Largest flower preserved in amber is more than 33m years old

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Credit: Carola Radke, MfN (Museum für Naturkunde Berlin)
Credit: Carola Radke, MfN (Museum für Naturkunde Berlin)

German and Austrian scientists have published new images of the largest-known fossilised flower to be preserved in amber, which at 28 millimetres across is nearly three times the size of other preserved flowers. The flower, encased in amber from the Baltic forests of northern Europe, dates from between 38m and 33.9m years ago and is thought to be from an ancient flowering evergreen plant originally called Stewartia kowalewskii. The authors analysed extracted pollen from the flower and say it is closely related to the Asian species of Symplocos. They've proposed a new name for the flower - Symplocos kowalewskii. Such a large preserved flower probably resulted from a large resin outpouring, which would have helped prevent the flower from decaying, they add.

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From: Springer Nature

Largest flower preserved in amber from over 33 million years ago 

New images of the largest-known fossilised flower to be preserved in amber — which at 28 millimetres across is nearly three times the size of other preserved flowers — are published in the journal Scientific Reports. The preserved flower, encased in amber from the Baltic forests of northern Europe, dates from almost 40 million years ago and is thought to be from an ancient flowering evergreen plant originally called Stewartia kowalewskii.

Eva-Maria Sadowski and Christa-Charlotte Hofmann reanalysed the exceptionally large fossilised flower, which was originally described and named in 1872. The flower is dated to the Late Eocene, from between 38 million to 33.9 million years ago. The authors extracted pollen from the sample and their analysis suggests that the flower is closely related to the Asian species of Symplocos. The authors propose a new name for the flower of Symplocos kowalewskii.

The authors propose that the rare size of S. kowalewskii is likely from a large resin outpouring which would have encased the flower. The properties of the resin would have helped to prevent organisms growing on the flower and causing damage, they add.

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Scientific Reports
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Organisation/s: Leibniz Institute for Evolution and Biodiversity Science, Germany
Funder: Open Access funding enabled and organized by Projekt DEAL.
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