The carbon isotopic composition (δ 13 C) of selected specific biomarkers provides important
information on the relationship between plant species and the environment in which they …

Reconstructing past climate change in mangrove swamps contextualizes ongoing and future
developments in these globally important ecosystems. Taraxerol, a well-recognized lipid …

Stable carbon isotopes in fossil leaf cuticles (n-alkanes, δ 13 C n− alkanes) extracted from
the sediment are widely used for palaeoenvironmental reconstructions. This approach relies …

Plant wax hydrogen isotopic composition is commonly used to reconstruct the hydrogen
isotopic composition of precipitation used by terrestrial vegetation. However, mangroves …

Mangrove systems represent important long-term sinks for carbon since they have much
higher carbon burial rates than terrestrial forests or typical coastal ecosystems. However …

Carbon isotope ratios (δ 13 C) in plant lipid biomarkers yield insights into historical climates
by reflecting plant responses to environmental stressors. Previous research has established …

The hydrogen isotope ratio (δ2H) of lipid biomarkers from phytoplankton and terrestrial
plants were measured in surface sediments from Chinese marginal seas (CMS), in order to …

Hydrogen isotope ratios of mangrove lipids have recently gained increasing interest
because of their potential for reconstructing past water salinity and paleohydrology …

Increasing attention has recently been paid to hydrogen isotope ratios of mangrove lipids
due to their potential for reconstructing past salinity and hydrology. This proxy is based on …

The development of high-resolution terrestrial palaeoclimate records in Australia is hindered
by the scarcity of tree species suitable for conventional dendrochronology. However, novel …