Linked from

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

• SpeleothemNarrower topic: Karst drainage supplies the mineral-rich water from which many speleothems form.

• Cave conservationNarrower topic: Cave protection must account for surface activities that affect connected underground water systems.

• Cave tourismNarrower topic: Karst processes create many of the caves visited by tourists.

• SpeleologyNarrower topic: Karst processes create many caves that speleologists investigate.

• SpeleogenesisNarrower topic: Karst landscapes express the same dissolution processes that form many caves.

• Yucatán PeninsulaNarrower topic: Limestone dissolution channels much of the peninsula’s rainfall underground.

• Underground RiverNarrower topic: Karst terrain commonly channels surface water into subterranean rivers.

• Cave ecologyNarrower topic: Karst processes connect cave habitats to water, soils, and surface disturbance.

• Karst HydrologyNarrower topic: Karst hydrology concerns water behavior in this distinctive terrain.

• SinkholeNarrower topic: Sinkholes are characteristic surface features of landscapes shaped by underground dissolution.

• CavingNarrower topic: Many caves explored by cavers form in karst limestone landscapes.

• Show CaveNarrower topic: Many show caves form in karst landscapes where water dissolves limestone.

• StalagmiteNarrower topic: Karst landscapes supply the caves and fractured rock through which mineral-bearing water travels.

• Dinaric AlpsNarrower topic: Limestone dissolution gives much of the range its characteristic rugged terrain.

• Mammoth CaveNarrower topic: Mammoth Cave is part of a karst landscape where groundwater dissolves limestone.

• Cave formationNarrower topic: Karst landscapes form where groundwater dissolves limestone and other soluble rocks into cave systems.

• CenoteNarrower topic: Cenotes are characteristic sinkholes in karst terrain.

• Cave passageNarrower topic: Karst processes produce many passages in limestone and other soluble rocks.

• Postojna CaveNarrower topic: Postojna Cave is part of a landscape formed by groundwater dissolving limestone.

• Cave explorationNarrower topic: Karst landscapes contain many caves and surface clues to underground openings.

• Yunnan–Guizhou PlateauNarrower topic: Limestone dissolution creates the plateau’s distinctive tower karst, sinkholes, and underground drainage.

• Nullarbor PlainNarrower topic: Limestone dissolution creates the Nullarbor’s caves and sinkholes.

• GuilinNarrower topic: Karst processes created the steep limestone peaks that define the Guilin area.

• Hạ Long BayNarrower topic: Limestone dissolution created the bay’s rugged terrain and many of its caves.

• Mammoth Cave National ParkNarrower topic: Dissolving limestone formed the park’s sinkholes, springs, and cave passages.

• Phong Nha–Kẻ Bàng National ParkNarrower topic: Limestone dissolution created the park’s ridges, underground drainage, and cave systems.

• Aran IslandsNarrower topic: Karst processes explain the islands’ exposed limestone surfaces and scarce soil.

• Édouard-Alfred MartelNarrower topic: The cave systems Martel explored formed within this broader geological landscape.

• Chocolate HillsNarrower topic: Limestone dissolution and erosion are central to explanations of the hills’ formation.

• Five-hundred-meter Aperture Spherical TelescopeNarrower topic: Karst processes created the natural basin selected for FAST’s construction.

• Li RiverNarrower topic: The Li River valley is a prominent example of a karst landscape.

• Puerto Princesa Subterranean River National ParkNarrower topic: Karst dissolution formed the park’s limestone terrain and underground river passages.

• Stone ForestNarrower topic: Limestone dissolution is the broad process that sculpted the Stone Forest.

• Aven ArmandNarrower topic: Aven Armand is part of the karst terrain of the Causse Méjean.

• Jeita GrottoNarrower topic: Jeita’s limestone chambers and underground drainage are characteristic features of karst.

• JiuzhaigouNarrower topic: The valley’s limestone bedrock belongs to this broader landscape type.

• Neptune's GrottoNarrower topic: Dissolution of the headland’s limestone helped form the coastal cave.

• Optymistychna CaveNarrower topic: Dissolution creates the underground passages that define the cave.

• Scărișoara CaveNarrower topic: Limestone dissolution created the passages and chambers of Scărișoara Cave.

• Thiên Đường CaveNarrower topic: The cave belongs to the extensive karst terrain of central Vietnam.

• Ankarana Special ReserveNarrower topic: Karst processes shape the reserve’s surface and hidden water network.

• Band-e Amir National ParkNarrower topic: Dissolution and groundwater flow help explain the park’s springs and limestone terrain.

• Candelaria CavesNarrower topic: The caves are part of a karst landscape shaped by limestone dissolution.

• Cango CavesNarrower topic: Cango Caves is part of a karst landscape formed in soluble rock.

• Caves of Aggtelek Karst and Slovak KarstNarrower topic: The property is a major example of this landscape-forming process in limestone.

• Caves of Han-sur-LesseNarrower topic: The caves are a local example of a karst landscape.

• Chinhoyi CavesNarrower topic: Karst processes explain the underground cavities and water pathways at Chinhoyi.

• Ciudad EncantadaNarrower topic: Limestone dissolution places Ciudad Encantada within the broader family of karst landscapes.

• EisriesenweltNarrower topic: Eisriesenwelt’s passages developed within soluble limestone bedrock.

• El Torcal de AntequeraNarrower topic: El Torcal is a classic karst landscape shaped chiefly in limestone.