Home›Erosional and Karst Formations›Geological AgeBrowse ByGeological AgeFactsGeological AgeSourcesComments (0)Reader Challenges (0)FactsComparisonFormation OriginWell-attestedTopography formed from the dissolution of soluble carbonate rocks such as limestone and dolomite. 1Geological AgeFilter Results7 entriesFormation FamilyAllNatural Arches and Rock Bridges (1)Peneplains and Erosion Surfaces (2)Rock Pillars, Towers and Weathered Rock Groups (3)Stacks and Eroded Coastal Rocks (1)Formation TypeAllNatural Arches and Rock Bridges (1)Peneplains and Erosion Surfaces (2)Rock Pillars, Towers and Weathered Rock Groups (3)Stacks and Eroded Coastal Rocks (1)WhereAllCanada (1)Ecuador (1)Mexico (1)New Zealand (1)North Macedonia (1)Norway (1)Russia (1)Spain (1)Sweden (1)Formed By (Process)AllErosion (5)Orogeny (1)Weathering (1)Protected StatusAllLocally or Regionally Protected (1)National Monument or Landmark (1)National Park or Reserve (2)Natura 2000 Site (1)UNESCO World Heritage Site (1)Visitor AccessAllOpen (1)DisciplineAllGeomorphology (6)Defining EventAllEvolution (4)Glaciation (1)Mass Extinction (2)End (Million Years Ago)All0 (1)5.33 (1)23.04 (2)66 (1)298.9 (1)485.4 (1)RankAllEpoch (3)Period (4)Start (Million Years Ago)All0.0117 (1)23.04 (1)33.9 (1)66 (1)143.1 (1)358.86 (1)538.8 (1)Show ResultsBrowseCompareCambrianGeological Age1 entryCarboniferousGeological Age1 entryCretaceousGeological Age2 entriesHoloceneGeological Age1 entryMioceneGeological Age1 entryOligoceneGeological Age1 entryPaleogeneGeological Age2 entriesSources1. Wikipedia: Karsttier 2WikipediaLead sectionQuote, Lead sectionKarst () is a topography formed from the dissolution of soluble carbonate rocks such as limestone and dolomite.View the SourceComments (0)No comments yet. Be the first to share a thought.Sign in to join the discussion.Reader Challenges (0)No disputes yet. Spotted an error or a better source? Open the first one.Sign in to dispute this or suggest a correction.