Visited the Max Planck Institute for Complex Systems in Dresden

I visited the Max Planck Institute in Dresden to participate in the advanced study group on the Statistical Physics of Foraging. We discussed the complex strategies animal use to find their food.


Invited talk: Van Leeuwenhoek Lecture on BioScience

I gave a lecture in Leiden in the “Van Leeuwenhoek Lecture on BioScience” series, on the 24th of September. I talked about the importance of an multidisciplinary approach when studying spatial self-organisation in ecology.

Using self-organization to build virtual ecosystems

Scientific models often produce very abstract prediction of how natural ecosystems will respond to management scenario’s. Here, we present a new technique that uses computer graphics techniques to build virtual representations of predicted developments of ecosystems that are accessible to everybody. They also represent a new a approach in building virtual worlds based on spatial organisation.

See the movie on youtube:

Computer graphics technology: Robert Rooseboom, NIOZ.

The strength of complexity

Whether you look at a square centimeter or at a square kilometer, nature always reveals the most interesting patterns. It is this complexity at all spatial scales that makes nature different from many if not all human creations. Our latest research on mussel beds reveals that this many-scale complexity actually makes ecosystems very strong and resilient. Read more about it in the (Dutch) press release or in the actual paper!

Self-organization in deep time

I gave an Evening Keynote talk about ecological self-organization at the Autogenic Dynamics Conference of the Society for Sedimentary Geology. We discussed possible signs of self-organization in the geological record. See an example in the poster image, of a deposit with stromatolite-like shapes found in the book cliffs, Colorado, where we went for a field visit.