Hydrogen-isotopic abundances of lipid biomarkers are emerging as important proxies in the
study of ancient environments and ecosystems. A decade ago, pioneering studies made use …

The hydrogen isotopic compositions of sedimentary hydrocarbon molecules are now being
used to address a range of scientific questions, from paleoclimate to environmental …

Five species of freshwater green algae, including three strains of Botryococcus braunii (two
A Race, one B Race), Eudorina unicocca and Volvox aureus, were cultured under controlled …

Hydrogen isotope ratios (D/H) of lipid biomarkers extracted from aquatic sediments were
measured to determine whether they can be used as a proxy for D/H of environmental water …

We measured D/H ratios of individual lipids isolated from plant fossils and water-lain
sediments from the Miocene Clarkia lacustrine deposit (15–20 Ma) in northern Idaho, USA …

Isotopic compositions of carbon-bound hydrogen in individual compounds from eight
different organisms were measured using isotope-ratio-monitoring gas chromatography …

We conducted an extensive survey of hydrogen-isotopic compositions (D/H ratios) of diverse
sedimentary lipids from the Santa Barbara Basin (SBB), offshore southern California. The …

We determined hydrogen isotope ratios of modern lake-waters and individual lipids from
surface sediments of 36 lakes in the eastern North America. The lakes selected lie on two …

Hydrogen isotope values (δD) of sedimentary aquatic and terrestrial lipid biomarkers,
originating from algae, bacteria, and leaf wax, have been used to record isotopic properties …

During the last decade, compound-specific hydrogen isotope analysis of plant leaf-wax and
sedimentary n-alkyl lipids has become a promising tool for paleohydrological …