSPIRE conference 2012 - ISTAMBUL
Core model for Geology: main objects
Geologic Features:
1. Geologic Units:
Composition parts
2. Geologic Structures:
ShearDisplacement Structure (faults)
Folds
3. Geomorphologic Features:
Natural
Anthropogenic
Boreholes
Log Elements (Intervals)
Mapped Feature
(geometry of the features)
Geologic Event
(name, age, …)
Thematic Class
(to classify the features)
Geologic Collection:
- Mapped Features
- Boreholes
- …
9. 9INSPIRE conference 2012 - ISTAMBUL
Core model Geology: properties
Geologic Features:
• Inspire Identifier
• Name [v]
1. Geologic Units:
Geologic Unit Type [CL]
Composition part [v]
• Material (lithology) [CL]
• Role [CL]
• Proportion [v]
2. Geologic Structures:
ShearDisplacement Structures:
• Fault type [CL]
Folds:
• Fold Profile type [CL – v]
[CL] = Code-list
[v] = voidable
Geologic Event [v]
• Name
• Event Environment [CL]
• Event Process [CL]
• Older Named Age [CL]
• Younger Named Age [CL]
Geologic History [v]
Mapped Feature
• Mapping Frame [CL]
• Shape
10. 10INSPIRE conference 2012 - ISTAMBUL
Core model Geology: properties
Geologic Features:
• Inspire Identifier
• Name [v]
3. Geomorphologic Features:
Natural Geomorphologic Features:
• Natural Geomorphologic Feature Type [CL]
• Activity [CL – v]
Anthropogenic Geomorphologic Features:
• Anthropogenic Geomorphologic Feature Type [CL ]
Geologic Collection:
• Inspire Identifier
• Name
• Collection Type [CL]
• Reference (Document Citation) [v]
• Life Cycle Info (Begin and End Dates) [v]
Mapped Feature
Geologic Event
[CL] = Code-list
[v] = voidable
11. 11INSPIRE conference 2012 - ISTAMBUL
Core model Geology: properties
Boreholes:
• Inspire Identifier
• Location (point)
• Borehole Length [v]
• Elevation [v]
• Purpose [CL- v]
[CL] = Code-list; [v] = voidable
Log Elements (Mapped Interval) [v]:
(A subtype of Mapped Feature, 1D logged intervals within a
borehole)
Each interval can be specified by a Geologic Unit and have a
geologic history (age) to describe lithological or stratigraphical
borehole logs.
Mapped Feature
• Mapping Frame [CL]
• Shape
13. 13INSPIRE conference 2012 - ISTAMBUL
Core model for Geophysics
Main objects
GeophObjects:
GeophMeasurements:
GeophStation
GeophProfile
GeophSwath
GeophModels (only in the extension)
GeophObjectSets:
Campaign
Project (only in the extension)
ProjectedGeometry: projected point, or track, or outline (for mapping)
14. 14INSPIRE conference 2012 - ISTAMBUL
Core model Geophysics: measurements
GeophObjects
(subclass of SF_SamplingFeature, ISO 19156 – O&M)
• Inspire Identifier
• Citation
• Projected Geometry
• Vertical Extent [v]
• Distribution Info [v]
• Larger Work [v]
GeophMeasurements:
• Platform Type [CL]
• Related Model
• Related network [CL-v]
GeophStation (point):
• Station Type [CL]
• Station Rank [CL - v]
GeophProfile (line):
• Profile Type [CL]
GeophSwath (surface):
• Swath Type [CL][CL] = Code-list; [v] = voidable
15. 15INSPIRE conference 2012 - ISTAMBUL
Core model Geophysics: Campaign
GeophObjectSets
(subclass of SF_SamplingFeature, ISO 19156 – O&M)
• Inspire Identifier
• Citation
• Projected Geometry
• Vertical Extent [v]
• Distribution Info [v]
• Larger Work [v]
Campaign
• Campaign Type [CL]
• Survey Type [CL]
• Client [v]
• Contractor [v]
[CL] = Code-list
[v] = voidable
19. 19INSPIRE conference 2012 - ISTAMBUL
Data model extensions
To address more use cases by managing more objects and properties
For Geology the suggestion is to use GeoSciML v3.0:
• described in an annex D of the Technical Guidelines
• for example:
• to use the Earh Material classes to describe physical properties
• to describe more properties for Boreholes
For Geophysics:
• There is not (yet?) a standard to use: so classes to extent the core model
are provided in the annex D of the Technical Guidelines, mainly to share
observation results:
• Projects containing several campaigns
• Generic Geoph Measurements (to offer more than those in the core)
• Geoph Models (curve, surface grid, solid grid, or other models) with type and
shape
20. 20INSPIRE conference 2012 - ISTAMBUL
Conclusion
For INSPIRE Geological Data are described in the core model by:
3 mains Geologic Features:
• Geologic Units, Geologic Structures (faults and folds), and
Geomorphologic Features (natural and anthropogenic)
• Their geometry is defined in Mapped Features
• Related Geologic Events may described the age, event process, …
Completed by Boreholes
Geophysics is described by Campaigns and Geophysical Objects : station,
profile and swath
Hydrogeology link ‘rock system’ and ‘groundwater system’
The way to display data is defined in layers for the View Service.
