Emanuel A. Fronhofer

The paper shows that using environmental information affects range expansion dynamics and spatial population distribution in microcosm experiments.

The paper uses environmental DNA (eDNA) in river networks to assess biodiversity across terrestrial and aquatic biomes, showing it overcomes spatial biases and integrates biodiversity information over space.

This paper develops a mathematical model showing that eusociality provides two benefits: reducing starvation risk and increasing reproductive output, leading to higher resource use efficiency and carrying capacity.

The paper examines how network topology influences evolutionary dynamics and metapopulation patterns, finding that dendritic networks are more likely to exhibit classical metapopulation dynamics.

This study shows that dispersal in metacommunities is informed by inter-specific interactions, challenging the assumption that single-species rules apply to multi-species systems.

This study shows that Allee effects are necessary for species ranges to exhibit elastic behavior in habitat gradients with increasing patch isolation.