inner Solar System

GPTKB entity

Statements (55)
Predicate Object
gptkbp:instanceOf astronomical region
gptkbp:contains gptkb:Venus
gptkb:Mercury
gptkb:Earth
gptkb:Mars
the_Earth-Moon_system
gptkbp:has_a outer_Solar_System
https://www.w3.org/2000/01/rdf-schema#label inner Solar System
gptkbp:influenced solar radiation
solar wind
gptkbp:is_characterized_by terrestrial planets
rocky bodies
gptkbp:is_home_to the Moon
Mars'_moons
gptkbp:is_located_in Sun
Asteroid Belt
gptkbp:is_part_of gptkb:Solar_System
gptkbp:orbitalInclination outer planets
gptkbp:region the solar system's gravitational interactions are studied
comets are observed
human activity is concentrated
life exists
space exploration missions are focused
the first planets formed
the habitable zone is located
the majority of known asteroids are located
the majority of planetary bodies are found
the solar nebula collapsed
the solar system's astrobiology is researched
the solar system's atmosphere is examined
the solar system's climate is observed
the solar system's colonization is discussed
the solar system's discoveries are made
the solar system's dynamics are influenced
the solar system's evolution is studied
the solar system's exoplanets are theorized
the solar system's exploration is planned
the solar system's formation began
the solar system's future is predicted
the solar system's geology is analyzed
the solar system's history is recorded
the solar system's magnetic field is measured
the solar system's missions are launched
the solar system's mysteries are investigated
the solar system's phenomena are observed
the solar system's potential for life is evaluated
the solar system's radiation levels are monitored
the solar system's resources are explored
the solar system's technology is developed
the terrestrial planets formed
the solar system's orbital mechanics are calculated
the solar system's celestial mechanics are analyzed
the_Kuiper_Belt_begins
the_Oort_Cloud_is_theorized_to_exist
gptkbp:size outer_Solar_System