Using genome structure, rather than gene trees, to infer relationships in ancient allopolyploid lineages

Many flowering plants are allopolyploids, meaning they arose from hybridization between different species, followed by genome doubling. Over time, gene trees for such lineages can become a hopeless tangle.

Susanne Renner and 1 other

Feb 07, 2023

News and Opinion

We do not know the collecting sites and current whereabouts of roughly half the botanical specimens brought back by Humboldt and Bonpland

The literature concerning the travels of Alexander von Humboldt (1769-1859) and Aimé Bonpland (1773-1858) is enormous. Despite this extensive scholarship, we do not know the current whereabouts of roughly half their botanical specimens, which also means we do not know precise collection sites.

Susanne Renner

Sep 11, 2019

Nature Ecology & Evolution

Behind the Paper

When mammalian tooth heights predict a savanna, but plant fossils don’t

The reconstruction of ancient environments depends on proxies from earth and climate science combined with animal and plant fossils. No single proxy will tell the whole story. Or so you’d think.

Susanne Renner

Nov 05, 2018

Research Communities by Springer Nature

Susanne Renner (She/Her)

Using genome structure, rather than gene trees, to infer relationships in ancient allopolyploid lineages

We do not know the collecting sites and current whereabouts of roughly half the botanical specimens brought back by Humboldt and Bonpland

When mammalian tooth heights predict a savanna, but plant fossils don’t

Susanne Renner (She/Her)

Using genome structure, rather than gene trees, to infer relationships in ancient allopolyploid lineages

We do not know the collecting sites and current whereabouts of roughly half the botanical specimens brought back by Humboldt and Bonpland

When mammalian tooth heights predict a savanna, but plant fossils don’t

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