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72<br />

NCKRI Special Paper No. 1<br />

by rising flow and bears no signs of any water table<br />

development, is important for interpretation of these<br />

secondary formations in the context of sulfuric acid<br />

speleogenesis (see below for discussion of the Guadalupe<br />

Mountains). Both Amazing Maze Cave and Robber Baron<br />

Cave are representative, in morphological and geological<br />

respects, of a great number of maze caves throughout the<br />

United States, so that their identification as transverse<br />

hypogenic caves serves to establish this mode of<br />

speleogenesis as the dominant mechanism for the<br />

formation of maze caves (see Section 4.3 for discussion of<br />

the maze caves controversy).<br />

Figure 43. Amazing Maze Cave, Texas, USA, a multi-story maze cave in stratified Cretaceous limestone, an example of confined transverse<br />

speleogenesis in which dissolution by sulfuric acid took part (see text). Map courtesy of the Texas Speleological Survey (from Elliott and<br />

Veni, 1994).<br />

The renowned Caverns of Sonora, located in the<br />

central portion of the Edwards Plateau within the drainage<br />

basin of the Devils River, is another instructive example of<br />

hypogenic transverse speleogenesis. The 2.3-km long<br />

cave consists of mazy stacks of nearly parallel jointcontrolled<br />

passages stretching along two main trends<br />

(Figure 44), developed on four distinct stratigraphicallyconformable<br />

stories within the vertical range of about 35 m

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