| Gallaun, Heinz | Joanneum Research, Austria;
JOANNEUM RESEARCH Forschungsgesellschaft mbH | Comparative validation of Copernicus Pan-European High Resolution Layer (HRL) on Tree Cover Density (TCD) and University of Maryland (UMd) Global Forest Change (GFC) over Europe
Copernicus Global Land Hot Spot Monitoring Service – Accuracy Assessment and Area Estimation Approach
Sentinel-based Evolution of Copernicus Land Services on Continental and Global Scale |
| Gallego, Javier | Joint Research Center, Ispra, Italy | Development of a New Harmonized Land Cover/Land Use Dataset for Agricultural Monitoring in Africa
Combining expert-based and crowdsourcing approaches in a two-tier sampling design for validation: global experimental results for cropland maps
Comparative validation of Copernicus Pan-European High Resolution Layer (HRL) on Tree Cover Density (TCD) and University of Maryland (UMd) Global Forest Change (GFC) over Europe |
| GALVANIN, EDINÉIA APARECIDA DOS SANTOS | UNIVERSITY OF STATE OF MATO GROSSO, Brazil | ANISOTROPIC DIFFUSION APPROACH IN THE SOYBEAN CONTOUR EXTRACTION ON CBERS IMAGE IN THE MATO GROSSO, BRAZIL |
| Gamba, Paolo | University of Pavia, Italy | Consistent 1992-2015 global land cover time series at 300 m thanks to a state-of-the-art reprocessing of multi-mission archives |
| Gellens-Meulenberghs, Françoise | Royal Meteorological Institute of Belgium, Belgium | Impact of Land Cover Map Classification and Spatiotemporal Characteristics on 300 m to 5 km Operational Evapotranspiration Mapping at Continent-scale |
| Geller, Gary Neil | Group on Earth Observations;
GEO Secretariat, Geneva, Switzerland | The Role of Land Cover and Land Use Change Datasets to Support the Sustainable Development Goals
Land Cover – An Essential Element for Multilateral Environmental Agreements
Towards a New Philosophy for Generating Land Cover Products |
| Georgescu, Florin Andrei | Politehnica University of Bucharest, Bucharest, 011061, Romania;
Military Technical Academy, Bucharest, 050141, Romania | Land Cover Classification using Sentinel-2 Data |
| Georgievski, Goran | Max Planck Institute, Germany | Consistent 1992-2015 global land cover time series at 300 m thanks to a state-of-the-art reprocessing of multi-mission archives
Mapping Africa land cover at 10 m with Sentinel-2: challenges and current achievements of the Land Cover component of the ESA Climate Change Initiative
Uncertainty in Land Cover observations and its impact on climate simulations
Uncertainty in satellite-derived land cover information and its impact on land surface models |
| Gerard, Dedieu | CESBIO, France | Large Scale decametric Cropland Mapping from Sentinel-2 and Validation: Lessons Learned from 2016 nationwide Demonstration for different Countries |
| Ghazaryan, Gohar | Center for Remote Sensing of Land Surfaces, University of Bonn | Rule-Based Framework for Crop Identification Using Temporal and Phenological Metrics: A Multi-Temporal and Multi-Sensor Approach
Wide-Area Mapping Of Invasive Species Spread And Containment Zones In Somaliland Using Phenometric Trends From MODIS Time-Series Data |
| Ghiglieri, Giorgio | Università degli Studi di Cagliari, Italy | Land cover mapping in the framework of the FLOWERED project in the study areas of Tanzania, Kenya and Ethiopia. |
| Ghilain, Nicolas | Royal Meteorological Institute of Belgium, Belgium | Impact of Land Cover Map Classification and Spatiotemporal Characteristics on 300 m to 5 km Operational Evapotranspiration Mapping at Continent-scale |
| Giaccio, Stefano | FAO of the United Nations, Forestry Department, Italy | On the Set-up of National Forest Monitoring Systems for REDD+ |
| Giammanco, Salvatore | National Institute of Geophysics and Volcanology, Rome, Italy, | Use of Sentinel-1 Polarimetric backscatter and Sentinel-2 spectral signatures for lava flow land cover type differentiation in Mt. Etna, Sicily |
| Giampaoli, Damiano | FAO of the United Nations, Forestry Department, Italy | On the Set-up of National Forest Monitoring Systems for REDD+ |
