New strategic clustering activities established
The MAGDA project aims to improve meteorological assimilation for agriculture through the use of advanced GNSS and drone technologies. To maximise the visibility and application of
A new weather radar network for improving the ability to monitor and predict extreme rainfall events over Romania
MeteoRo features state-of-the-art Doppler radar technology capable of detecting precipitation intensity, wind patterns, and storm development in real-time starting from 2024. This
GeoGuard: Expanding Capabilities Beyond Displacement Monitoring in MAGDA
In the MAGDA project, GeoGuard’s advanced GNSS-based monitoring system is being leveraged for environmental applications, focusing on the continuous monitoring of atmospheric wat
Cap2020’s metIS hub expands its field of application
The metIS hub from Cap2020, a key technology used in the MAGDA project is being deployed in Martinique, with new applications beyond the MAGDA project. When developing this technol
Automatic quality control checks enable the use of dense observational networks in convection-permitting simulations
The MAGDA project aims to improve weather forecasts by assimilating high-resolution data from sources like GNSS, weather radars, drones, and ground-based stations. However, these d
Enhanced nationwide weather forecasts: A network of Meteodrones in Norway
Meteomatics’ Meteodrones and Meteobases are being utilized in the MAGDA project to enhance atmospheric observations in agricultural areas across France, Italy, and Romania. B
Tackling Environmental Challenges with Precision Agriculture and Innovative Farm Management
A user-centred approach to gathering user requirements for modern farm management systems The modern farming landscape is being transformed by precision agriculture and farm manage
July 2024 Sees Significant Shifts in Precipitation, Relative Humidity, and Soil Moisture
The latest climate bulletin data from the Copernicus Climate Change Service highlights significant variations in precipitation, relative humidity, and soil moisture for July 2024.
First GNSS reflectometry experiment to retrieve soil moisture from low-cost stations
As part of the activities foreseen by the MAGDA project, GReD has introduced improvements to its proprietary Breva GNSS software. This development brings forth a first version of a
Precision irrigation on alluvial soils of the Lower Danube Floodplain
Water scarcity has become a frequent and widespread phenomenon. Intensification of water scarcity will have an economic impact on the main water-using sectors. The highest pressure