LunAres Research Station has been conducting multi-mission research to gather big data regarding human and environmental factors since 2021. The LunAres data can be gathered during each mission and available to our research partners. The access to the data depends on which research support service is selected (more information on that in the submission form and later during the interview phase).
Environmental telemetry provides habitat indoor climate and resources usage data. Regarding human telemtry – LunAres provides platform, equipment, operational procedures.
LunAres data is divided into three categories:
Human Telemetry and Human factors
- basic medical check (body temperature, blood pressure, heart rate, Oxygen saturation)
- ailments and symptoms
- critical incidents log
- weight
- BMI
- body fat rate
- skeletal muscle mass
- visceral fat level
- resting metabolism
- height
- heart rate
- heart rate variability
- sleep cycle
- steps
- workout schedule
- workout type
- workout duration
- workout intensity
- workout wearable monitoring
- sleep diary
- sleep cycle with wearable
- diet type
- diet schedule
- diet composition
- calories intake
- water intake
- demographic measures
- roles
- responsibilities
Environmental and indoor climate data
- temperature
- humidity
- luminosity
- Oxygen concentration levels
- Carbon dioxide concentration levels
- TVOC
- air pollution
- air pressure
Parameters measured in each module (but in different sets). Ask about the availability.
- water resources management
- greywater production and management
- waste production
- power consumption habitat / equipment scale)
- Video footage
- Artificial lighting schedule
- simulated life support system
- air quality
- habitat plan
- simulated location
Mission architecture data
- planned schedule
- detailed schedule (updated during mission)
- experiments and research list
- time and duration
- communication information
- medical emergency events log
- technical emergency log
- simulation brach
- incidents log
- EVA schedule
- EVA report
- EVA scenarios