More than 80 mineral species are known to result from secondary chemical reactions in solutional limestone caverns. These minerals are transitional and end-products of carbonate wall rock interactions with ground water and organic residue. Bacteria are often critical in fixing various ions in these reactions. Ultimate source of metallic ions is usually the sulphide minerals weathering in overlying strata, and brought to the cave environment by circulating ground waters. Hydrothermal solutions may bring heavy metallic ion concentrations from deeper strata. About one-third of the known cave mineral species occur in stalactitic form
This article presents a short review of the physical, chemical, and crystallographic properties of c...
Karstic caves represent one of the most important subterranean carbon storages on Earth and provide ...
Karstic caves represent one of the most important subterranean carbon storages on Earth and provide ...
More than 80 mineral species are known to result from secondary chemical reactions in solutional lim...
Perhaps man’s first motivation to explore caves, beyond using them as shelter, was the search for su...
Perhaps man’s first motivation to explore caves, beyond using them as shelter, was the search for su...
Perhaps man’s first motivation to explore caves, beyond using them as shelter, was the search for su...
To determine if microbial species play an active role in the development of calcium carbonate (CaCO ...
One unresolved issue in geomicrobiology is the involvement of microbial activity in the formation of...
The Karst Waters Institute Breakthroughs in Karst Geomicrobiology and Redox Geochemistry conference ...
The wad-minerals from limestone caves of Yugoslavia, China and Japan were studied. X-ray diffraction...
Caves in the Guadalupe Mountains offer intriguing examples of possible past or present geomicrobiolo...
Caves are among Earth\u27s most important minerogenetic environments and they host over 350 minerals...
Typically, caves are characterized by low organic carbon nutrients due to the absence of light and a...
The Karst Waters Institute Breakthroughs in Karst Geomicrobiology and Redox Geochemistry conference ...
This article presents a short review of the physical, chemical, and crystallographic properties of c...
Karstic caves represent one of the most important subterranean carbon storages on Earth and provide ...
Karstic caves represent one of the most important subterranean carbon storages on Earth and provide ...
More than 80 mineral species are known to result from secondary chemical reactions in solutional lim...
Perhaps man’s first motivation to explore caves, beyond using them as shelter, was the search for su...
Perhaps man’s first motivation to explore caves, beyond using them as shelter, was the search for su...
Perhaps man’s first motivation to explore caves, beyond using them as shelter, was the search for su...
To determine if microbial species play an active role in the development of calcium carbonate (CaCO ...
One unresolved issue in geomicrobiology is the involvement of microbial activity in the formation of...
The Karst Waters Institute Breakthroughs in Karst Geomicrobiology and Redox Geochemistry conference ...
The wad-minerals from limestone caves of Yugoslavia, China and Japan were studied. X-ray diffraction...
Caves in the Guadalupe Mountains offer intriguing examples of possible past or present geomicrobiolo...
Caves are among Earth\u27s most important minerogenetic environments and they host over 350 minerals...
Typically, caves are characterized by low organic carbon nutrients due to the absence of light and a...
The Karst Waters Institute Breakthroughs in Karst Geomicrobiology and Redox Geochemistry conference ...
This article presents a short review of the physical, chemical, and crystallographic properties of c...
Karstic caves represent one of the most important subterranean carbon storages on Earth and provide ...
Karstic caves represent one of the most important subterranean carbon storages on Earth and provide ...