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About us Practical matters How to find us prof. dr. R.S. (Rampal) Etienne

Research interests

I am interested in the processes that shape the world around us, particularly the biological diversity, and on developing theoretical models and methods to infer these processes from observational data. I am fascinated by biology, resulting in a broad range of collaborations on, for example, population consequences of bovine tuberculosis in African buffalo, aggregation behavior in fruit flies, the visual system in cichlids and its role in phenotypic plasticity, the evolutionary potential of spider mites to adapt to new host plants in the presence of sister species, the diversification of microbes in a chemostat, the interactions of annual plants with perennial potential nurse species in an arid landscape, and population genetics of whales.


Phylogenetic tree statistics: A systematic overview using the new R package 'treestats'

Can we ignore trait-dependent colonization and diversification in island biogeography?

DAISIE package for R: Dynamical Assembly of Islands by Speciation, Immigration and Extinction

DDD package for R: Diversity-Dependent Diversification

Evolutionary radiation in canids following continental colonizations

From fossils to living canids: Two contrasting perspectives on biogeographic diversification

Identifying summary statistics for approximate Bayesian computation in a phylogenetic island biogeography model

Inferring state-dependent diversification rates using approximate Bayesian computation (ABC)

Social modulation of oogenesis and egg laying in Drosophila melanogaster

The phylogenetic limits to diversity-dependent diversification

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Grote honingspeurder leert lokale lokroepen van mensen

Mutation rates in whales found to be much higher than previously reported

Massavaccinatie remt juist de ontwikkeling van nieuwe virusvarianten | Opinie


Descartes-Huygensprijs 2020 en 23.000 euro voor Groningse RUG-hoogleraar

Herstel vogelstand Nieuw-Zeeland duurt minstens 50 miljoen jaar

Global relationships that determine bird diversity on islands uncovered

Verlies predatorherkenning op eiland

Spinnen op Hawaï kennen vast evolutiepatroon

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