The world's oldest preserved lily has been unearthed from a stone quarry in Brazil and dates back to around 115 million years ago.
The fossil is exceptionally well-preserved — and includes the plant's roots, a flower and even individual cells.
It is though to have originally have grown along the banks of a freshwater lake in what is today the city of Crato in northeastern Brazil.
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The world's oldest preserved lily which dates back to around 115 million years ago has been unearthed from a stone quarry in Brazil
Flowering plantS, known as angiosperms, first appeared 140 million years ago and flourished around the world, becoming more common than many other types of plant.
Today, there are more than 350,000 different species of angiosperm, and this fossil — which has been named Cratolirion bognerianum — is among the first to ever evolve.
They also survived the mass extinction event 66 million years ago which wiped out vast amounts of life on Earth, including the dinosaurs.
It was discovered by botanist Clement Coiffard in the collections of the Museum für Naturkunde, in Berlin, with whom he is affiliated.
'The fossil material described here is from the Crato plattenkalk limestone, said Dr Coiffard.
He added that it came 'from open-air pit quarries in the area of Santana do Cariri in the state of Ceará, northeast Brazil, where the stone is mined for construction purposes.'
The specimen is one of what are known as monocotyledonous plants, among whose number are lilies, lilies of the valley, orchids and sweet grasses.
'It is probable that flowering plants originated in the tropics, but only very few fossils have been described to date,' said Dr Coiffard.
'From this newly described plant, Cratolirion bognerianum, and other species of Crato flora, it can be deduced that the tropical flowering plants were already very diverse.'
'This study thus provides new insights into the role of the tropics in the development of early flowering plants and their rise to global supremacy.'
The researchers used CT scans to study the flat fossil without damaging it — peering inside the stone to examine the leaves, petals and reproductive pistils
Among Dr Coiffard's team was physicist Nikolay Kardjilov, who is an expert in using X-rays and neutrons to perform three-dimensional analyses.
The researchers used CT scans to study the flat fossil without damaging it — peering inside the stone to examine the leaves, petals and reproductive pistils.
With a length of almost 16 inches (40 centimetres), the specimen is not only large, but also shows many typical characteristics of this type of plant.