In saline lakes, the paleoenvironmental interpretation of long-chain alkenones (LCAs) is
difficult due to the inputs of Isochrysidales Group 2i, which are ice-related bloomers. Here …

Contrary to global warming projections, northern mid‐latitude continents have suffered from
an increased frequency of unusually cold winters during the last few decades. However, a …

The reconstruction of accurate sea‐surface temperatures (SST) is of utmost importance due
to the ocean's central role in the global climate system. Yet, a number of environmental …

Alkenones are among the most widely used paleotemperature biomarkers. Traditionally,
alkenones are analyzed using gas chromatography-flame ionization detector (GC-FID), or …

The paleothermometer based on the alkenone unsaturation index (U 37 K′) is often used
to reconstruct past sea surface temperatures (SST). In the SW Atlantic Ocean, however, a …

The accuracy of paleothermometers is a prerequisite for understanding the past sea surface
temperature (SST) changes in the tropical seas. Here, we analyzed the SST estimates …

The structural specificity, exceptional diagenetic stability, and linear response of
unsaturation to temperature have made alkenones an indispensable tool for reconstructing …

The percentage of C 37: 4 alkenone relative to total C 37 alkenones (C 37: 4%) in northern
high-latitude ocean waters and surface sediments, which can be up to 77%, has been …

The high-resolution paleoclimate records on the Iberian Margin provide an excellent archive
to study the mechanism of abrupt climate events. Previous studies on the Iberian Margin …