Mg/Ca ratios of planktonic foraminiferal tests are important tools for reconstructing past
ocean temperatures at different levels of the upper water column. Yet numerous studies …

Mg/Ca palaeothermometry in foraminiferal calcite is a widely applied tool in
palaeoceanography. However, our understanding of the effects of planktic foraminiferal …

X-ray computed tomography (CT) provides an insight into the progression of dissolution in
the tests of planktonic foraminifera. Four species of foraminifera (G. ruber [white], G …

Partial or selective dissolution of planktonic foraminiferal tests on the seafloor has been
shown to alter original test Mg/Ca compositions and thus may limit the accuracy of Mg/Ca …

A bathymetric transect ranging from coral habitats down to a 1500-m-deep basin in the Red
Sea and Gulf of Aden allows us to test the sensitivity of taphofacies to depth and sediment …

A detailed, quantitative analysis of planktonic foraminiferal composition and shell
fragmentation is presented for samples from Ocean Drilling Program Site 1209 (Leg 198 …

This study aims to reveal the effects of differential dissolution on the quantitative composition
of foraminiferal assemblages. Through this, we develop a procedure to evaluate dissolution …

A compilation of ages from 67 core tops in the eastern equatorial Pacific (EEP) does not
display an easily discernible regional pattern. The ages range from 790 to over 15,000 …

This study examines Mg/Ca‐temperature equations through the use of planktonic
foraminifers collected from continuous time series sediment traps at four water depths in the …

Temperatures derived from Mg/Ca ratios of the calcite tests of planktonic foraminifera are
distorted when samples are partially dissolved, and methods are required to quantify this …