Clumped isotope thermometry can independently constrain the formation temperatures of
carbonates, but a lack of precisely temperature‐controlled calibration samples limits its …

Accurate reconstruction of seasonal atmospheric patterns of the past is essential for reliable
prediction of how climate will evolve due to anthropogenic CO2 forcing. The Eocene 'hot …

Study of the accretionary biomineralised hardparts of organisms (sclerochronology) can
make a useful contribution to palaeoclimatology. Ontogenetic sequences of isotopic data (δ …

Bivalves record seasonal environmental changes in their shells, making them excellent
climate archives. However, not every bivalve can be used for this end. The shells have to …

Turritellid gastropods are aragonitic marine mollusks that are particularly abundant and
widespread in the fossil record. With fast growth rates and a shallow coastal habitat, the …

Reconstructing hydrological conditions of past warm periods, such as the Eocene 'hot
house'provides empirical data to compare to state of the art climate models. However …

The aim of paleoclimate studies to resolve climate variability from noisy proxy records can in
essence be reduced to a statistical problem. The challenge is to isolate meaningful …

We present a novel multiproxy data set (bulk and clumped isotopes on gastropod shells and
variations in ostracod assemblages) of the Hampshire Basin (Southern‐England) that sheds …

The skeletons of stony corals on tropical shallow-water reefs are high-resolution climate
archives. However, their systematic use for unlocking climate dynamics of the geologic past …

Abstract The Campanian age (Late Cretaceous) is characterized by a warm greenhouse
climate with limited land-ice volume. This makes this period an ideal target for studying …