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Les lipides des plantes fossiles dans leurs rapports avec les plantes actuelles. Exemples des flores cénomaniennes d'Anjou et de Bohême [Lipids from fossil plants and their relation to modern plants. Example s of Cenomanian flora from Anjou and Bohemia]

TN. Thanh, S. Derenne, C. Largeau, D. Pons, J. Broutin, A. Mariotti, H. Bocherens,

. 2000 ; 194 (2) : 57-64. [pub] -

Language French Country France

Document type Comparative Study, Journal Article, Research Support, Non-U.S. Gov't

Persistent link   https://www.medvik.cz/link/bmc20014012

Comparative analyses of lipids from fossil plants and from their extant counterparts were undertaken in order to test the taxonomic significance of lipids in palaeobotany. The comparison between lipids from a fossil Ginkgoaceae, Eretmophyllum andegavense, and its extant counterpart, Ginkgo biloba, revealed the presence of original molecules, dimethoxyalkylcoumarins, in lipids from both plants. Such compounds confirm, on chemical grounds the relationship between these extant and fossil Ginkgoaceaes. Moreover, differences in n-alkane distribution between E. andegavense and E. obtusum which are very similar morphologically, confirm that these fossil plants do not belong to the same species. Furthermore, comparative analyses of a fossil Cheirolepidiaceae, Frenelopsis alata, and its extant counterpart, the Cupressaceae Tetraclinis articulata, revealed some similarities between these two species although they do not belong to the same family. Otherwise, comparative analyses of fungi-infected and uninfected samples of F. alata demonstrated that these micro-organisms can significantly affect the chemical composition of fossil plant lipids. In conclusion, even if chemical analyses alone are not sufficient to determine the genus or species of a given fossil plant, they can precise the taxonomy of some specimens that have been previously studied by palaeobotanists.

Lipids from fossil plants and their relation to modern plants. Example s of Cenomanian flora from Anjou and Bohemia

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