Widespread color-opponency in mouse V1 enhances object decoding in the sky, highlighting the evolutionary importance of color processing in non-primate species.

Mice can detect changes in hue independent of luminance, with differing sensitivity to hue and luminance in different parts of visual space.

Approximately 13% of figures in biology-related research articles are difficult for people with red/green colorblindness to decipher, but machine-learning models can help to identify these.

Unique 'true' S-cone and S-cone bipolar cell distribution patterns in the mouse retina are previously unappreciated anatomical features that support enhanced short-wavelength signaling for color detection above horizon.

Human-like color categories emerge in a Deep Neural Network trained only on object recognition.

Parallel losses of short-wave light sensitivity in diverse bats occurred through independent changes at multiple steps in the conversion of genotype into functional phenotype, including pre-, during, and post-transcription.

The visual system can learn to rapidly adjust itself through experience, switching modes to stabilize vision perception and optimize perceptual processes.

anTraX is an algorithm and software package that facilitates automated analyses of insect social behavior in species and experimental settings that are not accessible with currently existing technology.

Birds that see ultraviolet light tune the sensitivity of their short-wavelength photoreceptors with colored filters to maximize the number of colors they can see.

A quantitative forward model captures fMRI responses to chromatic stimuli in human primary visual cortex and quantifies how chromatic sensitivity changes with eccentricity.