Geo STA Re would be a mission combining the continuous view capabilities from geostationary orbits of super-continental areas with the all-day, all-weather imaging capabilities of Synthetic Aperture Radar. It would complement Copernicus Sentinel-1 bringing the repeat time from days down to hours. In that, it would provide novel and unique observations. The well proven potentials of Radar in sensing roughness, deformations, and moisture, combined with the short time to get any image, from minutes to an hour, and the immediate data download and exploitation (thanks to the geostationary orbit) makes GeoSTARe a game changer in those fields where hourly-to-daily monitoring is a must
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
Geo STA Re would be a mission combining the continuous view capabilities from geostationary orbits o...
Geo STA Re would be a mission combining the continuous view capabilities from geostationary orbits o...
Geo STA Re would be a mission combining the continuous view capabilities from geostationary orbits o...
Earth Observation missions are usually carried out by Low-Earth Orbit (LEO) satellites, which have m...
More frequent imaging of Earth system processes is recognised as one of the emerging needs in Earth ...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
The next generation of synthetic aperture radar (SAR) systems could foresee satellite missions based...
This document presents the conceptual design and analysis of a Synthetic Aperture Radar (SAR) syste...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
Geo STA Re would be a mission combining the continuous view capabilities from geostationary orbits o...
Geo STA Re would be a mission combining the continuous view capabilities from geostationary orbits o...
Geo STA Re would be a mission combining the continuous view capabilities from geostationary orbits o...
Earth Observation missions are usually carried out by Low-Earth Orbit (LEO) satellites, which have m...
More frequent imaging of Earth system processes is recognised as one of the emerging needs in Earth ...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
The next generation of synthetic aperture radar (SAR) systems could foresee satellite missions based...
This document presents the conceptual design and analysis of a Synthetic Aperture Radar (SAR) syste...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...
G-CLASS (Geosynchronous - Continental Land Atmosphere Sensing System) is a mission concept to advanc...