Martian outflow channels

GPTKB entity

Statements (51)
Predicate Object
gptkbp:instanceOf geological feature
gptkbp:are a subject of scientific debate
a focus of astrobiological research
a focus of interdisciplinary research
a subject of remote sensing studies
a target for future exploration missions
evidence of erosion
often featured in scientific publications
a focus of astrobiological interest
a focus of planetary research
a subject of interest for planetary scientists
a subject of ongoing exploration and study
analyzed for their geomorphological features
associated with outburst floods
larger than terrestrial river valleys
often analyzed for their sedimentary structures
often associated with impact craters
often compared to terrestrial features
often depicted in educational materials
often depicted in scientific illustrations
often studied in planetary geology
often studied in the context of climate change
often studied using radar technology
often used to study planetary processes
often used to test geological models
often analyzed for their age and formation processes
visible in high-resolution images
a_key_element_in_understanding_Mars'_water_history
a_key_feature_in_Mars'_hydrological_cycle
a_key_feature_in_Mars'_northern_plains
a_significant_aspect_of_Mars'_geological_history
a_significant_aspect_of_Mars'_surface_geology
a_significant_feature_in_Mars'_topography
important_for_understanding_Mars'_history
often_compared_to_ancient_river_systems_on_Earth
often_featured_in_documentaries_about_Mars
often_studied_in_relation_to_Martian_meteorology
gptkbp:can_be reveal information about past volcanic activity
gptkbp:canBe contain sedimentary deposits
gptkbp:characterizedBy large valleys
gptkbp:established Mars_orbiters
gptkbp:exhibits converging patterns
gptkbp:formed ancient water flow
gptkbp:has been mapped extensively
complex drainage systems
https://www.w3.org/2000/01/rdf-schema#label Martian outflow channels
gptkbp:includes gptkb:Valles_Marineris
gptkbp:locatedIn gptkb:Mars
gptkbp:mandates past climate conditions
gptkbp:provides insight_into_Martian_hydrology
gptkbp:suitableFor potential for ancient life