Most paleoclimate studies of Mainland Southeast Asia hydroclimate focus on the summer
monsoon, with few studies investigating rainfall in other seasons. Here, we present a …

Palaeoclimate information on multiple climate variables at different spatiotemporal scales is
becoming increasingly important to understand environmental and societal responses to …

We reconstructed the hydroclimate of central-eastern Mexico over the last 700 common era
(CE) based on inferences from multi-proxies from a stalagmite (K-Inc) collected at Karmidas …

Classic Maya populations living in peri-urban states were highly dependent on seasonally
distributed rainfall for reliable surplus crop yields. Despite intense study of the potential …

We present a 500‐year precipitation‐sensitive record based on co‐varying speleothem
δ18O values and Mg/Ca ratios from Larga cave in Puerto Rico. This multi‐proxy record …

Cave carbonate minerals are an important terrestrial paleoclimate archive. A few studies
have explored the potential for applying carbonate clumped isotope thermometry to …

Few studies have explored the details of climatology in the Gulf of California (GoC) coastal
zone, a region characterized by robust land–sea breeze circulation that results from land …

Continued global warming is expected to result in reduced precipitation and a drier climate
in Central America. Projections of future changes are highly uncertain, however, due to the …

Variations in speleothem calcium isotope ratios (δ44Ca) are thought to be uniquely
controlled by prior carbonate precipitation (PCP) above a drip site and, when calibrated with …

Rationale Suites of trace elements are routinely used in speleothems as proxies to
understand periods of past climate change. Laser ablation techniques are regularly …