Découvrez nos webinaires Terrascope

The SPOT-VEGETATION and PROBA-V satellite missions collected vegetation related information from 1998 to 2020. To continue this long term data series, we now turn to Sentinel-3. The Sentinel-3 Level-2 synergy (SYN) products rely on the combination of input products of the OLCI and SLSTR instruments. The Sentinel-3 SYN VGT products are designed to provide surface vegetation products, similar to those obtained from the VEGETATION (VGT) instrument onboard the SPOT satellites. 

Join Carolien Toté during this webinar to learn more about:

• What are the Sentinel-3 SYN VGT products and how are they generated?
• What is the consistency between SYN VGT and the SPOT-VGT / PROBA-V archives? What are possible sources of inconsistencies?
• How to access and use the data?
   

Carolien Toté - VITO Remote Sensing

With the energy transition in full swing, marine wind speed is an invaluable parameter to find areas suitable for offshore wind farms. Moreover, it influences oil spill propagation, sediment transport, etc. Thanks to the sensor’s all-weather observation capacity and sensitivity to surface roughness, radar data provided by the Sentinel-1 satellite are ideal to monitor marine wind speed.

During this webinar, Lisa Landuyt will explain more about:

• the Sentinel-1 Level-2 OCeaN products
• how to monitor wind speed through time and space
• how to analyze the wind energy potential in offshore areas

Lisa Landuyt - VITO Remote Sensing

The openEO service that we offer via Terrascope has evolved into the larger openEO Platform service and is now also available via Terrascope EOplaza, the platform to access and offer a variety of high-quality EO services. This gives you as a user access to full archives of Copernicus and USGS data, together with large-scale processing capacity that can be reached through an easily installable, user-friendly library in your preferred environment (Python, Jupyter, R, JavaScript, ...).

Together with the uptake of the openEO Platform, the openEO standard is also supported by the European Space Agency (ESA) and proposed towards the Open Geospatial Consortium as a standard for access and analytics of earth observation data cubes.
In this webinar, we’ll explain how these evolutions make it worthwhile to use the openEO Platform as a new tool to your EO data science toolbox. Join us 27 September and discover:

• how we created a continental crop-type map using openEO
• the various options to receive or purchase a subscription on the platform
• the evolutions in the EO platform ecosystem, and where openEO fits in

Jeroen Dries - VITO Remote Sensing

Discover Terrascope EOplaza, a brand new platform to access and offer a variety of high-quality EO data and services. Whether you are an end user or a service provider, an experienced EO data scientist or just looking for a EO service to support your business.

The Terrascope EOplaza will support you, take away the hassle and allow both end users and service providers to connect, interact and collaborate. View the webinar recording and discover more about:

• access, process and store massive amounts of data in one place
• use additional processing and storage space
• create faster and better analyses
• easily communicate with the service provider
• implement your service into our Terrascope framework

Hande Erdem and Bram Janssen - VITO Remote Sensing

In October 2021, ESA’s WorldCover consortium released a new global land cover map at 10 m resolution, providing valuable information for many applications such as biodiversity, food security, carbon assessment and climate modelling.

Ruben Van De Kerchove, WorldCover project manager, will introduce you to this new benchmark land cover product based on both Sentinel-1 and Sentinel-2 data. View this webinar to learn more about WorldCover and how this new global map can benefit your application.

• Introduction to the WorldCover project
• Methodology, data and validation 
• The WorldCover 2020 map and online viewer
• How to access for free the  WorldCover map 
• User feedback & lessons learned 
• WorldCover 2021

Ruben Van De Kerchove - VITO Remote Sensing

During this webinar, Lisa Landuyt explained how Sentinel satellite data and other EO services, available in Terrascope, were combined to develop TerraFlood, a tool for near-real time flood monitoring. The methodology was developed in collaboration with the Flemish Environmental Agency (VMM) and was also used to map the devastating floods that hit Belgium in the summer of 2021. View this webinar and learn more about:

• Sentinel-1 and its potential for water quality monitoring 
• TerraFlood flood mapping algorithm
• Flood maps and derived products available through Terrascope

Lisa Landuyt - VITO Remote Sensing

Monitoring infrastructures subject to small motions is very expensive and time-consuming. By using Interferometric Synthetic Aperture Radar (InSAR) techniques, we can monitor man-made structures like bridges over time and obtain subsidence time-series. In this webinar Yves Impens and Mehrdad Moshtaghi will explain more about bridge monitoring requirements and InSAR time-series using Sentinel-1 data from Terrascope.

• Bridge monitoring in Flanders
• InSAR method and use cases
• Deformation time-series over bridges

Yves Impens - Flanders Mobility and Public Infrastructure Agency (Departement MOW)  &  Mehrdad Moshtaghi - VITO Remote Sensing

In this webinar Guy Hendrickx will explain more about the role of Earth observation in disease management. You will discover examples based on the experience of the Avia-GIS team and the products they derive from the Terrascope platform. Join this webinar to learn more about:

• What is disease management? 
• Which environmental covarites are required? 
• How does Terrascope contribute to disease management?
   

Guy Hendrickx - Avia-GIS

In view of the water-quality related products that will be made available via Terrascope later this year, Liesbeth De Keukelaere and Els Knaeps will explain more about monitoring water quality with satellite data and demonstrate a drone-based processing workflow to visualize water bodies like a river, lake or coastal area. Join our webinar 9 November to find out more about the data and how to access the end-user products:

• Water-quality products in Terrascope
• Use cases based on satellite data
• MAPEO Water: a drone-based data processing workflow to visualize water bodies
• Use cases based on drone data
   

Liesbeth De Keukelaere and Els Knaeps - VITO Remote Sensing

During this webinar you will discover how Sentinel satellite data and EO services, available in Terrascope, were used to develop an online tool to automatically monitor redevelopment sites. The developed methodology has been applied to a multitude of sites spread over the Walloon region in Belgium. Sophie Petit will demonstrate how remote sensing can support urban planning and explain more about:

• Handling Sentinel data in Terrascope 
• Implementing a technical workflow for change detection and classification
• Alternative environment in Terrascope for extensive data
• Benefits for urban planning and other applications

Sophie Petit - ISSeP

On Tuesday 12 October 2021 Jeroen Degerickx gave a webinar on combining Sentinel 1 and  Sentinel 2 for a better monitoring of crop production. Review the webinar to learn more about:

• CropSAR: monitoring agricultural fields through the clouds
• Building even further: downstream applications build on CropSAR
• Crop calendars: what happens on the field and when?
• Pixel-based CropSAR
• Towards a versatile yield estimation: user-specific training of yield estimation models
   

Jeroen Degerickx - VITO Remote Sensing

In this webinar Isabelle De Smedt explained more about monitoring atmospheric gases and air pollution with satellite data. Review the webinar recording or share it with your network.

• Observing changes of Nitrogen Dioxide from space
• Monitoring atmospheric gases during wildfires
• How to access NO2 and CO column densities at a global scale via the EO viewer
• New and improved products (TROPOMI, NO2, HCHO, ... ) coming in 2022

Isabelle De Smedt - BIRA-IASB