Search
Performance of nanosatellite systems is reaching a level sufficient for supporting Earth Observation applications, while instrument development focuses on miniaturization. By using a multitude of cooperating and cost effective satellites, nanosat technology could be a serious competitor for conventional EO missions
Instituto Superior de...
While most Earth Observation missions based on passive optical methods are intended to measure the light “reflected” by the surface, FLEX uses a completely innovative approach based on the measurement of the light “emitted” as fluorescence by terrestrial vegetation. Such fluorescence emission by vegetation has never been measured from space, which makes FLEX a true Explorer mission providing a type of information never available before.
UNIVERSIDAD POLITECNICA...
Filter by programme:
Filter by start year:
Filter by end year:
Filter by keywords:
- (-) Remove Earth Orbit filter Earth Orbit
- LEO (2) Apply LEO filter
- Constellation (1) Apply Constellation filter
- Copernicus (1) Apply Copernicus filter
- Earth explorers (1) Apply Earth explorers filter
- Earth observation (1) Apply Earth observation filter
- FLEX (1) Apply FLEX filter
- Interdisciplinary (1) Apply Interdisciplinary filter
- Sentinel satellites (1) Apply Sentinel satellites filter
- Space applications (1) Apply Space applications filter
- SysNova (1) Apply SysNova filter
Filter by contractor:
- (-) Remove de filter de
- (isegi) (1) Apply (isegi) filter
- estatística (1) Apply estatística filter
- gestão (1) Apply gestão filter
- informação (1) Apply informação filter
- instituto (1) Apply instituto filter
- isegi (1) Apply isegi filter
- politecnica (1) Apply politecnica filter
- superior (1) Apply superior filter
- universidad (1) Apply universidad filter
- valencia (1) Apply valencia filter