The Neoproterozoic succession in the Death Valley region contains a physical- and chemostratigraphic record of glaciation. Direct evidence for glaciation includes dropstones, glacially influenced diamictites, and cap carbonates in the Neoproterozoic Kingston Peak Formation. Within this formation, glacially influenced deposits and cap carbonates occur at two distinct horizons, suggesting at least two glacial episodes. Cap-like carbonates and sequence boundaries elsewhere in the succession may indicate additional glacial intervals. The basal Beck Spring Dolomite has fades and isotopic characteristics commonly associated with cap carbonates, and the rest of the succession is punctuated by numerous sequence boundaries including a prominen...
The Kingston Peak Formation is an archetypal Cryogenian succession that crops out across the Death V...
Part I: Stratigraphic constraints on the number of discrete neoproterozoic glaciations and the relat...
Part I: Stratigraphic constraints on the number of discrete neoproterozoic glaciations and the relat...
The Neoproterozoic succession in the Death Valley region contains a physical- and chemostratigraphic...
Neoproterozoic strata in Death Valley, California, contain eukaryotic microfossils and glacial depos...
Neoproterozoic strata in Death Valley, California contain eukaryotic microfossils and glacial deposi...
The late Neoproterozoic Kingston Peak Formation (Fm.) is a several-kilometre-thick sedimentary succe...
The Neoproterozoic (∼750-635 Ma) Kingston Peak Formation, southeastern California, is a coarse-grain...
Stratigraphic mapping of the Neoproterozoic glaciogenic Kingston Peak Formation (Death Valley, Calif...
During the late Neoproterozoic era (Cryogenian, 840–635 Ma), there is evidence for low latitude glac...
The Neoproterozoic (~750-635 Ma) Kingston Peak Formation, southeastern California, is a coarse-grain...
The Neoproterozoic–Cambrian succession in the Death Valley region of the southwestern United States ...
<p>The Neoproterozoic–Cambrian succession in the Death Valley region of the southwestern Unite...
The Neoproterozoic-Cambrian succession in the Death Valley region of the southwestern United States ...
The Kingston Peak Formation is an archetypal Cryogenian succession that crops out across the Death V...
The Kingston Peak Formation is an archetypal Cryogenian succession that crops out across the Death V...
Part I: Stratigraphic constraints on the number of discrete neoproterozoic glaciations and the relat...
Part I: Stratigraphic constraints on the number of discrete neoproterozoic glaciations and the relat...
The Neoproterozoic succession in the Death Valley region contains a physical- and chemostratigraphic...
Neoproterozoic strata in Death Valley, California, contain eukaryotic microfossils and glacial depos...
Neoproterozoic strata in Death Valley, California contain eukaryotic microfossils and glacial deposi...
The late Neoproterozoic Kingston Peak Formation (Fm.) is a several-kilometre-thick sedimentary succe...
The Neoproterozoic (∼750-635 Ma) Kingston Peak Formation, southeastern California, is a coarse-grain...
Stratigraphic mapping of the Neoproterozoic glaciogenic Kingston Peak Formation (Death Valley, Calif...
During the late Neoproterozoic era (Cryogenian, 840–635 Ma), there is evidence for low latitude glac...
The Neoproterozoic (~750-635 Ma) Kingston Peak Formation, southeastern California, is a coarse-grain...
The Neoproterozoic–Cambrian succession in the Death Valley region of the southwestern United States ...
<p>The Neoproterozoic–Cambrian succession in the Death Valley region of the southwestern Unite...
The Neoproterozoic-Cambrian succession in the Death Valley region of the southwestern United States ...
The Kingston Peak Formation is an archetypal Cryogenian succession that crops out across the Death V...
The Kingston Peak Formation is an archetypal Cryogenian succession that crops out across the Death V...
Part I: Stratigraphic constraints on the number of discrete neoproterozoic glaciations and the relat...
Part I: Stratigraphic constraints on the number of discrete neoproterozoic glaciations and the relat...