_version_ 1867171872018268160
author Garcia, Victor Higareda
Ma, Lin
Ricketts, Jason William
Dosseto, Anthony
author_facet Garcia, Victor Higareda
Ma, Lin
Ricketts, Jason William
Dosseto, Anthony
collection Datos científicos de ciencias marinas y ambientales
contents A total of 45 individual travertine samples were collected along a 10 km trace of the Santa Fe fault zone. Travertine samples were collected from low (Qtr1; basin floor), middle (Qtr2), and high (Qtr3; Lucero Uplift) elevations near east- and west-dipping faults and at the main exposures within the Santa Fe fault zone. Of these 45 samples, 25 representative samples were selected for geochronological and geochemical analyses. Twelve of the representative samples were used to determine travertine growth rates using U-series ages. Growth rates in the samples were calculated using regressions of the ages and distance from each analyses within the same travertine sample along their direction of growth. Here we show the travertine growth rates.
format Dataset Open Access
id pangaea_https___doi_org_10_1594_PANGAEA_926502
institution PANGAEA
language en
publishDate 2021
publisher PANGAEA
record_format pangaea
spellingShingle Growth rates of travertine deposits of the Santa Fe fault zone of the Lucero Uplift, New Mexico, USA
Garcia, Victor Higareda
Ma, Lin
Ricketts, Jason William
Dosseto, Anthony
87Sr/86Sr; AGE; Age, error; Calculated from regressions; C isotopes; DEPTH, sediment/rock; Elevation of event; Event label; Growth rate; Latitude of event; Longitude of event; New Mexico, United States of America; O isotopes; ROCK; Rock sample; Sample code/label; Santa_Fe_fault_TPL07; Santa_Fe_fault_TPL10; Santa_Fe_fault_TPL16; Santa_Fe_fault_TPL17; Santa_Fe_fault_TPL19; Santa_Fe_fault_TPL21; Santa_Fe_fault_TPL2-5; Santa_Fe_fault_TPL2-7; Santa_Fe_fault_TPL30; Santa_Fe_fault_TPL31; Santa_Fe_fault_TPL34; Santa_Fe_fault_TPL36; Uranium-series dating; U-series; U-series dating
A total of 45 individual travertine samples were collected along a 10 km trace of the Santa Fe fault zone. Travertine samples were collected from low (Qtr1; basin floor), middle (Qtr2), and high (Qtr3; Lucero Uplift) elevations near east- and west-dipping faults and at the main exposures within the Santa Fe fault zone. Of these 45 samples, 25 representative samples were selected for geochronological and geochemical analyses. Twelve of the representative samples were used to determine travertine growth rates using U-series ages. Growth rates in the samples were calculated using regressions of the ages and distance from each analyses within the same travertine sample along their direction of growth. Here we show the travertine growth rates.
title Growth rates of travertine deposits of the Santa Fe fault zone of the Lucero Uplift, New Mexico, USA
topic 87Sr/86Sr; AGE; Age, error; Calculated from regressions; C isotopes; DEPTH, sediment/rock; Elevation of event; Event label; Growth rate; Latitude of event; Longitude of event; New Mexico, United States of America; O isotopes; ROCK; Rock sample; Sample code/label; Santa_Fe_fault_TPL07; Santa_Fe_fault_TPL10; Santa_Fe_fault_TPL16; Santa_Fe_fault_TPL17; Santa_Fe_fault_TPL19; Santa_Fe_fault_TPL21; Santa_Fe_fault_TPL2-5; Santa_Fe_fault_TPL2-7; Santa_Fe_fault_TPL30; Santa_Fe_fault_TPL31; Santa_Fe_fault_TPL34; Santa_Fe_fault_TPL36; Uranium-series dating; U-series; U-series dating
url https://doi.org/10.1594/PANGAEA.926502