Reconstruction of past sea surface temperatures (SST) is essential for understanding
processes that have controlled climate change throughout Earth's history. The amplitude of …

We have used laser ablation inductively coupled plasma mass spectrometry (LA-ICP-MS) to
measure elemental (Mg/Ca, Al/Ca, Mn/Ca, Zn/Ca, Sr/Ca, and Ba/Ca) ratios of 13 species of …

We present a detailed comparison of five “transfer function” techniques calibrated to
reconstruct sea-surface temperature (SST) from planktic foraminifer counts in western Pacific …

As part of the Multi-proxy Approach for the Reconstruction of the Glacial Ocean (MARGO)
incentive, published and unpublished temperature reconstructions for the Last Glacial …

Although foraminiferal magnesium/calcium (Mg/Ca) measurements are now widely used for
reconstructing sea surface temperature (SST), there is uncertainty about the fidelity of …

Mg/Ca in foraminiferal calcite has recently been extensively used to estimate past oceanic
temperatures. Here we show, however, that the Mg/Ca temperature relationship of the …

High-resolution sea surface temperatures (SST) derived from Mg/Ca ratios of
Globeriginoides sacculifer at ODP Site 1144 were reported to reveal the SST changes …

To understand the climate dynamics of hypothesized past greenhouse intervals, it is
essential to constrain tropical sea‐surface temperatures (SST), yet existing proxy records …

Exploring the potentials of new methods in palaeothermometry is essential to improve our
understanding of past climate change. Here, we present a refinement of the published …

We have generated benthic foraminiferal Mg/Ca records from eastern tropical Atlantic core
M16772 (3.9 km) and eastern tropical Pacific core TR163-31P (3.2 km) to assess the …