Organismal abundance typically declines with increasing body size, with metabolic theory predicting a universal size–abundance slope of –0.75. Using protist microcosms across gradients of species ric...

This study shows that the distribution of species' fundamental responses to environmental change, quantified by a new metric, imbalance, is a key driver of ecological stability. In a large microcosm ...

At our recent group retreat we shared AI tips and tricks: Don’t forget all the cool stuff in Google NotebookLM, including making podcasts to listen to on the train, in the gym, or while doing the lau...

The position is funded by the Swiss National Science Foundation project “A mechanistic theory of functional responses: zooming into movement behaviour to understand and predict predator prey interacti...

ITA ENG SIGN THE PETITION! FIND OUT MORE 815 scholars and experts from 35 countries have signed an appeal to ask the competent bodies to guarantee in every way the protection of this river and in…

This study explores how response diversity—variability in species' responses to environmental changes—relates ecological stability under complex, multifactorial environmental shifts. The authors intr...