Insects face the challenge of navigating to specific goals in both bright sun-lit and dim-lit
environments. Both diurnal and nocturnal insects use quite similar navigation strategies …

Many insects utilise the polarisation pattern of the sky to adjust their travelling directions. The
extraction of directional information from this sky-wide cue is mediated by specialised …

The coexistence of multiple discrete color phenotypes (ie color polymorphism) has been
studied in many diurnal species where environmental light allows most visual systems to …

Bats represent one of the largest and most striking nocturnal mammalian radiations,
exhibiting many visual system specializations for performance in light-limited environments …

The capacity for cone‐mediated color vision varies among nocturnal primates. Some
species are colorblind, having lost the functionality of their short‐wavelength‐sensitive‐1 …

Visual navigation is a benchmark information processing task that can be used to identify the
consequence of being active in dim-light environments. Visual navigational information that …

Bats are excellent models for studying the molecular basis of sensory adaptation. In
Chiroptera, a sensory trade-off has been proposed between the visual and auditory systems …

The spike trains of retinal ganglion cells (RGCs) are the only source of visual information to
the brain. Here, we genetically identify an RGC type in mice that functions as a pixel encoder …

Floral signals are typically emitted across multiple sensory modalities, although why they are
multimodal is unclear. One possible explanation is that multimodal signalling ensures that at …

Although predation is commonly thought to exert the strongest selective pressure on
coloration in aposematic species, sexual selection may also influence coloration …