The application of carbonate clumped isotope (Δ 47) thermometry in deep-time is often limited by modification of the original temperature signal by thermal resetting. New modeling …
The Colorado Plateau's complex landscape has motivated over a century of debate, key to which is understanding the timing and processes of surface uplift of the greater Colorado …
The carbonate clumped isotope (∆ 47) thermometer is a powerful tool for temperature reconstruction based on the thermodynamical 13 C—18 O bonding preference. Accurate …
AC Fetrow, KE Snell, RV Di Fiori… - Paleoceanography …, 2022 - Wiley Online Library
Abstract The North American Newark Canyon Formation (NCF;∼ 113–98 Ma) presents an opportunity to examine how terrestrial carbonate facies reflect different aspects of …
How subsurface microbial life changed at the bottom of the kilometers‐deep (hypo) Critical Zone in response to evolving surface conditions over geologic time is an open question …
Paleoelevation and paleoclimate reconstructions based on carbonate proxies rely on the preservation of syndepositional surface water isotopic signatures. This study investigates the …
This study applied clumped isotope analyses to investigate how different limestone components (larger skeletal grains and enclosing matrix) and cements may have varying …
H Ping, W Deng, H Chen, Y Guo, K Kong… - Marine and Petroleum …, 2024 - Elsevier
Abstract Carbonate clumped-isotope (Δ 47) paleothermometry offers a novel means of reconstructing the paleoburial temperature of carbonate rocks. However, the application of …
AH Laskar, TF Yui, MC Liang - Journal of Asian Earth Sciences, 2024 - Elsevier
Clumped isotopic compositions (abundance of 13 C 16 O 18 O in CO 2, expressed by Δ 47) in massive calcite marble (CM) and dolomite marble (DM) were reported to refine our …