Linked from

The 114 pages that link to Karst, each with the reason it gives.

• LimestoneRelated: Carbon dioxide-rich water dissolves limestone and creates karst terrain.

• CalciteRelated: Groundwater dissolves calcite-rich rock to create caves, sinkholes, and underground drainage.

• Land subsidenceRelated: Dissolution and collapse of underground cavities can lower or suddenly break the surface.

• Mediterranean basinRelated: Karst landscapes redirect water underground in parts of the basin.

• MarbleRelated: Water dissolves marble along fractures, producing caves and sculpted landscapes.

• DolomitesRelated: Dissolution of carbonate rocks shapes parts of the range’s terrain and water flow.

• CarbonateRelated: Carbonate-rock dissolution creates caves, sinkholes, and underground drainage.

• GuangxiRelated: Limestone karst landscapes shape much of Guangxi’s distinctive scenery.

• Carbonate mineralRelated: Dissolving carbonate minerals create caves, sinkholes, and distinctive drainage systems.

• HydrogeologyRelated: Karst aquifers can channel groundwater through conduits unlike ordinary porous media.

• GuizhouRelated: Limestone dissolution gives much of Guizhou its distinctive landforms.

• Madagascar dry deciduous forestsRelated: Limestone karst underlies distinctive forest habitats, including the Tsingy formations.

• Cave BiologyRelated: Karst geology creates many of the connected underground habitats studied in cave biology.

• Three GorgesRelated: Limestone formations and karst terrain occur around parts of the Three Gorges region.

• Western DesertRelated: Limestone dissolution contributes to caves and depressions in parts of the desert.

• Carbonate rockRelated: Carbonate dissolution creates caves, sinkholes, and distinctive drainage patterns.

• Taurus MountainsRelated: Limestone in the Taurus Mountains supports extensive caves and underground water systems.

• SloveniaRelated: The Slovenian Karst gave this landscape type its international name.

• GigantopithecusRelated: Many Gigantopithecus fossils come from caves in southern China’s karst terrain.

• OzarksRelated: Limestone and dolomite make karst features widespread across the region.

• Xiling GorgeRelated: Limestone features around Xiling reflect processes associated with karst landscapes.

• Apuan AlpsRelated: Limestone dissolution helps shape the Apuan Alps’ rugged terrain and cave systems.

• Apuseni MountainsRelated: Limestone dissolution produced many of the range’s caves and landforms.

• Cave of SwallowsRelated: Dissolution of limestone helped create the cave's deep shaft.

• LiuzhouRelated: Limestone karst formations characterize the terrain around Liuzhou.

• Nanjing ManRelated: Hulu Cave formed in a karst setting that accumulated fossils and sediments.

• OoliteRelated: Dissolution can enlarge openings in oolitic limestone and create karst features.

• Subterranean biologyRelated: Karst geology creates many connected cave and groundwater habitats.

• Verdon GorgeRelated: Limestone dissolution contributes to the wider terrain surrounding the canyon.

• Aare GorgeRelated: Limestone dissolution helps explain how water can widen fractures around the river channel.

• Calcium bicarbonateRelated: Bicarbonate-forming water dissolves limestone and contributes to caves and sinkholes.

• Cerro SarisariñamaRelated: The summit pits resemble karst sinkholes, though Sarisariñama’s sandstone setting differs from classic limestone karst.

• Huanglong Scenic and Historic Interest AreaRelated: Dissolving and redepositing carbonate rock links Huanglong’s scenery to karst processes.

• Judaean MountainsRelated: Dissolving limestone creates caves and other features in the range.

• Jugurtha TablelandRelated: Limestone dissolution is a regional process that can shape the mesa’s rock surfaces and cavities.

• KönigsseeRelated: Karst drainage helps connect the lake’s mountain setting with its clear waters.

• Kuang Si FallsRelated: The falls lie in a limestone landscape where water can dissolve and redeposit rock.

• MangaiaRelated: Rainwater has dissolved Mangaia’s limestone makatea into rugged terrain and caves.

• Near-surface geophysicsRelated: Shallow surveys can detect cavities and void-prone zones that threaten construction.

• Ordesa ValleyRelated: Karst processes shape the limestone terrain around the valley.