MARKET SEGMENTS
GEOPHYSICS
Solutions for gravimetry: from the processing of raw data to the computation of gravity anomalies and their inversion
GEO HAZARDS
Continuous monitoring of ground deformations and meteorological studies using low-cost GNSS receivers
STRUCTURES
Continuous monitoring of structures such as bridges, buildings, penstocks, etc, using low-cost GNSS receivers
OFFERING
SERVICES
- displacement monitoring
- atmospheric monitoring
- gravity field interpretation
- consulting on geodesy and geomatics
ALGORITHMS AND SOFTWARE DEVELOPMENT
design and development of advanced algorithms to perform top-edge solutions in the fields of geodesy and geomatics
R&D ACTIVITIES
- for GNSS data processing
- for precise positioning and geolocation
- for gravity field analysis for geophysical exploration
CLIENTS AND COLLABORATIONS
NEWS
Performance of ERA5 data in retrieving Precipitable Water Vapour over East African tropical region. Research project partly funded by @twigah2020 #GNSS #ERA5 #Africa https://t.co/w46OSUPTIM
GReD and @GEOlab_polimi visiting @MeteoSvizzera for a meeting on #GNSS meteorology and neural networks in the framework of the @Lampo_Polimi project. Looking forward to further collaborations!
New paper co-authored by GReD on "Performance of ERA5 data in retrieving Precipitable Water Vapour over East African tropical region", using @gogps software in the framework of @twigah2020 project #GNSS #Africa https://t.co/w46OSUPTIM
GReD's @ege010 is Guest Editor of a special issue on "Satellite Earth Observation for Atmospheric Modeling" of MDPI Applied Sciences, with colleagues from ISAC -CNR. Please consider submitting a paper! https://t.co/mJ6uIGBlNY #GNSS #SAR #atmosphere #meteorology #weather
To all #Bernese #GNSS users around the world: remember that with the beginning of the year 2020, to keep using the software you have to update the planetary #ephemeris file “DE405.EPH”, according to the AIUB instructions, by adding the 2020-2040 “ascp2020.405" file - @unibern
GeoGuard: #GNSS displacement #monitoring service by GReD and @SoftecoSismat. Here a station deployed at high altitude in front of the Matterhorn. It can withstand 3 m of snow and temperatures colder than -20 °C: continuous monitoring throughout the year! https://t.co/EyxutyiUHL
The first cost-effective #GNSS station of the @twigah2020 project was deployed in Uganda. Together with the next 5 stations, it will monitor atmospheric water vapor around Kampala. In collaboration with @GEOlab_polimi @MakerereU @tudelft @SoftecoSismat #Africa #Uganda #GeoGuard
GReD and @GEOlab_polimi are in Kenya for the @twigah2020 project meeting. Collaborating on the development of atmosphere-related services in Africa. #GNSS #SAR #H2020
OUR PUBLICATIONS
[2018] Moho Depth and Crustal Architecture Beneath the Levant Basin from Global Gravity Field Model. Geosciences (2076-3263), 8(6).
Authors: D. Sampietro, A.H. Mansi, M. Capponi
[2016] Experimental study on low-cost satellite-based geodetic monitoring over short baselines, Journal of Surveying Engineering, 142(3), 04015016.
Authors: S. Caldera, E. Realini, R. Barzaghi, M. Reguzzoni, F. Sansò
[2018] Potential of Cost-Efficient Single Frequency GNSS Receivers for Water Vapor Monitoring, Remote Sensing, 10(9), 1493.
Authors: A. Krietemeyer, M. ten Veldhuis, H. van der Marel, E. Realini, N. van de Giesen