Understanding the relationships between speleothem stable isotopes (δ13C δ18O) and in
situ cave forcing mechanisms is important to interpreting ancient stalagmite paleoclimate …

Lake level records point to dramatic changes in Great Basin water balance over the last 25
ka, but the timing and pace of Holocene drying in the region remains poorly documented …

Stalagmites are important palaeo-climatic archives since their chemical and isotopic
signatures have the potential to record high-resolution changes in temperature and …

Carbon and oxygen isotopes in calcite speleothems are powerful proxies for understanding
past climate change. For calcite deposited under isotopic equilibrium conditions, variations …

We measured concentrations and stable carbon isotope compositions of carbon dioxide in
the atmospheres of three caves in central Texas and one cave in southern Arizona in order …

To understand oxygen and carbon stable isotopic characteristics of aragonite stalagmites
and evaluate their applicability to paleoclimate, the isotopic compositions of active and fossil …

Although quantitative isotopic data from speleothems has been used to evaluate isotope-
enabled model simulations, currently no consensus exists regarding the most appropriate …

In recent decades speleothems have become valuable climate archives and are of crucial
importance for the investigation of past climate conditions. Albeit much progress has been …

Aragonite, a mineralogical constituent of speleothems in cave environments, is unstable and
susceptible to inversion to calcite, a diagenetic process that involves changes in the …

Delineating the climate processes governing precipitation variability in drought-prone Texas
is critical for predicting and mitigating climate change effects, and requires the reconstruction …