Data model extension is available.
22. 22INSPIRE conference 2012 - ISTAMBUL
At the starting point - to specify the scope of MR for INSPIRE
•Reference material have been analysed, and particularly:
Two legal EU texts providing requirements for the data
specification:
The raw materials initiative (RMI)
The management of waste from extractive industries (Directive
2006/21)
The standard data model EarthResourceML for Mineral resources
– hosted by IUGS/CGI
The work currently done in European projects
BACKGROUND
23. 23INSPIRE conference 2012 - ISTAMBUL
•Dealing with environmental uncertainties related to mining
wastes – relation to Waste Directive 2006/21
•What is the gold potential of Central and Southeastern
Europe? – relation to RMI
•Where to find Germanium in Europe? – relation to - “Critical
raw materials for the EU – report 2010”
Source: Raw materials Group 2011
25. 25INSPIRE conference 2012 - ISTAMBUL
What are - metal ores, industrial minerals, etc., - new
descriptions – DS document - some key words
Mineral resource
means a naturally occurring concentration/ accumulation of
organic or inorganic material of intrinsic economic interest in or on
the Earth's crust such as energy fuels, metal ores, industrial minerals
and construction minerals,
but excluding water,
in such form and quality that there are reasonable prospects for
eventual economic extraction
26. 26INSPIRE conference 2012 - ISTAMBUL
What are - metal ores, industrial minerals, etc., - new
descriptions – DS document - some key words
EarthResource
The EarthResource class inherits the super class GeologicFeature from Geology.
Geometry is provided by the occurrence association between GeologicFeature and
MappedFeature shown in the Geology data specification. The kinds of observable
or inferred phenomena required to classify economic and sub-economic earth
resources.
MiningFeature
The abstract MiningFeature class represents a conceptual feature that exists
coherently in the world. This corresponds with a Mine or a Mining Activity,
locatable and identifiable features in time and/or space.
27. 27INSPIRE conference 2012 - ISTAMBUL
new descriptions – some key words
Mineral Occurrence
could be a prospect, an occurrence, a mineral deposit, an ore
deposit, etc.
Mine
is an excavation for the extraction of mineral deposits. ‘True’ mines
are underground workings and open-pit workings (also called open-
sky mines) generally for the extraction of metallic commodities.
feature also includes open workings generally for the extraction of
industrial minerals, commonly referred to as quarries.
28. 28INSPIRE conference 2012 - ISTAMBUL
new descriptions – some key words
Mining Activity
related to a Mine, describes the process of extracting metallic or
non-metallic mineral deposits from the Earth
Commodity
describes the material of economic interest in the Earth Resource
Ore Measure
an estimated or calculated amount of ore and grade that exist
within an Earth Resource, in terms of its resource, reserve and
endowment
29. 29INSPIRE conference 2012 - ISTAMBUL
• Earth Resource: natural material of potential economic value
• Mining Feature: working on the Earth Resource
Earth Resource:
• Mineral Occurrence
• Commodity and Commodity Measure
• Ore Measure
• Mineral deposit model
• Exploration Activity
Mining Feature:
• Mine
• Mining Activity
CORE MODEL
30. 30INSPIRE conference 2012 - ISTAMBUL
Earth Resource:
• Mineral Occurrence
• Commodity
• Commodity Measure
• Mineral deposit model
• Exploration Activity
• Ore Measure
Mining Feature:
• Mine
• Mining Activity
Mineral Resources - core Mineral Resources - extension
Earth Resource:
• Earth Resource Material
• Supergene processes (ex. alteration)
• Mineral system
Mining Feature:
• Mined material
• Products
• Mining waste
31. 31INSPIRE conference 2012 - ISTAMBUL
CONCLUSION
Common understanding
Geology professionals vs.
stakeholders and end users
Not only for scientist
Generic model in IR, but …
extensible
Better decision making
Looking for spatial data in Europe discover
services and do your analyses online
Cross-issues
Interactiom between many
INSPIRE themes
Development
of detailed models for subdomains with
respect on other thematic models
Policy drivers
Water Framework Directive,
Mining Waste Directive
Need for standard
different organisation ,
different need – join
experience
Interoperability
by introducing codelists, portrayal rules and
data quality