The terpenoid composition of fossil resin from the Cape York Peninsula, Australia has been analysed by pyrolysis-gas chromatography-mass spectrometry (Py-GC-MS)to determine its origin. The pyrolysis products were dominated by cadalene-based C15 bicyclic sesquiterpenoids including some C30-C31 bicadinanes and bicadinenes typical of Class II resin derived from angiosperm plants of Dipterocarpaceae. This observation contrasts with the Araucariaceae (Agathis sp.) source previously suggested for the resin based on Fourier transform infrared (FTIR) analyses. Dipterocarpaceae are not known in Australian vegetation but grow abundantly in Southeast Asia including New Guinea, indicating that the geological origin of the amber is not the Australian ma...
Amber is a complex, organic polymer that offers unparalleled utility as a preservation medium, provi...
The molecular composition of fossil resins from early to middle Eocene coal from northeast India, ha...
Chemical analysis of amber, copal, and resin is a valuable tool for interpreting the botanic origin ...
The terpenoid composition of fossil resin from the Cape York Peninsula, Australia has been analysed ...
A recently discovered fossil resin from Koroglu Mountain in Turkey has been analyzed by gas chromato...
The terpenoid composition of well-preserved fresh and oxidized fossil resins (ambers) from Early Pal...
Terpenoids are common constituents of the resins higher plants and they are useful chemosystematic c...
The terpenoid compositions of the Late Cretaceous Xixia amber from Central China and the middle Mioc...
The terpenoid compositions of the Late Cretaceous Xixia amber from Central China and the middle Mioc...
The molecular composition of fossil resin from the Eocene Ameki Formation, southern Nigeria has been...
International audienceThe molecular composition of 10 Cretaceous andone Eocene ambers from France wa...
The molecular composition of 10 Cretaceous and one Eocene ambers from France was analyzed by infrare...
Abstract Upper Cretaceous amber from the Raritan Formation (Sayerville, New Jersey) has been investi...
The terpenoid composition and class of Tertiary resins preserved within lignites of Cambay, Kutch an...
Abstract Terpenoid resin is produced by all families and most genera of the order Coniferales (the c...
Amber is a complex, organic polymer that offers unparalleled utility as a preservation medium, provi...
The molecular composition of fossil resins from early to middle Eocene coal from northeast India, ha...
Chemical analysis of amber, copal, and resin is a valuable tool for interpreting the botanic origin ...
The terpenoid composition of fossil resin from the Cape York Peninsula, Australia has been analysed ...
A recently discovered fossil resin from Koroglu Mountain in Turkey has been analyzed by gas chromato...
The terpenoid composition of well-preserved fresh and oxidized fossil resins (ambers) from Early Pal...
Terpenoids are common constituents of the resins higher plants and they are useful chemosystematic c...
The terpenoid compositions of the Late Cretaceous Xixia amber from Central China and the middle Mioc...
The terpenoid compositions of the Late Cretaceous Xixia amber from Central China and the middle Mioc...
The molecular composition of fossil resin from the Eocene Ameki Formation, southern Nigeria has been...
International audienceThe molecular composition of 10 Cretaceous andone Eocene ambers from France wa...
The molecular composition of 10 Cretaceous and one Eocene ambers from France was analyzed by infrare...
Abstract Upper Cretaceous amber from the Raritan Formation (Sayerville, New Jersey) has been investi...
The terpenoid composition and class of Tertiary resins preserved within lignites of Cambay, Kutch an...
Abstract Terpenoid resin is produced by all families and most genera of the order Coniferales (the c...
Amber is a complex, organic polymer that offers unparalleled utility as a preservation medium, provi...
The molecular composition of fossil resins from early to middle Eocene coal from northeast India, ha...
Chemical analysis of amber, copal, and resin is a valuable tool for interpreting the botanic origin ...