Mission to Mars

E140909

Mission to Mars is a science fiction novel by astronaut Buzz Aldrin that explores the technical, political, and human challenges of planning and executing a crewed journey to the Red Planet.

All labels observed (1)

Label Occurrences
Mission to Mars canonical 2

How this entity was disambiguated

Statements (43)

Predicate Object
instanceOf science fiction novel
author Buzz Aldrin
authorOf Mission to Mars self-linksurface differs
countryOfOrigin United States of America
surface form: United States
depicts crew selection and training
entry, descent, and landing on Mars
life support systems for Mars missions
mission architecture trade-offs
planetary surface operations
psychological effects of isolation
spacecraft propulsion concepts
genre science fiction
space exploration fiction
hasAudience readers interested in space exploration
science fiction fans
space policy enthusiasts
hasNarrativeFocus astronaut crew dynamics
execution of a crewed Mars mission
mission design and engineering
planning a crewed Mars mission
political decision-making
public support for space exploration
inspiredBy Buzz Aldrin's experience as an astronaut
language English
literaryTheme human challenges of long-duration spaceflight
international cooperation in space
political challenges of space missions
risk and sacrifice in exploration
space policy and funding
technical challenges of Mars exploration
mainSubject Mars
surface form: Mars (planet)

crewed mission to Mars
space travel
portrays conflicts over mission priorities
ethical questions about human expansion into space
international collaboration in Mars exploration
realistic spaceflight constraints
technological innovation for Mars travel
setting Mars surface
future
outer space
spacecraft
workOfAuthor Buzz Aldrin

How these facts were elicited

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

Buzz Aldrin notableWork Mission to Mars
Mission to Mars authorOf Mission to Mars self-linksurface differs
subject surface form: Buzz Aldrin