| Gil, Artur | University of the Azores, Portugal | Vegetation Mapping in European Outermost Regions by using Rapideye high-resolution multispectral imagery - the case study of Madeira Island (Portugal) |
| Gilljam, Carl | Metria AB, Sweden | CadasterENV Sweden- New National Land Cover data with a focus on Change and Landscape Analysis |
| GIROS, Alain | CNES, Toulouse, France | Inventory and Assessment of Global and Regional Data Bases related to Water Bodies for Training and Validation purposes |
| Gomez, Sharon | GAF AG, Germany | National Forest and Land Use Monitoring in Africa Countries: Cameroon and Malawi |
| Gong, Peng | Tsinghua University, Beijing, China | An all-season sample set for mapping global land cover at various resolutions
Towards a New Philosophy for Generating Land Cover Products |
| Gonzalez, Carolina | German Aerospace Center, Germany | Deriving Forest/Non-Forest Maps from TanDEM-XInterferometric SAR Data |
| Goor, Erwin | VITO, Belgium | Land monitoring integrated Data Access - status and outlook on platforms |
| Gorelick, Noel | Google Earth Outreach | Global scale mapping of the when and where of inland and coastal waters over 32 years at 30m resolution. |
| Gorelits, Olga Vladimirovna | N.N. Zubov State Oceanographic Institute, Information Support Department, Russian Federation | Remote Sensing of Arid Wetlands: An Overview of Methods for Optical Satellite Imagery Application in Combination with Hydrological Data |
| Grabska, Ewa | Jagiellonian University, Institute of Geography and Spatial Management, Poland;
Jagiellonian University, Poland | Estimating Forest Aboveground Biomass Using Sentinel 1 and 2 Data: The Case Study From The Polish Carpathians
Mapping forest stand composition with use of Sentinel-2A multitemporal data
Mapping secondary forest succession on abandonment agricultural lands using Sentinel 2 multitemporal data |
| Grandoni, Domenico | e-geos S.p.A. | The Copernicus Global Land High Resolution Hot Spot Monitoring Program – responding to specific user requirements in mapping natural resources |
| Grassi, Giacomo | European Commission Joint Research Centre | The LULUCF component of the EDGAR global emissions database |
| Greve, Klaus | University of Bonn, Germany | Copernicus-based Detection and Monitoring of Tropical Wetlands in Rwanda: The DeMo-Wetlands project as contribution to Global Land Cover Mapping efforts |
| Griesbach, Rene | Planet Labs Germany GmbH, Germany | The Challenge of multi-source, multi-temporal, multi-resolution Satellite Data for Forest Degradation Mapping |
| Griffiths, Patrick | Geography Department, Humboldt Universität zu Berlin, Berlin, Germany | The value of combined intra-annual time series from Sentinel-2 and Landsat for crop type and land cover mapping |
| Grillmayer, Roland | UBA Austria | A European Contribution to Comparable Global Land Cover and Land Use Systems |
| Grivei, Alexandru-Cosmin | University Politehnica of Bucharest, Romania | Land Cover Change Detection Using a Relevance Feedback System |
| Gross, Dorit | Wageningen University & Research, Netherlands, The;
European Commission, Joint Research Centre, Italy | Monitoring land cover changes in and around protected area from local to global scale: An ESA CCI land cover mapping experience |
| Grosso, Nuno | Deimos Engenharia, Portugal | The deployment of a high resolution mapping for territorial planning application in the context of the NextGEOSS project |
| Guizzardi, Diego | European Commission Joint Research Centre | The LULUCF component of the EDGAR global emissions database |
| Gutman, Garik | National Aeronautics and Space Administration, Washington, DC, USA | Global Land Cover Products Validation and Inter-comparison in South Central and Eastern Europe |
| Gutman, Garik | NASA, United States of America | Multi-Source Land Imaging for Developing Continental and Global Land-Cover/Use Products in the NASA LCLUC Program |
| Guzzonato, Eric | CS Systèmes d’Information, France | Sentinel-2 for Agriculture: Synergy of Sentinel-2 and Landsat 8 for supporting operational national and global crop monitoring |
Session Overview
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