In 2018-2019 David Bauman, PhD in Biology (ULB), was granted a Wiener-Anspach postdoctoral fellowship to undertake a research project titled “Influence of Climate and soil constraints on the mechanisms of tropical tree meta-community assembly – a functional and multi-scale approach”, under the supervision of Prof. Yadvinder Malhi (School of Geography and Environment, University of Oxford).
A month rich in academic appointments for the Wiener-Anspach Foundation’s Alumni
We were delighted to learn that in June several Wiener-Anspach Alumni were appointed to the following academic positions. Six of them have obtained a FNRS Postdoctoral Researcher Fellowship: David Bauman (PhD in Biology and 2018-2020 Postodoctoral Fellow in Oxford) with a project entitled “Tropical tree growth sensitivity to climate and neighbourhood [...]
Why the life and death of trees matter: An interview with our Alumnus David Bauman
He loved climbing trees when he was a child, but he only discovered much later that he also loved studying them. He recently co-authored a paper – “Tropical tree mortality has increased with rising atmospheric water stress “ – which was published by Nature and widely covered in the [...]
David Bauman and Jan Stöckmann publish two articles resulting from their research as Wiener-Anspach Fellows
David Bauman, PhD in Biology (ULB), was granted a Wiener-Anspach fellowship at the University of Oxford from 2018 until 2020. In August 2021 he published with Roxane Beyns and Thomas Drouet an article in Journal of Vegetation Science entitled « Fine-scale tree spatial patterns are shaped by dispersal limitation [...]
New publications by Wiener-Anspach fellows David Bauman and Guillaume Delhaye
Two Wiener-Anspach Fellows, researchers David Bauman and Guillaume Delhaye, are currently working together in Oxford, under the supervision of Prof. Yadvinder Malhi (School of Geography and the Environment). In the framework of their postdoctoral fellowship, they have authored, with other colleagues, a paper entitled “Interspecific trait integration increases with environmental [...]