Linked from

The 14 pages that link to Travertine, each with the reason it gives.

• LimestoneBroader topic: It exemplifies limestone formed by chemical precipitation rather than accumulated shells.

• Calcium carbonateBroader topic: It forms when calcium carbonate precipitates from carbonate-rich water.

• SpeleothemCompared with: It shares carbonate precipitation with speleothems but commonly forms outside caves.

• StalagmiteRelated: It shares carbonate precipitation with stalagmites but commonly forms in surface settings.

• Carbonate rockBroader topic: It illustrates carbonate-rock formation by mineral precipitation rather than seafloor accumulation.

• Getty CenterRelated: Travertine quarried in Italy gives the Center much of its distinctive surface texture.

• JiuzhaigouRelated: Calcium carbonate deposits form pale dams and ledges around many of the valley’s lakes.

• Band-e Amir National ParkRelated: Travertine dams divide the lakes and shape their cascading basins.

• Hammam MaskhoutineRelated: Dissolved minerals precipitate from the water to build pale terraces and formations.

• Huanglong Scenic and Historic Interest AreaNarrower topic: Huanglong’s signature terraces are built from this calcium-carbonate rock.

• Kuang Si FallsRelated: Calcium carbonate deposits build the pale terraces around the pools.

• Plitvice Lakes National ParkRelated: Travertine deposition helps explain how the park’s natural dams grow and redirect water.

• Ponte Sant'AngeloRelated: This stone is among the materials associated with the bridge's Roman construction.

• Puente del IncaRelated: Spring water deposited carbonate minerals that helped build the arch’s pale rock formations.