Franz J. Weissing

This paper uses simulations to show that condition-dependent mutation rates evolve in changing environments, enhancing evolvability and adaptation.

The paper tests if personality traits influence dispersal and settlement in sticklebacks using a mesocosm experiment, finding a dispersal syndrome but no phenotype-environment correlations.

This study uses individual-based simulations to show that parental negotiation strategies can lead to four alternative care patterns, including effective cooperation based on tit-for-tat rather than compensation.

The paper uses simulations to show that direct-benefit sexual selection can lead to the erosion of the direct benefits it relies on, causing population decline.

This study shows that alphavirus replicons encoding IFNγ enhance cancer virotherapy by overcoming macrophage-mediated suppression through T-cell activation and macrophage reprogramming.

The paper uses path analysis on Seychelles warbler data to examine factors influencing delayed offspring dispersal, finding territory quality and helper presence significantly affect dispersal decisions.

This study develops a neural network model to explore how reconstructive social learning evolves, showing that environmental stability and learning type influence the emergence of individual and social learning strategies.