T. Hovestadt

This study shows streetlights disrupt moth orientation beyond flight-to-light behavior, affecting movement patterns and potentially ecosystem services.

This paper introduces a multi-scale experimental design to study the effects of climate and land use on biodiversity and ecosystem services, achieving low correlations between environmental variables across scales.

This study shows that a functional molecular clock is necessary for proper timing of eclosion in Drosophila under natural conditions, while peptide-mediated phasing can be maintained with natural Zeitgebers.

The paper models how habitat fragmentation affects predator-prey body size ratios by considering both top-down and bottom-up ecological forces.

The paper models how information use during movement affects body size responses to habitat fragmentation and loss, showing informed settlement favors larger sizes while random settlement favors smaller sizes.

The paper shows that in fragmented landscapes, larger species dominate due to size-dependent movement, which optimizes resource uptake and affects community stability.