Dataset - B2FIND

Biomarker of samples from the Gouritz River catchment

This dataset has no description

n-Alkane composition from the Loess Paleosol Sequence Möhlin, Switzerland

We have measured leaf wax n-Alkanes from a Loess Paleosol Sequence (location: 47.56819 / 7.88053) ranging back to MIS 4. The data set contains n-Alkane patterns, Deuterium and...

Latest Pleistocene-Holocene n-alkane data from an alpine lake, Laguna de Río ...

This dataset contains the n-alkane data from a sedimentary record of an alpine lake (Laguna de Río Seco -LdRS-) located at 3020 masl in Sierra Nevada (southern Spain). This...

Compound identification and molecular abundance distribution of long-chain n-...

The samples from our peat core were collected using a manual sampling drill and PVC tubes with a diameter of 0.60m. The sampling site is located at Xiyaohu(XYH) peatland...

Cuticular leaf wax concentrations and distributions of common flora of the Co...

Concentrations and molecular distributions of cuticular leaf wax normal-alkanes (n-alkanes) are presented from eighty-one desert species from twenty-six families. Species were...

Concentration of n-alkanes and hydrogen isotopic compositions from modern we...

This data supporting the study Leaf wax n-alkane distribution and hydrogen isotopic fractionation in fen plant communities of two Mediterranean wetlands (Tenaghi Philippon, Nisí...

General lipid biomarker from the NGaoundaba peat deposit (Tropical Africa) co...

This dataset includes lipid biomarker data from a peat sequence (named NGBA19) collected at the NGaoundaba peat deposit in 2019. The NGaoundaba peat deposit is located in North...

Isotopic lipid biomarker from the NGaoundaba peat deposit (Tropical Africa) c...

This dataset includes lipid biomarker data from a peat sequence (named NGBA19) collected at the NGaoundaba peat deposit in 2019. The NGaoundaba peat deposit is located in North...

(Table 2b) Molecular abundances of n-alkanoic acid biomarkres of terrestrial ...

Abundances measured per dry wt.

(Table 2) Major terrestrial n-alkanes

b: CPI27-33 = 0.5 * Sum(X27-X33)/(X26-X32) + 0.5 * Sum(X27-X33)/(X28-X34), where X is abundance.c: ACLn-m = Sum(i * Xi)/RXi, where X is abundance and i ranges from n to m.