Microbial Activity and Neomorphism Influence the Composition and Microfabric of Ooids From Great Salt Lake, UT

By Tyler A. Lincoln, Samuel M. Webb & 3 more. Well-developed radial aragonite microfabrics and the ubiquitous occurrence of a Mg-silicate phase in Great Salt Lake ooids suggest influence of microbial activity and neomorphism.

PDF) The Holocene Great Salt Lake and Pleistocene Lake Bonneville System: Conserving our Geoheritage for Future Generations

Microbial Activity and Neomorphism Influence the Composition and Microfabric of Ooids From Great Salt Lake, UT

Microbes influence ooid formation

Microbial Activity and Neomorphism Influence the Composition and Microfabric of Ooids From Great Salt Lake, UT

Figure 13 from Comparative Sedimentology of Lake Bonneville and the Great Salt Lake

Microbial Activity and Neomorphism Influence the Composition and Microfabric of Ooids From Great Salt Lake, UT

Ooids composed of coarse calcite spar without relics, interpreted as

PDF) The Holocene Great Salt Lake and Pleistocene Lake Bonneville System: Conserving our Geoheritage for Future Generations

Great Salt Lake microbiology: a historical perspective

Index Catalog // CU Scholar

Organic matter influence on ooid formation: New insights into classic examples (Great Salt Lake, USA; Triassic Germanic Basin, Germany)

Figure 13 from Comparative Sedimentology of Lake Bonneville and the Great Salt Lake