Please find below the draft agenda of the workshop.
To download the PDF of the draft agenda please click HERE
To download the Oral Presentation Template please click HERE
Demo Program | |
Time: during poster session (18:00 – 19:30) | |
12 June | |
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13 June | |
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| Poster Programme | |
| Utilizing the Largest Hyperspectral Surface Reflectance Data Set and Some Adjustment Techniques to Account for Spectral Response Differences Among Optical Sensors | |
| Harmonization and comparison of atmospheric radiative transfer models with the ALG toolbox Jorge Vicent, Magellium, France | |
| Semi-empirical modelling and deep learning for burned area near-realtime monitoring in the framework of the Copernicus Global Land Service Marc Padilla, Complutig, UK | |
| An improved hyperspectral surface reflectance datasets and aerosol model over four selected PICS Yves Govaerts, Rayference, Belgium | |
| Earth Observation of ECVs tends to overestimate low and underestimate
high values: blame statistics, not models Hongxiao Jin, Lund University, Sweden | |
| Validation of Copernicus Global Land Service Sentinel-3 OLCI Leaf Area
Index, Fraction of Absorbed PAR and Vegetation Cover products Enrique Martinez-Sanchez, Eolab, Spain | |
| Validation of LSA-SAF EUMETSAT Polar System LAI, FAPAR and FVC global
vegetation products derived from AVHRR sensor Enrique Martinez-Sanchez, Eolab, Spain | |
| Evaluation of Proba-V Collection 2 Products Carolien Toté, VITO, Belgium | |
| PRISMA for land cover mapping: different approaches for the classification of the Earth’s surface Federico Carotenuto, CNR, Italy | |
| Data fusion of PRISMA hyperspectral imagery with Sentinel-2 multispectral imagery for spatial resolution improvement Giandomenico De Luca, CNR, Italy | |
| SITES Spectral - Swedish Infrastructure for Ecosystem Science José M. Beltrán Abaun, Lund University, Sweden | |
| Intercomparisons of sentinel 3 SYNERGY surface directional reflectance – Results and plans for the OPT-MPC routine service validation Naga Moparthy, ACRI-ST, France | |
| Validating long-term actual and reference SEVIRI-MSG ET estimates along five dimensions Bagher Bayat, Forschungszentrum Jülich, Germany | |
| Multi-spectral UAV sensor limitations in mapping complex vegetation and satellite validation Margaret Kalacska, McGill University, Canada | |
| Artillery crater mapping in VHR satellite imagery: methodology and validation aspects Sergii Skakun, University of Maryland, USA | |
| The impact of mapping accuracy on crop area estimation: the case of winter wheat in Ukraine Sergii Skakun, University of Maryland, USA | |
| Web-based tool for validation of Sentinel-2 and Sentinel-3 derived bio‐geophysical products against ICOS terrestrial ecosystems measurements Noelle Cremer, Serco/ESA, Italy | |
| The Quality Assurance for Soil Moisture (QA4SM) service for Cal/Val standardization and operability Pietro Stradiotti, TUW, Austria | |
| Surface ALbedo VALidation (SALVAL) Platform: Towards CEOS LPV Validation Stage 4 Jorge Sanchez-Zapero, EOLab, Spain | |
| Algorithm and preliminary validation of Sentinel-3 based surface albedo product for the continuity of Copernicus Climate Change Service Jorge Sanchez-Zapero, EOLab, Spain | |
| Validating long, temporally dense time-series from a network of autonomous field-spectrometers around the globe using Sentinel-2 Paul Naethe, JB Hyperspectral, Germany | |
| Ground Reference Observations Underlying Novel Decametric Vegetation Data Products from Earth Observation (GROUNDED EO): Project Overview and Status Luke Brown, University of Salford, UK | |
| The Fire Radiative Power (FRP) Inter-comparison framework: an approach to identify differences for non-simultaneous detection products Bernardo Mota, NPL, UK | |
| CEOS WGCV LPV Vegetation Index Validation Protocol Else Swinnen, VITO, Belgium | |
| Generating and validating an irrigation map in Spain using in-situ not collected specifically to be used with Earth Observation data Sophie Bontemps, UCLouvain, Belgium | |
| Validation of the Copernicus Sentinel-2 Sen2cor Scene Classification Products Avi Putri Pertiwi, DLR, Germany | |
| Copernicus Snow & Ice products from Sentinel-2 and Sentinel-1 over Europe Florence Marti, Magellium, France | |
| Spatially explicit vegetation fractions to improve climate model simulation: A 29-year time series of annual Plant Functional Type (PFT) fraction maps through the fusion of the CCI MRLC 300 m land cover dataset and existing high-resolution data products Céline Lamarche, UCLouvain, Beglium | |
| Time series performance of Copernicus Sentinel-2 operational L2A-Products of year 2022 Bringfried Pflug, DLR, Germany | |
| ENMAP background mission: support for the Hyperspectral monitoring of Cal/Val network sites for satellite radiance, reflectances and land product validation Sabine Chabrillat, GFZ, Germany | |
| Overview of Copernicus Global Land LAI, FAPAR and FCover from SPOT/VEGETATION to Sentinel-3/OLCI Aleixandre Verger, CSIC, Spain | |
| 3D forest model validation of woodland from inter-comparison between simulated and real Terrestrial LiDAR Chloe Randall, NPL, UK | |
| The CEOS Land Product Validation Subgroup Jaime Nickeson, NASA, USA | |
| Characterization and correction of the spatiotemporal mismatch between satellite and in situ measurements with independent high-resolution measurements Ruben Urraca, JRC, Italy | |
| Correcting plant area index for woody material using near-infrared digital hemispherical photography Luke Brown, University of Salford, UK | |
| Land HYPERNET Agnieszka Bialek, NPL, UK | |
| Earth Observation LAI and FAPAR products operational Cal/Val. A new integrated system for long-term deployment of Digital Hemispherical Pictures systems Gael Polles, TimeLapse Go, UK | |
| Utilising the Land Hypernet sites for understanding the temporal dynamics of reflectance for vegetation Harry Morris, NPL, UK | |
| Cloud-based calibration & validation API Lauri Häme, Terramonitor, Finland | |
| The synergy of microwave coarse-scale measurements and optical/thermal observations in a random forest regression for estimating 1 km soil moisture using Google Earth Engine Farzane Mohseni, University of Bonn, Germany | |