The Annual Report 2022 summarizing the GAMMA activities is now available for consultation.
At the ALOS Joint PI Meeting 2022, GAMMA presented the status of a global processing effort in which all ALOS-2 Fine-Beam Dual-Polarisation L-band images acquired since the launch of the mission are processed to radiometrically terrain-corrected level. The resulting database of ALOS-2 L-band SAR imagery will support the mapping of forest above-ground biomass in the ESA CCI Biomass project. The presented poster can be downloaded here.
To draw attention to such an important event, the European Space Agency gathered opinions by scientists of Gamma Remote Sensing and Wageningen University that monitor forests with Sentinel data. A Sentinel Success Story highlights the importance of Sentinel-1 global and repeated observations, a breakthrough primarily in tropical regions where cloud cover does not allow for frequent observations with optical sensors.
Read the Sentinel Success Story at this link.
The Annual Report 2021 summarizing the GAMMA activities is now available for consultation.
In a NASA/JPL-funded project, GAMMA Remote Sensing AG and Earth Big Data LLC have produced a global data set of Sentinel-1 coherence as well as backscatter. The data set, produced from 205000 Sentinel-1 Interferometric Wide Swath mode SLCs acquired between December 2019 and November 2020, comprises seasonal mosaics of the interferometric repeat pass coherence at repeat intervals of 6 to 48 days as well as backscatter at a spatial resolution of 3 arcseconds. The data can now be downloaded free of charge via the AWS Registry of Open Data.
The project results have been presented at the 2021 ESA Fringe Workshop.
The terrestrial forest carbon pool is poorly quantified, in particular in regions with low forest inventory capacity. By combining multiple satellite observations of synthetic aperture radar (SAR) backscatter around the year 2010, we generated a global, spatially explicit dataset of above-ground live biomass (AGB; dry mass) stored in forests with a spatial resolution of 1 ha...
The full paper can be found at this link.
New maps, generated by a research team working as part of ESA’s Climate Change Initiative provide a global view of above ground biomass distribution. GAMMA is responsible for the mapping algorithms, system development and map production.
The full press release from ESA can be found at this link.
For more information about the ESA CCI project and/or the activities carried out by GAMMA please contact Maurizio Santoro.
The Annual Report 2020 summarizing the GAMMA activities is now available for consultation.
We have now added a new sections including videos of recent presentations delivered at international conferences. Check the link here below.
Dear customers and partners
Due to the SARS-CoV-2 outbreak it might be that we are not always reachable by phone during office hours. Please contact us by e-mail. If you have no contact within GAMMA yet please use our general e-mail address. We thank you for your understanding. Stay healthy!
GAMMA Remote Sensing AG
The Annual Report 2019 summarizing the GAMMA activities is now available for consultation.
GAMMA, SATIM (www.satim.pl) and ICEYE Polska started the 3-years EUROSTARS E!113220 Project RAMON: INNOVATIVE RADAR-BASED SERVICE FOR NEAR REAL-TIME LANDSLIDES MONITORING. We design, develop and test an innovative radar-based landslides monitoring service to support different phases of the landslide risk management. The service combines existing, established elements as landslide velocity maps derived from stacks of satellite SAR data using Persistent Scatterer Interferometry with new near-real-time monitoring elements, as urgently required during crisis situations, made possible using a novel microsatellite constellation and terrestrial radars.
In fall 2018 and winter 2019, we have conducted synthetic aperture radar (SAR) campaigns demonstrating the feasibility of measuring surface displacements by means of UAV-borne and car-borne repeat-pass interferometry using the novel GAMMA L-band SAR system, a compact FMCW SAR system (weight: 7.65 kg) with up to 4 simultaneous receive channels and one or two (alternating) transmit channels supporting various interferometric as well as fully-polarimetric acquisition modes. The VTOL UAV used for the airborne SAR acquisitions is the Scout B1-100 developed and operated by Aeroscout GmbH. The car-borne SAR project is in collaboration with ETH Zurich, supported by Innosuisse - Swiss Innovation Agency. Please check the documents below for more information.
