Emily Baird

This paper reconstructs the visual experiences of desert ants during foraging using integrated tracking, habitat mapping, and compound eye modeling.

This study shows that bumblebee dorsal ocelli regulate the luminance-dependent scaling of visual system activity, affecting orientation and flight speed under different light conditions.

This paper simulates polarisation vision in honeybees and bumblebees using real sky images to evaluate how DRA anatomy affects navigational accuracy with two models of sun position estimation.

This study links bumblebee visual traits, specifically light sensitivity, to their habitat preferences and foraging behavior in forested and grassland environments.

This study examines how bumblebees select foraging niches based on temperature and light intensity in bilberry-dominated forests, finding temperature filters species presence while light intensity influences abundance.

This study quantifies visual trait diversity in bumblebees, finding that ecological factors like social parasitism and habitat drive eye diversification rather than phylogenetic relationships.

The paper investigates allometric scaling in superposition compound eyes of hawkmoths, showing an optimal balance of sensitivity and spatial resolution across body sizes.

This study investigates visual allometry in bumblebees, finding that eye size affects visual resolution and sensitivity, with larger bees having improved capabilities due to differential scaling.