Dynamics of Future Ecosystems

What I study

I use cutting-edge ecological science to understand and predict how biodiversity and climate change shape ecosystems—especially grasslands and forests. I embrace nature’s complexity across time and space, integrating above- and belowground perspectives. My work places particular emphasis on feedbacks between biodiversity and ecosystem functioning, and how they are modified by drought. Above all, I’m committed to sharing my curiosity about the natural world and making science accessible.

Karl Andraczek on the Peak of the Piz Boe in Italy

Ecosystems sustain plant biodiversity and human well-being by supporting critical ecosystem functions. Yet, rapid global changes are driving unprecedented declines in both biodiversity and ecosystem health.

My work aims to:

Advance understanding of the relationships between biodiversity and ecosystem functioning, including their dynamic feedbacks, and above- and belowground processes.
Uncover how global change—such as climate extremes—reshapes these relationships.
Explore the potential of biodiversity–functioning links as nature-based solutions to mitigate the impacts of global change.

I study these processes across both space and time, integrating above- and belowground perspectives. By combining experimental and observational data with advanced quantitative tools, I work to disentangle cause and effect and uncover the mechanisms that govern ecosystems.

I also enjoy sharing my research!

If you’re interested, feel free to invite me for a seminar talk in your lab!