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.

Great Salt Lake microbiology: a historical perspective

Great Salt Lake microbiology: a historical perspective

Oolitic sediments from the Joulter's Cay oolitic shoal complex. (A, B)

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

Oolite and coated grains

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

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

Notations and qualitative features of contour evolution. (a) The

a–f) Representative examples of how growth and abrasion affect ooid

Photomicrographs of exemplar ooids and best fit cortical layer boundaries.

Crossplot of d 34 S versus D 33 S values for all Archean sulfate

Theodore Present - Pasadena, California, United States, Professional Profile

An elongated ooid shape and the fitted invariant shape of the model (c

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