MARKET SEGMENTS
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
GReD fa parte del Catalogo “Italian Space Industry 2021-2022”, interessante iniziativa promossa dall'@ASI_spazio .
E' una grande occasione per diffondere e far conoscere le realtà italiane attive nel mondo della Space Industry!
Info su:
https://www.asi.it/lagenzia/facilities/catalogo-dellindustria-spaziale-nazionale/
Thanks to all the partners of @Lampo_Polimi project and to @FondCariplo for contributing to the operational use of #GNSS data for meteorological applications: GNSS is a useful technology for meteorological and hydrogeological risk mitigation.
More info at:
https://www.ilgiorno.it/milano/cronaca/progetto-lampo-temporali-esondazioni-1.6864056
Read about the final results of @GIMS_Project in the following article, published on the @CORDIS_EU website in six languages:
https://cordis.europa.eu/article/id/430155-combining-technologies-to-give-advanced-warning-of-landslides?WT.mc_id=exp
#geomatics #innovation #technology #engineering #naturalhazards #landslides #satellite #gnss #galileo #SAR #IMU
Here it is the last GReD installation of a near real-time water vapor monitoring system in the area around Malpensa and Orio al Serio airports for improving the nowcasting/forecasting of high-impact weather events! @SINOPTICA_H2020 #GeoGuard®
GReD is all over the Italian news!
Read more about GIMS Project on the following link:
#geomatics #innovations #technology #Engineering #naturalhazards #satellite #Maintenance
Dallo spin off del Politecnico di Milano il sistema di monitoraggio per ponti e autostrade
La start up capofila di un progetto internazionale che lancia segnali di allerta sui movimenti della crosta terrestr...
www.repubblica.it
Come to visit us at AGU Online... we have two contributions about gravity inversion applications!
#AGU20 #gravity
Follow us in linkedIn: https://www.linkedin.com/company/geomatics-research-&-development-gred-s-r-l-
#SINOPTICAproject progress meeting with the Advisory Board. GReD's @ege010 presents the activities related to satellite- and ground-based data retrieval and processing for assimilation in numerical weather models #GNSS #Sentinel #radar @SESAR_JU
@SESAR_JU #SINOPTICAproject progress meeting just started to discuss the activity with the Advisory Board.
With @LauraEsbrCorbel @ege010 @TomeuRigoR and many others
Better decision-making in agriculture with @EU_GNSS & @CopernicusEU satellite data and improved weather forecasts. BAOBAB is one of #FarmingbySatellite Special Africa Prize 2020 Grand Finalists. Awards ceremony 30 Nov 18:00CET. Find out more and register http://farmingbysatellite.eu/awardceremony/
Giulio of GReD is in the @GEOlab_polimi team that was selected as Grand Finalist for the Farming by Satellite Award! #GNSS #Galileo #Copernicus @EU_GNSS
@GEOlab_polimi fellows are finalists at the Farming by Satellite Prize of the European Global Navigation Satellite System Agency
GReD provided #GNSS tropospheric delays, estimated by the @gogps software, to be assimilated into a numerical #weather prediction model, for this and other case studies in the framework of the #SINOPTICAproject
Interesting case study for #SINOPTICAproject, #severeweather over Palermo #Airport. A lot of #lightning during strong convective #clouds affected the area with no #radar coverage. We are investigating it merging several #remotesensing data. Follow us to get updated! @SESAR_JU
A brand new website for the GIADA project (lead by GReD, funded by @Space4Europe) is online here: https://business.esa.int/projects/giada
On the 30th of March @esa and @GReD_srl kicked-off the GIADA project. GIADA, funded by @Space4Europe and supported by @ASI_spazio, exploits @ESA_EO for #oilandgas exploration.
(image credit: ESA–AOES-Medialab)
Performance of ERA5 data in retrieving Precipitable Water Vapour over East African tropical region. Research project partly funded by @twigah2020 #GNSS #ERA5 #Africa https://www.sciencedirect.com/science/article/pii/S027311772030079X
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://www.sciencedirect.com/science/article/pii/S027311772030079X
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://www.mdpi.com/si/41615 #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://www.g-red.eu/geoguard/
SELECTED 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