Mesa Falls Tuff eruption

E708322

The Mesa Falls Tuff eruption was a major explosive volcanic event in the Yellowstone region that produced extensive ash-flow deposits and helped shape an earlier phase of the Yellowstone volcanic system.

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Statements (40)

Predicate Object
instanceOf volcanic eruption
age Pleistocene
approximateAgeInMillionsOfYears 1.3
associatedWith Island Park Caldera NERFINISHED
Yellowstone hotspot NERFINISHED
cause Yellowstone mantle plume NERFINISHED
chronologicalPhaseOf Yellowstone volcanic system NERFINISHED
country United States of America
surface form: United States
depositName Mesa Falls Tuff NERFINISHED
depositType ash-flow tuff
welded tuff
eruptionStyle Plinian
caldera-forming
eruptionType ash-flow eruption
eruptiveCenter Island Park Caldera area NERFINISHED
formsPartOf Yellowstone Plateau volcanic field eruptive history
hasConsequence landscape modification in Yellowstone region
widespread tephra dispersal in western North America
hasProduct Mesa Falls Tuff NERFINISHED
helpedShape earlier phase of the Yellowstone volcanic system
location Island Park area NERFINISHED
Yellowstone region NERFINISHED
magnitude large
namedAfter Mesa Falls NERFINISHED
olderThan Lava Creek Tuff eruption NERFINISHED
partOf Yellowstone volcanic system NERFINISHED
produced extensive ash-flow deposits
ignimbrite
region eastern Idaho NERFINISHED
northwestern Wyoming
relatedHazard ash fall
pyroclastic flows
relatedProcess caldera collapse
stratigraphicUnit Mesa Falls Tuff NERFINISHED
studyDiscipline igneous petrology
volcanology
tectonicSetting intraplate hotspot
VEI 7
volcanicField Yellowstone Plateau volcanic field NERFINISHED
youngerThan Huckleberry Ridge Tuff eruption NERFINISHED

Referenced by (1)

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

Yellowstone Caldera previousCalderaFormingEruption Mesa Falls Tuff eruption