Incorporating evolutionary aspects with ecosystem functioning is fundamental for a comprehensive understanding of plant community dynamics and coexistence. In particular, there is a need to link evolutionary genetics with community ecology to understand the origins of community features and to forecast the impact of climate change on biological diversity. Intraspecific genetic variation in plants can affect community composition and coexistence when evolutionary mechanisms, such as mutation, changes their competition ability. However, it is poorly known how intraspecific genotypic variation plays a role in coexistence and community dynamics. Using trait-based neighborhood models, we quantify the evolution of plant species interactions by linking spatial interactions with spontaneous mutations as a key evolutionary mechanism. We show that spontaneous mutations provide a mechanism for plants to quickly evolve niches and may drive competition, facilitation and selection with profound consequences for future population and community dynamics. These results may help to improve the predictability of species persistence under climate change.
Analysis of ozone formation and trend over northern Bavaria by using stochastic and deterministic models
Quantification of subsurface properties using the groundwater response to Earth and atmospheric tides
Bayreuther Innenstadt und Rotmaincenter: Freund oder Feind? - Betrachtungen aus der Perspektive der Besucher
Changing the game in Earth Observation - The European Union’s Copernicus programme -
Stoichiometric controls of C and N cycling
Flying halfway across the globe to dig in the dirt – a research stay in Bloomington, USA
EGU – interesting research and free coffee
Picky carnivorous plants?