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The objectives of the BIOSIS study funded by the General Studies Programme of ESA were: to review the biological risks for the crew due to biocontamination related to air and water quality, to identify knowledge gaps of non-detected / non-mitigated risks and to provide recommendations for future development of automated instrumentation.
MEDES
The objective of this study was to identify and implement solutions to the short comings of atmospheric correction schemes for geostationary satellites for ocean applications and consolidate the related Geo-Oculus requirements.
HYGEOS
The objective of this study was to identify and implement solutions to the short comings of atmospheric correction schemes for geostationary satellites for ocean applications and consolidate the related Geo-Oculus requirements.
HYGEOS
The NEMS – Near-Earth Exploration Minimum System internal ESA study, conducted at ESA's Concurrent Design Facility (CDF) between March and April 2011 aimed at investigating and reporting on the main trade-offs, system drivers and critical risk areas associated with even the most basic human exploration beyond Earth-Moon system. The (purely theoretical) mission scenario addressed the transfer a crew of 3 astronauts from the Earth to an accessible Near-Earth Asteroid (NEA) and their safe return to Earth before 2030. Dust contamination was identified as a major concern.
ONERA
The APPS study work focusses on the critical technologies required to provide both servicing and support functions to a seismometer payload located on the lunar surface. Although the baseline payload (and by extension the reference mission) has specific requirements, the technology focus of the study allows the outputs to be of broader application to exploration missions to the moon and beyond.
Airbus Defence &...
The project title is “Earth Observation Multi-mission Phase-E2 Operational Calibration: assessment of enhanced and new methodologies, technical procedures and systems scenarios”. It corresponds to the Invitation to tender AO:1-7043/11/F/MOS.
MAGELLIUM
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