We present stable hydrogen isotope (dD) and carbon isotope (d13C) of sedimentary terrestrial leaf wax, namely n-alkanes, from marine sediment core SO 188-17286-1 (Bay of Bengal, 19°44.58′N, 89°52.76′E, 1428 m water depth) for the last ~130 kyr. There are four different homologues (n-C27, n-C29, n-C31 and n-C33). The concentration data of each homologues are also present here. Identification and quantification (concentration) of the individual compounds was carried out with an Agilent 6890 Gas Chromatograph (GC) with a flame ionization detector in the Geoscience, University of Kiel. The d13C and dD values of n-alkanes were then analyzed at the Leibniz Laboratory for Radiometric Dating and Stable Isotope Research in Kiel University using an A...
Compound specific hydrogen isotope ratios (delta D) of long chain sedimentary n-alkanes, which mostl...
We measured the stable hydrogen isotopic composition (deltaD) of selected aliphatic compounds in tor...
The molecular hydrogen isotope composition ((delta D) of leaf waxes from terrestrial plants is incre...
A transect of marine surface sediment samples from 1° N to 28° S off southwest Africa was analysed t...
Leaf wax n-alkanes are long-chain hydrocarbons that can persist in sedimentary records over geologic...
Reconstructing terrestrial water budgets is of prime importance for understanding past climate and e...
Hydrogen isotope values (dD) of sedimentary terrestrial leaf wax such as n-alkanes or n-acids have b...
The compound-specific hydrogen isotope composition (delta D) of sedimentary n-alkanes is increasingl...
Reconstructing paleoelevation allows the temporal evolution of biogeochemical processes and hydrocli...
The carbon isotope ratio (δ13C) of plant-derived organic carbon preserved in geological archives can...
Hydrogen isotopic composition of n-alkanes was measured in sediments from an excavated profile of th...
During the last decade, compound-specific hydrogen isotope analysis of plant leaf-wax and sedimentar...
One of the critical challenges facing modern environmental chemistry is how to identify sources, pro...
This study investigates stable carbon and hydrogen isotope compositions of leaf wax n-alkanes from 3...
Hydrogen isotope ratios were measured on n-alkanes (n-C-12, to n-C-31) extracted from recent lake su...
Compound specific hydrogen isotope ratios (delta D) of long chain sedimentary n-alkanes, which mostl...
We measured the stable hydrogen isotopic composition (deltaD) of selected aliphatic compounds in tor...
The molecular hydrogen isotope composition ((delta D) of leaf waxes from terrestrial plants is incre...
A transect of marine surface sediment samples from 1° N to 28° S off southwest Africa was analysed t...
Leaf wax n-alkanes are long-chain hydrocarbons that can persist in sedimentary records over geologic...
Reconstructing terrestrial water budgets is of prime importance for understanding past climate and e...
Hydrogen isotope values (dD) of sedimentary terrestrial leaf wax such as n-alkanes or n-acids have b...
The compound-specific hydrogen isotope composition (delta D) of sedimentary n-alkanes is increasingl...
Reconstructing paleoelevation allows the temporal evolution of biogeochemical processes and hydrocli...
The carbon isotope ratio (δ13C) of plant-derived organic carbon preserved in geological archives can...
Hydrogen isotopic composition of n-alkanes was measured in sediments from an excavated profile of th...
During the last decade, compound-specific hydrogen isotope analysis of plant leaf-wax and sedimentar...
One of the critical challenges facing modern environmental chemistry is how to identify sources, pro...
This study investigates stable carbon and hydrogen isotope compositions of leaf wax n-alkanes from 3...
Hydrogen isotope ratios were measured on n-alkanes (n-C-12, to n-C-31) extracted from recent lake su...
Compound specific hydrogen isotope ratios (delta D) of long chain sedimentary n-alkanes, which mostl...
We measured the stable hydrogen isotopic composition (deltaD) of selected aliphatic compounds in tor...
The molecular hydrogen isotope composition ((delta D) of leaf waxes from terrestrial plants is incre...